Product Catalog
SENSING AND CONTROL
Sensors and Switches
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INTRODUCTION
SENSORS AND SWITCHES
Honeywell offers a wide selection of products and technology capability for applications in medical devices and equipment; heating, ventilation, air-
conditioning and refrigeration; information technology; home appliances; motor control and automotive passenger cars. This catalogue contains a
selection of our most popular, established product listings. To view our complete range of products, visit our web site at
www.honeywell.com/
sensing.
Honeywell – delivering excellence
To assist in delivering the right products for our customers’ applications,
we listen to them to understand their needs. Using techniques such as
“Voice of the Customer” and “Concept Engineering,” we aim to deliver
the products and solutions. As part of Honeywell we can use local
knowledge and understanding combined with global expertise and
resources to achieve this. We can deploy many key technologies to bring
innovative solutions to customers’ problems.
Our products are manufactured to work well and to last. We use Six
Sigma Plus productivity to ensure this is the case. We have award
winning manufacturing facilities around the world and recognised world
class business excellence in manufacturing and supply chain
management to deliver on time, anywhere in the world.
Our e-business approach offers instant access to product information,
technical support and application knowledge through our Internet site.
Check out our powerful new interactive catalogue that can search and
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that incorporates Six Sigma principles.
How to use this catalogue
For each referenced listing, key specification parameters, descriptions and
mounting drawing information are presented. These listings illustrate our
capabilities while the specifications included allow easy differentiation between
similar products. For products with no specific reference numbers,
please contact your local Honeywell sales office.
There are, of course, many more product options available. Full product
specification information may be accessed on our web site
(
www.honeywell.com/sensing
). At the Home page enter the catalogue listing
reference in the SEARCH box and click GO! This will take you directly to the
interactive catalogue/specification search tables for this listing. Alternatively,
select and click the interactive catalogue icon on the Home page and then
choose a product category against which to do a specification search.
Also on the web site you can access installation instructions, application
notes, Frequently Asked Questions (FAQs), selection guides and
additional technical information.
Mounting dimensions
Mounting dimensions shown in each product section are for reference only.
For exacting layout work, request an engineering drawing from your nearest
Honeywell sales office. Where dual dimensions are shown on mounting
drawings, the first or upper one is millimetres (mm) and the second or lower
is inches (in). Where single dimensions are shown, they are millimetres
(mm), unless otherwise stated.
To order these products
Simply contact your local Honeywell Distributor or your local Honeywell office.
More information on Honeywell products and how to contact us can be found
at
http://locator.micro.honeywell.com/
© 2005 Honeywell International Inc. All rights reserved.
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CONTENTS
CONTENTS
Pressure Sensors
Page 4
Absolute, differential, gage and vacuum gage pressure sensors for
media that are compatible with a silicon diaphragm. These sensors are
often ideal for low-cost, commercial-grade applications such as printed
circuit boards. Small and reliable, they aim to offer excellent repeatability
and high accuracy under varying environmental conditions.
Mass Airflow Sensors
Page 13
Amplified and unamplified microbridge mass airflow sensors aim at
providing a sensitive, fast response and high accuracy over a broad
range of gas and air flows.
Force Sensors
Page 16
Compact, extremely sensitive devices for precise, reliable performance in
many applications that requires precision force measurement.
Humidity Sensors
Page 18
Relative humidity sensors with on-chip signal conditioning. Chemically
resistant packaging to accommodate many harsh environments. Sensor
construction consists of a planar capacitor with a second polymer layer
to protect against dirt, dust, oils and other hazards.
Temperature Sensors - RTDs
Page 19
Platinum and silicon-based thin film resistance temperature devices
(RTDs) for appropriate applications requiring small package size,
accuracy and linear outputs.
Temperature Sensors - Thermistors
Page 21
Precision Hi-Rel negative temperature coefficient (NTC) thermistors and
positive temperature coefficient (PTC) thermistors for use in a broad
variety of temperature measurement and control applications.
Temperature Sensors - Probes
Page 27
A variety of customized probes for use in the automotive and other
industries.
Thermal Cutoffs
Page 30
Dependable organic thermal cutoffs in temperatures ranging from 72 °C
to 240 °C [162 °F to 464 °F]. They are available in various lead lengths
and configurations.
Thermostats Redi-Temp
®Page 32
Redi-Temp® is a line of standard thermostats offered in a range of pre-
set temperatures. These standard products are available for immediate
delivery. They are often useful for low-volume applications where
standard configurations are acceptable.
Thermostats - Commercial
Page 34
Dependable bi-metal thermostats include a choice of automatic or
manual reset, phenolic or ceramic housings and a variety of mounting
brackets and terminal options.
Thermostats - Precision
Page 42
Hermetic and non-hermetic thermostats in standard and custom
packages for use in a wide variety of precision applications.
Thermostats - High Reliability
Page 63
Meet the stringent requirements of military and aerospace industries for
dielectric strength, moisture resistance, vibration, shock and hermetic
seal. These products meet all domestic and international approvals, as
well as appropriate military specifications.
Combi-sensor
Page 65
Liquid pressure/temperature sensor that uses piezoresistive and therm-
istor sensing technology to measure water pressure and temperature.
Heaters
Page 66
Wire-wound, chemically-etched, high temperature and transparent
heaters in a variety of sizes and geometries.
Magnetic Position Sensors
Page 68
Hall effect and magnetoresistive sensors for many applications that
require accurate, reliable outputs.
Infrared Products
Page 74
Optoelectronic standard infrared emitting diodes (IREDs), sensors and
assemblies for object presence, limit and motion sensing, position
encoding and movement encoding.
Current Sensors
Page 81
Adjustable linear null balance, digital and linear output current sensors
for monitoring ac or dc current.
Liquid Level Sensors
Page 87
Sensitive sensors in a variety of housing types for detecting the presence
or absence of a wide range of liquids.
Basic Switches
Page 89
Standard, miniature and subminiature switches available in a range of
enclosures and with a variety of actuators. They are often ideal for use
alone or built into assemblies.
Turbidity Sensors
Page 99
Turbidity sensing aims to provide a quick, practical indication of the
relative amount of solids suspended in water or liquids.
!
WARNING
MISUSE OF DOCUMENTATION
• The information presented in this catalogue is for
reference only. DO NOT USE this document as product
installation information.
• Complete installation, operation and maintenance
information is provided in the instructions supplied with
each product.
Failure to comply with these instructions could result in
death or serious injury.
!
WARNING
PERSONAL INJURY
DO NOT USE these products as safety or emergency stop
devices, or in any other application where failure of the
product could result in personal injury
Failure to comply with these instructions could result in
death or serious injury.
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Honeywell pressure sensors are small, low cost and reliable. They
promote excellent repeatability, high accuracy and reliability under
varying environmental conditions. In addition, they feature highly
consistent operating characteristics from one sensor to the next and
interchangeability without recalibration.
We offer three pressure sensor measurement types—absolute,
differential and gage—including vacuum gage and bidirectional types. A
wide variety of pressure ranges, along with both amplified and
unamplified versions, are available.
Honeywell pressure sensors are best used in applications which require
precision pressure measurement.
24PC Series
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Gage/vacuum gage 1.0 psi 24PCAFA6G
Differential/vacuum gage 5.0 psi 24PCBFA6D
Gage/vacuum gage 5.0 psi 24PCBFA6G
Differential/vacuum gage 15.0 psi 24PCCFA6D
Gage/vacuum gage 15.0 psi 24PCCFA6G
Differential/vacuum gage 30.0 psi 24PCDFA6D
Gage/vacuum gage 30.0 psi 24PCDFA6G
Differential 0.5 psi 24PCEFA6D
Gage 0.5 psi 24PCEFA6G
Differential 100 psi 24PCFFA6D
Gage 100 psi 24PCFFA6G
26PC Series
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Differential/vacuum gage 1.0 psi 26PCAFA6D
Gage/vacuum gage 1.0 psi 26PCAFA6G
Differential 5.0 psi 26PCBFA6D
Gage 5.0 psi 26PCBFA6G
Differential/vacuum gage 15.0 psi 26PCCFA6D
Gage/vacuum gage 15.0 psi 26PCCFA6G
Differential 30.0 psi 26PCDFA6D
Gage 30.0 psi 26PCDFA6G
Gage 100 psi 26PCFFA6G
Differential 250 psi 26PCGFA6D
Flow through
Type 6
24PC Series
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Flow through/vacuum gage 15.0 psi 24PCCFG6G
Flow through/vacuum gage 30.0 psi 24PCDFG6G
26PC Series
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Flow through/vacuum gage 1.0 psi 26PCAFG6G
Flow through 15.0 psi 26PCCFG6G
Gage/vacuum gage 100 psi 26PCFFG6G
PRESSURE
Pressure Sensors
24PC/26PC Series
Signal conditioning: Unamplified noncompensated (24PC Series)
Compensated (26PC Series)
Supply voltage: 10 Vdc typ.
12 Vdc max. (24PC Series)
16 Vdc max. (26PC Series)
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
Port style: Straight or flow through
Termination: PCB; 1 x 4; 0.600 in (Type 6)
PCB; 2 x 2; (Type 2)
1 x 4 with connector (Type 5)
OPTIONS
MOUNTING DIMENSIONS (for reference only)
mm/in
GAUGE SENSOR
1 x 4 Termination (Style 6) Port Style A, Straight
Pin 1 is notched, Pin 2 is next to Pin 1, etc.
Gage
Differential
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PRESSURE
24PC/26PC Series (continued)
Type 2
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Flow through 30.0 psi 26PCDFG2G
Type 5
26PC Series
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Flow through/vacuum gage 100 psi 26PCFFU5G
24PC/26PC SMT (Surface-Mount
Technology)
Signal conditioning: Unamplified noncompensated (24PC SMT Series)
Compensated (26PC SMT Series)
Supply voltage: 10 Vdc typ.
12 Vdc max. (24PC SMT Series)
16 Vdc max. (26PC SMT Series)
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
Port style: Straight, Ø 1,88 mm [0.74 in]
Termination: SMT solder
Measurement type: Gage, vacuum gage, differential, wet/wet differential
CPC/CPX Series, Low Pressure
Signal conditioning: Unamplified
Compensated (CPC Series)
Noncompensated (CPX Series)
Supply voltage: 12 Vdc typ., 16 Vdc max.
Operating temperature: -25 °C to 85 °C [-13 °F to 185 °F]
Port style: Barbed
Termination: PCB
Accuracy grade: Commercial (1.0 %)
26PC Series OPTIONS
24PC SMT Series
PRESSURE RANGE REFERENCE
0 psi to 1.0 psi 24PC01SMT
0 psi to 5.0 psi 24PC05SMT
0 psi to 15.0 psi 24PC15SMT
26PC SMT Series
PRESSURE RANGE REFERENCE
0 psi to 1.0 psi 26PC01SMT
0 psi to 5.0 psi 26PC05SMT
0 psi to 15.0 psi 26PC15SMT
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DC Series, Low Pressure
Signal conditioning: Amplified compensated
Unregulated (DC001NDC4)
Regulated (DC005NDR4)
Supply voltage: 5 Vdc typ., 5.1 Vdc max. (DC001NDC4)
7 Vdc to 35 Vdc (DC005NDR4)
Operating temperature: -25 °C to 85 °C [-13 °F to 185 °F]
Port style: Barbed
Termination: PCB
OPTIONS
DC001NDC4
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Differential 1.0 in H2O DC001NDC4
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Differential 5.0 in H2O DC005NDR4
DCXL/DUXL Series, Low Pressure
Signal conditioning: Unamplified
Compensated (DCXL)
Noncompensated (DUXL)
Supply voltage: 12 Vdc typ., 16 Vdc max. (DCXL)
4.5 Vdc min., 8 Vdc max. (DUXL)
Operating temperature: -25 °C to 85 °C [-13 °F to 185 °F]
Port style: Barbed
Termination: PCB
OPTIONS
DCXL Series
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Differential 1.0 in H2O DCXL01DN
Differential 10.0 in H2O DCXL10DN
DUXL Series
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Differential 1.0 in H2O DUXL01D
Differential 10.0 in H2O DUXL10D
PRESSURE
OPTIONS
CPC Series
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Differential 1.0 psi [4.0 in H2O] CPCL04DFC
Gage 1.0 psi [4.0 in H2O] CPCL04GFC
Differential 1.0 psi [10.0 in H2O] CPCL10DFC
CPX Series
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Differential 4.0 in H2O CPXL04DF
Differential 10.0 in H2O CPCL10DF
CPC/CPX Series, Low Pressure (continued)
DC005NDR4
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XCA Series
Signal conditioning: Amplified compensated
Supply voltage: 5 Vdc typ., 16 Vdc max.
Operating temperature: -25 °C to 85 °C [-13 °F to 185 °F]
Port style: Barbed
Termination: PCB
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Absolute 15.0 psia XCA415AN
XCX Series
Signal conditioning: Unamplified compensated
Supply voltage: 12 Vdc typ., 16 Vdc max.
Operating temperature: -25 °C to 85 °C [-13 °F to 185 °F]
Port style: Barbed
Termination: PCB
Accuracy grade: Commercial (1.0 %)
MEASUREMENT TYPE PRESSURE RANGE ACCURACY GRADE REFERENCE
Differential 1.0 psi XCX01DNC
Differential 1.0 psi High (0.50 %) XCX01DNH
Differential 15.0 psi XCX15DNC
XPC Series
Signal conditioning: Unamplified compensated
Supply voltage: 12 Vdc typ., 16 Vdc max.
Operating temperature: -25 °C to 85 °C [-13 °F to 185 °F]
Port style: Barbed
Termination: PCB
Accuracy grade: Commercial (1.0 %)
MEASUREMENT TYPE PRESSURE RANGE PORT STYLE REFERENCE
Differential 1.0 psi Axial XPC01DFC
Differential 15.0 psi Radial XPC15DTC
PRESSURE
XSX Series, Low Pressure
Signal conditioning: Unamplified uncompensated
Supply voltage: 12 Vdc typ., 16 Vdc max.
Operating temperature: -25 °C to 85 °C [-13 °F to 185 °F]
Port style: Button
Termination: PCB
Accuracy grade: Commercial (1.0 %)
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Gage 4.0 in H2O XSXL04GF
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PRESSURE
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Differential/gage 0 psi to 1 psi ASDX001D44R
Differential/gage 0 psi to 5 psi ASDX005D44R
Differential/gage 0 psi to 15 psi ASDX015D44R
Differential/gage 0 psi to 30 psi ASDX030D44R
Differential/gage 0 psi to 100 psi ASDX100D44R
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Gage 0 psi to 1 psi ASDX001G24R
Gage 0 psi to 5 psi ASDX005G24R
Gage 0 psi to 15 psi ASDX015G24R
Gage 0 psi to 30 psi ASDX030G24R
Gage 0 psi to 100 psi ASDX100G24R
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Absolute 0 psi to 15 psi ASDX015A24R
Absolute 0 psi to 30 psi ASDX030A24R
Absolute 0 psi to 100 psi ASDX100A24R
D4 package
G2 package
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Differential/gage 0 psi to 1 psi ASDX001D44R-DO
Differential/gage 0 psi to 1 psi ASDX001D44D-DO
Differential/gage 0 psi to 5 psi ASDX005D44R-DO
Differential/gage 0 psi to 5 psi ASDX005D44D-DO
Differential/gage 0 psi to 15 psi ASDX015D44R-DO
Differential/gage 0 psi to 15 psi ASDX015D44D-DO
Differential/gage 0 psi to 30 psi ASDX030D44R-DO
Differential/gage 0 psi to 30 psi ASDX030D44D-DO
Differential/gage 0 psi to 100 psi ASDX100D44R-DO
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Gage 0 psi to 1 psi ASDX001G24R-DO
Gage 0 psi to 5 psi ASDX005G24R-DO
Gage 0 psi to 15 psi ASDX015G24R-DO
Gage 0 psi to 30 psi ASDX030G24R-DO
Gage 0 psi to 100 psi ASDX100G24R-DO
ASDX DO (Digital Output) Series
Signal conditioning: Amplified
Supply voltage: 4.75 Vdc to 5.25 Vdc
Operating temperature: -20 °C to 105 °C [-4 °F to 221 °F]
Port style: Taper 2,29 mm [0.090 in]
Termination: PCB
Accuracy grade: ±2.0 %
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Absolute 0 psi to 15 psi ASDX015A24R-DO
Absolute 0 psi to 30 psi ASDX030A24R-DO
Absolute 0 psi to 100 psi ASDX100A24R-DO
D4 package
G2 package
ASDX Series
Signal conditioning: Amplified compensated
Supply voltage: 4.75 Vdc to 5.25 Vdc
Operating temperature: -20 °C to 105 °C [-4 °F to 221 °F]
Port style: Taper 2,29 mm [0.090 in]
Termination: PCB
Accuracy grade: ±2.0 %
A2 package
A2 package
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MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Bidirectional ±5 in H20 ASDXL005D44D
Bidirectional 0 in to 10 in H2O ASDXL010D44D
Differential 0 in to 10 in H2O ASDXL010D44R
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Gage 0 in to 10 in H2O ASDXL010G24R
ASDXL Series
Signal conditioning: Amplified
Output signal: 0.5 Vdc to 4.5 Vdc
Operating temperature: Compensated 0 °C to 85 °C [32 °F to 185 °F]
Port style: Taper 2,29 mm [0.090 in]
Termination: PCB
Accuracy grade: 2.0 %
D4 package
G2 package
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Bidirectional ±5 in H2O ASDXL005D44D-DO
Bidirectional ±10 in H2O ASDXL010D44D-DO
Differential 0 in to 10 in H2O ASDXL010D44R-DO
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Gage 0 in to 10 in H2O ASDXL010G25R-DO
ASDXL DO (Digital Output) Series
Signal conditioning: Amplified
Output signal: HEX E25 to EA8
Operating temperature: Compensated 0 °C to 85 °C [32 °F to 185 °F]
Port style: Taper 2,29 mm [0.090 in]
Termination: PCB
Accuracy grade: 2.0 %
D4 package
G2 package
PRESSURE
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140PC Series
Signal conditioning: Amplified
Supply voltage: 8 Vdc typ., 16 Vdc max.
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
Port style: Straight
Termination: PCB
Note: Dimensions shown apply to Differential and Absolute versions.
Gage units are identical, except the P1 port is absent.
MEASUREMENT TYPE PRESSURE RANGE TERMINATION REFERENCE
Gage/vacuum gage 15 psi 141PC15G
Differential/vacuum gage 1.0 psi 142PC01D
Gage 1.0 psi 142PC01G
Gage 2.0 psi 142PC02G
Differential/vacuum gage 5.0 psi 142PC05D
Differential/vacuum gage -39 in H2O to 55 in H2O 142PC05D97
Gage 5.0 psi 142PC05G
Absolute 15 psia 142PC15A
Absolute 15 psia Leadwire 142PC15AW95
Gage 15 psi 142PC15G
Differential/vacuum gage ±2.5 psi 143PC03D
Differential/vacuum gage ±5.0 psi Leadwire 143PC05DW
PRESSURE
SDX Series
Signal conditioning: Calibrated zero and span
Supply voltage: 20 Vdc
Operating temperature: Calibrated 0 °C to 50 °C [32 °F to 122 °F]
Port style: Straight
Termination: PCB
A2/G2 package
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Gage 0 psi to 5 psi SDX05G2
Absolute 0 psi to 15 psi SDX15A2
160PC Series, Low Pressure
Signal conditioning: Amplified
Supply voltage: 8 Vdc typ., 16 Vdc max.
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
Port style: Straight
Termination: PCB
Note: Dimensions shown apply to Differential and Absolute versions.
Gage units are identical, except the P1 port is absent.
MEASUREMENT TYPE PRESSURE RANGE SUPPLY VOLTAGE REFERENCE
Differential/vacuum gage 0 in to 27.68 in H2O 162PC01D
Differential/vacuum gage ±5.0 in H2O 163PC01D36
Differential/vacuum gage -20 cm to 120 cm H2O 163PC01D48
Differential/vacuum gage -20 cm to 120 cm H2O 5 Vdc 163PC01D61
Differential/vacuum gage ±2.5 in H2O 163PC01D75
Differential/vacuum gage 10.0 in H2O 164PC01D37
Differential/vacuum gage 5.0 in H2O 164PC01D76
D4 package
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Differential 0 psi to 1 psi SDX01D4
Differential 0 psi to 5 psi SDX05D4
Differential 0 psi to 15 psi SDX15D4-A
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SDX IND Series
Signal conditioning: Calibrated zero and span
Supply voltage: 20 Vdc
Operating temperature: Calibrated 0 °C to 50 °C [32 °F to 122 °F]
Port style: Straight
Termination: PCB
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Differential 0 in H2O to 5 in H2O SDX005IND4
Differential 0 in H2O to 10 in H2O SDX010IND4
PRESSURE
40PC Series, Miniature Signal
Conditioned
Signal conditioning: Amplified
Supply voltage: 5 Vdc ±0.25 Vdc
Operating temperature: -45 °C to 125 °C [-49 °F to 257 °F]
Port style: Straight for O-ring interface
Termination: PCB, unformed
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Bi-directional gage/vacuum gage ±50 mm Hg 40PC001B1A
Gage 0 to 300 mm HG 40PC006G1A
Vacuum 0 to -15.0 psi 40PC015V1A
Gage 15.0 psi 40PC015G1A
Gage 30.0 psi 40PC030G1A
Gage 100 psi 40PC100G1A
Gage 150 psi 40PC150G1A
Gage 250 psi 40PC250G1A
Gage 500 psi 40PC500G1A
HPX Series
Signal conditioning: None
Supply voltage: 3 Vdc typ., 10 Vdc max.
Operating temperature: -20 °C to 100 °C [-4 °F to 212 °F]
Termination: PCB
SOIC package
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Absolute 0 psi to 15 psi HPX015AS
Absolute 0 psi to 30 psi HPX030AS
Absolute 0 psi to 50 psi HPX050AS
Absolute 0 psi to 100 psi HPX100AS
DIP package
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Gage 0 psi to 5.8 psi HPX005GD
Gage 0 psi to 15 psi HPX015GD
Gage 0 psi to 30 psi HPX030GD
Gage 0 psi to 50 psi HPX050GD
Gage 0 psi to 100 psi HPX100GD
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HSD Series
Signal conditioning: Amplified
Supply voltage: 3.0 Vdc ±0.01 Vdc
Operating temperature: -20 °C to 105 °C [-4 °F to 221 °F]
Output signal: HEX E25 to EA8
Termination: OCLPP (Open Cavity Leadless Plastic Package)
MEASUREMENT TYPE PRESSURE RANGE REFERENCE
Absolute 0 psi to 15 psi HSD015A
PRESSURE
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Mass Airflow sensors contain a thin-film, thermally isolated bridge
structure that consists of a heater and temperature sensing elements.
The bridge structure promotes sensitivity and fast response to the flow
of air or other gas over the chip.
State-of-the-art chip design and manufacturing techniques allow the
microbridge to be sensitive, fast and small. Used in appropriate
applications where airflow needs to be measured.
Supply voltage: 8 Vdc to 15 Vdc
Operating temperature: -25 °C to 85 °C [-13 °F to 185 °F]
Media compatibility: Dry gas only
AWM2000 Series
The AWM2000 Series microbridge mass airflow sensor is a passive
device comprised of two Wheatstone bridges and has bidirectional
sensing capability. The heater control circuit is required for operation per
specifications. The sensing bridge supply circuit is also required for
operation per specifications. These two circuits are not on board the
package and must be supplied in the application. The differential amplifier
is often a useful interface for the sensing bridge. It can be used to
introduce gain and to voltage offsets to the sensor output.
Signal conditioning: Unamplified (-44.5 mVdc to 44.5 mVdc)
Port style: Straight
Sensor resistance: 5 kOhm
FLOW/PRESSURE RANGE REFERENCE
±200 sccm AWM2100V
±4.0 in H2O (10 mBar) AWM2200V
±1000 sccm (1 SLPM) AWM2300V
MASS AIRFLOW
Mass Airflow Sensors
AWM3000 Series
Like the AWM2000 Series, the dual Wheatstone bridges control airflow
measurement. The AWM3000 Series is amplified; therefore, it can be
used to increase the gain and to introduce voltage offsets to the sensor
output. The heater control circuit and the sensing bridge supply circuit
are on board the package.
Signal conditioning: Amplified (1 Vdc to 5 Vdc)
Port style: Straight
FLOW/PRESSURE RANGE REFERENCE
±200 cm AWM3100V
+2.0 in H20 (5 mBar) AWM3200V
±1000 sccm (1 SLPM) AWM3300V
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MASS AIRFLOW
CAUTION
PRODUCT DAMAGE
AWM Series Microbridge Mass Airflow Sensors are not
designed to sense liquid flow and will be damaged by
liquid flow through the sensor.
Failure to comply with these instructions could result in
product damage.
AWM40000 Series
The microbridge mass airflow sensor operates on the theory of heat
transfer. Mass airflow is directed across the surface of the sensing
elements. Output voltage varies in proportion to the mass air or other
gas flow through the inlet and outlet ports of the package. The specially
designed housing precisely directs and controls the airflow across the
microstructure sensing element. Mechanical design of the package
typically allows it to be easily mounted to printed circuit boards.
The microbridge mass airflow sensor has a unique silicon chip based on
advanced microstructure technology. It consists of a thin-film, thermally
isolated bridge structure containing heater and temperature sensing
elements. The bridge structure provides a sensitive and fast response to
the flow of air or other gas over the chip. Dual sensing elements
positioned on both sides of a central heating element indicate flow
direction as well as flow rate. Laser trimmed thick film and thin film
resistors provide consistent interchangeability from one device to the
next.
Port style: Manifold
SIGNAL CONDITIONING FLOW/PRESSURE RANGE REFERENCE
Unamplified (8.5 mV) ±25 sccm AWM42150VH
Unamplified (54.7 mV) ±1000 sccm (1 SLPM) AWM42300V
Amplified (1 Vdc to 5 Vdc) ±1000 sccm (1 SLPM) AWM43300V
Amplified (1 Vdc to 5 Vdc) + 6 SLPM AWM43600V
AWM5000 Series - High Flow
AWM5000 Series microbridge mass airflow sensors feature a venturi
type flow housing. They measure flow as high as 20 standard liters per
minute (SLPM) while inducing a maximum pressure drop of 2.25 in H2O.
The microbridge chip is in direct contact with the flow stream, greatly
reducing error possibilities due to orifice or bypass channel clogging.
The rugged plastic package has been designed to withstand common
mode pressures up to 50 psi, and the small sensing element allows
100 g of shock without compromising performance. The included
“AMP” compatible connector provides reliable connection in many
demanding applications.
Each AWM5000 sensor contains circuitry which performs amplification,
linearization, temperature compensation and gas calibration. A 1 Vdc to
5 Vdc linear output is possible for all listings regardless of flow range
(5, 10, 15, or 20 SLPM) or calibration gas (nitrogen, carbon dioxide,
nitrous oxide or argon). All calibration is performed by active laser.
Signal conditioning: Amplified (1 Vdc to 5 Vdc)
Port style: Threaded, ¼ in NPT
FLOW/PRESSURE RANGE REFERENCE
0 SLPM to 5 SLPM (N2 calibration) AWM5101VN
0 SLPM TO 10 SLPM (N2 calibration) AWM5102VN
0 SLPM to 20 SLPM (CO2 calibration) AWM5104VC
0 SLPM to 20 SLPM (N2 calibration) AWM5104VN
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FORCE
AWM90000 Series
The AWM90000 Series microbridge mass airflow sensors are available in
two versions, mass flow and differential pressure. The AWM92100V has
a flow range of ±200 sccm with a pressure drop of only 0.49 mBar,
typically. The AWM92200V is a differential pressure version that has a
range of ±2 in H2O.
The AWM90000 Series has a 1 ms response time, operates with a
supply voltage from 8.0 Vdc to 15.0 Vdc, while consuming only 50 mW
of power. The compact plastic package will withstand a maximum
overpressure of 25 psi without compromising performance.
Signal Conditioning: Unamplified
Port Style: Straight
FLOW RANGE (FULL SCALE) PRESSURE RANGE REFERENCE
±200 SCCM AWM92100V
±2.0 H2O (5 mBar) AWM92200V
CAUTION
PRODUCT DAMAGE
AWM Series Microbridge Mass Airflow Sensors are not
designed to sense liquid flow and will be damaged by liquid
flow through the sensor.
Failure to comply with these instructions could result in
product
NOTICE
LAMINAR FLOW
Due to the fast response time of the sensor, these
specifications were generated using laminar flow.
Airflow instability or “turbulence” present in the
airstream will result in an increase in measurement
uncertainty.
The turbulent flow problem can be corrected by either
straightening the airflow using flow laminarizing or by
slowing the response of the sensor using a simple RC
time constant on the output of the sensor. This, of
course, slows down the sensor response time. The
values needed depend on the amount of turbulence
present in the application.
Several techniques for laminarizing the flow include
adding hex shaped honeycombs, foam, screen
materials or adding constrictors (frits) to the flow
stream. There are various commercial laminar flow
elements that can be purchased. Unfortunately the
greater the efficiency of the laminarizer, the greater the
increase in pressure drop in order to establish a given
flow rate. Plastic honeycomb material probably gives
the most improvement for the least pressure drop. In
any test fixture, the avoidance of sharp radii is an
absolute requirement.
AWM700 Series
AWM700 Series microbridge mass airflow sensors provide in-line flow
measurement with a specially designed bypass flow housing. The
sensors measure flow as high as 200 standard litres per minute (SLPM)
while inducing a pressure drop of 1 inch H2O, typically. The AWM700 has
a high flow range capability in a small package.
Signal conditioning: Amplified (1 Vdc to 5 Vdc)
Port style: Tapered, 22 mm
FLOW/PRESSURE RANGE REFERENCE
+ 200 SLPM AWM720P1
MASS AIRFLOW
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FORCE
Force sensors operate on the principle that the resistance of silicon-
implanted piezoresistors will increase when the resistors flex under any
applied force. The sensor concentrates force from the application,
through the stainless steel plunger, directly to the silicon sensing
element. The amount of resistance changes in proportion to the amount
of force being applied. This change in circuit resistance results in a
corresponding mV output level.
FSG Series
Supply voltage: 360 mV span @ 10 Vdc
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
Sensitivity: 0.20 mV/g min., 0.24 mV/g typ., 0.28 mV/g max.
Overforce: 5500 g
Plunger actuator - force range 1500 g
REFERENCE
Non-compensated FSG15N1A
Force Sensors
FSL Series
Supply voltage: 60 mV span @ 5 Vdc
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
Sensitivity: 0.10 mV/g min., 0.12 mV/g typ., 0.14 mV/g max.
Overforce: 4500 g
Ball bearing actuator - force range 500 g
REFERENCE
Non-compensated FSG15N1A
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Model 1865 Force/Pressure Transducer
Model 1865 is a high-performance transducer specifically designed to
address the needs of certain medical and specialized OEM applications.
Offering laser-trimmed compensation, Model 1865 may be specified to
operate with either a constant current or voltage supply.
Model 1865 employs a solid state piezoresistive pressure transducer
mounted in a plastic package. For applications where force is applied by
a flexible membrane to the sensor, such as found in infusion pumps,
Model 1865’s precision height silicone diaphragm provides long life and
is often a reliable replacement for older force or load cell transducers.
Utilizing a silicon rubber diaphragm, Model 1865 is compatible with
some liquid media applications. Model 1865 may be operated in either
current or voltage excitation, and its output may be amplified or signal
conditioned, as required. The semiconductor-based sensor offers high
resolution using its Wheatstone bridge strain gage design. The height of
the unit’s patented, poured-in-place silicon rubber diaphragm is
controlled to promote sensitivity to low pressure. This diaphragm is
bonded to a plastic header and transmits force applied through a special
silicone gel to the diaphragm of a silicon piezoresistive die. The back of
the die is exposed to atmospheric pressure, which results in a gage
pressure output.
Pressure over-range protection: 3X span or 60 psi, whichever is least
Media/materials compatibility
Top side: Room atmosphere, directly applied force, and liquids
compatible with dimethyl silicon, polyetherimide (Ultem®)
Bottom side: Non-corrosive dry gasses and fluids compatible with
silicon, pyrex, RTV silicone and ceramic
Sensor: Gage pressure
Diaphragm: Dimethyl silicone
Compensation: Laser-trimmed normalized output
PRESSURE REFERENCE
0 psi to 5 psi 1865-01G-L-N
0 psi to 10 psi 1865-02G-L-N
0 psi to 15 psi 1865-03G-L-N
0 psi to 25 psi 1865-04G-L-N
0 psi to 30 psi 1865-05G-L-N
PRESSURE REFERENCE
0 psi to 5 psi 1865-01G-K-N
0 psi to 10 psi 1865-02G-K-N
0 psi to 15 psi 1865-03G-K-N
0 psi to 25 psi 1865-04G-K-N
0 psi to 30 psi 1865-05G-K-N
OPTIONS
Excitation 1.5 mA
Excitation 10 Vdc
FORCE
FS Series Force/Pressure Sensor
The FS01/FS03 Sensors are special low-cost, peizoresistive-based
force sensors. These high-level voltage output, calibrated and
temperature- compensated sensors give an accurate and stable
output over a 5 °C to 50 °C [41 °F to 122 °F] temperature range.
They offer simple operation from a single 5.0 Vdc supply. The FS01/
FS03 sensors feature an integrated circuit sensor element and laser-
trimmed, thick-film ceramic in a small plastic housing. Their extremely
small size often enables the use of multiple sensors in limited available
space. This package also provides excellent corrosion resistance and
isolation to external package stress.
Supply voltage: 12.0 Vdc
Operating temperature: 0 °C to 70 °C [32 °F to 158 °F]
Maximum force: 7 lb
PRESSURE REFERENCE
0 lb to 1.5 lb FS01
0 lb to 3.0 lb FS03
FORCE
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Relative Humidity/Temperature and Relative Humidity sensors are
configured with integrated circuitry to provide on-chip signal
conditioning. These sensors contain a capacitive sensing die set in
thermoset polymers that interacts with platinum electrodes. The laser
trimmed sensors have an interchangeability of ±5 % from 0 %RH to
60 %RH, with stable, low drift performance.
Absorption based humidity sensors provide both temperature and %RH
(Relative Humidity) outputs. On-chip signal processing ensures linear
voltage output versus %RH. Sensor laser trimming offers accuracy of
± 2.5 %, and achieves 2 %RH accuracy with calibration.
Supply voltage: 4.0 Vdc to 5.8 Vdc
Operating humidity range: 0 %RH to 100 %RH, non-condensing
Operating temperature range: -40 °C to 85 °C [-40 °F to 185 °F]
HIH Series
HUMIDITY
Humidity Sensors
HIH-4000 Series
The HIH-4000 Series humidity sensors are designed specifically for high
volume OEM users. Direct input to a controller or other device is made
possible by this sensor’s linear voltage output. With a typical current
draw of only 200 µA, the HIH-4000 Series is often ideally suited for low
drain, battery operated systems. Tight sensor interchangeability reduces
or eliminates OEM production calibration costs. Individual sensor
calibration data is available.
These sensors deliver instrumentation-quality RH sensing performance
in a competitively priced, solderable SIP. Available in two lead spacing
configurations, the RH sensor is a laser trimmed, thermoset polymer
capacitive sensing element with on-chip integrated signal conditioning.
Package style: Solderable SIP
TERMINATION CALIBRATION REFERENCE
2,54 mm [0.100 in] lead pitch None HIH-4000-001
1,27 mm [0.050 in] lead pitch None HIH-4000-002
2,54 mm [0.100 in] lead pitch with calibration and data printout HIH-4000-003
1,27 mm [0.050 in] lead pitch with calibration and data printout HIH-4000-004
CAUTION
PRODUCT DAMAGE
The inherent design of this component causes it to be
sensitive to the electrostatic discharge (ESD). To prevent
ESD-induced damage and/or degradation, take normal ESD
precautions when handling this product.
Failure to comply with these instructions could result in
product damage
HIH-3602 Monolithic integrated circuit
HIH-3602-A and HIH-3602-C RH sensors combine both relative
humidity and temperature sensing in a TO-5 housing with a hydrophobic
sintered stainless steel filter. The temperature sensor is thermally
connected with the RH sensor making the HIH-3602-A/C often ideal for
measuring dew point and other absolute moisture terms.
Package style: TO-5 can
Termination: 0,46 mm [0.18 in]
NIST certification: NIST calibration sensor-specific printout
TEMPERATURE SENSOR REFERENCE
100 kOhm ±5 % @ 25 °C, NTC 0-50 C HIH-3602-A
1000 Ohm ±0.2 % @ 0 °C, platinum RTD HIH-3602-C
HIH-3602-L Integrated circuit
The HIH-3602-L Relative Humidity (RH) sensor delivers instrumentation-
quality RH sensing performance in a rugged, low cost, slotted TO-39
housing. On-board signal conditioning reduces product development
times while a typical current draw of only 200 µA makes the HIH-3602-L
perfect for battery powered systems. This sensor should be shielded
from bright light.
Package style: T0-39 can
Termination: 0,46 mm [0.18 in]
NIST certification: None
REFERENCE
HIH-3602-L
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CAUTION
PRODUCT DAMAGE
The inherent design of this component causes it to be
sensitive to the electrostatic discharge (ESD). To prevent
ESD-induced damage and/or degradation, take normal ESD
precautions when handling this product.
Failure to comply with these instructions could result in
product damage
Honeywell’s thin-film RTD (Resistance Temperature Detector) temperature
sensors feature two distinct series. These sensors are laser-trimmed for
accuracy and interchangeability. Linear outputs are stable and fast.
The TD Series Temperature Sensors are silicon-based RTDs. They offer
2000 Ohm nominal resistance at 20 °C. Temperature range of -40 °C to
150 °C [-40 °F to 302 °F].
The HEL Series Temperature Sensors are platinum RTDs, offering
100 Ohm or 1000 Ohm versions and temperature ranges of -200 °C to
540 °C [-300 °F to 1000 °F].
HEL-700 Series 100/1000 Ohm Platinum
RTD
Supply voltage: 4 Vdc to 9 Vdc
Base resistance 1000 ±2 Ohm (±0.2 %) @ 0 °C (standard)
and interchangeability: 1000 ±1 Ohm (±0.1 %) @ 0 °C (optional)
OPTIONS
HEL-700
Temperature range: -200 °C to 540 °C [-300 °F to 1000 °F]
Packaging style/termination: Radial chip/ribbon leads (type A)
Radial chip/no leads (type B)
SMT (axial) flip chip/no leads (type C)
Type A
Type B
Type C
Centre lead
not connected
TEMPERATURE - RTDS
Temperature Sensors - RTDs
100 Ohm
(0.00385 Ohm/Ohm/°C DIN standard)
PACKAGING STYLE BASE RESISTANCE AND INTERCHANGEABILITY REFERENCE
Type A Standard HEL-700-T-0-A
Type A Optional HEL-700-T-1-A
Type B Standard HEL-700-T-0-B
Type B Optional HEL-700-T-1-B
1000 Ohm
(0.00375 Ohm/Ohm/°C)
PACKAGING STYLE BASE RESISTANCE AND INTERCHANGEABILITY REFERENCE
Type A Standard HEL-700-U-0-A
Type A Optional HEL-700-U-1-A
Type B Standard HEL-700-U-0-B
Type B Optional HEL-700-U-1-B
Type C Standard HEL-700-U-0-C
Type C Optional HEL-700-U-1-C
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HEL-700 Series 100/1000 Ohm Platinum
RTD (continued)
HEL-705/707/711/712/716/717
Temperature range: -200 °C to 260 °C [-320 °F to 500 °F]
(HEL-705/711/716)
-75 °C to 540 °C [-100 °F to 1000 °F]
(HEL-707/712/717)
Packaging style: Ceramic case
Termination: 12 in leadwires
NIST calibration: None
100 Ohm
(0.00385 Ohm/Ohm/°C DIN standard)
BASE RESISTANCE AND INTERCHANGEABILITY REFERENCE
Standard HEL-705-T-0-12-00
Optional HEL-705-T-1-12-00
Standard HEL-707-T-0-12-00
Optional HEL-707-T-1-12-00
Standard HEL-711-T-0-12-00
Optional HEL-711-T-1-12-00
Standard HEL-712-T-0-12-00
Optional HEL-712-T-1-12-00
Standard HEL-716-T-0-12-00
Optional HEL-716-T-1-12-00
Standard HEL-717-T-0-12-00
Optional HEL-717-T-1-12-00
1000 Ohm
(0.00375 Ohm/Ohm/°C)
BASE RESISTANCE NIST CALIBRATION REFERENCE
AND INTERCHANGEABILITY
Standard HEL-705-U-0-12-00
Optional HEL-705-U-1-12-00
Standard HEL-707-U-0-12-00
Optional HEL-707-U-1-12-00
Standard HEL-711-U-0-12-00
Optional HEL-711-U-1-12-00
Standard HEL-712-U-0-12-00
Optional HEL-712-U-1-12-00
Standard HEL-716-U-0-12-00
Optional HEL-716-U-1-12-00
Optional NIST @ 0 °C and 100 °C HEL-716-U-1-12-C2
Standard HEL-717-U-0-12-00
Optional HEL-717-U-1-12-00
TEMPERATURE - RTDS
TD Series 2000 Ohm Silicon RTD
Supply voltage: 10 Vdc
Temperature range: -40 °C to 150 °C [-40 °F to 302 °F]
OPTIONS
TD4A Liquid temperature sensor
PACKAGING STYLE TERMINATION REFERENCE
Threaded aluminium case Leadwires TD4A
TD5A Subminiature temperature sensor
PACKAGING STYLE TERMINATION REFERENCE
Plastic case SIP TD5A
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TEMPERATURE - THERMISTORS
Thermistors change resistance with a change in temperature. They do
not amplify, rectify, polarize or generate a signal. The thermistor
temperature may be changed by the surrounding temperature or by
self-heating the thermistor by passing a current through it.
Most applications such as temperature measurement and control or
copper coil compensation require that the power dispersed in a
thermistor be kept to a minimum so as not to perceptibly self-heat the
thermistor. Other applications depend entirely on the self-heating effect.
When the surrounding temperature is fixed, the resistance of a
thermistor is largely a function of power being dispersed within it,
raising its temperature above its environment. Under these operating
conditions, the temperature may rise 100 °C to 200 °C [121 °F to
392 °F] and the resistance may be lowered to 1/1000th of its original
value at low current.
This self-heating characteristic provides a whole field of uses for the
thermistor. In the self-heat state it is thermally sensitive (its resistance
will be changed) to any condition, changing the rate at which heat is
conducted away from it. If the rate of heat removal is ideally fixed, then
the thermistor is sensitive to power input and suited for use in voltage
or power level control applications.
Glass Encapsulated Chip (GEC)
Thermistors
The GEC thermistors are high-quality, hermetically-sealed, glass-
encapsulated chip thermistors in an axial lead package. They cover the
full temperature range of -60 °C to 300 °C [-76 °F to 572 °F]. These
rugged sensors are designed for many applications which demand
reliability at low cost. The uniform dimensions often are ideally suited for
automated assembly.
Operating temperature: -60 °C to 300 °C [-76 °F to 572 °F]
Encapsulation: DO-35 glass
Lead material: Tinned copper-clad steel
Dissipation constant (DC): 2.5 mW/°C in still air min.
Time constant (TC): 4 s in still air max.
Resistance range at 25 °C [77 °F]: 1 kOhm to 1 MOhm
Interchangeable R/T curve matched
±1 °C from 0 °C to 100 °C [32 °F to 212 °F]
OHM R/T CURVE REFERENCE
10,000 16 135-103LFW-J01
20,000 16 135-203LFW-J01
30,000 16 135-303LFW-J01
50,000 16 135-503LFW-J01
100,000 16 135-104LFW-J01
CHIP
THERMISTOR
4,6
[0.81]
0,51 DIA. TINNED COPPER CLAD STEEL
[0.020]
2,0 DIA.
[0.08]
28,6
[1.125]
GLASS
ENCAPSULATION
OPTIONS
At 25 °C [77 °F]
OHM % TOLERANCE R/T CURVE REFERENCE
1,000 10 10A 135-102DAG-J01
2,000 10 10 135-202FAG-J01
3,000 10 10 135-302FAG-J01
5,000 5 10 135-502FAF-J01
5,000 10 10 135-502FAG-J01
10,000 5 10 135-103FAF-J01
10,000 10 16 135-103FAG-J01
10,000 5 16 135-103LAF-J01
20,000 10 16 135-203LAG-J01
30,000 10 16 135-303KAG-J01
50,000 5 16 135-503LAF-J01
50,000 10 16 135-503LAG-J01
100,000 5 16 135-104LAF-J01
100,000 10 16 135-104LAG-J01
200,000 10 1 135-204QAG-J01
500,000 10 1 135-504QAG-J01
1 M 10 1 135-105QAG-J01
Temperature Sensors - Thermistors
TEMPERATURE - THERMISTORS
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38,1
[1.50]
2,54 MAX
[0.10]
TEMPERATURE - THERMISTORS
Epoxy-coated or Uncoated Chip
Thermistors
Epoxy-coated or uncoated chip thermistors are available in a broad
range of custom resistance values and R/T curves. They are also
available in two lead types:
• Uninsulated: 0,2032 mm [0.008 in] diameter, tinned copper for
1 kOhm or less, and tinned copper alloy for greater than 1 kOhm.
• Insulated: 0,254 mm [0.010 in] diameter, nickel wire, Teflon®-insulated,
38,1 mm [1.5 in] long and furnished with 6,35 mm [0.25 in] stripped
ends of 0,4064 mm [0.016 in] and 0,508 mm [0.020 in] tin-plated
copper leads.
Operating temperature range: -40 °C to 125 °C [-40 °F to 257 °F]*
Encapsulation: Epoxy-coated or uncoated
Lead material: • Uninsulated: tinned copper/copper alloy
• Insulated: tinned copper/copper alloy
with nickel wire Teflon
Dissipation constant (DC): 0.75 mW/°C in still air min.
Time constant (TC): 15 s in still air max.
Resistance range at 25 °C [77 °F]: 100 Ohm to 100 kOhm
*Very accurate (±0.2 °C) when used between 0 °C to 70 °C
[32 °F to 158 °F]. Other ranges and tolerances are available.
OPTIONS
Epoxy-coated chip
10 % tolerance at 25 °C [77 °F], uninsulated leads
OHM R/T CURVE REFERENCE
100 17 197-101CAG-A01
300 17 197-301CAG-A01
500 10A 197-501DAG-A01
1,000 10A 197-102DAG-A01
2,000 16 197-202LAG-A01
3,000 16 197-302LAG-A01
5,000 16 197-502LAG-A01
10,000 16 197-103LAG-A01
20,000 16 197-203LAG-A01
30,000 18 197-303KAG-A01
50,000 1 197-503QAG-A01
100,000 1 197-104QAG-A01
TEMPERATURE - THERMISTORS
10 % tolerance at 25 °C [77 °F], insulated leads
OHM R/T CURVE REFERENCE
100 17 199-101CAG-A01
300 17 199-301CAG-A01
500 10A 199-501DAG-A01
1,000 10A 199-102DAG-A01
2,000 16 199-202LAG-A01
3,000 16 199-302LAG-A01
5,000 16 199-502LAG-A01
10,000 16 199-103LAG-A01
20,000 16 199-203LAG-A01
30,000 18 199-303KAG-A01
50,000 1 199-503QAG-A01
100,000 1 199-104QAG-A01
1,40 ±0,51
[
0.055 ±0.020
]
0,76 MA
X
[0.030]
1,40 ±0,51
[0.055 ±0.020]
Uncoated chip
10 % tolerance at 25 °C [77 °F], uninsulated leads
OHM R/T CURVE REFERENCE
100 17 195-101CAG-A01
300 17 195-301CAG-A01
500 10A 195-501DAG-A01
1,000 10A 195-102DAG-A01
2,000 16 195-202LAG-A01
3,000 16 195-302LAG-A01
5,000 16 195-502LAG-A01
10,000 16 195-103LAG-A01
20,000 16 195-203LAG-A01
30,000 18 195-303KAG-A01
50,000 1 195-503QAG-A01
100,000 1 195-104QAG-A01
10 % tolerance at 25 °C [77 °F], insulated leads
OHM R/T CURVE REFERENCE
100 17 198-101CAG-A01
300 17 198-301CAG-A01
500 10A 198-501DAG-A01
1,000 10A 198-102DAG-A01
2,000 16 198-202LAG-A01
3,000 16 198-302LAG-A01
5,000 16 198-502LAG-A01
10,000 16 198-103LAG-A01
20,000 16 198-203LAG-A01
30,000 18 198-303KAG-A01
50,000 1 198-503QAG-A01
100,000 1 198-104QAG-A01
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Disc Thermistors
Uncoated or epoxy-coated Disc thermistors are available in a broad
range of custom resistance values and R/T curves. They are only
available with uninsulated leads. Diameters range from 2,54 mm [0.1 in]
to 10,16 mm [0.4 in]. They are often ideally suited for low-cost
applications with a maximum temperature of 150 °C [302 °F]. They are
also typically well suited for PC board mount and are available on tape
and reel.
Operating temperature range: -60 °C to 150 °C [-76 °F to 302 °F]
Encapsulation: Epoxy-coated or uncoated
Lead material: Uninsulated: tinned copper/copper alloy
Dissipation constant (DC): Varies with size,
ranges from 3 mW/°C to 8 mW/°C
Time constant (TC): Varies with size ranges from 10 s to 32 s
Resistance range at 25 °C [77 °F]: 100 Ohm to 100 kOhm
10 % tolerance at 25 °C [77 °F]
Lead diameter 0,4064 mm [0.016 in]
Lead spacing 2,54 mm [0.1 in]
OHM R/T CURVE DC MIN. TC MAX. REFERENCE
500 10 3 10 140-501FAG-RB1
1,000 10 4 10 140-102FAG-RB1
3,000 16 3 10 140-302LAG-RB1
5,000 16 4 10 140-502LAG-RB1
10,000 16 4 10 140-103LAG-RB1
50,000 1 3 10 140-503QAG-RB1
100,000 1 3 10 140-104QAG-RB1
TEMPERATURE - THERMISTORS
TEMPERATURE - THERMISTORS
38,1
[1.50]
LEAD SPACING
6,35
[0.25]
OPTIONS
Epoxy-coated chip
10 % tolerance at 25 °C [77 °F]
Lead diameter 0,508 mm [0.020 in]
Lead spacing 5,08 mm [0.2 in]
OHM R/T CURVE DC MIN. TC MAX. REFERENCE
100 10 4 16 143-101FAG-RC1
200 10 5 18 143-201FAG-RC1
300 10 6 20 143-501FAG-RC1
1,000 16 6 20 143-102LAG-RC1
3,000 16 6 22 143-302LAG-RC1
5,000 16 7 35 143-502LAG-RC1
10,000 1 4 20 143-103QAG-RC1
30,000 1 6 25 143-303QAG-RC1
50,000 1 7 30 143-503QAG-RC1
UNI-CURVE® Interchangeable Thermistors
The UNI-CURVE® Interchangeable thermistors are temperature-matched.
They offer additional cost savings by eliminating the need for individual
resistance temperature calibration, as well as standardization of circuit
components and simplification of design and replacement problems.
Operating temperature range: -40 °C to 150 °C [-40 °F to 302 °F]*
Encapsulation: Epoxy-coated
Lead material: Tinned copper alloy
Dissipation constant (DC): 0.75 mW/°C in still air min.
Time constant (TC): 15 s in still air max.
Resistance range at 25 °C [77 °F]: 1 kOhm to 100 kOhm
*Very accurate (±0.2 °C) when used between 0 °C to 70 °C
[32 °F to 158 °F]. Other ranges and tolerances are available.
38,1
[1.50]
2,4
[0.095]
0,2032 DIA. TINNED COPPER ALLOY
[0.008]
±0,5 °C tolerance at 25 °C [77 °F]
0 °C to 70 °C [32 °F to 158 °F]
OHM R/T CURVE REFERENCE
1,000 10A 192-102DEV-A01
2,252 16 192-222LEV-A01
3,000 16 192-302LEV-A01
5,000 16 192-502LEV-A01
10,000 16 192-103LEV-A01
30,000 18 192-303KEV-A01
30,000 1 192-303QEV-A01
50,000 1 192-503QEV-A01
100,000 1 192-104QEV-A01
±1,0 °C tolerance at 25 °C [77 °F]
0 °C to 70 °C [32 °F to 158 °F]
OHM R/T CURVE REFERENCE
1,000 10A 192-102DEW-A01
2,252 16 192-222LEW-A01
3,000 16 192-302LEW-A01
5,000 16 192-502LEW-A01
10,000 16 192-103LEW-A01
30,000 18 192-303KEW-A01
30,000 1 192-303QEW-A01
50,000 1 192-503QEW-A01
100,000 1 192-104QEW-A01
OPTIONS
±0,2 °C tolerance at 25 °C [77 °F]
0 °C to 70 °C [32 °F to 158 °F]
OHM R/T CURVE REFERENCE
1,000 10A 192-102DET-A01
2,252 16 192-222LET-A01
3,000 16 192-302LET-A01
5,000 16 192-502LET-A01
10,000 16 192-103LET-A01
30,000 18 192-303KET-A01
30,000 1 192-303QET-A01
50,000 1 192-503QET-A01
100,000 1 192-104QET-A01
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TEMPERATURE - THERMISTORS
10 % tolerance at 25 °C [77 °F]
Lead diameter 0,4064 mm [0.016 in]
Lead spacing 2,54 mm [0.1 in]
OHM R/T CURVE DC MIN. TC MAX. REFERENCE
500 10 3 10 142-501FAG-RB1
1,000 10 4 10 142-102FAG-RB1
3,000 16 3 10 142-302LAG-RB1
5,000 16 4 10 142-502LAG-RB1
10,000 16 4 10 142-103LAG-RB1
50,000 1 3 10 142-503QAG-RB1
100,000 1 3 10 142-104QAG-RB1
38,1
[1.50]
LEAD SPACING
2,54
[0.10]
10 % tolerance at 25 °C [77 °F]
Lead diameter 0,508 mm [0.020 in]
Lead spacing 5,08 mm [0.2 in]
OHM R/T CURVE DC MIN. TC MAX. REFERENCE
100 10 4 16 145-101FAG-RC1
200 10 5 18 145-201FAG-RC1
300 10 6 20 145-301FAG-RC1
500 10 6 25 145-501FAG-RC1
1,000 16 6 20 145-102LAG-RC1
3,000 16 6 22 145-302LAG-RC1
5,000 16 7 35 145-502LAG-RC1
10,000 1 4 20 145-103QAG-RC1
30,000 1 7 28 145-303QAG-RC1
50,000 1 8 32 145-503QAG-RC1
Uncoated chip
Standard Bead Thermistors
Standard Bead thermistors are hermetically-sealed in glass. These small
units provide maximum stability when used to 300 °C [572 °F] for high
temperature design requirements. They are often ideally suited for many
stringent military, aerospace and oceanographic applications.
Operating temperature range: -60 °C to 300 °C [-76 °F to 572 °F]
Encapsulation: Glass hermetic seal
Lead material: Platinum iridium
Dissipation constant (DC): 0.4 mW/°C in still air min.
Time constant (TC): 4 s in still air max.
Resistance range at 25 °C [77 °F]: 200 Ohm to 1 MOhm
Adjacent leads
20 % Tolerance at 25 °C [77 °F]
OHM R/T CURVE RATIO 0 °C/50 °C REFERENCE
200 8 4.80 112-201BAJ-B01
1,000 11 7.04 112-102EAJ-B01
2,000 11 7.04 112-202EAJ-B01
5,000 11 7.04 112-502EAJ-B01
10,000 12 7.59 112-103FAJ-B01
20,000 13 9.11 112-203HAJ-B01
50,000 14 9.53 112-503JAJ-B01
100,000 15 10.45 112-104KAJ-B01
200,000 15 10.45 112-204KAJ-B01
500,000 4 11.78 112-504NAJ-B01
1 M 5 13.12 112-105PAJ-B01
OPTIONS
Axial leads
20 % Tolerance at 25 °C [77 °F]
OHM R/T CURVE RATIO 0 °C/50 °C REFERENCE
2,000 11 7.04 112-202EAJ-H01
5,000 11 7.04 112-502EAJ-H01
10,000 12 7.59 112-103FAJ-H01
100,000 15 10.45 112-104KAJ-H01
600,000 4 11.78 112-604NAJ-H01
9,5
[0.375]
1,14 DIA.
[0.045]
2,29
[0.09]
0,1016 DIA.
[0.004]
1,14 DIA
[0.045]
9,5
[
0.375
]
2,29
[
0.090
]
0,1016 DIA.
[0.004]
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Small Bead Thermistors
Small Bead Thermistors feature relatively uniform size, offer ultra-fast
time response and are highly sensitive to electric power. They are often
ideally suited for use in low heat capacity applications and their micro size
many times makes them perfect for use in extremely small assemblies
such as catheters and hypodermic needles. They are also often used in
self-heat applications such as gas analysis, gas flow measurement and
thermal conductivity analysis.
Operating temperature range: -60 °C to 300 °C [-76 °F to 572 °F]
Encapsulation: Glass hermetic seal
Lead material: Platinum iridium
Dissipation constant (DC): 0.1 mW/°C in still air min.
Time constant (TC): 1 s in still air max.
Resistance range at 25 °C [77 °F]: 2 kOhm to 100 kOhm
Glass Probe Thermistors
Glass Probe thermistors are shock resistant, rugged, glass-encapsulated
units that are ideally suited for immersion in fluid and convenient for
mounting in air sensor assemblies. They are available in two
configurations: standard and mini.
Operating temperature range: -60 °C to 300 °C [-76 °F to 572 °F]
Encapsulation: Glass
Lead material: Dumet (copper-clad Ni-Fe wire)
Dissipation constant (DC): • Standard: 1.0 mW/°C in still air min.
• Mini: 0.7 mW/°C in still air min.
Time constant (TC): • Standard: 22 s in still air max.
• Mini: 10 s in still air max.
Resistance range at 25 °C [77 °F]: 1 kOhm to 10 MOhm
Adjacent leads
at 25 °C [77 °F]
OHM % TOLERANCE R/T CURVE RATIO 0 °C/50 °C [32 °F/122 °F] REFERENCE
2,000 25 9 5.50 111-202CAK-B01
8,000 20 11 7.04 111-802EAJ-B01
30,000 25 11 7.04 111-303EAK-B01
Standard
20 % Tolerance at 25 °C [77 °F]
dc 1.0 mW/°C min., TC 22 s max.
OHM R/T CURVE RATIO REFERENCE
1,000 11 7.04 121-102EAJ-Q01
2,000 11 7.04 121-202EAJ-Q01
5,000 11 7.04 121-502EAJ-Q01
10,000 12 7.59 121-103FAJ-Q01
50,000 14 9.53 121-502JAJ-Q01
100,000 15 10.45 121-104KAJ-Q01
200,000 15 10.45 121-202KAJ-Q01
500,000 4 11.89 121-504NAJ-Q01
1 M 5 13.12 121-105PAJ-Q01
10 M 6 15.65 121-106QAJ-Q01
Mini
20 % Tolerance at 25 °C [77 °F]
dc 0.7 mW/°C min., TC 10 s max.
OHM R/T CURVE RATIO REFERENCE
1,000 11 7.04 120-102EAJ-Q01
2,000 11 7.04 120-202EAJ-Q01
10,000 12 7.59 120-103FAJ-Q01
50,000 14 9.53 120-502JAJ-Q01
100,000 15 10.45 120-104KAJ-Q01
Axial leads
at 25 °C [77 °F]
OHM % TOLERANCE R/T CURVE RATIO 0 °C/50 °C [32 °F/122 °F] REFERENCE
2,000 25 9 5.50 111-202CAK-H01
8,000 20 11 7.04 111-802EAJ-H01
10,000 20 11 7.04 111-103EAJ-H01
100,000 25 13 9.11 111-104HAK-H01
9,5
[0.375]
0,36 DIA.
[0.014]
2,51
[0.020]
0,0254 DIA.
[0.001]
0,36 DIA
[0.014]
9,5
[0.375]
0,51
[0.020]
0,0254 DIA.
[0.001]
OPTIONS OPTIONS
2,54
[0.10
]
50,8
[2.00]
12,7
[0.50]
0,3048 DIA. DUMET
[
0.012
]
31,5
[1.25]
12,7
[0.50]
0,2032 DIA. DUMET
[
0.008
]
1,5
[0.06]
TEMPERATURE - THERMISTORS
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E-I Matched Bead Thermistors
E-I Matched Bead thermistors are designed for use in many gas
chromatography and other thermal conductivity gas analysis
instruments. Each bead is mounted to a special hermetically-sealed
header. For maximum sensitivity, the higher resistance units should be
used at higher ambient temperatures.
Operating temperature range: -60 °C to 300 °C [-76 °F to 572 °F]
Encapsulation: Glass hermetic seal
Lead material: Tinned Ni-Fe
12,7
[0.50]
31,75
[1.25]
THERMISTOR
BEAD
0,76 DIA.TINNED Ni-Fe
[0.03]
9,65
[0.38]
ICL Inrush Current Limiter Thermistors
ICL Inrush Current Limiter thermistors are a cost-effective way of limiting
the inrush of current that may damage components in a switching
power supply and in other power devices when the equipment is turned
on. These devices have solderable leads and are PC board mountable.
Operating temperature range: -40 °C to 185 °C [-40 °F to 365 °F]
Maximum steady state current: 1 A to 30 A
Encapsulation: Black silicone
Lead material: Tinned copper
Dissipation constant (DC): 12.7 mW/°C to 23 mW/°C
Time constant (TC): 32 s to 93 s
Resistance range at 25 °C [77 °F]: 0.5 Ohm to 220 Ohm ±20 %
Resistance at max. steady state current: 0.01 Ohm to 2.34 Ohm
Max. diameter: 9,5 mm [0.374 in] to 32.0 mm [1.260 in]
Max. thickness: 5,0 mm [0.204 in] to 8.0 mm [0.327 in]
Lead diameter: 0,8 mm [0.032 in] to 1.0 mm [0.040 in]
Characteristics: 115-202CDK-801
Resistance at 25 °C [77 °F]: 2000 Ohm ±25 %
Resistance at 0 °C [32 °F] (approx.): 4900 Ohm
Resistance at 50 °C [122 °F] (approx.): 890 Ohm
Ratio of resistance 0 °C/50 °C: 4.95 to 6.95
Beta nominal at 25 °C: 3000 K
Temperature coefficient at 25 °C: -3.4 %/°C
Time constant (TC) still air max.: 1 s
Dissipation constant (DC) still air min.: 0.16 mW/°C
DC helium: 0.5 mW/°C
Power rating (air): 15 mW
Power rating (helium): 60 mW
Max. ambient temperature: 100 °C [212 °F]
Max. operating temperature (including self-heat): 150 °C [302 °F]
Resisistance at max. operating temperature: 88 Ohm
OPTIONS
Helium-matched assembly
5 % resistance at 25 °C [77 °F]
2 % resistance at 25 °C [77 °F]
Characteristics: 115-802EDJ-801
Resistance at 25 °C [77 °F]: 8000 Ohm ±25 %
Resistance at 0 °C [32 °F] (approx.): 23,200 Ohm
Resistance at 50 °C [122 °F] (approx.): 3,200 Ohm
Ratio of resisistance 0 °C/50 °C: 6.56 to 7.99
Beta nominal at 25 °C: 3495 K
Temperature coefficient at 25 °C: -3.9 %/°C
Time constant (TC) still air max.: 1 s
Dissipation constant (DC) still air min.: 0.16 mW/°C
DC helium: 0.5 mW/°C
Power rating (air): 45 mW
Power rating (helium): 140 mW
Max. ambient temperature: 250 °C [482 °F]
Max. operating temperature (including self-heat): 300 °C [572 °F]
Resisistance at max. operating temperature: 25 Ohm
Air-matched assembly
OHM MAX. STEADY RESISTANCE AT MAX. REFERENCE
STATE CURRENT (A) STEADY STATE CURRENT (OHM)
0.5 30 0.01 ICL32OR530-01
1 20 0.02 ICL221R020-01
1 30 0.02 ICL321R030-01
2 18 0.03 ICL222R018-01
2.5 8 0.07 ICL152R508-01
2.5 8 0.06 ICL122R508-01
2.5 15 0.03 ICL222R515-01
5 6 0.1 ICL155R006-01
5 7 0.07 ICL155R007-01
10 2 0.3 ICL1010002-01
10 3.2 0.18 ICL1010004-01
10 5 0.13 ICL1210005-01
10 6 0.15 ICL1510006-01
10 8 0.1 ICL2210008-01
12 4 0.26 ICL1512004-01
16 4 0.27 ICL1516004-01
20 2 0.5 ICL1220002-01
40 2 0.6 ICL1240002-01
50 2 0.72 ICL1250002-01
80 2.5 0.75 ICL1580003-01
120 3 0.9 ICL2212103-01
220 2 0.8 ICL1522102-01
25,4 MIN.
[1.00]
DIA.
7,87 NOM.
[
0.310
]
2.54 NOM.
[
0.10
]
THICKNES
S
TEMPERATURE - THERMISTORS
DESCRIPTION
Two 111-202CAK-H01 each mounted on a glass hermetic seal and matched in
air to within 15 mV of each other at 5 mA, 10 mA and 15 mA.
REFERENCE
115-202CDK-801
REFERENCE
115-802EDJ-801
DESCRIPTION
Two 111-802EAJ-H01 each mounted on a glass hermetic seal and matched in
helium to within 30 mV, 25 mV and 20 mV of each other at 2 mA, 5 mA,
10 mA and 15 mA.
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Temperature Sensors - Probes
ES120 Series Coolant/Oil Temperature
Sensor Probes
The ES120 probe is a thermistor mounted into a plastic lead frame and
assembled into a metal body. This subassembly is then overmolded to
produce both the electrical connection system and the hexagonal shape
for easy installation. The all-plastic design reduces heat loss through the
sensor, thereby reducing wind chill effects.
Operating temperature range: -40 °C to 155 °C [-40 °F to 311 °F]
Encapsulation: NTC (Negative Temperature Coefficient) encapsulated
in thermal epoxy
Lead material: Terminals are 2,8 mm x 0,8 mm [0.11 in x 0.03 in] brass
with a copper flash protection layer with final plating to
customer requirement (silver, tin, gold, etc.)
Dissipation constant: Tor values (time to reach 63.2 % of the difference
between two temperatures) are typically 19 s rising
temperature and 14 s falling temperature
Time constant: None
Resistance range at 25 °C [77 °F] 2.5 kOhm at 20 °C [68 °F] ±5 %
ES110 Series Inlet Air Temperature
Sensor Probes
The ES110 probe is a thermistor mounted into a plastic lead frame and
assembled into a metal body. This subassembly is then overmolded to
produce both the electrical connection system and the hexagonal shape
for easy installation. Two end configurations are available depending
upon response required or degree of protection. The all-plastic design
reduces heat loss through the sensor, thereby reducing wind chill effects.
Operating temperature range: -40 °C to 155 °C [-40 °F to 311 °F]
Encapsulation: Standard NTC (Negative Temperature Coefficient) epoxy
protection
Lead material: Terminals are 2,8 mm x 0,8 mm [0.11 in x 0.03 in]
brass with a copper flash protection layer with final plating
to customer requirement (silver, tin, gold, etc.)
Dissipation constant: 0.85 mW/°C in still air at 25 °C [77 °F]
Time constant: 1 s in liquids, 12 s max. in still air
Resistance range at 25 °C [77 °F] 2.5 kOhm at 20 °C [68 °F] ±5 %
Temperature Sensor Probes are finished thermistor assemblies complete
with thermistor housing, extension leads and usually a connector. A
variety of customized packages are available.
NOTE: The products in this section do not follow the “how to use this
catalogue” instructions provided in the catalogue introduction. Specific
reference numbers are not given due to their custom nature. Please
contact your local Honeywell sales office for ordering information.
SERIES NAME
ES120 Coolant/Oil Temperature Sensor Probe
SERIES NAME
ES110 Inlet Air Temperature Sensor Probe
TEMPERATURE - PROBES
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TEMPERATURE - PROBES
Air Conditioning Temperature Sensor
Probes
A fully overmolded and protected sensor incorporating a specially
developed NTC (Negative Temperature Coefficient) to withstand many
very aggressive, damp operating conditions. The housing is snap fit
promoting easy assembly.
Operating temperature range: -30 °C to 100 °C [-22 °F to 212 °F]
Encapsulation: Special NTC epoxy coating
Lead material: Terminals are 2,8 mm x 0,8 mm [0.11 in x 0.03 in]
brass with a copper flash protection layer with
final plating to customer requirement (silver, tin, gold, etc.)
Dissipation constant: 2.5 mW/°C in still air
Time constant: 2 s in water, 15 s max. in still air
Resistance range at 25 °C [77 °F]: 9 kOhm at 0 °C [32 °F] ±1.5 %
Refrigerant Temperature Sensor Probes
A fully sealed, quick response temperature sensor suitable for use in
many HVAC systems.
Operating temperature range: -40 °C to 140 °C [-40 °F to 284 °F]
Encapsulation: NTC (Negative Temperature Coefficient) encapsulated in a
thermal heat paste
Lead material: Terminals are 1,5 mm x 0,6 mm [0.06 in x 0.02 in]
brass with a copper flash protection layer with final
plating to customer requirement (silver, tin, gold, etc.)
Dissipation constant: Tor values (time to reach 63.2 % of the difference
between two temperatures) are typically 10 s
rising temperature and 6 s falling temperature
Time constant: None
Resistance range at 25 °C [77 °F]: 2.5 kOhm at 20 °C [68 °F],
calibrated at ±3 % at 100 °C [212 °F]
Earth Return (Ground) Temperature
Sensor Probes
An all-metal temperature sensor, with the body being the ground,
incorporating a flat disc thermistor held flush on the base of the body by
a spring-loaded pressure pad. This sensor provides a quick response to
small variations in high temperature changes.
Operating temperature range: -40 °C to 155 °C [-40 °F to 311 °F]
Encapsulation: NTC (negative temperature coefficient)
encapsulated in a silicone paste
Lead material: Standard Lucar type or other variations
Dissipation constant: 3 mW/°C in still air
Time constant: 10 s in automotive coolant
Resistance range at 25 °C [77 °F]: Per customer requirements
Surface Temperature Sensor Probes
Sensor assembly is designed to have good heat conductivity between the
thermistor element and the area to be monitored. Time response is
consistent with the thermal conductivity of the surface being measured.
Multiple configurations allow sensor to be mounted, bolted, riveted or
attached adhesively.
Operating temperature range: -60 °C to 150 °C [-76 °F to 302 °F]
Encapsulation: Thermally conductive epoxy used to pot
discrete component into surface-style housing
Lead material: Insulated lead wires and terminals when required, other
options available
Dissipation constant: 3.3 mW/°C to 12 mW/°C
(varies with size and housing style)
Time constant: 1 s to 40 s (application dependent)
Resistance range at 25 °C [77 °F]: Per customer requirements
NAME
Air Conditioning Temperature Sensor Probe
NAME
Refrigerant Temperature Sensor Probe
NAME
Earth Return (Ground) Temperature Sensor Probe
NAME
Surface Temperature Sensor Probe
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Air/Gas Temperature Sensor Probes
Air/Gas probes contain an exposed thermistor element because gas is
not as good a heat conductor or thermal sink as a liquid, and because
time response is normally an important consideration. The sensor
housing may be composed of plastic or other thermally conductive
materials to reduce conduction and heat from the gas circulating around
the thermistor. Multiple configurations allow easy mounting.
Operating temperature range: -60 °C to 150 °C [-76 °F to 302 °F]
Encapsulation: None, sensing element is exposed
Lead material: Insulated lead wires and terminals when required,
other options available
Dissipation constant: 0.1 mW/°C to 3 mW/°C (design specific)
Time constant: 4 s to 150 s (application and design dependent)
Resistance range at 25 °C [77 °F]: Per customer requirements
Immersion Temperature Sensor Probes
Custom designed and application specific, immersion probes are
designed to be directly placed in the liquid medium to be measured. A
large variety of housing alloys are available. Multiple configurations allow
easy mounting.
Operating temperature range: -60 °C to 300 °C [-76 °F to 572 °F]
Encapsulation: NTC (Negative Temperature Coefficient) encapsulated in
housing appropriate to the application
Lead material: Insulated lead wires and terminals when required,
other options available
Dissipation constant: 5 mW/°C to 10 mW/°C (varies with size
and housing style)
Time constant: 1 s to 12 s (design dependent)
Resistance range at 25 °C [77 °F] Per customer requirements
NAME
Air/Gas Temperature Sensor Probe
NAME
Immersion Temperature Sensor Probe
TEMPERATURE - PROBES
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THERMAL CUTOFFS
Thermal Cutoffs include products for use in a wide array of small
appliances, major appliances, office copy machines, automotive and
HVAC equipment. These devices are available in various lead lengths and
configurations. Honeywell offers versions that are compliant with
European Directive 2002/95/EC, otherwise known as RoHS (Restriction
of Hazardous Substances), in electrical and electronic equipment.
NOTE: The products in this section do not follow the “how to use this
catalogue” instructions provided in the catalogue introduction. Specific
reference numbers are not given due to their custom nature. Please
contact your local Honeywell sales office for ordering information.
Thermal Cutoffs
35,05
[1.380] 46,74
[1.840]
81,79
[3.220]
3,99
[0.157]
TIN-PLATED
18 AWG 1,02 [0.040]
COPPER WIRE SILVER-PLATED
18 AWG 1,02 [0.040]
COPPER WIRE
SILVER-PLATED
BRASS CASE
11,61 REF.
[0.457]
D Series
The D Series responds to temperature by interrupting an electrical circuit
when the operating and/or environmental temperature exceeds the
thermal rating of the fuse. This is accomplished when the organic pellet
experiences a phase change, allowing the spring activated contacts to
permanently open the circuit.
Operating temperature range: 72 °C to 240 °C [162 °F to 464 °F]
Environmental exposure range: see notice
11,61 REF.
[0.457]
SILVER-PLATED
BRASS CASE
29,21
[1.150 ]
35,05
[1.380 ]
64,26
[2.530]
3,99
[0.157]
TIN-PLATED
18 AWG 1,02 [0.040]
COPPER WIRE
SILVER-PLATED
18 AWG 1,02 [0.040]
COPPER WIRE
69,09
[2.720]
35,05
[1.380]
34,04
[1.340]
11,61 REF.
[0.457]
3,99
[0.157]
SILVER-PLATED
18 AWG 1,02 [0.040]
COPPER WIRE
TIN-PLATED
18 AWG 1,02 [0.040]
COPPER WIRE
SILVER-PLATED
BRASS CASE
NOTICE
• To maximize product life, use a 30 °C [86 °F] min. differential
between the operating ambient temperature at the fuse location
and the specified functioning temperature of the fuse being used.
Maintain a 40 °C [104 °F] min. differential between devices with
functioning temperatures above 200 °C [392 °F].
• Under no condition should the thermal cutoff be exposed to a
continuous normal temperature rating in excess of 200 °C
[392 °F]. Only proper testing of the above will determine the
selected thermal cutoff’s suitability within the application.
NAME
DXXX-001
NAME
DXXX-002
NAME
DXXX-003
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RD Series
The RD Series responds to temperature by interrupting an electrical
circuit when the operating and/or environmental temperature exceeds
the thermal rating of the fuse. This is accomplished when the organic
pellet experiences a phase change, allowing the spring activated
contacts to permanently open the circuit.
The electrical resistance of an RD Series thermal cutoff is comparable to
that found in an equal length of 18 gage solid copper wire. With proper
heat flow, heat generation below 15 A is minimal. Above 15 A, the upper
limit on current capacity will depend on the environment for each
specification.
Operating temperature range: 72 °C to 240 °C [162 °F to 464 °F]
Environmental exposure range: see notice on previous page
NAME
RDXXX-002
NAME
RDXXX-001
THERMAL CUTOFFS
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Redi-Temp® is a line of standard thermostat products offered in a range
of pre-set temperatures. These products are available standard for
immediate delivery. They are often useful for low-volume applications
where standard configurations are acceptable, as well as for evaluating
new designs and prototypes.
Thermostats - Redi-Temp®
Open on rise
OPEN/CLOSE °F OPEN/CLOSE °C REFERENCE
65 ±5/30 ±8 18 ±3/-1 ±5 3455RC-100-220
75 ±5/40 ±8 24 ±3/4 ±5 3455RC-100-221
85 ±5/55 ±8 29 ±3/13 ±5 3455RC-100-222
95 ±5/65 ±8 35 ±3/18 ±5 3455RC-100-223
105 ±5/75 ±8 41 ±3/24 ±5 3455RC-100-224
115 ±5/85 ±8 46 ±3/29 ±5 3455RC-100-225
125 ±5/95 ±8 52 ±3/35 ±5 3455RC-100-226
135 ±5/105 ±8 57 ±3/41 ±5 3455RC-100-227
145 ±5/115 ±8 63 ±3/46 ±5 3455RC-100-228
155 ±5/125 ±8 68 ±3/52 ±5 3455RC-100-229
165 ±5/135 ±8 73 ±3/57 ±5 3455RC-100-230
175 ±5/145 ±8 79 ±3/63 ±5 3455RC-100-231
185 ±5/155 ±8 85 ±3/68 ±5 3455RC-100-232
195 ±5/165 ±8 91 ±3/73 ±5 3455RC-100-233
205 ±6/175 ±8 96 ±4/79 ±5 3455RC-100-234
215 ±6/185 ±8 102 ±4/85 ±5 3455RC-100-235
225 ±6/195 ±8 107 ±4/91 ±5 3455RC-100-236
235 ±6/205 ±8 113 ±4/96 ±5 3455RC-100-237
245 ±6/215 ±8 118 ±4/102 ±5 3455RC-100-238
255 ±7/225 ±8 124 ±4/107 ±5 3455RC-100-239
275 ±7/245 ±8 135 ±4/118 ±5 3455RC-100-240
295 ±7/265 ±8 146 ±4/129 ±5 3455RC-100-241
315 ±10/275 ±15 157 ±6/135 ±8 3455RC-100-242
THERMOSTATS - REDI-TEMP®
Close on rise
CLOSE/OPEN °F CLOSE/OPEN °C REFERENCE
70 ±8/35 ±5 21 ±5/2 ±3 3455RC-100-243
90 ±8/60 ±5 32 ±5/16 ±3 3455RC-100-244
110 ±8/80 ±5 43 ±5/27 ±3 3455RC-100-245
130 ±8/100 ±5 54 ±5/38 ±3 3455RC-100-246
150 ±8/120 ±5 66 ±5/49 ±3 3455RC-100-247
170 ±8/140 ±5 77 ±5/60 ±3 3455RC-100-248
190 ±8/160 ±5 88 ±5/71 ±3 3455RC-100-249
210 ±8/180 ±6 99 ±5/82 ±4 3455RC-100-250
230 ±8/200 ±6 110 ±4/93 ±4 3455RC-100-251
3455RC 15 A High Temperature Universal
Thermostat Series
Shipped from stock, the 3455RC Series thermostats are often suitable
for applications such as copy machines, power supplies,
telecommunications and ovens. UL, CSA and European approval
agencies listings available.
Electrical rating: 15 A resisitive max., 120 Vac
Housing material: High density ceramic base
Operating temperature range: 0 °C to 150 °C [32 °F to 302 °F]
Environmental exposure range: -18 °C to 288 °C [0 °F to 550 °F]
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THERMOSTATS - REDI-TEMP®
3100 SPST Hermetic Thermostat Series
Shipped from stock, the 3100 Series thermostats are often suitable for
applications such as computers, medical electronics, power supplies,
industrial controls and test equipment. They feature a laser-welded
hermetic seal, are pre-set and tamper-proof. UL listings available.
Electrical rating: 30 A resisitive max., 120 Vac/240 Vac
Environmental exposure range: -62 °C to 288 °C [-80 °F to 550 °F]
3600 Series Subminiature Thermostats
TO-5 Package
Shipped from stock, the 3600 Series thermostats feature logic-level
switching with gold contacts, have no power budget and are wave
solderable with a hermetic seal. They are often suitable for applications
such as power supplies, logic boards, telecommunications, medical
electronics and robotics.
Electrical rating: 15 A resisitive max., 120 Vac
Dielectric strength: 500 Vac, 60 Hz for 1 s
Operating temperature range: -40 °C to 100 °C [-40 °F to 212 °F]
Environmental exposure range: -50 °C to 177 °C [58 °F to 351 °F]
OPTIONS
Open on rise
OPEN/CLOSE °C MIN DIFF. °C REFERENCE
40 ±5 2 3600040010001
45 ±5 2 3600045010001
50 ±5 2 3600050010001
55 ±5 5 3600055010001
60 ±5 5 3600060010001
65 ±5 5 3600065010001
70 ±5 5 3600070010001
75 ±5 5 3600075010001
80 ±5 5 3600080010001
85 ±5 7 3600085010001
90 ±5 7 3600090010001
95 ±5 7 3600095010001
100 ±5 7 3600100010001
Close on rise
OPEN/CLOSE °C MIN DIFF. °C REFERENCE
40 ±7 2 3601040010001
45 ±7 2 3601045010001
50 ±7 2 3601050010001
55 ±7 5 3601055010001
60 ±7 5 3601060010001
65 ±7 5 3601065010001
70 ±7 5 3601070010001
75 ±7 5 3601075010001
80 ±7 5 3601080010001
85 ±7 7 3601085010001
90 ±7 7 3601090010001
95 ±7 7 3601095010001
100 ±7 7 3601100010001
Open on rise
OPEN/CLOSE °F OPEN/CLOSE °C REFERENCE
40 ±5/20 ±5 4 ±3/-7 ±3 3100U-3-1431
50 ±5/30 ±5 10 ±3/-1 ±3 3100U-3-1432
60 ±5/40 ±5 16 ±3/4 ±3 3100U-3-1433
70 ±5/50 ±5 21 ±3/10 ±3 3100U-3-1434
80 ±5/60 ±5 27 ±3/16 ±3 3100U-3-1435
90 ±5/70 ±5 32 ±3/21 ±3 3100U-3-1436
100 ±5/80 ±5 38 ±3/27 ±3 3100U-3-1437
110 ±5/90 ±5 43 ±3/32 ±3 3100U-3-1438
120 ±5/100 ±5 49 ±3/38 ±3 3100U-3-1439
130 ±5/110 ±5 54 ±3/43 ±3 3100U-3-1440
140 ±5/120 ±5 60 ±3/49 ±3 3100U-3-1441
150 ±5/130 ±5 66 ±3/54 ±3 3100U-3-1442
160 ±5/140 ±5 71 ±3/60 ±3 3100U-3-1443
170 ±5/150 ±5 77 ±3/66 ±3 3100U-3-1444
180 ±5/160 ±5 82 ±3/71 ±3 3100U-3-1445
190 ±5/170 ±5 88 ±3/77 ±3 3100U-3-1446
200 ±5/180 ±5 93 ±3/82 ±3 3100U-3-1447
210 ±8/185 ±6 99 ±5/85 ±4 3100U-3-1448
220 ±8/195 ±6 104 ±5/91 ±4 3100U-3-1449
230 ±8/205 ±6 110 ±5/96 ±4 3100U-3-1450
240 ±8/215 ±6 116 ±5/102 ±4 3100U-3-1451
250 ±8/225 ±6 121 ±5/107 ±4 3100U-3-1452
Close on rise
CLOSE/OPEN °F CLOSE/OPEN °C REFERENCE
40 ±5/20 ±5 4 ±3/-7 ±3 3100U-3-1453
50 ±5/30 ±5 10 ±3/-1 ±3 3100U-3-1454
60 ±5/40 ±5 16 ±3/4 ±3 3100U-3-1455
80 ±5/60 ±5 27 ±3/16 ±3 3100U-3-1456
100 ±5/80 ±5 38 ±3/27 ±3 3100U-3-1457
120 ±5/100 ±5 49 ±3/38 ±3 3100U-3-1458
140 ±5/120 ±5 60 ±3/49 ±3 3100U-3-1459
160 ±5/140 ±5 71 ±3/60 ±3 3100U-3-1460
180 ±5/160 ±5 82 ±3/71 ±3 3100U-3-1461
200 ±5/180 ±5 93 ±3/82 ±3 3100U-3-1462
220 ±6/195 ±8 104 ±4/91 ±5 3100U-3-1463
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THERMOSTATS - COMMERCIAL
Commercial thermostats include products for use in a wide array of small
and major appliances, automotive applications, office copy machines,
heat and smoke detectors and HVAC equipment. These snap-action
thermostats include automatic or manual reset options, phenolic or
ceramic housings, and a variety of mounting brackets and terminal
options.
NOTE: The products in this section do not follow the “how to use this
catalogue” instructions provided in the catalogue introduction. Specific
reference numbers are not given due to their custom nature. Please
contact your local Honeywell sales office for ordering information.
Thermostats - Commercial
2450R/2450HR/2455R Series Phenolic
Automatic Reset Thermostats
A temperature-sensitive bimetal disc, electrically isolated from the switch,
actuates the normally closed contacts. The contacts open when the
surface or ambient temperatures increase to the operating snap point of
the calibrated disc. Response to temperature changes is extremely rapid
due to the inherently low mass of the disc and the small size of the
product. These products are factory calibrated to the customer’s
specification.
Reset type: Automatic
Amperage capacity: 15 A resistive max.
Housing material: Phenolic
Operating temperature range: 0 °C to 150 °C [32 °F to 302 °F]
Environmental exposure range: 0 °C to 150 °C [32 °F to 302 °F]
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
9,63
[0.379]
2,36 [0.093] DIA.
1,57 [0.062] DEEP
6,73
[0.265]
14,43 DIA.
[0.568]
16,0 DIA.
[0.630]
9,12
[0.359]
12,34
[0.486]
13,94
[0.549]
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
11,91
[0.469]
SERIES NAME
2450R Phenolic Automatic Reset Thermostat
SERIES NAME
2450HR Phenolic Automatic Reset Thermostat
SERIES NAME
2455R Phenolic Automatic Reset Thermostat
NOTICE
Limitations: Type 2455RM/2450CM is intended as a manual reset
control. It is not to be used on applications where a limit thermostat
is required unless backup protection is provided. Units have been
tested by UL for 1,000 cycles under load, 5,000 cycles no load, and
are not considered limit devices.
WARNING
PERSONAL INJURY
Do not use the bi-metallic, snap action thermostat components as
final safety devices in any application. Their intended use is to
provide an electrical disruption in the application circuit in the event
of a change in temperature conditions.
Failure to comply with these instructions could result in death or
serious injury.
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2450RC/2450RCH/2455RC Series
Ceramic Automatic Reset Thermostats
A temperature-sensitive bimetal disc, electrically isolated from the switch,
actuates the normally closed contacts. The contacts open when the
surface or ambient temperatures increase to the operating snap point of
the calibrated disc. Response to temperature changes is extremely rapid
due to the inherently low mass of the disc and the small size of the
product.
Reset type: Automatic
Amperage capacity: 15 A resistive max.
Housing material: Ceramic
Operating temperature range: 0 °C to 260 °C [32 °F to 500 °F]
Environmental exposure range: -20 °C to 287 °C [0 °F to 550 °F]
2450CM/2455RM Series Ceramic and
Phenolic Manual Reset Thermostats
A temperature-sensitive bimetal disc, electrically isolated from the switch,
actuates the normally closed contacts. The contacts open when the
surface or ambient temperatures increase to the operating snap point of
the calibrated disc. The circuit will stay open above room ambient
temperature until the manual reset button is pressed. Response to
temperature changes is extremely rapid due to the inherently low mass
of the disc and the small size of the product.
Reset type: Manual
Amperage capacity: 15 A resistive max.
Housing material: Ceramic or phenolic
Operating temperature range: 52 °C to 232 °C [125 °F to 450 °F] (ceramic)
52 °C to 150 °C [125 °F to 302 °F] (phenolic)
Environmental exposure range: 10 °C to 260 °C [50 °F to 500 °F] (ceramic)
10 °C to 150 °C [50 °F to 302 °F] (phenolic)
0,51
[0.020]
9,63
[0.379]
16,00
[0.379]
2,36 [0.093] DIA.
1,57 [0.062] DEEP
14,43 DIA.
[0.568]
16,0 DIA.
[0.630]
9,04
[0.356]
12,90
[0.508]
14,48
[0.570]
ENCLOSED DISK
1,04 [0.041] MAX TRAVEL OF
RESET BUTTON
ON CONTACT OPENING
14,43 DIA.
[0.568]
16,0 DIA.
[0.630]
9,04
[0.356]
12,90
[0.508]
14,48
[0.570]
0,51
[0.020]
15,98
[0.629]
9,55
[0.376]
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
11,91
[0.469]
1,04 [0.041] MAX TRAVEL
OF RESET BUTTON ON
CONTACT OPENING
2,77 DIA. RESET
[0.109] BUTTON
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
11,91
[0.469]
15,88 ON CONTACT
[0.625] CLOSING
SERIES NAME
2450RC Ceramic Automatic Reset Thermostat
SERIES NAME
2450RCH Ceramic Automatic Reset Thermostat
SERIES NAME
2455RC Ceramic Automatic Reset Thermostat
SERIES NAME
2450CM Ceramic Manual Reset Thermostat
SERIES NAME
2455RM Phenolic Manual Reset Thermostat
THERMOSTATS - COMMERCIAL
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THERMOSTATS - COMMERCIAL
2,36 [0.093] DIA.
1,57 [0.062] DEEP
14,43 DIA.
[0.568]
16,0 DIA.
[0.630]
9,04
[0.356]
12,90
[0.508]
14,48
[0.570]
ENCLOSED DISK
2450A/2455RA Series Heat Detection
Thermostats
The gold contacts open or close on a temperature rise of 47 °C to 107 °C
[117 °F to 225 °F].
Reset type: Automatic
Amperage capacity: 15 A resistive max.
Housing material: Phenolic, epoxy-sealed cap and terminals
Operating temperature range: 47 °C to 107 °C [117 °F to 225 °F]
Environmental exposure range: 0 °C to 150 °C [32 °F to 302 ° F]
2455RBV Series Overmolded Automatic
Reset Thermostats
A temperature-sensitive bimetal disc, electrically isolated from the switch,
actuates the normally closed contacts. The contacts open when the
surface or ambient temperatures increase to the operating snap point of
the calibrated disc. Response to temperature changes is extremely rapid
due to the inherently low mass of the disc and the small size of the
product.
Reset type: Automatic
Amperage capacity: 15 A resistive max.
Housing material: Ceramic or phenolic, epoxy overmold
Operating temperature range: -12 °C to 105 °C [10 °F to 221 °F]
Environmental exposure range: -18 °C to 121 °C [0 °F to 250 °F]
2450R/2450RCH/2455R/2455RCH/
2467RC/2467RCH Series “One-shot”
½ in Thermostats
Products are designed for high limit applications where automatic reset
is not desired.
Reset type: None
Amperage capacity: 15 A resistive max.
21 A resistive max. (2467RC/2467RCH Series)
Housing material:ceramic or phenolic, with or without epoxy-sealed cap
and terminal
Operating temperature range: 52 °C to 260 °C [125 °F to 500 °F] (ceramic)
52 °C to 250 °C [125 °F to 500 °F] (ceramic) (2467RC Series)
52 °C to 150 °C [125 °F to 302 °F] (phenolic)
Environmental exposure range: -18 °C to 316 °C [0 °F to 600 °F] (ceramic)
-18 °C to 150 °C [0 °F to 302 °F] (phenolic)
0,51
[0.020]
9,63
[0.379]
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
9,63
[0.379]
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
11,91
[0.469]
17,27 DIA.
[0.680] 0,51
[0.020]
18,54
[0.730]
WIRE GAGE AND
INSULATION AS
REQUIRED
AS REQUIRED
AS REQUIRED
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
11,91
[0.469]
0,51
[0.020]
11,91
[0.469]
SERIES NAME
2450A Heat Detection Thermostat
SERIES NAME
2455A Heat Detection Thermostat
SERIES NAME
2455RBV Overmolded Automatic Reset Thermostat
SERIES NAME
2450R Phenolic “One-shot” ½ in Thermostat
SERIES NAME
2450RCH Ceramic “One-shot” ½ in Thermostat
2467RCH Ceramic “One-shot” ½ in Thermostat
SERIES NAME
2455R Phenolic “One-shot” ½ in Thermostat
SERIES NAME
2455RC Ceramic “One-shot” ½ in Thermostat
2467RC Ceramic “One-shot” ½ in Thermostat
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2450R Series Annular Ring Cap
Automatic Reset Thermostats
A temperature-sensitive bimetal disc, electrically isolated from the switch,
actuates the normally closed contacts. The contacts open when the
surface or ambient temperatures increase to the operating snap point of
the calibrated disc. Response to temperature changes is extremely rapid
due to the inherently low mass of the disc and the small size of the
product.
Reset type: Automatic
Amperage capacity: 15 A resistive, 12 Vdc
Housing material: Phenolic, can be partially or totally sealed
against water ingress
Operating temperature range: -10 °C to 55 °C [14 °F to 131 °F]
Environmental exposure range: -40 °C to 130 °C [-40 °F to 266 °F]
Life cycle capability: 300 K at 12 Vdc, 10 A
Low temperature differential: Down to 8 °C [46 °F]
Switch temperature tolerance: ±3 °C
2450R/2455R Series Protected
Thermostats
A temperature-sensitive bimetal disc, electrically isolated from the switch,
actuates the normally closed contacts. The contacts open when the
surface or ambient temperatures increase to the operating snap point of
the calibrated disc. Basic thermostat is protected from the environment
by sealing it in a metal housing or encapsulating it in epoxy.
Reset type: Automatic
Amperage capacity: 15 A resistive, 12 Vdc
Housing material: Brass, aluminium, stainless steel and epoxy
Operating temperature range: 15 °C to 130 °C [59 °F to 266 °F]
Environmental exposure range: -40 °C to 155 °C [-40 °F to 311 °F]
2450R Series Fully Sealed Thermostats
A temperature-sensitive bimetal disc, electrically isolated from the switch,
actuates the normally closed contacts. The contacts open when the
surface or ambient temperatures increase to the operating snap point of
the calibrated disc. Response to temperature changes is extremely rapid
due to the inherently low mass of the disc and the small size of the
product.
Reset type: Automatic
Amperage capacity: 15 A resistive, 12 Vdc
Housing material: Phenolic housing, aluminium cap totally
encapsulated in water-resistant epoxy
Operating temperature range: -10 °C to 55 °C [14 °F to 131 °F]
Environmental exposure range: -40 °C to 130 °C [-40 °F to 266 °F]
Life cycle capability: 300 K at 12 Vdc, 10 A
Low temperature differential: Down to 8 °C [46 °F]
Switch temperature tolerance: ±3 °C
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
9,63
[0.379]
16,1 MAX.
[0.63]
11,5
[0.45]
SERIES NAME
2450R Protected Thermostat
2455R Protected Thermostat
SERIES NAME
2450R Phenolic Annular Ring Cap Automatic Reset Thermostat
SERIES NAME
2450R Fully Sealed Thermostat
THERMOSTATS - COMMERCIAL
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THERMOSTATS - COMMERCIAL
Special Terminals
T-102 T-103
Standard Terminal Guide
Horizontal Solder Vertical Solder Inside Vertical Solder Outside
3/16 in Quick Connect
Vertical
T-101 T-106 T-107
1/4 in Quick Connect,
Vertical
T-147
1/4 in Quick Connect,
Horizontal
T-146 T-149
3/16 in Quick Connect,
Flat
T-150
T-140
T-120
T-105
T-121
Specify Crimp Direction
Up or Down
T-115
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Standard Terminal Guide (continued)
T-141
Horizontal Weld Tab
T-148
1/4 in Quick Connect, 45°
T-151
3/16 in Quick Connect, 45°
T-160
Spade Terminal
T-161 T-165 T-166
T-168
T-167 T-169 T-170
T-188
T-178
T-179
T-162 T-164
THERMOSTATS - COMMERCIAL
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THERMOSTATS - COMMERCIAL
B-212/B-212A B-213
Stationary Surface Brackets Moveable Surface Brackets Air Stream Brackets
B-201/B-201A/B-201B B-203/B-203A/B-203B B205/B205A
B-207
Special Mounting Brackets
B-206 B-209 B-210
B-230 B-239
Standard Mounting Bracket Guide
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Standard Mounting Bracket Guide (continued)
Mounting Studs
Brass Hex Stud Mount
B-249
B-220-B-227 B-240
Bracket/Terminal Orientation (Intermediate angles available on specific request.)
B-246 B-250
THERMOSTATS - COMMERCIAL
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THERMOSTATS - PRECISION
Thermostats - Precision
Precision snap-action thermostats include both hermetic and non-
hermetic devices for use in a wide array of applications including
computers, copy machines, aircraft, radar equipment, medical
equipment and electronic control systems. We also offer custom-
packaged thermostats for application flexibility and industrial-grade
thermostats designed to operate in extreme environmental conditions.
NOTE: The products in this section do not follow the “how to use this
catalogue” instructions provided in the catalogue introduction. Specific
reference numbers are not given due to their custom nature. Please
contact your local Honeywell sales office for ordering information.
3001/3004 Series Non-Hermetic
Thermostats
The 3001/3004 Series are factory pre-set, single pole, single throw
thermal switches available to open and close on temperature rise. The
phenolic base is made dust-proof by a metal closure which also provides
thermal and electrical isolation for the silver contacts. The low silhouette
design of the 3001 Series makes it an excellent choice where a non-
hermetic precision unit is required for tight tolerances. The 3004 Series
offers a metal sleeve insert-rivet construction and higher spacing to meet
European approval agency requirements. It is also UL recognized and
CSA certified.
Amperage: 1 A to 3 A (3001, 3001U Series)* 2 A to 4 A (3004 Series)*
Housing material: Phenolic base with metal closure
Operating temperature range: -18 °C to 168 °C [0 °F to 335 °F]
Environmental exposure range: -18 °C to 177 °C [0 °F to 350 °F]
Dielectric strength: MIL-STD-202, Method 301
1500 Vac 60 Hz terminal to case (2000 Vac 3004)
Insulation resistance: MIL-STD-202, Method 302, Cond. B
500 MOhm, 500 Vdc applied
Contact resistance: MIL-STD-202, Method 307, 50 mOhm
Hermetic seal: MIL-STD-202, Method 112, Cond. A, 1x10-5 atm cc/s
Moisture resistance: MIL-STD-202, Method 106
*Based on 240 Vac and life-cycle dependent. Call for further details.
SERIES NAME
3001 Series Non-Hermetic Thermostat
3001U Series Non-Hermetic Thermostat
3004 Series Non-Hermetic Thermostat
NOTICE
Limitations: Type 3455RM/3450CM is intended as a manual reset
control. It is not to be used on applications where a limit thermostat
is required unless backup protection is provided. Units have been
tested by UL for 1,000 cycles under load, 5,000 cycles no load, and
are not considered limit devices.
WARNING
PERSONAL INJURY
Do not use the bi-metallic, snap action thermostat components as
final safety devices in any application. Their intended use is to
provide an electrical disruption in the application circuit in the event
of a change in temperature conditions.
Failure to comply with these instructions could result in death or
serious injury.
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3150/3156 Series Low Silhouette
Hermetic Thermostats
The 3150/3156 Series is a single pole, single throw switch activated by a
snap-action bimetal disc. Temperature calibrations are pre-set at the
factory and each unit is 100 % thermally and mechanically inspected. It is
available to open or close on temperature rise. The case is laser welded to
form a hermetically-sealed steel housing with a glass-to-metal seal at the
terminal junction. The low silhouette and compact design often make it
especially well suited for applications that require miniaturization. The
3156 Series has gold alloy contacts for low voltage applications.
Amperage: 0.5 A resistive (3156 Series)
7 A resistive (3150 Series)
Housing material: Steel housing with glass-to-metal seal at
terminal junction
Operating temperature range: -29 °C to 177 °C [-20 °F to 350 °F]
Environmental exposure range: -62 °C to 260 °C [-80 °F to 500 °F]
Dielectric strength: MIL-STD-202, Method 301
750 Vac 60 Hz terminal to case (3150, 3156 Series)
1250 Vac 60 Hz terminal to case (3150U, 3156U Series)
1500 Vac 60 Hz terminal to case (3150UX Series)
Insulation resistance: MIL-STD-202, Method 302, Cond. B
50 MOhm, 500 Vdc applied
Contact resistance: MIL-STD-202, Method 307
25 mOhm (3156 Series)
50 mOhm (3150 Series)
Hermetic seal: MIL-STD-202, Method 112, Cond. A
1x10-5 atm cc/s
Moisture resistance: MIL-STD-202, Method 106
SERIES NAME
3150 Low Silhouette Hermetic Thermostat
3150U Low Silhouette Hermetic Thermostat
3150UX Low Silhouette Hermetic Thermostat
3156 Low Silhouette Hermetic Thermostat
3156U Low Silhouette Hermetic Thermostat
3100/3106 Series Hermetic Thermostats
The 3100/3106 Series is a single pole, single throw switch activated by a
snap-action bimetal disc. Temperature calibrations are pre-set at the
factory and each unit is 100 % thermally and mechanically inspected. It is
available to open or close on temperature rise. The case is laser welded to
form a hermetically-sealed steel housing with a glass-to-metal seal at the
terminal junction. It is manufactured and tested to meet or exceed critical
commercial and industrial specifications. The 3106 Series has gold alloy
contacts for low voltage applications.
Amperage: 0.5 A resistive (3106 Series)
7 A resistive (3100 Series)
Housing material: Steel housing with glass-to-metal
seal at terminal junction
Operating temperature range: -29 °C to 260 °C [-20 °F to 500 °F] (3100 Series)
-29 °C to 204 °C [-20 °F to 400 °F] (3106 Series)
Environmental exposure range: -62 °C to 288 °C [-80 °F to 550 °F]
Dielectric strength: MIL-STD-202, Method 301
1250 Vac 60 Hz terminal to case (3100, 3100U, 3106 Series)
1500 Vac 60 Hz terminal to case (3100UX Series)
Insulation resistance: MIL-STD-202, Method 302, Cond. B
50 MOhm, 500 Vdc applied
Contact resistance: MIL-STD-202, Method 307
25 mOhm (3106 Series)
50 mOhm (3100 Series)
Hermetic seal: MIL-STD-202, Method 112, Cond. A
1x10-5 atm cc/s
Moisture resistance: MIL-STD-202, Method 106
SERIES NAME
3100 Hermetic Thermostat
3100U Hermetic Thermostat
3100UX Hermetic Thermostat
3106 Hermetic Thermostat
THERMOSTATS - PRECISION
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THERMOSTATS - PRECISION
3600/3601 Series TO-5 Thermal Switches
The 3600/3601 Series is a single pole, single throw, bimetal snap-action
switch available to open or close on temperature rise. These devices are
specifically designed and often suited for mounting on products such as
printed circuit boards to protect against hazardous temperatures
associated with the thermal density of components on backplanes,
flexible circuitry and sophisticated time-based circuits.
Amperage: 1 A resistive
Housing material: nickel
Operating temperature range: 40 °C to 120 °C [104 °F to 248 °F]
Environmental exposure range: -50 °C to 150 °C [-58 °F to 302 °F]
Dielectric strength: 500 Vac 60 Hz for one second, terminal to case
Insulation resistance: 20 MOhm at 500 Vdc
Contact resistance: 60 MOhm
Hermetic seal: 1x10-3 atm cc/s
SERIES NAME
3600 Series TO-5 Thermal Switch
3601 Series TO-5 Thermal Switch
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25,4 [1.00]
3/4 - 16 UNF-3A
THREAD
PROBE
LENGTH
SENSING SURFACE
3000 Series Custom-packaged
Thermostats
The 3000 Series incorporates a Honeywell thermostat assembled in a
custom package for use in a variety of applications that require flexibility
in mounting and terminal configurations. A typical product includes a
3100 hermetic internal thermostat with a terminal selection, housing
selection and customized part number. These custom package devices
operate in many extreme environmental conditions, such as exposure to
hazardous substances, dust particles and liquid immersion.
Amperage: 7 A resistive
Housing material: Stainless steel or brass
Operating temperature range: -29 °C to 260 °C [-20 °F to 500 °F]
Environmental exposure range: -62 °C to 288 °C [-80 °F to 550 °F]
Dielectric strength: MIL-STD-202, Method 301
1250 Vac 60 Hz terminal to case
WIRE LEADS,
LENGTHS
AS REQ'D.
6,35 [0.25] MALE
QUICK CONNECTS
6,35 [0.25] MALE
QUICK CONNECTS
60˚
REF.
Terminations for 3000-53X*
and 3000-141 Housings
Housings
3000-53X*
3000-141
1
2a
2b
25,4 [1.00]
3/4 - 16 UNF - 3A
THREAD
SENSING SURFACE
SERIES NAME
3000 Custom-packaged Thermostat
Insulation resistance: MIL-STD-202, Method 302
50 MOhm to 500 MOhm
Contact resistance: MIL-STD-202, Method 307
50 mOhm max.
Hermetic seal: MIL-STD-202, Method 112, Condition A
1 x 10-5 atm cc/s
Moisture resistance: MIL-STD-202 Method 106
HERMETIC
CONNECTOR
BAYONET
OR THREADED
WIRE LEADS,
LENGTHS
AS REQ'D.
1/2 - 14 NPT
THREAD
6,35 [0.25] MALE
QUICK CONNECTS
1/2 - 14 NPT
THREAD
60˚
REF.
6,35 [0.25] MALE
QUICK CONNECTS
1/2 - 14 NPT
THREAD
Terminations for 3000-45X* and 3000-55X* Housings
0
3
4a
4b
WIRE LEADS,
LENGTHS
AS REQ'D.
6,35 [0.25] MALE
QUICK CONNECTS
6,35 [0.25] MALE
QUICK CONNECTS
60˚
REF.
1
2a
2b
Housings
3000-45X*
THERMOSTATS - PRECISION
22,26 [0.875]
1/2 - 14 NPT
THREAD
SENSING SURFACE
PROBE
LENGTH
22,26 [0.875]
1/2 - 14 NPT
THREAD
SENSING SURFACE
3000-55X*
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THERMOSTATS - PRECISION
3800 Series Industrial-grade Thermostats
for Severe Duty Applications
The 3800 Series is often used where high levels of vibration and
mechanical shock are common but a military device is not required. It is
easily customized for use in a variety of applications.
Amperage: 7 A resistive
Housing material: Steel housing with glass-to-metal seal at terminal junction
Operating temperature range: -29 °C to 260 °C [-20 °F to 500 °F]
Environmental exposure range: -62 °C to 260 °C [-80 °F to 500 °F]
Dielectric strength: MIL-STD-202, Method 301
1250 Vac terminal to case
Insulation resistance: MIL-STD-202, Method 302, Cond. B
50 MOhm min. terminal to case
Contact resistance: MIL-STD-202, Method 307
50 mOhm max.
Hermetic seal: MIL-STD-202, Method 112, Cond. A
1 x 10-5 atm cc/s
Moisture resistance: MIL-STD-202, Method 106
Vibration (random): MIL-STD-202, Method 214
30 g, 20 Hz to 2,000 Hz
Vibration (sinusoidal): MIL-STD-202, Method 204,
Condition D 20 G, 20 Hz to 2,000 Hz
Mechanical shock: MIL-STD-202, Method 213, 400 G
Thermal shock: MIL-STD-202, Method 107, Cond. B
Acceleration: MIL-STD-202, Method 212, 20 G
SERIES NAME
3800 Industrial Grade Thermostat
3450R/3450HR/3455R Series Phenolic
Automatic Reset Thermostats
A temperature-sensitive bimetal disc, electrically isolated from the switch,
actuates the normally closed contacts. The contacts open when the
surface or ambient temperatures increase to the operating snap point of
the calibrated disc. Response to temperature changes is extremely rapid
due to the inherently low mass of the disc and the small size of the
product. These products are factory calibrated to the customer’s
specification.
Reset type: Automatic
Amperage capacity: 15 A resistive max.
Housing material: Phenolic
Operating temperature range: 0 °C to 150 °C [32 °F to 302 °F]
Environmental exposure range: 0 °C to 150 °C [32 °F to 302 °F]
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
9,63
[0.379]
SERIES NAME
3450R Phenolic Automatic Reset Thermostat
2,36 [0.093] DIA.
1,57 [0.062] DEEP
6,73
[0.265]
14,43 DIA.
[0.568]
16,0 DIA.
[0.630]
9,12
[0.359]
12,34
[0.486]
13,94
[0.549]
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
11,91
[0.469]
SERIES NAME
3450HR Phenolic Automatic Reset Thermostat
SERIES NAME
3455R Phenolic Automatic Reset Thermostat
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3450CM/3455RM Series Ceramic and
Phenolic Manual Reset Thermostats
A temperature-sensitive bimetal disc, electrically isolated from the switch,
actuates the normally closed contacts. The contacts open when the
surface or ambient temperatures increase to the operating snap point of
the calibrated disc. The circuit will stay open above room ambient
temperature until the manual reset button is pressed. Response to
temperature changes is extremely rapid due to the inherently low mass
of the disc and the small size of the product.
Reset type: Manual
Amperage capacity: 15 A resistive max.
Housing material: Ceramic or phenolic
Operating temperature range: 52 °C to 232 °C [125 °F to 450 °F] (ceramic)
52 °C to 150 °C [125 °F to 302 °F] (phenolic)
Environmental exposure range: 10 °C to 260 °C [50 °F to 500 °F] (ceramic)
10 °C to 150 °C [50 °F to 302 °F] (phenolic)
1,04 [0.041] MAX TRAVEL OF
RESET BUTTON
ON CONTACT OPENING
14,43 DIA.
[0.568]
16,0 DIA.
[0.630]
9,04
[0.356]
12,90
[0.508]
14,48
[0.570]
0,51
[0.020]
15,98
[0.629]
9,55
[0.376]
SERIES NAME
3450CM Ceramic Manual Reset Thermostat
1,04 [0.041] MAX TRAVEL
OF RESET BUTTON ON
CONTACT OPENING
2,77 DIA. RESET
[0.109] BUTTON
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
11,91
[0.469]
15,88 ON CONTACT
[0.625] CLOSING
SERIES NAME
3455RM Phenolic Manual Reset Thermostat
3450RC/3450RCH/3455RC Series
Ceramic Automatic Reset Thermostats
A temperature-sensitive bimetal disc, electrically isolated from the switch,
actuates the normally closed contacts. The contacts open when the
surface or ambient temperatures increase to the operating snap point of
the calibrated disc. Response to temperature changes is extremely rapid
due to the inherently low mass of the disc and the small size of the
product.
Reset type: Automatic
Amperage capacity: 15 A resistive max.
Housing material: Ceramic
Operating temperature range: 0 °C to 260 °C [32 °F to 500 °F]
Environmental exposure range: -20 °C to 287 °C [0 °F to 550 °F]
0,51
[0.020]
9,63
[0.379]
16,00
[0.379]
SERIES NAME
3450RC Ceramic Automatic Reset Thermostat
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
11,91
[0.469]
2,36 [0.093] DIA.
1,57 [0.062] DEEP
14,43 DIA.
[0.568]
16,0 DIA.
[0.630]
9,04
[0.356]
12,90
[0.508]
14,48
[0.570]
ENCLOSED DISK
SERIES NAME
3450RCH Ceramic Automatic Reset Thermostat
SERIES NAME
3455RC Ceramic Automatic Reset Thermostat
THERMOSTATS - PRECISION
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THERMOSTATS - PRECISION
3455RBV Series Overmolded Automatic
Reset Thermostats
A temperature-sensitive bimetal disc, electrically isolated from the switch,
actuates the normally closed contacts. The contacts open when the
surface or ambient temperatures increase to the operating snap point of
the calibrated disc. Response to temperature changes is extremely rapid
due to the inherently low mass of the disc and the small size of the
product.
Reset type: Automatic
Amperage capacity: 15 A resistive max.
Housing material: Ceramic or phenolic, epoxy overmold
Operating temperature range: -12 °C to 105 °C [10 °F to 221 °F]
Environmental exposure range: -18 °C to 121 °C [0 °F to 250 °F]
17,27 DIA.
[0.680] 0,51
[0.020]
18,54
[0.730]
WIRE GAGE AND
INSULATION AS
REQUIRED
AS REQUIRED
AS REQUIRED
SERIES NAME
3455RBV Overmolded Automatic Reset Thermostat
3450R/3450RC/3450RCH/3455R/3455RC
Series “One-shot” ½ in Thermostats
Products are designed for high limit applications where automatic reset is
not desired.
Reset type: None
Amperage capacity: 15 A resistive max.
Housing material: Ceramic or phenolic, with or without epoxy-sealed cap and
terminals
Operating temperature range: 52 °C to 260 °C [125 °F to 500 °F] (ceramic)
52 °C to 150 °C [125 °F to 302 °F] (phenolic)
Environmental exposure range: -18 °C to 287 °C [0 °F to 550 °F] (ceramic)
-18 °C to 150 °C [0 °F to 302 °F] (phenolic)
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
9,63
[0.379]
0,51
[0.020]
9,63
[0.379]
16,00
[0.379]
SERIES NAME
3450R Phenolic “One-shot” ½ in Thermostat
2,36 [0.093] DIA.
1,57 [0.062] DEEP
14,43 DIA.
[0.568]
16,0 DIA.
[0.630]
9,04
[0.356]
12,90
[0.508]
14,48
[0.570]
ENCLOSED DISK
SERIES NAME
3450RC Ceramic “One-shot” ½ in Thermostat
SERIES NAME
3450RCH Ceramic “One-shot” ½ in Thermostat
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14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
11,91
[0.469]
14,43 DIA.
[0.568]
16,0 DIA.
[0.630] 0,51
[0.020]
11,91
[0.469]
SERIES NAME
3455R Phenolic “One-shot” ½ in Thermostat
SERIES NAME
3455RC Ceramic “One-shot” ½ in Thermostat
THERMOSTATS - PRECISION
3450R/3450RC/3450RCH/3455R/3455RC
Series “One-shot” ½ in Thermostats
(continued)
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THERMOSTATS - PRECISION
3305/3306 Series
T-133 T-134 T-135
Standard Terminal Guide: Hermetic Thermostats Only
3100/3106 Series
3150/3156 Series
T-116 T-117 T-120
T-110
Note: Terminal thickness 0,41 [0.016] REF unless specified.
Note: Terminal thickness 0,25 [0.010] REF unless specified.
T-109 T-111
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Standard Terminal Guide: Hermetic Thermostats Only (continued)
Hermetic Radius Cap
(Except 3305/3306 Series) Parallel Terminals
Terminal/Radius Cap Orientation Terminal/Radius Cap Orientation
Opposed Terminals
Standard Mounting Bracket Guide: Hermetic Thermostats Only
3100/3106/3150/3156/3305/3306 Series
B-210
B-209B-208
B-212 B-213 B-214
Top Mounted (Excluding 3150/
3156/3305 Series)
THERMOSTATS - PRECISION
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THERMOSTATS - PRECISION
Hermetic Studs/Hex. Studs
(Excluding Series 3305/3306)
Studs 3305/3306 Studs
Note: Decimal tolerance ±0,25 [±0.010] unless specified.
B-216 B-245
B-215
Top or Bottom Mounted 3305 Series Only
Notes: 1. Top mounted (excluding Series 3150/3156/3305).
2. Bracket thickness 0,51 ±0,10 [0.020 ±0.004] unless
specified.
3. Decimal tolerance ±0,25 [±0.010] unless specified.
Standard Mounting Bracket Guide: Hermetic Thermostats Only (continued)
Top Mounted (Excluding 3150/
3156/3305 Series)
Note: Bracket thickness 0,51 ±0,10 [0.015 ±0.004] unless specified.
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Standard Mounting Bracket Guide: Hermetic Thermostats Only (continued)
Terminal/Bracket Orientations
Parallel
Terminals
Opposed
Terminals
Parallel
Terminals
Opposed
Terminals
Hermetic Overmolds (Silicone or Epoxy)
Note: Dimensions apply to the 3100/3106 only.
THERMOSTATS - PRECISION
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THERMOSTATS - PRECISION
Standard Terminal Guide: Non-Hermetic Thermostats Only
3001 Series
T-124 T-125
T-128
T-127
T-177
Note: Terminal thickness 0,51 [0.020] REF unless specified.
T-123
T-126
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Standard Terminal Guide: Non-Hermetic Thermostats Only (continued)
3004 Series
T-123
T-126
T-124 T-125
T-128
T-127
T-177
Note: Terminal thickness 0,51 [0.020] REF unless specified.
THERMOSTATS - PRECISION
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THERMOSTATS - PRECISION
Standard Mounting Bracket Guide: Non-Hermetic Thermostats Only
Series 3450/3450CM/3450RC/3455R/3455RC/3455RM/3455RBV
3450, 3450RC
3455RBV
3450CM
3455RM
3455R, 3455RC
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Standard Mounting Bracket Guide: Non-Hermetic Thermostats Only (continued)
Series 3450/3455R/3455RBV/3450C/3455RC/3455RM/3450CM
T-106
T-101 T-107
T-140 T-141 T-146
T-147 T-148 T-149
THERMOSTATS - PRECISION
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THERMOSTATS - PRECISION
Standard Mounting Bracket Guide: Non-Hermetic Thermostats Only (continued)
Standard Terminals - Series 3450/3455R/3455RBV/3450C/3455RC/3455RM/3450CM
T-150 T-151 T-161
T-168 T-169 T-188
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Standard Mounting Bracket Guide: Non-Hermetic Thermostats Only (continued)
Standard Mounting Brackets and Studs - Series 3001/3004 Only
B-201 B-206 B-209
B-210 B-212*
Non-Hermetic Studs/Hex. Studs Non-Hermetic Radius Caps
B-213
Notes: 1. Bracket thickness 0,51 ±0,10 [0.020 ±0.004] unless
specified.
2. Decimal tolerance ±0,25 [0.010] unless specified.
Note: Bracket thickness ±0,25 [0.010] unless specified.
Note: Bracket thickness 0,38 ±0,10 [0.015 ±0.004] unless
specified.
Note: Bracket thickness ±0,25 [0.010] unless specified.
THERMOSTATS - PRECISION
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THERMOSTATS - PRECISION
Standard Mounting Bracket Guide: Non-Hermetic Thermostats Only (continued)
Series 3450/3455R/3455RBV/3450C/3455RC/3455RM/3450CM
B-209 B-210
B-201 B-203 B-205
B-203S B-206 B-207
B-212
B-213
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Standard Mounting Bracket Guide: Non-Hermetic Thermostats Only (continued)
B-230 B-239 B-241
B-246 B-249 B-250
B-220/B227 Brass Hex Mounting Stud B-240 Brass Mounting Stud
THERMOSTATS - PRECISION
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High Amperage Custom Package Thermostats: Non-Hermetic Internal Thermostats Only
3000-533000-105
3000-59
Terminal/Bracket Orientations (Intermediate angles available on special request.)
These custom designed Series 3000 packages include a non-
hermetic non-adjustable, snap action 3450RC/3455RC
thermostat. Performance characteristics are outlined elsewhere
in this catalog. Housing material varies with customer
requirements. Brass, stainless steel, and other materials are
available. Customized wire, terminals and size may be designed
to suit requirements.
THERMOSTATS - PRECISION
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3MS1 QPL Series Military
The 3MS1 Series is a single pole, single throw switch activated by a
snap-action bimetal disc. Temperature calibrations are pre-set at the
factory, and each unit is 100 % thermally and mechanically inspected. It
is available to open or close on temperature rise. The case is laser welded
to form a hermetically sealed steel housing with a glass-to-metal seal at
the terminal junction. It is qualified to MIL-S-24236 and is QPL listed for
military applications.
Amperage: 5 A resistive
Housing Material: Steel housing with glass-to-metal
seal at terminal junction
Operating temperature range: -46 °C to 190 °C [-50 °F to 375 °F]
Environmental exposure range: -65 °C to 260 °C [-85 °F to 500 °F]
Dielectric strength: MIL-STD-202, Method 301, 1250 Vac
Insulation resistance: MIL-STD-202, Method 302, 500 MOhm
Contact resistance: MIL-STD-202, Method 307, 0.050 Ohm max.
Hermetic seal: MIL-STD-202, Method 112 Cond. C
Moisture resistance: MIL-STD-202, Method 106
Shock: MIL-STD-202, Method 213, 100 G
Vibration: MIL-STD-202, Method 204, 20 G
Acceleration: MIL-STD-202, Method 212, 20 G
Thermal shock: MIL-STD-202, Method 107, Cond. B
Salt (1) spray: MIL-STD-202, Method 101, Cond. B
SERIES NAME
3MS1 QPL Series Military
High Reliability thermostats are manufactured to meet the stringent
requirements of the military and aerospace industries for dielectric
strength, moisture resistance, vibration, shock and hermetic seal. They
meet all domestic and international approvals, as well as appropriate
military specifications (i.e., MIL-S-24236).
NOTE: The products in this section do not follow the “how to use this
catalogue” instructions provided in the catalogue introduction. Specific
reference numbers are not given due to their custom nature. Please
contact your local Honeywell sales office for ordering information.
3200 Series Aerospace
The 3200 Series is a single pole, single throw switch activated by a snap-
action bimetal disc. Temperature calibrations are pre-set at the factory
and each unit is 100 % thermally and mechanically inspected. It is
available to open or close on temperature rise. The case is laser welded
to form a hermetically sealed steel housing, with a glass-to-metal seal at
the terminal junction. It is manufactured and tested to meet or exceed
critical military and aerospace specifications for spaceflight use, including
temperature stability, shock, vibration and cleanliness.
Amperage: 5 A resistive
Housing material: Steel housing with glass-to-metal
seal at terminal junction
Operating temperature range: -51 °C to 163 °C [-60 °F to 325 °F]
Environmental exposure range: -65 °C to 177 °C [-85 °F to 350 °F]
Dielectric strength: MIL-STD-202, Method 301, 1250 Vac
Insulation resistance: MIL-STD-202, Method 302, 500 MOhm
Contact resistance: MIL-STD-202, Method 307, 0.025 Ohm max.
Hermetic seal: MIL-STD-202, Method 112, Cond. C
Moisture resistance: MIL-STD-202, Method 106
Shock: MIL-STD-202, Method 213, 750 G
Vibration: MIL-STD-202, Method 204, 30 G
MIL-STD-202, Method 214, 50 G
Acceleration: MIL-STD-202, Method 212, 20 G
Thermal shock: MIL-STD-202, Method 107, Cond. B
Salt (1) spray: MIL-STD-202, Method 101, Cond. B
SERIES NAME
3200 Series Aerospace
THERMOSTATS - HIGH RELIABILITY
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3500 Series Military
The 3500 Series is a single pole, single throw switch activated by a snap-
action bimetal disc. Temperature calibrations are pre-set at the factory,
and each unit is 100 % thermally and mechanically inspected. It is
available to open or close on temperature rise. The case is laser welded
to form a hermetically sealed steel housing, with a glass-to-metal seal at
the terminal junction. It meets or exceeds the requirements of MIL-S-
24236 and is designed specifically for military and commercial aircraft
applications. It is not QPL listed (see 3MS1).
Amperage: 5 A resistive
Housing material: Steel housing with glass-to-metal
seal at terminal junction
Operating temperature range: -51 °C to 204 °C [-60 °F to 400 °F]
Environmental exposure range: -65 °C to 260 °C [-85 °F to 500 °F]
Dielectric strength: MIL-STD-202, Method 301, 1250 Vac
Insulation resistance: MIL-STD-202, Method 302, 500 MOhm
Contact resistance: MIL-STD-202, Method 307, 0.050 Ohm max.
Hermetic seal: MIL-STD-202, Method 112, Cond. C
Moisture resistance: MIL-STD-202, Method 106
Shock: MIL-STD-202, Method 213, 400 G
Vibration: MIL-STD-202, Method 204, 20 G
Acceleration: MIL-STD-202, Method 212, 20 G
Thermal shock: MIL-STD-202, Method 107, Cond. B
Salt (1) spray: MIL-STD-202, Method 101, Cond. B
SERIES NAME
3500 Series Military
3153 Series Low Silhouette
The 3153 Series is a single pole, single throw switch activated by a snap-
action bimetal disc. Temperature calibrations are pre-set at the factory,
and each unit is 100 % thermally and mechanically inspected. It is
available to open or close on temperature rise. The case is laser welded
to form a hermetically sealed steel housing, with a glass-to-metal seal at
the terminal junction. The low silhouette and compact design often make
it especially well-suited for applications that require miniaturization.
Acceptance testing is performed in accordance with MIL-S-24236,
Table III.
Amperage: 6 A resistive
Housing Material: Steel housing with glass-to-metal
seal at terminal junction
Operating temperature range: -29 °C to 177 °C [-20 °F to 350 °F]
Environmental exposure range: -65 °C to 260 °C [-85 °F to 500 °F]
Dielectric strength: MIL-STD-202, Method 301, 1250 Vac
Insulation resistance: MIL-STD-202, Method 302, 500 MOhm
Contact resistance: MIL-STD-202, Method 307, 0.050 Ohm max.
Hermetic seal: MIL-STD-202, Method 112, Cond. C
Moisture resistance: MIL-STD-202, Method 106
Shock: MIL-STD-202, Method 213, 100 G
Vibration: MIL-STD-202, Method 204, 20 G
Thermal shock: MIL-STD-202, Method 107, Cond. B
Salt (1) spray: MIL-STD-202, Method 101, Cond. B
SERIES NAME
3153 Series Low Silhouette
THERMOSTATS - HIGH RELIABILITY
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COMBI-SENSOR
Combi-sensor
The Combi-sensor is a liquid pressure/temperature sensor that uses
piezoresistive and thermistor sensing technology to measure water
pressure and temperature. It is designed for use in boiler system water
pressure and inflow temperature measurement applications.
Pressure range: 0 bar to 3.0 bar relative
Accuracy: ±2 % over full range
Response time: <3 s
Operating temperature: 5 °C to 110 °C [41 °F to 203 °F]
Overpressure: 5 bar for 1 hour
Burst pressure: 9 bar for 1 min
Power supply: 5 Vdc ±10 %
Voltage output: 0.5 Vdc to 4.5 Vdc ratiometric to Vs
Maximum current limit: 250 mA (not self-limiting) (for reverse polarity)
NTC (Negative Temperature Coefficient) characteristics: 10 kOhm
at 25 °C ±3 % beta(25/85) = 3998 K ±2 %
Connection: Lumberg rast 2.5 edge connector ESL code 312-600
39,0
[1.54]
17,0
[0.67]
41,5
[1.66]
39,0 DIA.
[1.54]
DESCRIPTION
Combi-sensor
REFERENCE
FS300-100
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HEATERS
Heaters are resistive devices that are used in a variety of applications
such as airborne valves, appliances, satellites and medical electronics.
They are available in flat, molded-to-shape, spiral wrap, transparent,
composite and high temperature configurations. Honeywell uses a
variety of materials to manufacture its heaters. These include silicone,
which can easily be vulcanized to metal parts; Kapton®, noted for its
thermal stability over a wide temperature range; as well as other flexible
dielectric materials. Heaters are available with single, multiple or variable
watt densities to customize heat output to unique application needs. They
may also be bonded to other system parts or combined with Honeywell
thermostats, thermistors, thermocouples, temperature sensors and
thermal fuses to form custom-engineered heating systems. Optional PSA
(Pressure Sensitive Adhesive) is available with all series.
NOTE: The products in this section do not follow the “how to use this
catalogue” instructions provided in the catalogue introduction. Specific
reference numbers are not given due to their custom nature. Please
contact your local Honeywell sales office for ordering information.
Heaters
PATCH (SILICONE)
WHITE WIRE 2 PLACES
ELEMENT
SILICONE
SILICONE HEATER SIDE VIEW
(EXPLODED)
LEADWIRES
152,4
[6.00]
44,6
[1.76]
609,6 ±12,7
[24.0 ±0.50]
SILICONE
ELEMENT
HEATER SIDE VIEW
(EXPLODED)
LEADWIRES
SILICONE PATCH (SILICONE)
WHITE WIRE 2 PLACES
25,4
[1.00]
25,4
[1.00]
609,6 ±12,7
[24.0 ±0.50]
3200 Series Silicone Chemically etched
Heaters
The 3200 Series contains resistive foil traces encased between two layers
of fiberglass-supported silicone rubber. All bonding adhesives are
uncured silicone rubber. These heaters are cured under pressure and
temperature during their manufacturing. They are often the optimal
choice for multiple watt densities or varying trace geometry
requirements.
Maximum power: 40 W/in2
Operating/storage temperature range: 250 °C [482°F] max.
200 °C [392 °F] max. (UL)
Size constraints: 0,61 m x 0,61 m [24 in x 24 in]
Geometry: Specific to customer requirements
Heater trace pattern: Specific to customer requirements
3100 Series Silicone Wire-wound Heaters
The 3100 Series contains resistive wire encased between two layers of
fiberglass-supported silicone rubber. All bonding adhesives are uncured
silicone rubber. These heaters are cured under pressure and
temperature during manufacturing. The multi-stranded resistance wires
allow wire-wound heaters to conform to three dimensional shapes.
Optional PSA (Pressure Sensitive Adhesive) is available with all series.
Maximum power: 40 W/in2
Operating/storage temperature range: 250 °C [482 °F] max.
200 °C [392 °F] max. (UL)
Size constraints: None, virtually any size and shape
Geometry: Specific to customer requirements
Heater trace pattern: Specific to customer requirements
SERIES NAME
3100 Silicone Wire-wound Heater
SERIES NAME
3200 Silicone Chemically etched Heater
HEATERS
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3400 Series Kapton® or High
Temperature Insulated Heaters
The 3400 Series contains etched, resistive foil encased between two
layers of Kapton. The Kapton Insulated Heaters use an acrylic thermoset
bonding adhesive, while the Kapton Insulated High Temperature Heaters
use a Teflon™ bonding adhesive. Insulated heaters are often used in
applications where thin profile and or low material outgassing are
important considerations.
Maximum power: 40 W/in2
Operating/storage temp. range: • Kapton insulated: 177 °C [350 °F] max.
• Kapton high temperature insulated:
260 °C [500 °F] max.
Size constraints: 0,61 m x 0,61 m [24 in x 24 in]
Geometry: Specific to customer requirements within size constraints
Heater trace pattern: Specific to customer requirements
ELEMENT
POLYIMIDE
POLYIMIDE ADHESIVE PATCH
609,0 ±25,4
[24.0 ±1.0]
257,3
[10.13]
154,4
[6.08]
78000 Series Transparent Heaters
The 78000 Series heater resistive element consists of a very thin layer of
ITO (Indium Tin Oxide) electrically sputtered on PET polyester film. The
electrical connection is made via silver ink or carbon bus bars laid on top
of the ITO. Wire connections are made via ring terminals eyeleted to the
silver or carbon bus bars or flexible tail/connector. Transparent heaters
are often used to warm liquid crystal displays (LCDs) in cold, moist
environments.
Maximum power: 5 W/in2
Operating/storage temp. range: -40 °C to 85 °C [-40 °F to 185 °F]
Size constraints: 0,60 m x 0,43 m [22 in x 17 in]
Geometry: Specific to customer requirements within size constraints
Heater trace pattern: Continuous layer of ITO (Indium Tin Oxide) evenly
sputtered across entire surface
SHRINK SLEEVE
INSULATION
2 PLACES
ADHESIVE SIDE
ADHESIVE
THIS SURFACE
6,35
[0.25]
18,15
[0.714]
18,15
[0.714]
159,0 CLEAR
[6.26] VIEW
AREA
170,2
[6.70]
14,95
[0.59]
14,95
[0.59]
212,09 CLEAR VIEW AREA
[8.35]
220,98
[8.70]
508,0 ±12,7
[20.00 ±0.50]
SERIES NAME
3400 Kapton or High Temperature Insulated Heater
SERIES NAME
78000 Transparent Heater
HEATERS
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POSITION
Honeywell’s Solid State Position Sensor family includes digital and analog
Hall-effect position sensors, magnetoresistive digital sensors, Hall-effect
vane sensors, gear tooth sensors, Hall-effect basic switches, and
magnets. Solid State Position Sensors promote reliability, high speed and
long life and are directly compatible with other electronic circuits.
Position sensors are often used in applications which require accurate,
reliable outputs. They are found in brushless dc motors, utility meters,
welding equipment, vending machines, home appliances and computers.
SS41/SS400 Series and SS51/SS500
Series Hall-effect Digital Position Sensors
The SS41/SS51 Series Bipolar Hall-effect Sensors offer reverse polarity
protection, as well as a wide operating voltage and temperature range.
The SS400/SS500 Series position sensors have a thermally balanced
circuit over the full operating temperature range. The negative
compensation slope is optimized to match the negative temperature
coefficient of lower-cost magnets. Bipolar, latching, and unipolar
magnetic types are available.
Supply voltage: 4.5 Vdc to 24 Vdc (SS41/SS51)
3.8 Vdc to 30 Vdc (SS400/SS500)
Operating temperature: -40 °C to 150 °C [-40 °F to 302 °F]
OPTIONS
Maximum Operating Point and Minimum Release Point are specified
@ 25 °C
Bipolar - non-temperature compensated
OPERATING POINT RELEASE POINT PACKAGE STYLE REFERENCE
(MAX.) (MIN.)
150 Gauss -140 Gauss Radial lead IC (SIP) SS41
150 Gauss -140 Gauss Surface mount (SOT-89) SS51T
Bipolar - temperature compensated
OPERATING POINT RELEASE POINT PACKAGE STYLE REFERENCE
(MAX.) (MIN.)
60 Gauss -60 Gauss Radial lead IC (SIP) SS411A
140 Gauss -140 Gauss Radial lead IC (SIP) SS413A
60 Gauss -60 Gauss Surface mount (SOT-89) SS511AT
140 Gauss -140 Gauss Surface mount (SOT-89) SS513AT
Unipolar - temperature compensated
OPERATING POINT RELEASE POINT PACKAGE STYLE REFERENCE
(MAX.) (MIN.)
115 Gauss 20 Gauss Radial lead IC (SIP) SS441A
180 Gauss 75 Gauss Radial lead IC (SIP) SS443A
390 Gauss 235 Gauss Radial lead IC (SIP) SS449A
115 Gauss 20 Gauss Surface mount (SOT-89) SS541AT
180 Gauss 75 Gauss Surface mount (SOT-89) SS543AT
390 Gauss 235 Gauss Surface mount (SOT-89) SS549AT
Bipolar latching - temperature compensated
OPERATING POINT RELEASE POINT PACKAGE STYLE REFERENCE
(MAX.) (MIN.)
85 Gauss -85 Gauss Radial lead IC (SIP) SS461A
180 Gauss -180 Gauss Radial lead IC (SIP) SS466A
85 Gauss -85 Gauss Surface mount (SOT-89) SS561AT
180 Gauss -180 Gauss Surface mount (SOT-89) SS566AT
Magnetic Position Sensors
HALL ELEMENT CENTER
XXX
-
+0
N S
2,5
[0.10]
4,1
[0.16] 1,6
[0.06]
1,7
[0.07]
2X 1,3
[0.05]
3X 0,64
[0.025]
3X 0,38
[0.015]
14,99
[0.59]
4,1
[0.12]
3X 0,3
[0.015]
0,76
[0.03]
CATALOG
LISTING
DATE CODE
0
-
+
R 0,25 MAX
[0.01]
N
S
4,5
[0.18]
4,4
[0.17]
1,3
[0.05]
0,05
[0.002]
2,4
[0.09]
10 Ê TYP
2,5
[0.10]
0,1
[0.01]
0,96 TYP TO HALL EFFECT
[0.38] SENSING SURFACE
4,2
[0.16]
1,7
[0.07]
0,13 MAX GATE VESTAGE
[0.005]
2X 1,5
[0.06] 3X 0,4
[0.02]
0,13 MAX FLASH
[0.005]
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SS40A/SS50AT Series
The SS40A/SS50AT Series sensors are low-cost, bipolar, Hall-effect
sensors. These sensitive magnetic sensors offer reverse polarity
protection and deliver stable output over a -40 °C to 125 °C [-40 °F to
257 °F] temperature range.
Supply voltage: 4.5 Vdc to 24 Vdc
Operating temperature: -40 °C to 125 °C [-40 °F to 257 °F]
Magnetic range (25°C): 110 Gauss (operate point max.)
-110 Gauss (release point min.)
OPTIONS
HALL ELEMENT CENTER XXX
-
+0
N S
2,5
[0.10]
4,1
[0.16] 1,6
[0.06]
1,7
[0.07]
2X 1,3
[0.05]
3X 0,64
[0.025]
3X 0,38
[0.015]
14,99
[0.59]
4,1
[0.12]
3X 0,3
[0.015]
0,76
[0.03]
Radial IC package
LEADS REFERENCE
Standard SS40A
Formed leads on 2,54 mm [0.1 in] centers SS40A-F
Tape-in-box (ammopack) with formed leads SS40A-T2
Tape-in-box (ammopack) with straight leads SS40A-T3
CATALOG
LISTING
DATE CODE
0
-
+
R 0,25 MAX
[0.01]
N
S
4,5
[0.18]
4,4
[0.17]
1,3
[0.05]
0,05
[0.002]
2,4
[0.09]
10 Ê TYP
2,5
[0.10]
0,1
[0.01]
0,96 TYP TO HALL EFFECT
[0.38] SENSING SURFACE
4,2
[0.16]
1,7
[0.07]
0,13 MAX GATE VESTAGE
[0.005]
2X 1,5
[0.06] 3X 0,4
[0.02]
0,13 MAX FLASH
[0.005]
Surface-mount package
LEADS REFERENCE
Tape and reel SS50AT
SS49E/SS59ET Series
The SS49E/SS59ET Series economical linear Hall-effect sensors are
small, versatile devices that are operated by the magnetic field from a
permanent magnet or an electromagnet. The linear sourcing output
volume is set by the supply voltage and varies in proportion to the
strength of the magnetic field
Supply voltage: 3.0 Vdc to 6.5 Vdc
Operating temperature: -40 °C to 100 °C [-40 °F to 212 °F]
Magnetic range: ±1000 Gauss typ.
OPTIONS
HALL ELEMENT CENTER
XXX
-
+0
N S
2,5
[0.10]
4,1
[0.16] 1,6
[0.06]
1,7
[0.07]
2X 1,3
[0.05]
3X 0,64
[0.025]
3X 0,38
[0.015]
14,99
[0.59]
4,1
[0.12]
3X 0,3
[0.015]
0,76
[0.03]
Radial IC package
LEADS REFERENCE
Standard leads SS49E
Long-leaded version SS49E-L
Tape-and-reel version with formed leads SS49E-T2
Tape-and-reel version with straight leads SS49E-T3
CATALOG
LISTING
DATE CODE
0
-
+
R 0,25 MAX
[0.01]
N
S
4,5
[0.18]
4,4
[0.17]
1,3
[0.05]
0,05
[0.002]
2,4
[0.09]
10 Ê TYP
2,5
[0.10]
0,1
[0.01]
0,96 TYP TO HALL EFFECT
[0.38] SENSING SURFACE
4,2
[0.16]
1,7
[0.07]
0,13 MAX GATE VESTAGE
[0.005]
2X 1,5
[0.06] 3X 0,4
[0.02]
0,13 MAX FLASH
[0.005]
Surface-mount package
LEADS REFERENCE
Standard surface mount SS59ET
POSITION
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POSITION
SS490 Series Ratiometric Hall-effect
Linear Position Sensors
Package style: Plastic radial lead IC
Supply voltage: 4.5 Vdc to 10.5 Vdc
Operating temperature: -40 °C to 150 °C [-40 °F to 302 °F]
Gate
2X 3˚
2X 48˚
2,54
0.10
4,06
0.16
3,0
1.12
3,2
0.125
15,0
0.59
0,76
0.03
1,3
0.05
2 x
0
+
-
0
+
-
3 x
3 x MAX
MAX
3 x 0,4
0.015
0,7
0.025
1,75
0.07
1
OPTIONS
Magnetic range: -420 Gauss to 420 Gauss
PACKAGE STYLE REFERENCE
Radial lead IC SS494B
Surface mount SS494B-S
Surface mount reel SS494B-SP
Magnetic range: -670 Gauss to 670 Gauss
PACKAGE STYLE REFERENCE
Radial lead IC SS495A
High accuracy Radial lead IC SS495A1
High accuracy Surface mount SS495A1-S
Surface mount reel SS495A-SP
Magnetic range: -840 Gauss to 840 Gauss
PACKAGE STYLE REFERENCE
Radial lead IC SS496A
High accuracy Radial lead IC SS496A1
High accuracy Surface mount SS496A1-S
Surface mount reel SS4946A-SP
SS94 Series Ratiometric Hall-effect
Linear Position Sensors
The SS94 utilizes a Hall-effect integrated circuit chip which promotes
increased temperature stability and performance. Laser-trimmed thick film
resistors on the ceramic substrate and thin film resistors on the integrated
circuit reduce null and gain shifts over temperature which results in
consistent sensitivity from one device to the next
Package style: Ceramic
Operating temperature: -40 °C to 125 °C [-40 °F to 257 °F]
-55 °C to 150 °C [-67 °F to 302 °F](SS94B1A only)
OPTIONS
General purpose
MAGNETIC RANGE SUPPLY VOLTAGE SENSITIVITY @ 25 °C REFERENCE
-500 Gauss to 500 Gauss 6.6 Vdc to 12.6 Vdc 5.0 mV ±0.1 mV/G SS94A1
-500 Gauss to 500 Gauss 4.5 Vdc to 8.0 Vdc 1.875 mV ±0.1 mV/G SS94A1B
-670 Gauss to 670 Gauss 4.5 Vdc to 12.0 Vdc 3.125 mV ±0.069 mV/G SS94B1
275 Gauss to 1030 Gauss 4.5 Vdc to 10.5 Vdc 5.62 mV ±0.112 mV/G SS94B1A
Low drift
MAGNETIC RANGE SUPPLY VOLTAGE SENSITIVITY @ 25 °C REFERENCE
-500 Gauss to 500 Gauss 6.6 Vdc to 12.6 Vdc 5.0 mV ±0.1 mV/G SS94A1E
High sensitivity
MAGNETIC RANGE SUPPLY VOLTAGE SENSITIVITY @ 25 °C REFERENCE
-100 Gauss to 100 Gauss 6.6 Vdc to 12.6 Vdc 25.0 mV ±0.5 mV/G SS94A1F
Noise shielded
MAGNETIC RANGE SUPPLY VOLTAGE SENSITIVITY @ 25 °C REFERENCE
-500 Gauss to 500 Gauss 6.6 Vdc to 12.6 Vdc 5.0 mV ±0.1 mV/G SS94A2
-1000 Gauss to 1000 Gauss 6.6 Vdc to 12.6 Vdc 2.5 mV ±0.05 mV/G SS94A2C
-2500 Gauss to 2500 Gauss 6.6 Vdc to 12.6 Vdc 1.0 mV ±0.02 mV/G SS94A2D
-S and -SP
versions
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6SS Series Hall-effect Digital Position
Sensors
6SS Series position sensors act on unipolar targets, provide dual output
and function as a magnetically operated solid state switch.
Package style: PCB DIP IC
Operating temperature: -40 °C to 150 °C [-40 °F to 302 °F]
-40 °C to 100 °C [-40 °F to 212 °F]
Output type: Sink
SUPPLY VOLTAGE OPERATE POINT RELEASE POINT REFERENCE
6 Vdc to 16 Vdc 49.5 mT [495 G] max. 5.0 mT [50 G] min. 613SS2
4.5 Vdc to 9.0 Vdc 57.5 mT [575 G] max. 8.2 mT [82 G] min. 65SS4
SS552MT Series Surface-Mount Sensors
Package style: Surface mount
Supply voltage: 3.8 Vdc to 30 Vdc
Operating temperature: -40 °C to 150 °C [-40 °F to 302 °F]
PACKAGE STYLE REFERENCE
Surface Mount SS552MT
2SS Series Magnetoresistive Digital
Position Sensors
2SS Series position sensors have magnetoresistive material integrated on
silicon and encapsulated in a plastic package. The integrated circuit
provides a digital output in response to very low magnetic fields.
Supply voltage: 3.8 Vdc to 30 Vdc
Operating temperature: -40 °C to 150 °C [-40 °F to 302 °F]
Maximum operating point: 25 Gauss
Minimum release point: 5 Gauss
2SS
IC CENTER
3,1
0.12 4,5
0.18
4,5
0.18
3,1
0.12
1,6
0.06
2x 45
˚
2x 5
˚
MAX
15,0
0.59
- O +
Omnipolar
PACKAGE STYLE REFERENCE
Radial lead IC 2SS52M
Surface Mount 2SS52M-S
5SS Series Hall-effect Digital Position
Sensors
5SS Series Hall-effect digital sensors detect a unipolar target and function
as a magnetically operated solid state switch.
Package style: Threaded boss, quick-connect terminals
Operating temperature: -40 °C to 150 °C [-40 °F to 302 °F]
-40 °C to 100 °C [-40 °F to 212 °F]
Output type: Sink
OPTIONS
Unipolar
SUPPLY VOLTAGE OPERATE POINT RELEASE POINT REFERENCE
6 Vdc to 16 Vdc 34.0 mT [340 G] max. 3.0 mT [30 G] min. 513SS16
4.5 Vdc to 9.0 Vdc 40.0 mT [400 G] max. 5.7 mT [57 G] min. 55SS13
Bipolar
SUPPLY VOLTAGE OPERATE POINT RELEASE POINT REFERENCE
6 Vdc to 16 Vdc 14.0 mT [140 G] max. -14 mT [-140 G] min. 517SS16
POSITION
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POSITION
SR13 Series Hall-effect Digital Position
Sensors
SR13 series Hall-effect digital position sensors permit quick and easy
sensor installation, with snap-in and flat mount sensor packages, and
can house any of the present SS400 Series sensors or any similarly
sized sensing elements.
Package style: Plastic snap-in
Supply voltage: 3.8 Vdc to 30 Vdc
Operating temperature: -40 °C to 150 °C [-40 °F to 302 °F]
OPTIONS
Maximum Operating Point and Minimum Release Point are specified
@ 25 °C
Unipolar
OPERATING POINT RELEASE POINT REFERENCE
(MAX.) (MIN.)
180 Gauss 75 Gauss SR13C-A1
115 Gauss 20 Gauss SR13D-A1
390 Gauss 235 Gauss SR13F-A1
Bipolar latching
OPERATING POINT RELEASE POINT REFERENCE
(MAX.) (MIN.)
85 Gauss -85 Gauss SR13R-A1
103SR Series Cylindrical Hall-effect
Position Sensors
Hall-effect position sensors in a rugged aluminum housing. These position
sensors meet NEMA 3, 3R, 12 and 13 sealing requirements.
Package style: Aluminum
Operating temperature: -40 °C to 100 °C [-40 °F to 212 °F]
Linear
MAGNETIC RANGE SUPPLY VOLTAGE SENSITIVITY @ 25 °C REFERENCE
-670 to 670 Gauss 4.5 Vdc to 10.5 Vdc 3.125 mV/G 103SR19A-1
Unipolar
OPERATING POINT RELEASE POINT SUPPLY VOLTAGE REFERENCE
(MAX.) (MIN.)
400 Gauss 250 Gauss 4.5 Vdc to 24 Vdc 103SR13A-1
90 Gauss 45 Gauss 4.5 Vdc to 24 Vdc 103SR14A-1
Bipolar
OPERATING POINT RELEASE POINT SUPPLY VOLTAGE REFERENCE
(MAX.) (MIN.)
50 Gauss -50 Gauss 4.5 Vdc to 24 Vdc 103SR17A-1
Bipolar latching
OPERATING POINT RELEASE POINT SUPPLY VOLTAGE REFERENCE
(MAX.) (MIN.)
50 Gauss -50 Gauss 4.5 Vdc to 24 Vdc 103SR18A-1
SR3/SR4 Series Cylindrical Digital
Position Sensors
The SR3 Series Hall-effect digital position sensors are enclosed in a plastic
cylindrical housing and meet NEMA 3, 3R, 3S, 4, 4X, 12 and 13
requirements. The sensors are capable of operation at frequencies
exceeding 100 Hz. The SR4 Series digital position sensors contain a
magnetoresistive sensing element. The SR4 Series will typically sense
either a north or south pole at a level of 15 Gauss.
Package style: Plastic - PBT
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
OPTIONS
Bipolar
OPERATING POINT RELEASE POINT SUPPLY VOLTAGE REFERENCE
(MAX.) (MIN.)
90 Gauss -90 Gauss 4.5 Vdc to 24 Vdc SR3B-A1
Unipolar
OPERATING POINT RELEASE POINT SUPPLY VOLTAGE REFERENCE
(MAX.) (MIN.)
150 Gauss -50 Gauss 4.5 Vdc to 24 Vdc SR3C-A1
400 Gauss 185 Gauss 4.5 Vdc to 24 Vdc SR3F-A1
350 Gauss 260 Gauss 4.5 Vdc to 24 Vdc SR3G-A1
Omnipolar
OPERATING POINT RELEASE POINT SUPPLY VOLTAGE REFERENCE
(MAX.) (MIN.)
25 Gauss 5 Gauss 3.8 Vdc to 30 Vdc SR4P3-A1
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POSITION
SR17 Series Cost-effective Digital Vane
Sensors
SR17 Series competitively priced Hall-effect digital vane sensors are
designed for position and speed sensing and are offered in a side-
mount twin tower package.
Package style: Side looker mounting
Supply voltage: 3.8 Vdc to 30 Vdc
Operating temperature: -20 °C to 85 °C [-4 °F to 185 °F]
OPTIONS
Type J6
PACKAGE STYLE REFERENCE
Side mount wire exit SR17C-J6
Type J7
PACKAGE STYLE REFERENCE
41 in wire leads and connector SR17C-J7
SR16 Series Cost-effective Digital Vane
Sensors
SR16 Series competitively priced Hall-effect digital vane sensors contain
an internal magnet and Hall-effect sensor mounted in a dual tower
configuration.
Package style: Dual tower
Supply voltage: 3.8 Vdc to 30 Vdc
Operating temperature: -20 °C to 85 °C [-4 °F to 185 °F]
OPTIONS
Type J4
ACKAGE STYLE REFERENCE
PCB/Molex 5557 connector SR16C-J4
Type J6
ACKAGE STYLE REFERENCE
Wire exit SR16C-J6
Type N
PACKAGE STYLE REFERENCE
PCB mount leads SR16C-N
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Optoelectronics is the integration of optical principles and semi-
conductor electronics. Optoelectronic components are reliable, cost-
effective sensors. Standard infrared emitting diodes (IREDs), IR
detectors and assemblies are covered.
Infrared sensors are often used for presence sensing, motion sensing,
position encoding, limit sensing, movement detection and counting.
Infrared Emitting Diodes
OPTIONS
Metal package, end-emitting
Coaxial, lead case - SE1450/1470(L)
Miniature pill pack - SE2460/2470
TO-46, flat window - SE3455/3470
TO-46, dome lensed - SE5455/5470
Operating temperature: -55 °C to 125 °C [-67 °F to 257 °F]
OUTPUT WAVELENGTH (nm) BEAM ANGLE (°) POWER OUTPUT REFERENCE
935 24 0.70 mW min. SE1450-003L
880 24 1.10 to 4.50 mW/cm² SE1470-003L
935 18 1.00 mW min. SE2460-003
880 18 6.0 mW/sr min. SE2470-002
935 90 5.4 mW min. SE3455-004
880 90 10.5 mW min. SE3470-003
935 20 4.8 mW min. SE5455-003
880 20 3.5 mW/cm² min. SE5470-004
Plastic package
T1, end-emitting - SEP8505/8705
0,635
[0.025]
Ø
3,05 [0.120]
1,27
[0.050]
Anode Cathode
MAX
6,35
[.250]
4,83 ± 0,254
[0.190 ± 0.010]
1,27
[0.050]
12,7 [.500] MIN
Ø
3,94 [0.155]
2X 0,50 [0.020]
Ø
Side-emitting - SEP8506/8706
Side-emitting - SEP8736
5°
12,7
[0.50] MIN.
2,29
[0.090]
4,57
[0.180]
0,25 [0.010]
1,77
[0.070]
0,76
[0.030]
2,54
[0.100]
4,29
[0.169]
0,38 [0.015]
2,64 [0.104]
DIA.
CATHODE ANODE
3,30
[0.130]
2,54
[0.100]
0,46 [0.018] (2 PL.)
0,38 [0.015]/
0,46 [0.018]
(2 PL.)
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
OUTPUT WAVELENGTH (nm) BEAM ANGLE (°) POWER OUTPUT REFERENCE
935 15 2.0 to 4.0 mW/cm² SEP8505-003
935 50 0.33 to 0.52 mW/cm² SEP8506-002
880 15 2.7 to 7.8 mW/cm² SEP8705-003
880 10 1.7 to 3.0 mW/cm² SEP8736-003
Ceramic discrete surface mount - glass lens
SME2470
Note:
This device can be mounted with the lens up or down, looking through PCB.
Operating temperature: -55 °C to 125 °C [-67 °F to 257 °F]
OUTPUT WAVELENGTH (NM) BEAM ANGLE (°) POWER OUTPUT REFERENCE
880 24 0.60 mW/cm² min. SME2470-021
INFRARED
Infrared Products
INFRARED
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Phototransistors
OPTIONS
Metal package
Coaxial, lead case - SD1440(L)
Miniature pill pack - SD2440
TO-46, flat window - SD3443
TO-46, dome lensed - SD5443
Operating temperature: -55 °C to 125 °C [-67 °F to 257 °F]
ANGULAR RESPONSE (°) LIGHT CURRENT MINIMUM (mA) REFERENCE
24 3.0 SD1440-003L
48 7.0 SD2440-004
90 2.0 SD3443-003
18 8.0 SD5443-003
INFRARED
Plastic package
T1, end-looking - SDP8405
0,635
[0.025]
Ø
3,05 [0.120]
1,27
[0.050]
Anode Cathode
MAX
6,35
[.250]
4,83 ± 0,254
[0.190 ± 0.010]
1,27
[0.050]
12,7 [.500] MIN
Ø
3,94 [0.155]
2X 0,50 [0.020]
Ø
Side-looking - SDP8406
Side-looking - SDP8436
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
ANGULAR RESPONSE (°) LIGHT CURRENT MINIMUM (mA) REFERENCE
20 12.0 SDP8405-003
50 1.80 SDP8406-002
18 7.0 SDP8436-003
Ceramic discrete surface mount - glass lens
Top-looking - SMD2420/2440
Note:
This device can be mounted with the lens up or down, looking through
PCB.
Operating temperature: -55 °C to 125 °C [-67 °F to 257 °F]
ANGULAR RESPONSE (°) LIGHT CURRENT MINIMUM (mA) REFERENCE
28 3.0 SMD2440-012
INFRARED
SMD2420 SMD2440
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Optoschmitt Detectors
OPTIONS
Metal package
TO-46, dome lensed
Operating temperature: -40 °C to 100 °C [-40 °F to 212 °F]
Supply voltage: 4.5 V to 16.0 V
Output: 10 kOhm Pull-up
Angular response: 12°
OUTPUT LOGIC TURN-ON THRESHOLD IRRADIANCE REFERENCE
Buffer 2.5 mW/cm² max. SD5600-001
Inverter 2.5 mW/cm² max. SD5610-001
Buffer 0.25 mW/cm² SD5620-001
Inverter 0.25 mW/cm² SD5630-001
Plastic package
Side-looking
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
Supply voltage: 4.5 V to 12.0 V
Output: 10 kOhm Pull-up
Angular response: 50°
OUTPUT LOGIC TURN-ON THRESHOLD IRRADIANCE REFERENCE
Buffer 2.5 mW/cm² max. SDP8600-001
Encoder Sensors
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
Turn-on threshold irradiance: 0.05 mW/cm² to 2.0 mW/cm²
Supply voltage: 4.5 Vdc to 5.5 Vdc
Package style: Plastic, PC mount
OPTIONS
Side-looking - HLC2701/HLC2705
PIN 1
PIN 2
PIN 3
PIN 4
LEADS
HLC 2701 HLC2705
1. B out 1. Direction out
2. Vcc 2. Vcc
3. Gnd 3. Gnd
4. A out 4. Speed (Tach) out
PC mount - HOA0901/0902
OUTPUT OPTION REFERENCE
A and B output HLC2707-001
Speed and direction HLC2705-001
Direction, inverting logic HOA0901-011*
Speed and direction, 2 tachometer HOA0902-011*
* -012 version not shown, has dual mounting tabs
INFRARED
NOTICE
Housings are soluble in chlorinated hydrocarbons and
ketones. Recommended cleaning agents are methanol and
isopropanol.
INFRARED
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Reflective Sensors
OPTIONS
Metal components
Converging/focused optical axis - HOA1180
XX,X [xx.x]
Converging/focused optical axis - HOA2498
XX,XX
[X.XX]
Operating temperature: -55 °C to 100 °C [-67 °F to 212 °F]
Output: Transistor
ON-STATE COLLECTOR CURRENT REFERENCE
0.16 mA HOA1180-002
0.16 mA HOA2498-002
Plastic package
HLC1395 Series, short distance detection
Mounting feature
Pin 1: Anode
Pin 2: Common
Pin 3: Collector
HOA Series
Converging/focused optical axis - HOA0149
HOA1397
Converging/focused optical axis - HOA1405
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
Output: Transistor
ON-STATE COLLECTOR CURRENT REFERENCE
0.60 mA HLC1395-002
Low profile 1.00 mA HOA0149-001
0.70 mA HOA1397-002
0.80 mA HOA1405-002
INFRARED
NOTICE
Housings are soluble in chlorinated hydrocarbons and
ketones. Recommended cleaning agents are methanol and
isopropanol.
INFRARED
1,27 [0.05] point of optimum response
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Transmissive Sensors, Phototransistor
Output
OPTIONS
Metal components
HOA1877
Aperture (emitter and detector): Ø 1,27 mm [0.050 in]
Operating temperature: -55 °C to 100 °C [-67 °F to 212 °F]
Output: Transistor
ON-STATE COLLECTOR CURRENT REFERENCE
0.1 mA HOA1877-001
Plastic components
HOA086X/087X (L,N,T,P ear versions available)
HOA1879
HOA1882
Aperture (emitter and detector): Ø 1,52 mm [0.060 in]
Plastic components, wire leads
HOA088X/089X (L,N,T, P ear versions available)
Wire colour code and functions:
Red - IRED Anode White - Detector Collector
Black - IRED Cathode Green - Detector Emitter
HOA1870
Wire colour code and functions:
Orange - IRED Anode White - Detector Collector
Green - IRED Cathode Blue - Detector Emitter
Aperture (emitter and detector): 0,15 mm [0.006 in] wide
Operating temperature: -40 °C to 85 °C [-40 °F to 185 °F]
Output: Transistor
ON-STATE COLLECTOR CURRENT REFERENCE
1.00 mA HOA0866-T55
Opaque housing 0.50 mA HOA0870-N51
0.50 mA HOA0880-P51
Opaque housing 0.50 mA HOA0890-L55
0.30 mA HOA1870-031
0.50 mA HOA1879-015
1.80 mA HOA1882-012
INFRARED
NOTICE
Housings are soluble in chlorinated hydrocarbons and
ketones. Recommended cleaning agents are methanol and
isopropanol.
INFRARED
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Transmissive Sensors, Optoschmitt Output
OPTIONS
Plastic components
HOA096X/097X
HOA696X/697X
Plastic components, wire leads
HOA698X/699X (L,N,T, P ear versions available)
Wire colour code and functions:
Red - IRED Anode White - Detector Vcc
Black - IRED Cathode Blue - Detector Output
Green - Detector Ground
INFRARED
Plastic components, integral 3 pin connector
HOA7720/30
Operating temperature: -40 °C to 70 °C [-40 °F to 158 °F]
OUTPUT OUTPUT LOGIC HYSTERESIS REFERENCE
10 kOhm Pull-up Buffer 10 % HOA0961-N51
Opaque housing 10 kOhm Pull-up Buffer 10 % HOA0971-N51
Open-Collector Inverter 5 % HOA6963-N51
Opaque housing Totem-Pole Inverter 5 % HOA6972-N55
Open-Collector Buffer 5 % HOA6981-L51
Opaque housing Totem-Pole Buffer 5 % HOA6990-T51
Totem-Pole Inverter 5 % HOA7720-M22
Open-Collector Inverter 5 % HOA7730-M22
NOTICE
Housings are soluble in chlorinated hydrocarbons and
ketones. Recommended cleaning agents are methanol and
isopropanol.
INFRARED
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SC connector
PORT 1 DEVICE PORT 2 DEVICE REFERENCE
1300 nm LED/Laser VCSEL HOD2294-111/EBA
850 nm LED 1300 nm LED/Laser HOD1121-411/EBA
INFRARED
HOD Series Single Fiber Duplex Modules
The HOD Series allows full duplex communication over a single fiber link.
These products may also be used where a dual fiber solution is neither
possible nor economical. Each duplex module consists of one on-axis
port and one off-axis port, each configured with the appropriate devices.
Link bandwidth: dc to 160 MHz
Link budgets: 2 km [1.24 miles] or greater
Operating temperature: 0 °C to 70 °C [32 °F to 158 °F]
ST housing
PORT 1 DEVICE PORT 2 DEVICE REFERENCE
1300 nm LED/Laser 850 nm PIN HOD2236-111/BBA
1300 nm PIN VCSEL HOD4090-111/BBA
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Current sensors monitor ac or dc current. Included are adjustable linear,
null balance, digital and linear current sensors.
Digital current sensors can sound an alarm, start a motor, open a valve
or shut down a pump. The linear signal duplicates the waveform of the
current being sensed, and can be used as a feedback element to control
a motor or regulate the amount of work being done by a machine.
Closed Loop Current Sensors
Closed loop current sensors measure ac, dc and impulse currents over
0 A to 25 A, 0 A to 50 A, 0 A to 100 A, 0 A to 600 A and 0 A to 1200 A
ranges. The CSN series is based on the Hall-effect principle and the null
balance or zero magnetic flux method (feedback system). The magnetic
flux in the sensor core is constantly controlled at zero. The amount of
current required to balance zero flux is the measure of the primary
current flowing through the conductor, multiplied by the ratio of the
primary to secondary windings. This closed loop current is the output
from the device and presents an image of the primary current reduced
by the number of secondary turns at any time. This current can be
expressed as a voltage by passing it through a resistor.
The CSN Series has a high overload capacity, a high level of electrical
insulation between primary and secondary circuits and a rapid response
rate. Lightweight and compact, and with no restriction on input current
waveform, the sensors are often ideal for variable speed drives, power
supplies, feedback control systems, robotics/welding equipment and
general overcurrent protection.
Sensed current type: ac or dc
EMC: EN 50082-2, EN 50081-2
Accuracy: <0.5 %
Housing material: UL94-V0
CURRENT
Current Sensors
CURRENT
CSN Series Magnetoresistive (MR)
Current Sensor
The CSN Series MR Current Sensor builds on patented Honeywell
technology to offer superior sensor performance and accuracy in
current measuring applications. There is virtually no offset drift over the
entire operating temperature range. The sensor operates from a +5 V
unipolar supply and has an accessible, internal 2.5 V voltage reference.
The sensor can operate from either the internal voltage reference or an
external voltage reference, thus enabling several sensors to be used
without offset imbalance.
Mounting: PCB on 11 pins
Accuracy: ±0.32 % @ -40 °C to 85 °C [-40 °F to 185 °F]
Thermal drift of offset current: < ±10 uA @ -40 °C to 85 °C
[-40 °F to 185 °F]
Internal reference voltage: +2.5 Vdc
SENSED CURRENT COIL TURNS SUPPLY VOLTAGE REFERENCE
RANGE
±56 A 2000 (50 Ohm coil) +5 Vdc CSNX25
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Small housed family
Pinout style ‘A’
Mounting: PCB on 3 pins
SENSED CURRENT COIL TURNS SUPPLY VOLTAGE REFERENCE
RANGE
±90 A 1000 (30 Ohm coil) ±12 Vdc to ±15 Vdc CSNP661
±150 A 2000 (100 Ohm coil) ±12 Vdc to ±15 Vdc CSNT651
±180 A 2000 (100 Ohm coil) ±15 Vdc CSNG251
SENSED CURRENT COIL TURNS SUPPLY VOLTAGE REFERENCE
RANGE
±90 A 1000 (30 Ohm coil) ±12 Vdc to ±15 Vdc CSNP661-002
±150 A 2000 (100 Ohm coil) ±12 Vdc to ±15 Vdc CSNT651-001
Pinout style ‘B’
SENSED CURRENT COIL TURNS SUPPLY VOLTAGE REFERENCE
RANGE
±150 A 1000 (30 Ohm coil) ±12 to ±15 Vdc CSNF161
±180 A 2000 (100 Ohm coil) ±12 to ±15 Vdc CSNF151
±200 A 2000 (100 Ohm coil) ±12 to ±15 Vdc CSNR151
±200 A 1000 (30 Ohm coil) ±12 to ±15 Vdc CSNR161
CURRENT
Multi turn PCB mounted
Mounting: PCB on 13 pins
SENSED CURRENT COIL TURNS SUPPLY VOLTAGE REFERENCE
RANGE
±36 A 1000 (110 Ohm coil) ±15 Vdc CSNE151
12,7 (0.50)
4,0 (0.16)
Ø 1,25 (0.05)
(Primary pin)
Ø 0,80 (0.03)
Secondary pin)
31,8 (1.25)
20,3 (0.80)
PIN 1
PIN 1
7,7 (0.27)
2,9 (0.114)
7,75 (0.305)
9,50 (0.37)
2,54 (0.100)
2,54 (0.100)
1,60 (0.06)
DIRECTION
OF CURRENT
I +
DIRECTION
OF CURRENT
I +
-
+ 0
Mounting: PCB on 11 pins
SENSED CURRENT NOMINAL COIL TURNS SUPPLY VOLTAGE REFERENCE
RANGE CURRENT
±90 A 25 A 1000 (66 Ohm coil) ±12 Vdc to 15 Vdc CSNE151-100
±90 A 50 A 1000 (66 Ohm coil) ±12 Vdc to 15 Vdc CSNE151-200
Small housed style
Mounting: PCB on 3 pins
SENSED CURRENT COIL TURNS SUPPLY VOLTAGE REFERENCE
RANGE
±70 A 1000 (90 Ohm coil) ±15 Vdc CSNA111
±90 A 1000 (50 Ohm coil) ±13 Vdc CSNC241
±100 A 2000 (160 Ohm coil) ±15 Vdc CSNB121
±100 A 2000 (130 Ohm coil) ±15Vdc CSNB131
CSN Series (continued)
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CURRENT CURRENT
Small housed family (continued)
SENSED CURRENT COIL TURNS SUPPLY VOLTAGE REFERENCE
RANGE
±150 A 1000 (30 Ohm coil) ±12 Vdc to ±15 Vdc CSNF161-002
±200 A 2000 (100 Ohm coil) ±12 Vdc to ±15 Vdc CSNR151-002
±200 A 1000 (30 Ohm coil) ±12 Vdc to ±15 Vdc CSNR161-002
CSNS Series Closed Loop Current
Sensors
The CSNS Series closed loop current sensor offers a flexible solution for
measuring currents up to ±600 A. These small sensors have a large
primary through hole to accept either a cable or a variety of busbar sizes.
The sensors can be mounted vertically or horizontally and come with
connection options of integral Molex type connector or a flying lead. The
sensors are closed loop devices and based on the principle of Hall effect
and null balance method. The output from the current sensor is the
balancing current that is the perfect image of the primary current
reduced by the number of secondary turns at any time. The current can
be expressed as a voltage by passing it through a load resistor.
Mid-range housed style
Mounting: Panel (see order guide)
Sensed current range: ±600 A
Coil turns: 2000 (31 Ohm coil)
Supply voltage: ±12 Vdc to ±18 Vdc
CONNECTOR REFERENCE
Integral Molex type connector (3 pin) CSNS300M
Integral Molex type connector (4 pin), fully encapsulated CSNS300M-001
Flying lead and amp-type connector CSNS300F
Mounting: Panel, spade terminals x 3
SENSED CURRENT COIL TURNS SUPPLY VOLTAGE REFERENCE
RANGE
±600 A 2000 (25 Ohm coil) ±12 Vdc to ±18 Vdc CSNJ481
±600 A (busbar) 2000 (25 Ohm coil) ±12 Vdc to ±18 Vdc CSNJ481-001
Large-housed style
Mounting: Panel (see order guide)
Sensed current range: ±1200 A
Coil turns: 5000 (50 Ohm coil)
Supply voltage: ±12 Vdc to ±18 Vdc
CONNECTOR REFERENCE
3 pin Molex CSNK500M
4 pin Molex CSNK500M-001
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Open Loop Current Sensors
CSL Series Linear Current Sensors
CSL Series linear current sensors incorporate our 91SS12-2 and
SS94A1 linear output Hall-effect transducer (LOHET™). These sensors
cover measuring ranges from 0 A to 950 A. The sensing element is
assembled in a printed circuit board mountable housing. This housing is
available in four configurations. Normal mounting is with 0.375 in long
4-40 screw and square nut (not provided) inserted in the housing or a
6-20 self-tapping screw. The combination of the sensor, flux collector
and housing comprises the holder assembly. These sensors are
ratiometric.
Sensed current type: ac or dc
Housing: PBT polyester
OPTIONS
PCB bottom mount
SENSED CURRENT RANGE SUPPLY VOLTAGE REFERENCE
0 A to 75 A 8 Vdc to 16 Vdc CSLA1DE
0 A to 92 A 6 Vdc to 12 Vdc CSLA2DE
0 A to 150 A 6 Vdc to 12 Vdc CSLA2DG
0 A to 225 A 8 Vdc to 16 Vdc CSLA1DJ
0 A to 225 A 6 Vdc to 12 Vdc CSLA2DJ
0 A to 325 A 8 Vdc to 16 Vdc CSLA1DK
0 A to 400 A 6 Vdc to 12 Vdc CSLA2DK
CURRENT
Mounting: Panel, spade terminals x 3
SENSED CURRENT COIL TURNS SUPPLY VOLTAGE REFERENCE
RANGE
±1200
A 5000 (50 Ohm coil) ±15 to ±24 Vdc CSNK591
±1200 A (busbar) 5000 (50 Ohm coil) ±15 to ±24 Vdc CSNK591-001
CSNS Series (continued)
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PCB bottom mount
SENSED CURRENT RANGE SUPPLY VOLTAGE REFERENCE
0 A to 57 A 8 Vdc to 16 Vdc CSLA1CD
0 A to 72 A 6 Vdc to 12 Vdc CSLA2CD
0 A to 100 A 8 Vdc to 16 Vdc CSLA1CF
0 A to 150 A 8 Vdc to 16 Vdc CSLA1CH
PCB bottom mount
SENSED CURRENT RANGE SUPPLY VOLTAGE REFERENCE
0 A to 310 A 6 Vdc to 12 Vdc CSLA2EJ
0 A to 550 A 6 Vdc to 12 Vdc CSLA2EL
0 A to 625 A 8 Vdc to 16 Vdc CSLA1EL
0 A to 765 A 6 Vdc to 12 Vdc CSLA2EM
0 A to 950 A 6 Vdc to 12 Vdc CSLA2EN
CURRENT
PCB side mount
SENSED CURRENT RANGE SUPPLY VOLTAGE REFERENCE
0 A to 57 A 8 Vdc to 16 Vdc CSLA1GD
0 A to 72 A 6 Vdc to 12 Vdc CSLA2GD
PCB side mount - low cost
SENSED CURRENT RANGE SUPPLY VOLTAGE REFERENCE
±45 A 4.5 to 10.5 Vdc CSLH3A45
CSL Series (continued)
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CURRENT
CSD Series Digital Current Sensor
Each Honeywell CS Series digital current sensor provides a logic-level
output that changes from approximately Vsupply to 0.5 Vdc when the
sensed current exceeds the operate point. Each digital sensor will sense
ac or dc current, but when sensing ac current, the output will turn off at
every zero crossing. Maximum current limited only by conductor size.
Housing: PET polyester
Operating temperature: -25 °C to 85 °C [-13 °F to 185 °F]
PCB bottom mount
OPERATE CURRENT SUPPLY VOLTAGE PACKAGE STYLE REFERENCE
0.5 A.t nominal* 6 Vdc to 16 Vdc 1 CSDA1AA
0.5 A.t nominal 6 Vdc to 16 Vdc 2 CSDA1BA
0.5 A.t nominal 6 Vdc to 16 Vdc 3 CSDA1DA
3.5 A.t nominal 6 Vdc to 16 Vdc 1 CSDA1AC
3.5 A.t nominal 6 Vdc to 16 Vdc 2 CSDA1BC
3.5 A.t nominal 6 Vdc to 16 Vdc 3 CSDA1DC
0.5 A.t nominal 5 Vdc ±0.2 Vdc 1 CSDC1AA
0.5 A.t nominal 5 Vdc ±0.2 Vdc 2 CSDC1BA
0.5 A.t nominal 5 Vdc ±0.2 Vdc 3 CSDC1DA
3.5 A.t nominal 5 Vdc ±0.2 Vdc 1 CSDC1AC
3.5 A.t nominal 5 Vdc ±0.2 Vdc 2 CSDC1BC
3.5 A.t nominal 5 Vdc ±0.2 Vdc 3 CSDC1DC
* A.t. = Amp turns
CURRENT
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LIQUID LEVEL
Honeywell Liquid Level Sensors incorporate a voltage level switch which
provides a digital output that denotes the presence or absence of liquid.
The mode of operation is derived from the principle of total internal
reflection. An LED and detector are housed within a plastic dome at the
head of the device. When no liquid is present, all light from the LED is
totally internally reflected from the dome boundary to the detector. When
liquid covers the dome, the effective refractive index at the dome/liquid
boundary changes, allowing some light from the LED to escape. Thus
the amount of light received by the voltage level switch is reduced and
the output switches, denoting the presence of liquid. This method of
liquid level sensing is very fast and instantaneous for water.
Principle - in air
Optoschmitt
LED
LLE Series Enhanced Liquid Level Sensor
The LLE Series enhanced liquid level sensors use a phototransistor
trigger which provides a digital output that denotes the presence or
absence of liquid. This series incorporates reverse polarity, over voltage,
short circuit and transient protection.
Termination: 250 mm lead wires
Supply voltage: +5 Vdc to +12 Vdc
Pressure range: 0 bar to 5 bar (plastic housing)
0 bar to 25 bar (metal housing)
Operating temperature: -25 °C to 80 °C [-13 °F to 176 °F]
-40 °C to 125 °C [-40 °F to 257 °F] (high)
Storage temperature: -30 °C to 85 °C [-22 °F to 185 °F]
Seal washer: Vamac® or Nitrile rubber
(Plastic, threaded options only)
Output function: High in air
Liquid Level Sensors
19,00
(0.75)
M12 x 1 - 8 g
"L"
12,40
(0.49)
10,25
(0.40)
4,70
(0.19)
0,22 mm
2
(0.01 in
2
)
Tinned Ends
Screw-in, M12 thread, plastic - Type 1
SEAL WASHER REFERENCE
Nitrile rubber LLE101000
High temperature Vamac®LLE101101
19,00
(0.75)
22,49
(0.89)
19,40
(0.76)
12,45
(0.49)
4,70
(0.19)
M12 x 1 - 8 g
0,22 mm
Tinned Ends
2
(0.01 in )
2
Type 2
SEAL WASHER REFERENCE
Nitrile rubber LLE102000
High temperature Vamac®LLE102101
Wiring diagram
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
;y
Vcc
RED
OUTPUT
GREEN
SCHMITT
TRIGGER
PHOTO
TRANSISTOR
0 V
BLUE
IRED
VOLTAGE
REGULATOR
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LIQUID LEVEL
19,00
(0.75)
0,22 mm
2
(0.01 in
2
)
Tinned Ends
"L"
7,20
(0.28)
10,30
(0.41)
2,70
(0.11)
M12 x 1 - 8 g
Type 3
SEAL WASHER REFERENCE
Nitrile rubber LLE103000
High temperature Vamac®LLE103101
Ø10,00
+0,10
-0
4,1
(0.16)
13,0
(0.51)
2,3
(0.09)
16,12
(0.63)
0,22 mm
Tinned Ends
2
(0.01 in )
+0.004
-0
(0.39 )
2
Push-in, plastic - Type 5
REFERENCE
LLE105000
High temperature LLE105100
Cable length 12,3
(0.49)
16,00
(0.63)
24,00
(0.94)
24,00
(0.94)
45,4
(1.79)
16,5
(0.65)
Thread 1/2" BSP
Ø 14,5
0.57
0,22 mm2 (0.01 in2)
Tinned Ends
Screw-in, 0.5 in, metal
REFERENCE
Nickel-plated brass LLE205000
Stainless steel LLE305000
LLN Series Industrial Liquid Level
Sensors
The LLN Series industrial liquid level sensors are designed for many
harsh industrial environments with extremes in temperature, pressure,
vibration and shock. The LLN Series has reverse polarity and overvoltage
protection. Housed in stainless-steel, the LLN Series has long life and is
easy to clean. The LLN Series terminates using industry standard quick-
connect connectors.
Wiring diagram
LIQUID LEVEL SENSOR
POWER REGULATION CIRCUITRY
3
0 V
Output
4
120 Ohm
10 Vdc to 40 Vdc
1
External Pull Up
resistor or
relay coil
Housing material: Stainless steel
Sealing: IP67
Termination: 3 pin Lumberg/Brad Harrison type connector
Supply voltage: 10 Vdc to 40 Vdc
Pressure range: 0 bar to 25 bar
Operating temperature: -40 °C to 125 °C [-40 °F to 257 °F]
Storage temperature: -50 °C to 150 °C [-58 °F to 302 °F]
13
4
Connector
Pin numbers
90,0 max.
(3.54)
9,0
(0.35)
24,0
(0.95)
Thread 3/8 in
B.S.P
Threaded
M12x1x8G
OUTPUT TYPE REFERENCE
High in air LLN8651721
Low in air LLN8651722
LLE Series (continued)
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These listings include standard size basics, miniature and subminiature
switches. The precision snap-action mechanisms are offered with a wide
variety of actuators and operating characteristics. Basic switches are
often ideal for applications requiring compactness, light weight, accurate
repeatability and long life.
They are best used for presence/absence detection where physical
contact with object is permissible. Very economical.
Basic Switches
BASIC SWITCHES
Overtravel plunger (standard)
ELECTRICAL RATING TERMINATION REFERENCE
15 A Screw BZ-2RD-A2
20 A Screw BA-2RB-A2
Panel mount overtravel plunger
ELECTRICAL RATING TERMINATION REFERENCE
15 A Screw BZ-2RQ1-A2
20 A Screw BA-2RQ1-A2
BZ/BA/BM/BE Series Basic Switches
BZ/BA/BM/BE Series standard basic switches are used for simple or
precision on/off application needs.
As well as the catalogue listings presented here, we offer other versions
with higher temperature ratings, different termination options, different
electrical ratings and Single Pole, Single Throw (SPST) circuitry. Refer to
our Web site for details.
Voltage: 250 Vac
Electrical rating: up to 25 A
Operating temperature: -55 °C to 85 °C [-67 ° F to 185 °F]
Termination: Screw
Contact type: Silver
Approvals: CE, CSA, UL, ENEC
Switching options: Single pole, double throw (SPDT)
OPTIONS
Note: BA/BE plunger position distance from mounting hole = 19 mm
[0.75 in]
Top pin plunger
Approvals: BE-2R-A4 CSA, UL
ELECTRICAL RATING TERMINATION REFERENCE
15 A Solder BZ-R
15 A Screw BZ-R-A2
15 A Solder BZ-R169
15 A Screw BZ-2R-A2
25 A Screw BE-2R-A4
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BASIC SWITCHES BASIC SWITCHES
Overtravel plunger (splash resistant)
ELECTRICAL RATING TERMINATION REFERENCE
15 A Screw BZ-2RDS-A2
15 A (Stainless steel spring) Screw BZ-2RDS-A2S
Overtravel roller plunger
ELECTRICAL RATING TERMINATION REFERENCE
15 A Screw BZ-2RQ18-A2
Overtravel roller plunger, perpendicular
ELECTRICAL RATING APPROVALS REFERENCE
15 A Screw BZ-2RQ181-A2
Straight lever
ELECTRICAL RATING TERMINATION LEVER RADIUS REFERENCE
20 A Screw 63,5 mm [2.5 in] BA-2RV-A2
15 A Screw 63,5 mm [2.5 in] BZ-2RW80-A2
15 A Screw 152,4 mm [6.0 in] BZ-2RW863-A2
Roller lever
ELECTRICAL RATING TERMINATION LEVER RADIUS REFERENCE
15 A Screw 26,67 mm [1.05 in] BZ-2RW822-A2
15 A Solder 26,67 mm [1.05 in] BZ-2RW822
15 A (Splash resistant) Screw 26,67 mm [1.05 in] BZ-2RW8225551-A2
15 A Screw One way, 32,0 mm [1.26 in] BZ-2RW826-A2
15 A Screw 48,3 mm [1.9 in] BZ-2RW82-A2
BZ/BA/BM/BE Series (continued)
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BASIC SWITCHES
DT Series Basic Switches
DT Series standard basic switches consist of two independent single-pole
double throw circuits in one housing actuated by one actuator. The
terminals are separated by a non-conductive shield to reduce shorting.
Voltage: 250 Vac
Electrical rating: 10 A
Operating temperature: -55 °C to 85 °C [-67 ° F to 185 °F]
Termination: Screw
Contact type: Silver
Approvals: CSA, UL
Switching options: Double pole, double throw (DPDT)
Top pin plunger
ELECTRICAL RATING TERMINATION REFERENCE
10 A Screw DT-2R-A7
Basic Switch Accessories
A range of accessories is available for BZ, BA, BM, BE and DT switches,
such as the 5PA2 terminal enclosure. For more information please
contact your local sales office.
TB Series Miniature Double-break
Basic Switches
TB Series miniature double-break basic switches are basic double-break
units that offer a means of controlling isolated circuits. Each circuit may
be driven by an independent voltage source.
Voltage: 250 Vac
Electrical rating: 10 A
Operating temperature: -55 °C to 125 °C [-67 ° F to 257 °F]
Termination: Solder
Contact type: Silver
Approvals: CSA, UL
Switching options: Single pole, double throw, double break (SPDT DB)
12
3
4
0.53
0.50 0.20
0.15
0.24
0.13
0.87 DIA HOLE IN TERMINALS (4)
PLASTIC PLUNGER
1.57
1.825 REF
0.06 MAX PRETRAVEL
0.16 R
0.46
OPERATING
POSITION 0.312 ± .003
0.365
1.25
0.101 DIA HOLE
+.002
- .001
0.101
+.002
- .001
0.532 ± .003
0.03 0.09
0.25 0.50
0.260
0.22
0.113 ± .002 DIA
Dimensions in inches
NOTE-
1 - TERMINALS 1 & 2 NORMALLY CLOSED CIRCUIT
2 - TERMINALS 3 & 4 NORMALLY OPEN CIRCUIT
3 - TERMINALS ARE PLATED FOR SOLDERING
Top pin plunger
ELECTRICAL RATING TERMINATION REFERENCE
10 A Solder 1TB1-2
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BASIC SWITCHES
SM and SX Series Subminiature Basic
Switches
SM and SX Series subminiature basic switches are used for simple or
precision on/off application needs. These switches combine small size
and light weight with ample electrical capacity, precision operation and
long life. The SX Series are small, precision, snap-action switches that are
often ideal where savings in space and weight are important.
Voltage: 250 Vac
Operating temperature: -55 °C to 125 °C [-67 ° F to 257 °F]
Termination: Solder
Contact type: Silver
Switching options: Single pole, double throw (SPDT)
SM Series
Approvals: CE, CSA, UL
Electrical rating: 5 A
OPTIONS
Top pin plunger
Approvals: 11SM601-H4 UL, CSA
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
5 A silver 11SM1
Solder/quick connect 5 A silver 11SM601-H4
Straight lever
LEVER LENGTH ELECTRICAL RATING CONTACT TYPE REFERENCE
4,83 mm 5 A silver 111SM1
Roller lever
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
Solder/quick connect 5 A silver 111SM2-T
SX Series
Approvals: CE, CSA, UL
Electrical rating: 5 A
OPTIONS
Top pin plunger
Approvals: 6SX7-T UL, CSA
CONTACTS ELECTRICAL RATING REFERENCE
Silver 7 A 1SX1-T
Silver 3 A 11SX1-T
Gold 1 A 6SX7-T
Straight lever
CONTACT TYPE ELECTRICAL RATING LEVER LENGTH REFERENCE
Silver 5 A ‘A’ 12,8 mm 311SX2-T
Silver 5 A ‘A’ 24,5 mm 311SX3-T
Simulated roller
CONTACT TYPE ELECTRICAL RATING LEVER REFERENCE
Silver 5 A Roller 311SX5-T
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BASIC SWITCHES
ZM, ZX, ZV and ZW Series Subminiature
Basic Switches
ZM, ZX, ZV and ZW Series subminiature basic switches are cost-effective
devices used for simple on/off applications. These switches combine
small size and light weight with ample electrical capability and long life.
Plastic lever capability is available on the ZV Series.
Electrical rating: 0.1 A, 3 A, 5 A or 10.1 A
Voltage: 125/250 Vac
Operating temperature: 25 °C to 85 °C [-13 °F to 185 °F]
Termination: Quick connect, solder, PCB
Contact type: Gold or silver
Switching options: SPDT
ZM Series
Approvals: UL/CSA
Electrical rating: 0.1 A, 5 A or 10.1 A
OPTIONS
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
Quick connect 5 A silver ZM50E70A01
Solder 5 A silver ZM50E10A01
PCB 10.1 A silver ZM90G20A01
Solder 0.1 A gold ZM10B10A01
ZX Series
Approvals: UL/CSA
Electrical rating: 0.1 A or 3 A
OPTIONS
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
PCB 3 A silver ZX40E30A01
Solder 0.1 A gold ZX10C10A01
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
PCB 3 A silver ZX40E30C01
Solder 3 A silver ZX40E10C01
2.05
é2.2
1.5
13.0
5.2
1.12
3.4
12.7
é2.05
PTOP
FP
6.5
5.7
2.9
0.5
0.512
0.044
0.134 0.205
é0.081
0.059
0.081
é0.087
0.224
0.114
0.256
0.124
3.15
0.2 0.2
0.504
12.8
0.256
0.9
0.035
5.08 5.08
6.5
0.228
0.049
5.8
1.24 0.016
0.4
0.138
3.6
0.043
1.1
1.6
0.043
1.1
0.063
3.15
2.05
0.9
é2.2
1.5
12.8
6.5
5.08 5.08
1.12
12.7
5.2
0.4
5.8
3.6
é2.05
1.24
1.1
1.6
1.1
6.5
OP
FP
PT
2.9
5.7
0.044
0.205
0.5
0.114
0.224
0.2560.138
0.0430.043
0.063
0.016
0.049
0.228
é0.081
0.504
0.1240.2560.035
0.20.2
é0.087
0.059
0.081
Top pin plunger
Straight lever
Top pin plunger
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Simulated roller lever
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
PCB 3 A silver ZX40E30E01
Solder 3 A silver ZX40E10E01
ZV Series
Approvals: UL/ENEC
Electrical rating: 0.1 A, 5 A or 10.1 A
OPTIONS
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
PCB 5 A silver ZV50E20A01
Solder 5 A silver ZV50E10A01
Quick connect 0.1 A gold ZV10B70A01
3.4 5.2
1.12
12.7
é2.05
2.05
é2.2
1.5
FP
OP PT
11.8
0.465
0.5
0.044
0.2050.134
0.059
0.081
é0.087
é0.081
0.114
0.224
2.9
5.7
0.256
6.5
0.228
0.049
5.8
1.24 0.016
0.4
0.138
3.6
0.043
1.1
1.6
0.043
1.1
0.063
0.124
3.15
0.2 0.2
0.504
12.8
0.256
0.9
0.035
5.08 5.08
6.5
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
Quick connect 5 A silver ZM50E70D01
Solder 5 A silver ZM50E10D01
Straight lever
Simulated roller lever
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
Quick connect 5 A silver ZM50E70E01
Solder 5 A silver ZM50E10E01
BASIC SWITCHES BASIC SWITCHES
Top pin plunger
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Straight lever
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
Solder 5 A silver ZV50E10B01
Quick connect 5 A silver ZV50E70C01
Roller lever
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
PCB 5 A silver ZV50E20F01
Quick connect 5 A silver ZV50E70F01
BASIC SWITCHES
BASIC SWITCHES
ZW Sealed Series
Approvals: UL/ENEC
Electrical rating: 0.1 A or 5 A
Sealing: IP50 and IP67
OPTIONS
Top pin plunger
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
Solder 5 A silver ZW50F15AD1
Straight lever
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
Solder 0.1 A gold ZW10E15CD1
Roller lever
TERMINATION ELECTRICAL RATING CONTACT TYPE REFERENCE
Wire leads 0.1 A gold ZW10E90FW1
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V5 Series Miniature Basic Switches
V5 Series basic switches are used for simple or precision on/off, end of
limit, presence/absence, pressure, temperature and manual operator
interface application needs.
Voltage: 250 Vac
Operating temperature:
-55 °C to 85 °C [-67 °F to 185 °F] (standard)
-55 °C to 150 °C [-67 °F to 302 °F] (high temperature)
Termination: 6,3 mm x 0,8 mm quick connect (QC)
Contact type: Silver/silver cadmium oxide
Electrical rating: 20 A (V5A)
16 A (V5B/P/R)
10 A (V5C/D)
22 A (V5S)
Switching options: SPDT
Single pole double throw (SPDT)
Single pole single throw (SPST) (NO and NC)
OPTIONS
NC 2
NO 4
C1
22,2
20,2
2,8
Ø3,1
2,8
3,1
10,3
3,4
Lever slot position 1Lever slot position 2
10,3
4,4
28,8
14,1
8,1
2,8
15,9
14,7
Operating
position
Top pin plunger
APPROVALS REFERENCE
CE, ENEC V5A010CB
CE, CSA, ENEC, UL V5B010CB3
CE, CSA, UL 4,8 mm x 0,5 mm QC V5B010FB3
CE, ENEC Solder terminals V5B010TB
CE, ENEC High temperature V5B210CB
CE, ENEC V5C010BB
CE, CSA, ENEC, UL 4,8 mm x 0,5 mm QC V5C010EB3
CE, CSA, ENEC, UL Solder terminals V5C010TB3
CE, ENEC V5P010CB
APPROVALS SWITCHING OPTIONS REFERENCE
CE, ENEC SPNO V5D030BB
CE, ENEC SPNO V5R030CB
CE, BEAB SPNC V5S020CB
CE, BEAB SPNO V5S030CB
15,3
(O.P.)
1,6
(P.T.) 22
8,1
Straight lever - Type B
APPROVALS REFERENCE
CE, CSA, ENEC, UL V5C010BB3B
BASIC SWITCHES BASIC SWITCHES
35,6
3,2
(P.T.)
15,3
(O.P.)
8,1
Type C
APPROVALS REFERENCE
CE, ENEC High temperature V5B210CB1C
59,5
15,3
(O.P.)
6,4
(P.T.)
8,1
Type G
APPROVALS REFERENCE
CE, ENEC V5C010BB1G
20,6
1,6
(P.T.)
20,6
(O.P.)
8,1
Roller lever - Type D
APPROVALS REFERENCE
CE, CSA, ENEC, UL High temperature V5B210CB3D
CE, CSA, ENEC, UL V5C010BB3D
20,6
(O.P.)
3,2
(P.T.)
34
8,1
Type E
APPROVALS REFERENCE
CE, CSA, ENEC, UL Lever position 2 V5A010CB4E
CE, ENEC High temperature V5B210CB1E
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Printed circuit board (PO2)
These terminals interface with snap-on receptacles and other
components from AMPMODU interconnection system.
PCB terminals are European approved when used with electrical ratings A,
B, D, E, S.
BASIC SWITCHES BASIC SWITCHES
V7 Series Miniature Basic Switches
V7 Series basic switches are used for simple or precision on/off, end of
limit, presence/absence, pressure, temperature and manual operator
interface application needs.
Operating temperature:
-40 °C to 82 °C [-40 °F to 180 °F] (standard)
-40 °C to 200 °C [-40 °F to 350 °F] (high temperature)
Termination: Printed circuit board (PCB)
and two types of quick connect (QC)
D8, E8: 4,8 mm x 0.5 mm [0.187 in x 0.02 in]
E9: 6,35 mm x 0,80 mm [0.25 in x 0.032 in]
Electrical rating Contact Type
V7-*A 5 A Silver
V7-*B 11 A Silver
V7-*C/W 15 A Silver
V7-*D 1 A Gold alloy
V7-*E 10 A Silver
V7-*S 100 mA Gold alloy
V7-*V 21 A Silver alloy
V7-*Z 25 A Silver cadmium oxide
Approvals: CSA, UL, ENEC
V7-*C/W (Electrical ratings) CSA, UL
Switching options: Single pole double throw (NO and NC) (SPDT)
AVAILABLE TERMINALS
Quick Connect (QC)
0.187 in wide x 0.020 in thick. D8 terminals are European approved
when used with electrical ratings A, B, D, E or S. International approval
agencies require that switches with these terminals have insulated
receptacles or connector.
0.187 in wide x 0.020 in thick. E8 terminals are European approved
when used with electrical ratings A, B, D, E or S.
0.250 in wide x 0.032 in thick. E9 terminals are European approved
when used with electrical ratings A, B, D, E, S, V or Z.
ACTUATION OPTIONS
10,2
.40 6,4
.25
COM NC
NO
2,8
.11
1,5
0.06
8,9
.35
0,8
.03
2,4
.10
14,4
.57
22,2
.88
28,8
1.14
3,20
.126
3,46
.134
OPT
18,2
.72
(3)
DIA
3,10
.122
OPT
2,90
.114
10,3
.41
DIA
20,2
.80
2,8
.11
2,8
.11
1,0
.04
2,90
.114 Ø hole (3,10/.122 option)
MAX
Note: The optional mounting hole dimensions shown above are
standard on V5/V7 International Series switches.
Top pin plunger
CURRENT TERMINATION REFERENCE
5 A QC (D8) V7-1A17D8
5 A PCB V7-1A17P02
11 A QC (D8) V7-1B17D8
11 A QC (E9) V7-1B19E9
15 A QC (D8) V7-1C17D8
15 A QC (E9) V7-1C17E9
1 A QC (D8) V7-1D10D8
0.1 A QC (D8) V7-1S17D8
21 A QC (E9) V7-1V19E9
25 A QC (E9) V7-1Z19E9
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BASIC SWITCHES
BASIC SWITCHES
V7 Series Miniature Basic Switches
(continued)
Straight lever
Type -002
ELECTRICAL RATING TERMINATION REFERENCE
15 A QC (D8) V7-1C17D8-002
15 A QC (E9) V7-1C17E9-002
11 A QC (E9) V7-2B17E9-002
Straight lever
Type -022
ELECTRICAL RATING TERMINATION REFERENCE
5 A QC (D8) V7-1A17D8-022
11 A QC (D8) V7-1B19D8-022
15 A QC (D8) V7-1C17D8-022
0.1 A QC (D8) V7-1S17D8-022
Type -048
ELECTRICAL RATING TERMINATION REFERENCE
11 A QC(D8) V7-1B17D8-048
15 A QC(D8) V7-1C17D8-048
21 A QC(E9) V7-1V19E9-048
11 A QC(E9) V7-2B19E9-048
0.1 A QC(D8) V7-3S17D8-048
15 A (High temperature) QC(E9) V7-9W1AE9-048
Roller lever
Type -201
ELECTRICAL RATING TERMINATION REFERENCE
15 A QC (D8) V7-1C17D8-201
15 A QC (E9) V7-1C17E9-201
0.1 A QC (D8) V7-1S17D8-201
11 A QC (D8) V7-2B17D8-201
Type -207
ELECTRICAL RATING TERMINATION REFERENCE
11 A QC (E9) V7-1B10E9-207
15 A QC (D8) V7-1C17D8-207
15 A QC (E9) V7-1C17E9-207
0.1 A QC (D8) V7-1S17D8-207
21 A QC (E9) V7-1V1939-207
5 A QC (D8) V7-2A17D8-207
1 A QC (D8) V7-7D17D8-207
Simulated roller lever
Type -263
ELECTRICAL RATING TERMINATION REFERENCE
11 A QC (D8) V7-1B17D8-263
15 A QC (D8) V7-1C17D8-263
0.1 A QC (D8) V7-1S17D8-263
0.1 A QC (E9) V7-3S17E9-263
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Turbidity sensing provides a quick, practical indication of the relative
amount of solids suspended in water or liquids. Conductivity sensing
gives a relative measurement of the ionic concentration of a given liquid.
Turbidity sensors can provide inputs to the control algorithms of
dishwashers and clothes washers. Many industrial and commercial bath
applications may make use of integrated turbidity and conductivity
sensing to improve product quality, minimize ingredient consumptions
and reduce waste water discharge.
Package style: Tank mount
Operating temperature: 20 °C to 60 °C [68 °F to 140 °F]
APMS-10 Series
The APMS-10 wash process sensor application kit includes the sensor,
PC interface and the software required to apply the Honeywell wash
process sensor in bath or other wet applications. Once installed, the kit
enables the user to begin taking measurements of water quality. To run
the wash process application, the user must supply a PC that meets the
specified hardware requirements and an 8 Vdc to 30 Vdc power supply.
Wash process sensors provide an integrated package of a
microprocessor and sensing functions that measures turbidity,
conductivity and/or temperature. Information from the sensor may be
used in an adaptive control scheme to monitor and control the
application process to help improve process quality and minimize
consumption of energy, water, materials and time. Each of the sensing
functions is conditioned by the internal microprocessor. All data
transmitted to the host system is supplied by the microprocessor via a
5 Vdc custom communications protocol. The sensor operates in slave
mode, waiting for the host system to request sensor information.
Supply voltage: 8 Vdc to 30 Vdc
Ratio range: 0 NTU to 4000 NTU
Output type: RS-232 Serial link, slave mode
REFERENCE
APMS-10GRCF-KIT
TURBIDITY SENSORS
Turbidity Sensors
APMS-10 Kit specifications
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APMS-11 Series
The Low NTU turbidity sensor application kit includes the sensor and
installation instructions to apply the sensor in a bath or other wet
applications. Once installed, the sensor enables the user to measure the
relative amount of particulate in solution. To run the application, the user
must supply a 5 Vdc power supply that meets the specified tolerance and
solicits analog output from the output pin of the device. Low NTU
turbidity sensors provide an integrated package of optic devices,
amplification and trim potentiometer capability. This sensor may be used
in an adaptive control scheme to monitor and control the wash process
to help improve process quality and minimize consumption of energy,
water, materials and time.
Supply voltage: 4.9 Vdc to 5.1 Vdc
Ratio range: 0 NTU to 600 NTU
Output type: 0 Vdc to 5 Vdc analog
REFERENCE
APMS-11GRCF-KIT
TURBIDITY SENSORS
A
A
A-A
20,8
[0.810]
47,8
[1.88]
23,9
[0.94]
36,6
[1.44]
15,9
[0.625]
Ø 49,20 ±0,0508
[1.937] ±[0.002]
47,8
[1.88]
1,91
[0.75]
30˚
57,2
[2.25]
15,9
[0.625]
20,6
[0.810]
23,9
[0.94]
2X 3,2
[0.125]
Ø 45,2
[1.78]
Ø 48,5
[1.91]
11,2
[0.44] 20,6
[0.81] 31,8
[1.25]
APMS-11 Kit - Typical output curve between 0 NTU and 600 NTU
Typical output curve between 0 NTU and 200 NTU
Scatter turbidity sensor operation
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Index
INDEX
103SR13A-1 ......................................... 72
103SR14A-1 ......................................... 72
103SR17A-1 ......................................... 72
103SR18A-1 ......................................... 72
103SR19A-1 ......................................... 72
111-103EAJ-H01 .................................. 25
111-104HAK-H01 ................................. 25
111-202CAK-B01 ................................. 25
111-202CAK-H01 ................................. 25
111-303EAK-B01 ................................. 25
111-802EAJ-B01 .................................. 25
111-802EAJ-H01 .................................. 25
111SM1 ................................................ 92
111SM2-T ............................................ 92
112-102EAJ-B01 .................................. 24
112-103FAJ-B01 .................................. 24
112-103FAJ-H01 .................................. 24
112-104KAJ-B01 .................................. 24
112-104KAJ-H01 .................................. 24
112-105PAJ-B01 .................................. 24
112-201BAJ-B01 .................................. 24
112-202EAJ-B01 .................................. 24
112-202EAJ-H01 .................................. 24
112-203HAJ-B01 .................................. 24
112-204KAJ-B01 .................................. 24
112-502EAJ-B01 .................................. 24
112-502EAJ-H01 .................................. 24
112-503JAJ-B01 .................................. 24
112-504NAJ-B01 .................................. 24
112-604NAJ-H01 .................................. 24
115-202CDK-801 ................................. 26
115-802EDJ-801 .................................. 26
11SM1 .................................................. 92
11SM601-H4 ........................................ 92
11SX1-T ............................................... 92
120-102EAJ-Q01 .................................. 25
120-103FAJ-Q01 .................................. 25
120-104KAJ-Q01 .................................. 25
120-202EAJ-Q01 .................................. 25
120-502JAJ-Q01 .................................. 25
121-102EAJ-Q01 .................................. 25
121-103FAJ-Q01 .................................. 25
121-104KAJ-Q01 .................................. 25
121-105PAJ-Q01 .................................. 25
121-106QAJ-Q01 .................................. 25
121-202EAJ-Q01 .................................. 25
121-202KAJ-Q01 .................................. 25
121-502EAJ-Q01 .................................. 25
121-502JAJ-Q01 .................................. 25
121-504NAJ-Q01 .................................. 25
135-102DAG-J01 ................................... 21
135-103FAF-J01 .................................... 21
135-103FAG-J01 .................................. 21
135-103LAF-J01 ................................... 21
135-103LFW-J01 .................................. 21
135-104LAF-J01 ................................... 21
135-104LAG-J01 .................................. 21
135-104LFW-J01 .................................. 21
135-105QAG-J01 ................................... 21
135-202FAG-J01 .................................. 21
135-203LAG-J01 .................................. 21
135-203LFW-J01 .................................. 21
135-204QAG-J01 .................................. 21
135-302FAG-J01 .................................. 21
135-303KAG-J01 ................................... 21
135-303LFW-J01 .................................. 21
135-502FAF-J01 ................................... 21
135-502FAG-J01 .................................. 21
135-503LAF-J01 ................................... 21
135-503LAG-J01 ................................... 21
135-503LFW-J01 ................................... 21
135-504QAG-J01 .................................. 21
140-102FAG-RB1 ................................. 23
140-103LAG-RB1 ................................. 23
140-104QAG-RB1 ................................. 23
140-302LAG-RB1 ................................. 23
140-501FAG-RB1 ................................. 23
140-502LAG-RB1 ................................. 23
140-503QAG-RB1 ................................. 23
141PC15G 10 ................................... .....11
142-102FAG-RB1 ................................. 24
142-103LAG-RB1 .................................. 24
142-104QAG-RB1 ................................. 24
142-302LAG-RB1 .................................. 24
142-501FAG-RB1 ................................. 24
142-502LAG-RB1 ................................. 24
142-503QAG-RB1 ................................. 24
142PC01D ............................................ 10
142PC01G ............................................ 10
142PC02G ............................................ 10
142PC05D ............................................ 10
142PC05D97 ........................................ 10
142PC05G ............................................ 10
142PC15A ............................................ 10
142PC15AW95 ..................................... 10
142PC15G ............................................ 10
143-101FAG-RC1 ................................. 23
143-102LAG-RC1 ................................. 23
143-103QAG-RC1 ................................. 23
143-201FAG-RC1 .................................. 23
143-302LAG-RC1 ................................. 23
143-303QAG-RC1 ................................. 23
143-501FAG-RC1 ................................. 23
143-502LAG-RC1 ................................. 23
143-503QAG-RC1 ................................. 23
143PC03D ............................................ 10
143PC05DW ......................................... 10
145-101FAG-RC1 ................................. 24
145-102LAG-RC1 ................................. 24
145-103QAG-RC1 ................................. 24
145-201FAG-RC1 ................................. 24
145-301FAG-RC1 ................................. 24
145-302LAG-RC1 ................................. 24
145-303QAG-RC1 ................................. 24
145-501FAG-RC1 ................................. 24
145-502LAG-RC1 ................................. 24
145-503QAG-RC1 ................................. 24
162PC01D ............................................ 10
163PC01D36 ........................................ 10
163PC01D48 ........................................ 10
163PC01D61 ........................................ 10
163PC01D75 ........................................ 10
164PC01D37 ........................................ 10
164PC01D76 ........................................ 10
1865-01G-K-N ...................................... 17
1865-01G-L-N ...................................... 17
1865-02G-K-N ...................................... 17
1865-02G-L-N ...................................... 17
1865-03G-K-N ...................................... 17
1865-03G-L-N ...................................... 17
1865-04G-K-N ...................................... 17
1865-04G-L-N ...................................... 17
1865-05G-K-N ...................................... 17
1865-05G-L-N ...................................... 17
192-102DET-A01 .................................. 23
192-102DEV-A01 ................................. 23
192-102DEW-A01 ................................ 23
192-103LET-A01 .................................. 23
192-103LEV-A01 .................................. 23
192-103LEW-A01 ................................. 23
192-104QET-A01 .................................. 23
192-104QEV-A01 ................................. 23
192-104QEW-A01 ................................ 23
192-222LET-A01 .................................. 23
192-222LEV-A01 .................................. 23
192-222LEW-A01 ................................. 23
192-302LET-A01 .................................. 23
192-302LEV-A01 .................................. 23
192-302LEW-A01 ................................. 23
192-303KET-A01 .................................. 23
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INDEX
192-303KEV-A01 ................................. 23
192-303KEW-A01 ................................ 23
192-303QET-A01 .................................. 23
192-303QEV-A01 ................................. 23
192-303QEW-A01 ................................ 23
192-502LET-A01 .................................. 23
192-502LEV-A01 .................................. 23
192-502LEW-A01 ................................. 23
192-503QET-A01 .................................. 23
192-503QEV-A01 ................................. 23
192-503QEW-A01 ................................ 23
195-101CAG-A01 .................................. 22
195-102DAG-A01 ................................. 22
195-103LAG-A01 ................................. 22
195-104QAG-A01 ................................. 22
195-202LAG-A01 ................................. 22
195-203LAG-A01 ................................. 22
195-301CAG-A01 ................................. 22
195-302LAG-A01 ................................. 22
195-303KAG-A01 ................................. 22
195-501DAG-A01 ................................. 22
195-502LAG-A01 ................................. 22
195-503QAG-A01 ................................. 22
197-101CAG-A01 ................................. 22
197-102DAG-A01 ................................. 22
197-103LAG-A01 ................................. 22
197-104QAG-A01 .................................. 22
197-202LAG-A01 ................................. 22
197-203LAG-A01 ................................. 22
197-301CAG-A01 ................................. 22
197-302LAG-A01 ................................. 22
197-303KAG-A01 ................................. 22
197-501DAG-A01 ................................. 22
197-502LAG-A01 ................................. 22
197-503QAG-A01 .................................. 22
198-101CAG-A01 ................................. 22
198-102DAG-A01 ................................. 22
198-103LAG-A01 ................................. 22
198-104QAG-A01 ................................. 22
198-202LAG-A01 ................................. 22
198-203LAG-A01 ................................. 22
198-301CAG-A01 ................................. 22
198-302LAG-A01 ................................. 22
198-303KAG-A01 .................................. 22
198-501DAG-A01 ................................. 22
198-502LAG-A01 ................................. 22
198-503QAG-A01 ................................. 22
199-101CAG-A01 ................................. 22
199-102DAG-A01 ................................. 22
199-103LAG-A01 ................................. 22
199-104QAG-A01 ................................. 22
199-202LAG-A01 ................................. 22
199-203LAG-A01 ................................. 22
199-301CAG-A01 ................................. 22
199-302LAG-A01 ................................. 22
199-303KAG-A01 ................................. 22
199-501DAG-A01 ................................. 22
199-502LAG-A01 ................................. 22
199-503QAG-A01 ................................. 22
1SX1-T ................................................. 92
1TB1-2 ................................................. 91
24PC01SMT ........................................... 5
24PC05SMT ........................................... 5
24PC15SMT ........................................... 5
24PCAFA6G ............................................ 4
24PCBFA6D ............................................ 4
24PCBFA6G ............................................ 4
24PCCFA6D ............................................ 4
24PCCFA6G ............................................ 4
24PCCFG6G ............................................ 4
24PCDFA6D ............................................ 4
24PCDFA6G ............................................ 4
24PCDFG6G ............................................ 4
24PCEFA6D ............................................ 4
24PCEFA6G ............................................ 4
24PCFFA6D ............................................ 4
24PCFFA6G ............................................ 4
26PC01SMT ........................................... 5
26PC15SMT ........................................... 5
26PCAFA6D ............................................ 4
26PCAFA6G ............................................ 4
26PCAFG6G ............................................ 4
26PCBFA6D ............................................ 4
26PCBFA6G ............................................ 4
26PCCFA6D ............................................ 4
26PCCFA6G ............................................ 4
26PCCFG6G ............................................ 4
26PCDFA6D ............................................ 4
26PCDFA6G ............................................ 4
26PCDFG2G ............................................ 5
26PCFFA6G ............................................ 4
26PCFFG6G ............................................ 4
26PCFFU5G ............................................ 5
26PCGFA6D ............................................ 4
2SS52M ............................................... 71
2SS52M-S ............................................ 71
3100U-3-1431 ...................................... 33
3100U-3-1432 ...................................... 33
3100U-3-1433 ...................................... 33
3100U-3-1434 ...................................... 33
3100U-3-1435 ...................................... 33
3100U-3-1436 ...................................... 33
3100U-3-1437 ...................................... 33
3100U-3-1438 ...................................... 33
3100U-3-1439 ...................................... 33
3100U-3-1440 ...................................... 33
3100U-3-1441 ...................................... 33
3100U-3-1442 ...................................... 33
3100U-3-1443 ...................................... 33
3100U-3-1444 ...................................... 33
3100U-3-1445 ...................................... 33
3100U-3-1446 ...................................... 33
3100U-3-1447 ...................................... 33
3100U-3-1448 ...................................... 33
3100U-3-1449 ...................................... 33
3100U-3-1450 ...................................... 33
3100U-3-1451 ...................................... 33
3100U-3-1452 ...................................... 33
3100U-3-1453 ...................................... 33
3100U-3-1454 ...................................... 33
3100U-3-1455 ...................................... 33
3100U-3-1456 ...................................... 33
3100U-3-1457 ...................................... 33
3100U-3-1458 ...................................... 33
3100U-3-1459 ...................................... 33
3100U-3-1460 ...................................... 33
3100U-3-1461 ...................................... 33
3100U-3-1462 ...................................... 33
3100U-3-1463 ...................................... 33
3455RC-100-220 .................................. 32
3455RC-100-221 .................................. 32
3455RC-100-222 .................................. 32
3455RC-100-223 .................................. 32
3455RC-100-224 .................................. 32
3455RC-100-225 .................................. 32
3455RC-100-226 .................................. 32
3455RC-100-227 .................................. 32
3455RC-100-228 .................................. 32
3455RC-100-229 .................................. 32
3455RC-100-230 .................................. 32
3455RC-100-231 .................................. 32
3455RC-100-232 .................................. 32
3455RC-100-233 .................................. 32
3455RC-100-234 .................................. 32
3455RC-100-235 .................................. 32
3455RC-100-236 .................................. 32
3455RC-100-237 .................................. 32
3455RC-100-238 .................................. 32
3455RC-100-239 .................................. 32
3455RC-100-240 .................................. 32
3455RC-100-241 .................................. 32
3455RC-100-242 .................................. 32
3455RC-100-243 .................................. 32
3455RC-100-244 .................................. 32
3455RC-100-245 .................................. 32
3455RC-100-246 .................................. 32
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INDEX
3455RC-100-247 .................................. 32
3455RC-100-248 .................................. 32
3455RC-100-249 .................................. 32
3455RC-100-250 .................................. 32
3455RC-100-251 .................................. 32
3600040010001 ................................... 33
3600045010001 ................................... 33
3600050010001 ................................... 33
3600055010001 ................................... 33
3600060010001 ................................... 33
3600065010001 ................................... 33
3600070010001 .................................... 33
3600075010001 ................................... 33
3600080010001 ................................... 33
3600085010001 ................................... 33
3600090010001 ................................... 33
3600095010001 ................................... 33
3600100010001 ................................... 33
3601040010001 .................................... 33
3601045010001 ................................... 33
3601050010001 ................................... 33
3601055010001 ................................... 33
3601060010001 ................................... 33
3601065010001 ................................... 33
3601070010001 ................................... 33
3601075010001 ................................... 33
3601080010001 ................................... 33
3601085010001 ................................... 33
3601090010001 ................................... 33
3601095010001 ................................... 33
3601100010001 ................................... 33
40PC001B1A ........................................ 11
40PC006G1A ........................................ 11
40PC015G1A ........................................ 11
40PC015V1A ........................................ 11
40PC030G1A ........................................ 11
40PC100G1A ........................................ 11
40PC150G1A ........................................ 11
40PC250G1A ........................................ 11
40PC500G1A ........................................ 11
513SS16 .............................................. 71
517SS16 .............................................. 71
55SS13 ................................................ 71
613SS2 ................................................ 71
65SS4 .................................................. 71
6SX7-T ................................................. 92
APMS-10GRCF-KIT ................................ 99
APMS-11GRCF-KIT .............................. 100
ASDX001D44D-DO ................................. 8
ASDX001D44R ....................................... 8
ASDX001G24R ....................................... 8
ASDX005D44R ....................................... 8
ASDX005G24R ....................................... 8
ASDX015A24R ....................................... 8
ASDX015D44D-DO ................................. 8
ASDX015D44R ....................................... 8
ASDX015D44R-DO ................................. 8
ASDX015G24R ....................................... 8
ASDX030A24R ....................................... 8
ASDX030D44R ....................................... 8
ASDX030G24R ....................................... 8
ASDX100A24R ....................................... 8
ASDX100D44R ....................................... 8
ASDX100G24R ....................................... 8
ASDXL005D44D-DO ............................... 9
ASDXL010D44D ..................................... 9
ASDXL010D44D-DO ............................... 9
ASDXL010D44R ..................................... 9
ASDXL010D44R-DO ............................... 9
ASDXL010G24R ..................................... 9
ASDXL010G25R-DO ............................... 9
AWM2100V .......................................... 13
AWM2200V .......................................... 13
AWM2300V .......................................... 13
AWM3100V .......................................... 13
AWM3200V .......................................... 13
AWM3300V .......................................... 13
AWM42150VH ...................................... 14
AWM42300V ........................................ 14
AWM43300V ........................................ 14
AWM43600V ........................................ 14
AWM5101VN ........................................ 14
AWM5102VN ........................................ 14
AWM5104VC ........................................ 14
AWM5104VN ........................................ 14
AWM720P1 .......................................... 15
AWM92100V ........................................ 15
AWM92200V ........................................ 15
BA-2RB-A2 ........................................... 89
BA-2RQ1-A2 ......................................... 89
BA-2RV-A2 ........................................... 90
BE-2R-A4 ............................................. 89
BZ-2R-A2 ............................................. 89
BZ-2RD-A2 ........................................... 89
BZ-2RDS-A2 ......................................... 90
BZ-2RDS-A2S ...................................... 90
BZ-2RQ1-A2 ......................................... 89
BZ-2RQ18-A2 ....................................... 90
BZ-2RQ181-A2 ..................................... 90
BZ-2RW80-A2 ...................................... 90
BZ-2RW82-A2 ...................................... 90
BZ-2RW822 .......................................... 90
BZ-2RW822-A2 ..................................... 90
BZ-2RW8225551-A2 ............................ 90
BZ-2RW826-A2 .................................... 90
BZ-2RW84-A2 ...................................... 90
BZ-2RW863-A2 .................................... 90
BZ-R ..................................................... 89
BZ-R-A2 ............................................... 89
BZ-R169 ............................................... 89
CPCL04DFC ............................................ 6
CPCL04GFC ............................................ 6
CPCL10DF .............................................. 6
CPCL10DFC ............................................ 6
CPXL04DF .............................................. 6
CSDA1AA ............................................. 86
CSDA1AC ............................................. 86
CSDA1BA ............................................. 86
CSDA1BC ............................................. 86
CSDA1DA ............................................. 86
CSDA1DC ............................................. 86
CSDC1AA ............................................. 86
CSDC1AC ............................................. 86
CSDC1BA ............................................. 86
CSDC1BC ............................................. 86
CSDC1DA ............................................. 86
CSDC1DC ............................................. 86
CSLA1CD ............................................. 85
CSLA1CF .............................................. 85
CSLA1CH ............................................. 85
CSLA1DE ................................................ 84
CSLA1DJ .............................................. 84
CSLA1DK ............................................. 84
CSLA1EL .............................................. 85
CSLA1GD ............................................. 85
CSLA2CD ............................................. 85
CSLA2DE .............................................. 84
CSLA2DG .............................................. 84
CSLA2DJ .............................................. 84
CSLA2DK ............................................. 84
CSLA2EJ .............................................. 85
CSLA2EL .............................................. 85
CSLA2EM ............................................. 85
CSLA2EN .............................................. 85
CSLA2GD ............................................. 85
CSLH3A45 ............................................ 85
CSNA111 .............................................. 82
CSNB121 .............................................. 82
CSNB131 .............................................. 82
CSNC241 .............................................. 82
CSNE151 .............................................. 82
CSNE151-100 ....................................... 82
CSNE151-200 ....................................... 82
CSNF151 .............................................. 82
CSNF161 .............................................. 82
CSNF161-002 ....................................... 83
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INDEX
CSNG251 ................................................ 82
CSNJ481 .............................................. 83
CSNJ481-001 ....................................... 83
CSNK500M ........................................... 83
CSNK500M-001 .................................... 83
CSNK591 .............................................. 84
CSNK591-001 ...................................... 84
CSNP661 .............................................. 82
CSNP661-002 ...................................... 82
CSNR151 .............................................. 82
CSNR151-002 ...................................... 83
CSNR161 .............................................. 82
CSNR161-002 ...................................... 83
CSNS300F ............................................ 83
CSNS300M ........................................... 83
CSNS300M-001 .................................... 83
CSNT651 .............................................. 82
CSNT651-001 ....................................... 82
DC001NDC4 ........................................... 6
DC005NDR4 ........................................... 6
DCXL01DN ............................................. 6
DCXL10DN ............................................. 6
DT-2R-A7 ............................................... 91
DUXL01D ................................................ 6
DUXL10D ................................................ 6
DXXX-001 ............................................ 30
DXXX-002 ............................................ 30
DXXX-003 ............................................ 30
FS300-100 ............................................ 64
FSG15N1A ............................................ 16
Heaters
3100 Silicone Wired-wound .............. 66
3200 Silicone Chemically Etched ....... 66
3400 Kapton or High Temperature ..... 67
78000 Transparent ............................. 67
HEL-700-T-0-A ..................................... 19
HEL-700-T-0-B ..................................... 19
HEL-700-T-1-A ..................................... 19
HEL-700-T-1-B ..................................... 19
HEL-700-U-0-A ..................................... 19
HEL-700-U-0-B ..................................... 19
HEL-700-U-0-C ..................................... 19
HEL-700-U-1-A ..................................... 19
HEL-700-U-1-B ..................................... 19
HEL-700-U-1-C ..................................... 19
HEL-705-T-0-12-00 .............................. 20
HEL-705-T-1-12-00 .............................. 20
HEL-705-U-0-12-00 .............................. 20
HEL-705-U-1-12-00 .............................. 20
HEL-707-T-0-12-00 .............................. 20
HEL-707-T-1-12-00 .............................. 20
HEL-707-U-0-12-00 .............................. 20
HEL-707-U-1-12-00 .............................. 20
HEL-711-T-0-12-00 .............................. 20
HEL-711-T-1-12-00 .............................. 20
HEL-711-U-0-12-00 .............................. 20
HEL-711-U-1-12-00 .............................. 20
HEL-712-T-0-12-00 .............................. 20
HEL-712-T-1-12-00 .............................. 20
HEL-712-U-0-12-00 .............................. 20
HEL-712-U-1-12-00 .............................. 20
HEL-716-T-0-12-00 ............................... 20
HEL-716-T-1-12-00 .............................. 20
HEL-716-U-0-12-00 .............................. 20
HEL-716-U-1-12-00 .............................. 20
HEL-716-U-1-12-C2 ............................. 20
HEL-717-T-0-12-00 .............................. 20
HEL-717-T-1-12-00 .............................. 20
HEL-717-U-0-12-00 .............................. 20
HEL-717-U-1-12-00 .............................. 20
HIH-3602-A .......................................... 18
HIH-3602-C .......................................... 18
HIH-3602-L ........................................... 18
HIH-4000-001 ....................................... 18
HIH-4000-002 ....................................... 18
HIH-4000-003 ....................................... 18
HIH-4000-004 ........................................ 18
HLC1395-002 ........................................ 77
HLC2705-001 ....................................... 76
HLC2707-001 ....................................... 76
HOA0149-001 ....................................... 77
HOA0866-T55 ....................................... 78
HOA0870-N51 ...................................... 78
HOA0880-P51 ...................................... 78
HOA0890-L55 ....................................... 78
HOA0901-011 ....................................... 76
HOA0902-011 ....................................... 76
HOA0961-N51 ...................................... 79
HOA0971-N51 ...................................... 79
HOA1180-002 ....................................... 77
HOA1397-002 ........................................ 77
HOA1405-002 ....................................... 77
HOA1870-031 ....................................... 78
HOA1877-001 ....................................... 78
HOA1879-015 ....................................... 78
HOA1882-012 ....................................... 78
HOA2498-002 ....................................... 77
HOA6963-N51 ...................................... 79
HOA6972-N55 ...................................... 79
HOA6981-L51 ....................................... 79
HOA6990-T51 ....................................... 79
HOA7720-M22 ...................................... 79
HOA7730-M22 ...................................... 79
HPX005GD ........................................... 11
HPX015GD ........................................... 11
HPX030AS ........................................... 11
HPX030GD ........................................... 11
HPX050GD ........................................... 11
HPX100AS ........................................... 11
HPX100GD ........................................... 11
HSD015A .............................................. 12
ICL1010002-01 .................................... 26
ICL1010004-01 .................................... 26
ICL1210005-01 .................................... 26
ICL1220002-01 .................................... 26
ICL122R508-01 .................................... 26
ICL1240002-01 .................................... 26
ICL1250002-01 .................................... 26
ICL1510006-01 .................................... 26
ICL1512004-01 .................................... 26
ICL1516004-01 .................................... 26
ICL1522102-01 .................................... 26
ICL152R508-01 .................................... 26
ICL155R006-01 .................................... 26
ICL155R007-01 .................................... 26
ICL1580003-01 .................................... 26
ICL2210008-01 .................................... 26
ICL2212103-01 .................................... 26
ICL221R020-01 .................................... 26
ICL222R018-01 .................................... 26
ICL222R515-01 .................................... 26
ICL321R030-01 .................................... 26
ICL32OR530-01 .................................... 26
LLE103000 ........................................... 88
LLE103101 ........................................... 88
LLE105000 ........................................... 88
LLE105100 ........................................... 88
LLE205000 ........................................... 88
LLE305000 ........................................... 88
LLN8651721 ......................................... 88
LLN8651722 ......................................... 88
RDXXX-001 .......................................... 31
RDXXX-002 .......................................... 31
SD1440-003L ....................................... 75
SD2440-004 .......................................... 75
SD3443-003 ......................................... 75
SD5443-003 .......................................... 75
SD5600-001 ......................................... 76
SD5610-001 ......................................... 76
SD5620-001 ......................................... 76
SD5630-001 ......................................... 76
SDP8405-003 ....................................... 75
SDP8406-002 ....................................... 75
SDP8436-003 ....................................... 75
SDP8600-001 ....................................... 76
SDX010IND4 ........................................ 11
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SDX05D4 .............................................. 10
SDX15A2 .............................................. 10
SDX15D4-A .......................................... 10
SE1450-003L ....................................... 74
SE1470-003L ....................................... 74
SE2460-003 ......................................... 74
SE2470-002 ......................................... 74
SE3455-004 ......................................... 74
SE3470-003 ......................................... 74
SE5455-003 ......................................... 74
SE5470-004 ......................................... 74
SEP8505-003 ....................................... 74
SEP8506-002 ....................................... 74
SEP8705-003 ....................................... 74
SEP8736-003 ....................................... 74
SMD2440-012 ...................................... 75
SME2470-021 ...................................... 74
SR13C-A1 ............................................ 72
SR13D-A1 ............................................ 72
SR13F-A1 ............................................. 72
SR13R-A1 ............................................ 72
SR16C-J4 ............................................. 73
SR16C-J6 ............................................. 73
SR16C-N .............................................. 73
SR17C-J6 ............................................. 73
SR17C-J7 ............................................. 73
SR3B-A1 .............................................. 72
SR3C-A1 .............................................. 72
SR3F-A1 ................................................ 72
SR3G-A1 .............................................. 72
SR4P3-A1 ............................................ 72
SS40A .................................................. 69
SS40A-F ............................................... 69
SS40A-T2 ............................................. 69
SS40A-T3 ............................................. 69
SS41 .................................................... 68
SS411A ................................................ 68
SS413A ................................................ 68
SS441A ................................................ 68
SS443A ................................................ 68
SS449A ................................................ 68
SS461A ................................................ 68
SS466A ................................................ 68
SS495A ................................................ 70
SS495A-SP .......................................... 70
SS495A1-S .......................................... 70
SS496A1 ............................................... 70
SS49E-L ............................................... 69
SS49E-T2 ............................................. 69
SS49E-T3 ............................................. 69
SS511AT .............................................. 68
SS513AT .............................................. 68
SS51T .................................................. 68
SS541AT .............................................. 68
SS543AT .............................................. 68
SS549AT .............................................. 68
SS561AT .............................................. 68
SS566AT .............................................. 68
SS59ET ................................................ 69
SS94A1 ................................................ 70
SS94A1B .............................................. 70
SS94A1E .............................................. 70
SS94A1F .............................................. 70
SS94A2 ................................................ 70
SS94A2C .............................................. 70
SS94A2D .............................................. 70
SS94B1 ................................................ 70
SS94B1A .............................................. 70
TD4A .................................................... 20
TD5A .................................................... 20
Temperature - Probes
Air Conditioning ................................ 28
Air/Gas ............................................... 29
Earth Return (Ground) ....................... 28
ES110 Inlet Air .................................. 27
ES120 Coolant/Oil ............................. 27
Immersion ......................................... 29
Refrigerant ......................................... 28
Surface .............................................. 28
Thermostats - Commerical
2450CM Ceramic Manual Reset ......... 35
2450HR Phenolic Automatic Reset ..... 34
2450R Fully Sealed ............................ 37
2450R Phenolic Annular Auto. Reset . 37
2450R Phenolic Automatic Reset ....... 34
2450R Phenolic "One-shot" ½ in ........ 36
2450R Protected ................................ 37
2450RC Ceramic Automatic Reset ...... 35
2450RCH Ceramic Automatic Reset ... 35
2450RCH Ceramic "One-shot" ½ in .... 36
2450A Heat Detection ......................... 36
2455A Heat Detection ......................... 36
2455R Phenolic Automatic Reset ....... 34
2455R Phenolic "One-shot" ½ in ........ 36
2455R Protected ................................ 37
2455RBV Overmolded Auto.Reset ...... 36
2450RC Ceramic Automatic Reset ...... 35
2455RC Ceramic "One-shot" ½ in ....... 36
2455RM Phenolic Manual Reset ........ 35
2467RC Ceramic "One-shot" ½ in ....... 36
2467RCH Ceramic "One-shot" ½ in .... 36
Standard Mounting Bracket Guide ...... 40
Standard Terminal Guide .................... 38
Thermostats - High Reliability
3200 Aerospace ................................. 63
3MS1 QPL Military ............................ 63
3500 Military ..................................... 64
3153 Low Silhouette .......................... 64
Thermostats - Precision
3000 Custom-packaged ..................... 45
3001 Non-hermetic ............................ 42
3001U Non-hermetic .......................... 42
3004 Non-hermetic ............................ 42
3100 Hermetic ................................... 43
3100U Hermetic ................................. 43
3100UX Hermetic ............................... 43
3106 Hermetic ................................... 43
3150 Low Silhouette Hermetic ........... 43
3150U Low Silhouette Hermetic ......... 43
3150UX Low Silhouette Hermetic ...... 43
3156 Low Silhouette Hermetic ........... 43
3156U Low Silhouette Hermetic ......... 43
3450CM Ceramic Manual Reset ......... 47
3450HR Phenolic Automatic Reset ..... 46
3450R Phenolic Automatic Reset ....... 46
3450R Phenolic "One-shot" ½ in ........ 48
3450RC Ceramic Automatic Reset ...... 47
3450RC Ceramic "One-shot" ½ in ....... 48
3450RCH Ceramic Automatic Reset ... 47
3450RCH Ceramic "One-shot ½ in ..... 48
3455R Phenolic Automatic Reset ....... 46
3455R Phenolic "One-shot" ½ in ........ 49
3455RC Ceramic Automatic Reset ...... 47
3455RC Ceramic "One-shot" ½ in ....... 49
3455RBV Overmolded Auto. Reset ..... 48
3455RM Phenolic Manual Reset ........ 47
3600 TO-5 Thermal ............................ 44
3601 TO-5 Thermal ............................ 44
3800 Industrial Grade ........................ 46
Standard Mounting Bracket Guide ...... 51
Standard Terminal Guide .................... 50
V5A010CB ............................................ 96
V5A010CB4E ........................................ 96
V5B010CB3 .......................................... 96
V5B010FB3 .......................................... 96
V5B010TB ............................................ 96
V5B210CB ............................................ 96
V5B210CB1C ....................................... 96
V5B210CB1E ........................................ 96
V5B210CB3D ....................................... 96
V5C010BB ............................................ 96
V5C010BB1G ....................................... 96
V5C010BB3B ....................................... 96
V5C010BB3D ....................................... 96
V5C010EB3 .......................................... 96
V5C010TB3 .......................................... 96
INDEX
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V5D030BB ............................................ 96
V5P010CB ............................................. 96
V5R030CB ............................................ 96
V5S020CB ............................................ 96
V5S030CB ............................................ 96
V7-1A17D8 ........................................... 97
V7-1A17D8-022 ................................... 98
V7-1A17P02 ......................................... 97
V7-1B10E9-207 .................................... 98
V7-1B17D8 ........................................... 97
V7-1B17D8-048 ................................... 98
V7-1B17D8-263 ................................... 98
V7-1B19D8-022 ................................... 98
V7-1B19E9 ........................................... 97
V7-1C17D8 ........................................... 97
V7-1C17D8-002 ................................... 98
V7-1C17D8-022 .................................... 98
V7-1C17D8-048 ................................... 98
V7-1C17D8-201 ................................... 98
V7-1C17D8-207 ................................... 98
V7-1C17D8-263 ................................... 98
V7-1C17E9 ........................................... 97
V7-1C17E9-002 .................................... 98
V7-1C17E9-201 .................................... 98
V7-1C17E9-207 .................................... 98
V7-1C18E9 ........................................... 97
V7-1C18E9-022 .................................... 98
V7-1D10D8 ........................................... 97
V7-1E10D8 ........................................... 97
V7-1E17P02 ......................................... 97
V7-1E19E9 ........................................... 97
V7-1S17D8 ........................................... 97
V7-1S17D8-022 ................................... 98
V7-1S17D8-201 ................................... 98
V7-1S17D8-207 ................................... 98
V7-1S17D8-263 ................................... 98
V7-1V19E9 ........................................... 97
V7-1V19E9-048 .................................... 98
V7-1V19E9-207 .................................... 98
V7-1Z19E9 ........................................... 97
V7-2A17D8-022 ................................... 98
V7-2A17D8-207 ................................... 98
V7-2A17E9 ........................................... 97
V7-2B17D8 ........................................... 97
V7-2B17D8-022 .................................... 98
V7-2B17D8-048 ................................... 98
V7-2B17D8-201 ................................... 98
V7-2B17D8-207 ................................... 98
V7-2B17E9 ........................................... 97
V7-2B17E9-002 .................................... 98
V7-2B17P02 ......................................... 97
V7-2B19E9-048 .................................... 98
V7-2S17D8 ........................................... 97
V7-2S17D8-022 ................................... 98
V7-2S17D8-201 ................................... 98
V7-2S17D8-263 ................................... 98
V7-3A17D8 ........................................... 97
V7-3E10E8 ........................................... 97
V7-3E10E9 ........................................... 97
V7-3E17D8 ........................................... 97
V7-3E17E9 ........................................... 97
V7-3E17E9-022 .................................... 98
V7-3E19E9 ........................................... 97
V7-3S17D8-022 ................................... 98
V7-3S17D8-048 ................................... 98
V7-3S17E9 ........................................... 97
V7-3S17E9-022 .................................... 98
V7-3S17E9-263 .................................... 98
V7-4A17D8 ........................................... 97
V7-4A18E9 ........................................... 97
V7-4S17D8 ........................................... 97
V7-5D17E9 ........................................... 97
V7-6B19D8 ........................................... 97
V7-6C17D8 ........................................... 97
V7-6C17D8-263 ................................... 98
V7-6C18D8-002 ................................... 98
V7-6C18D8-048 ................................... 98
V7-7A19D8 ........................................... 97
V7-7B17D8-201 ................................... 98
V7-7B19D8-263 ................................... 98
V7-7D17D8-207 ................................... 98
V7-9W1AE9-048 .................................. 98
XCA415AN ............................................. 7
XCX01DNC ............................................. 7
XCX01DNH ............................................. 7
XCX15DNC ............................................. 7
XPC01DFC .............................................. 7
XPC15DTC ............................................. 7
XSXL04GF .............................................. 7
ZM10B10A01 ....................................... 93
ZM50E10A01 ........................................ 93
ZM50E10D01 ........................................ 92
ZM50E10E01 ........................................ 94
ZM50E70A01 ........................................ 93
ZM50E70D01 ........................................ 92
ZM50E70E01 ........................................ 94
ZM90G20A01 ....................................... 93
ZV10B70A01 ........................................ 94
ZV50E10A01 ......................................... 94
ZV50E10B01 ........................................ 95
ZV50E20A01 ........................................ 94
ZV50E20F01 ......................................... 95
ZV50E70C01 ........................................ 95
ZV50E70F01 ......................................... 95
INDEX
ZW10E15CD1 ....................................... 95
ZW10E90FW1 ....................................... 95
ZW50F15AD1 ....................................... 95
ZX10C10A01 ........................................ 93
ZX40E10C01 ........................................ 93
ZX40E10E01 ......................................... 94
ZX40E30A01 ........................................ 93
ZX40E30C01 ........................................ 93
ZX40E30E01 ......................................... 94
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Automation and Control Solutions
Sensing and Control
Honeywell
11 West Spring Street
Freeport, Illinois 61032 USA
www.honeywell.com
100455-3-EN IL50 GLO
May 2005
© 2005 Honeywell International Inc. All rights reserved.
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Honeywell Sensing and Control
designs, manufactures and markets the
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specific warranty details. If warranted
goods are returned to Honeywell during
the period of coverage, Honeywell will
repair or replace, at its option, without
charge those items it finds defective.
The foregoing is buyer's sole remedy
and is in lieu of all warranties, ex-
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merchantability and fitness for a
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Honeywell be liable for consequential,
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While we provide application
assistance personally, through our
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Glo_Comm_minicat_Iss3_FINAL .PMD 1/10/2006, 3:53 PM108
