OUTPUT VALUES
Output Voltageb (Vout): lout = 100mA
Output High Vout = Vs - 1.5V max
Output Low Vout = 0V + 0.5V max
Other sensor options available on request, email:
technical@sstsensing.com
Need help? Ask the expert
Tel: + 44 (0)1236 459 020
and ask for “Technical”
BENEFITS
• Low power
• Low cost
• Compact design
TECHNICAL SPECIFICATIONS
Supply voltage (Vs) 4.5VDC to 15.4VDC
Supply current (ls) 2.5mA max. (Vs = 15.4VDC)
Output sink and source
current (lout) 100mA
Operating temperatures -40°C to +125°C
Storage temperatures -40°C to +125°C
Housing materiala Polysulfone
Sensor termination 24AWG, 250mm PTFE
wires, 8mm tinned
Housing/
Mounting
Output
Type/Logic
Supply
Voltage
Output
Current
Temp
FEATURES
• Liquid level switches that can detect almost any liquid type;
oil or water based
• Choice of mounting; internal or external
• Choice of threads
DATA SHEET
Liquid Level Switches
Honeywell LLE High Temp Series Alternatives
For part numbers LLE101101, LLE102101, LLE103101 and LLE105100
a) Before use check that the fluid in which you wish to use these devices is compatible with Polysulfone.
b) Voltages applicable to output value stated.
NOTES
c) Hex nut and washer supplied with Type 1, Type 2 and Type 3.
d) When correctly sealed.
NOTES
OUTLINE DRAWING
All dimensions shown in mm. Tolerances = ±1mm.
HOUSING SPECIFICATIONS
NOTE: In the cases of Type 1 and Type 3 sensors, the rear of
the SST sensors are slightly longer than the Honeywell sensors.
NOTE: The dimensions of the Type 5 part make it a “push in”
part the same as LLE105100. Note that the sensor can also be
secured using an M10 nut.
ELECTRICAL INTERFACE
Wire Designation
Red Vs
Green Output
Blue 0V
Type 1
Type 3
Housing Series - External Mounting
Type 1 Type 2
Thread M12x1x8g
M12x1x8g
with
hex nutc
Pressured 7 bar / 101 psi maximum
Tightening
Torque 1.5 Nm / 13.26 in-lbs maximum
Housing Series - Internal Mounting
Type 3 Type 5
Thread
M12x1x8g
with
hex nutc
M10x1
Pressured 7 bar / 101 psi maximum
Tightening
Torque
1.5 Nm /
13.26 in-lbs maximum Not Applicable
Type 5
Type 2
General Note: SST Sensing Ltd. reserves the right to make changes to product specifications without notice or liability.
All information is subject to SST Sensing Ltd.'s own data and considered accurate at time of going to print.
DS-0150 REV 1 © 2018 SST SENSING LTD.
5 H AGMI LL CRE S CE N T, SHAW H EAD IND UST R IAL EST AT E , C OAT BRID GE , U K ML 5 4 NS
www. s st s en s i n g. com | e: s a l e s@ ss tse ns i ng . co m | t : + 44 (0 )1 2 36 4590 20 | f : + 44 (0) 12 3 6 4 59 02 6
CAUTION
Do not exceed maximum ratings and ensure sensor(s) are operated in
accordance with their requirements.
Carefully follow all wiring instructions. Incorrect wiring can cause
permanent damage to the device.
SST Sensing Ltd recommend using alcohol based cleaning agents.
Do NOT use chlorinated solvents such as trichloroethane as these are
likely to attack the sensor material.
Failure to comply with these instructions may result in product
damage.
INFORMATION
As customer applications are outside of SST Sensing Ltd.’s control, the
information provided is given without legal responsibility. Customers
should test under their own conditions to ensure that the equipment is
suitable for their intended application. Before use, check that the fluid in
which you wish to use these devices is compatible with Polysulfone.
For technical assistance or advice, please email:
technical@sstsensing.com
CIRCUIT DIAGRAM
CAUTION: Take care when connecting loads.
The minimum load impedance should not exceed Vs/max output current.
Note: Shorting the output to Vs or 0V will result in irreparable damage to the sensor.
ORDER INFORMATION
Specify the part number you require.
Sensor mounted from outside vessel Sensor mounted from inside vessel
Type 1 Type 3
Type 2 Type 5
Please contact SST Sensing for details; email: technical@sstsensing.com
L L C 1 0 3 1 0 1
L L C 1 0 1 1 0 1
L L C 1 0 5 1 0 0
L L C 1 0 2 1 0 1
