12
Pressure sensors are used to control and measure pressure or vacuum levels in
hydraulic or pneumatic systems.
They transform the pressure into an electrical signal. They then produce an
analogue output which is proportional to the measured pressure and/or one or two
switching outputs for which the switching point can be adjusted.
The high precision and performance of OsiSense XMLR pressure sensors makes
them suitable for numerous industrial applications requiring pressure/vacuum
display, control or regulation.
Easy to mount
Minimize installation time and effort. Mounting is easy and exible with the compact-
sized, rotating body and reversed display function.
Compact size
> With a height of just 88 to 100 mm depending on the pressure range and the uid
entry type, OsiSense XMLR is one of the most compact pressure switches on
the market.
42 mm
88...100 mm
41 mm
Rotating body
> The body of the OsiSense XMLR pressure sensor can be rotated 300°, thus
enabling the front face of the product to be orientated as required following
connection to the pressure inlet pipe.
1.1
General presentation Electronic pressure sensors
OsiSense XM
Pressure sensors with 4-digit display, type XMLR
The easy swith for machine pressure control
OsiSense XMLR
With its compact size,
the OsiSense XMLR
pressure sensor
is easily integrated in the
machine.
13
Easy to mount (continued)
Display inversion function
> The display can be inverted vertically to adapt to the sensor’s installation
position.
OUT 2
bar
psi
kPa
MPa
OUT 1
OUT 2
bar
psi
kPa
MPa
OUT 1
Easy to set up
Menu naming and structure based on VDMA* standard
> The ergonomic design of OsiSense XMLR sets a new standard for ease of
conguration.
Navigation using just two pushbuttons
> Two simple pushbuttons are all that is needed to navigate through an intuitive
menu structured according to VDMA* 24574-1 standard.
1
2
1 Pushbutton to display a value or parameter or to save a selected value or
parameter and return to the menu.
2 Pushbutton to scroll from one menu to another or to increase a value or change
a parameter
Easy to maintain
At each device start up, all segments of the display light up briey to conrm that it is
operating correctly.
The device can be tested using a diagnostic function which checks the whole
electronic signal processing chain. This function is accessible via the “Dia” menu.
It can be activated directly by the PLC by remote control via the test input
(on products which only have one analogue output).
OsiSense XMLR pressure sensors also include a recording of the high and low
pressure values measured since the last reset.
These values can be displayed via the Hi and Lo menus.
* VDMA: Verband Deutscher Maschinen und Anlagenbau e. V.
General presentation
(continued)
Electronic pressure sensors
OsiSense XM
Pressure sensors with 4-digit display, type XMLR
RUN
SP1
rP1
EF
rES
dS1
dr1
(extended
functions)
100% NP
NP
8%
97%
5%
SP2
rP2
50s
0
50s
0
100% NP
8%
NP97%
5%
Menu structure based on VDMA* standard
14
2
Electronic pressure sensors
OsiSense XM
Pressure sensors with 4-digit display, type XMLR
Compact plastic body, stainless steel 316L uid entry
With analogue and solid-state outputs
Presentation
Electronic pressure sensors type XMLR are used for pressure control of hydraulic
oils, fresh water, air and refrigerant uids, between -1 and 600 bar.
Depending on the model, XMLR sensors are available with different congurations in
order to meet the highest number of requirements:
b one analogue output, 4…20 mA or 0…10 V, proportional to the measuring range,
b one analogue output and one switching output, PNP or NPN type,
b two switching outputs, PNP or NPN type,
b one analogue output (4…20 mA) and two switching outputs, PNP or NPN type.
Compact and robust:
The stainless steel 316L uid entry and glass-ber-reinforced polyarylamide body
provide the XMLR pressure sensors with excellent mechanical resistance, improved
corrosion resistance and an P65/IP67 degree of protection. These products are for a
nominal supply voltage of 24 V c and have a 17 to 33 V c operating range.
They are particularly suitable for:
b Moulding and thermoforming presses
b Injection machines
b Pneumatic systems and assembly machinery
b Hydraulic systems of lifting and handling equipment
b Pumping and fresh water treatment
Compact
88 mm to 100 mm overall, depending on model.
Simplicity of setting-up
The body of the OsiSense XMLR pressure sensor can be turned through 300°, thus
enabling the front face of the product to be orientated as required following
connection to the pressure inlet pipe.
In addition, the reversed display function simplies reading in the event of upside
down mounting (uid entry from above).
Description
1 M12 male connector, 4 or 5-pin depending on model.
2 4-digit, 7 segment display and LED indicator for pressure unit and output state
(LED on when the output is activated).
3 Navigation keys for setting and conguring the menus (conforming to VDMA
24574).
4 Fluid entry: G 1/4 female, 1/4"-18NPT female or SAE 7/16-20UNF female,
depending on model.
Functions
Congurable functions
For the display:
b Pressure unit of measurement (bar, psi, kPa or MPa).
b Display refresh time: fast (50 ms), normal (200 ms), slow (600 ms).
b 180° reversed display function.
b Display off: power saving mode.
For the analogue output (4…20 mA or 0…10 V):
b Offset compensation in the range of ±5% of the nominal pressure.
b Adjustment of analogue end point between 75 and 125% of the nominal pressure.
For each solid-state output:
b NO or NC contact
b Switching mode of outputs: Hysteresis (pumping) or Window (control).
b Time delay both on trip and on reset (adjustable from 0 to 50 s, in steps of 1 s).
Locking/unlocking:
b The product can be locked to prevent unintended resetting. All means of adjusting
the settings are then disabled.
Fast diagnostic functions
b Illumination of all the segments of the display on each power-up, enabling
checking of their operation.
b Diagnostic function for checking correct operation of the sensor.
b Saving of min. and max. pressures measured by the sensor and their subsequent
display.
Presentation,
description,
functions
Reversed display function
OUT 2
bar
psi
kPa
MPa
OUT 1
OUT 2
bar
psi
kPa
MPa
OUT 1
2
1
4
3
3
1
2
3
4
5
6
7
8
9
10
15
2
Electronic pressure sensors
OsiSense XM
Pressure sensors with 4-digit display, type XMLR
Compact plastic body, stainless steel 316L uid entry
With analogue and solid-state outputs
References
-1 to 0 bar (-14.5 to 0 psi)
Maximum permissible accidental pressure: 3 bar, destruction pressure: 3 bar
G 1/4 female DIN 3852-Y uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLRM01G0T25 0.190
0…10 V –XMLRM01G0T75 0.190
4…20 mA 1 x PNP XMLRM01G1P25 0.190
4…20 mA 1 x NPN XMLRM01G1N25 0.190
0…10 V 1 x PNP XMLRM01G1P75 0.190
0…10 V 1 x NPN XMLRM01G1N75 0.190
–2 x PNP XMLRM01G2P05 0.190
–2 x NPN XMLRM01G2N05 0.190
4…20 mA 2 x PNP XMLRM01G2P25 0.190
4…20 mA 2 x NPN XMLRM01G2N25 0.190
1/4”-18NPT female uid connection
4…20 mA –XMLRM01G0T26 0.212
4…20 mA 1 x PNP XMLRM01G1P26 0.212
4…20 mA 1 x NPN XMLRM01G1N26 0.212
–2 x PNP XMLRM01G2P06 0.212
–2 x NPN XMLRM01G2N06 0.212
4…20 mA 2 x PNP XMLRM01G2P26 0.212
4…20 mA 2 x NPN XMLRM01G2N26 0.212
0 to 1 bar (0 to 14.5 psi)
Maximum permissible accidental pressure: 7 bar, destruction pressure: 7 bar
G 1/4 female DIN 3852-Y uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLR001G0T25 0.190
0…10 V –XMLR001G0T75 0.190
4…20 mA 1 x PNP XMLR001G1P25 0.190
4…20 mA 1 x NPN XMLR001G1N25 0.190
0…10 V 1 x PNP XMLR001G1P75 0.190
0…10 V 1 x NPN XMLR001G1N75 0.190
–2 x PNP XMLR001G2P05 0.190
–2 x NPN XMLR001G2N05 0.190
1/4”-18NPT female uid connection
4…20 mA –XMLR001G0T26 0.212
0…10 V –XMLR001G0T76 0.212
4…20 mA 1 x PNP XMLR001G1P26 0.212
4…20 mA 1 x NPN XMLR001G1N26 0.212
–2 x PNP XMLR001G2P06 0.212
–2 x NPN XMLR001G2N06 0.212
0 to 2.5 bar (0 to 36.2 psi)
Maximum permissible accidental pressure: 12 bar, destruction pressure: 12 bar
G 1/4 female DIN 3852-Y uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLR2D5G0T25 0.190
0…10 V –XMLR2D5G0T75 0.190
4…20 mA 1 x PNP XMLR2D5G1P25 0.190
4…20 mA 1 x NPN XMLR2D5G1N25 0.190
0…10 V 1 x PNP XMLR2D5G1P75 0.190
0…10 V 1 x NPN XMLR2D5G1N75 0.190
–2 x PNP XMLR2D5G2P05 0.190
–2 x NPN XMLR2D5G2N05 0.190
1/4”-18NPT female uid connection
4…20 mA 1 x PNP XMLR2D5G1P26 0.212
4…20 mA 1 x NPN XMLR2D5G1N26 0.212
–2 x PNP XMLR2D5G2P06 0.212
–2 x NPN XMLR2D5G2N06 0.212
XMLRpppGppp5
XMLRpppGppp6
1
2
3
4
5
6
7
8
9
10
16
2
Electronic pressure sensors
OsiSense XM
Pressure sensors with 4-digit display, type XMLR
Compact plastic body, stainless steel 316L uid entry
With analogue and solid-state outputs
References (continued)
0 to 10 bar (0 to 145 psi)
Maximum permissible accidental pressure: 40 bar, destruction pressure: 40 bar
G 1/4 female DIN 3852-Y uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLR010G0T25 0.190
0…10 V –XMLR010G0T75 0.190
4…20 mA 1 x PNP XMLR010G1P25 0.190
4…20 mA 1 x NPN XMLR010G1N25 0.190
0…10 V 1 x PNP XMLR010G1P75 0.190
0…10 V 1 x NPN XMLR010G1N75 0.190
–2 x PNP XMLR010G2P05 0.190
–2 x NPN XMLR010G2N05 0.190
4…20 mA 2 x PNP XMLR010G2P25 0.190
4…20 mA 2 x NPN XMLR010G2N25 0.190
1/4”-18NPT female uid connection
4…20 mA –XMLR010G0T26 0.212
0…10 V –XMLR010G0T76 0.212
4…20 mA 1 x PNP XMLR010G1P26 0.212
4…20 mA 1 x NPN XMLR010G1N26 0.212
0…10 V 1 x PNP XMLR010G1P76 0.212
0…10 V 1 x NPN XMLR010G1N76 0.212
–2 x PNP XMLR010G2P06 0.212
–2 x NPN XMLR010G2N06 0.212
4…20 mA 2 x PNP XMLR010G2P26 0.212
4…20 mA 2 x NPN XMLR010G2N26 0.212
SAE 7/16-20UNF-2B female uid connection
–2 x PNP XMLR010G2P09 0.210
–2 x NPN XMLR010G2N09 0.210
0 to 16 bar (0 to 232 psi)
Maximum permissible accidental pressure: 62 bar, destruction pressure: 62 bar
G 1/4 female DIN 3852-Y uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLR016G0T25 0.190
0…10 V –XMLR016G0T75 0.190
4…20 mA 1 x PNP XMLR016G1P25 0.190
4…20 mA 1 x NPN XMLR016G1N25 0.190
0…10 V 1 x PNP XMLR016G1P75 0.190
–2 x PNP XMLR016G2P05 0.190
1/4”-18NPT female uid connection
4…20 mA –XMLR016G0T26 0.212
4…20 mA 1 x PNP XMLR016G1P26 0.212
4…20 mA 1 x NPN XMLR016G1N26 0.212
–2 x PNP XMLR016G2P06 0.212
–2 x NPN XMLR016G2N06 0.212
0 to 25 bar (0 to 362 psi)
Maximum permissible accidental pressure: 100 bar, destruction pressure: 100 bar
G 1/4 female DIN 3852-Y uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLR025G0T25 0.190
0…10 V –XMLR025G0T75 0.190
4…20 mA 1 x PNP XMLR025G1P25 0.190
4…20 mA 1 x NPN XMLR025G1N25 0.190
0…10 V 1 x PNP XMLR025G1P75 0.190
0…10 V 1 x NPN XMLR025G1N75 0.190
–2 x PNP XMLR025G2P05 0.190
–2 x NPN XMLR025G2N05 0.190
1/4”-18NPT female uid connection
4…20 mA –XMLR025G0T26 0.212
4…20 mA 1 x PNP XMLR025G1P26 0.212
4…20 mA 1 x NPN XMLR025G1N26 0.212
–2 x PNP XMLR025G2P06 0.212
–2 x NPN XMLR025G2N06 0.212
XMLRpppGppp5
XMLRpppGppp6
XMLRpppGppp9
1
2
3
4
5
6
7
8
9
10
17
2
Electronic pressure sensors
OsiSense XM
Pressure sensors with 4-digit display, type XMLR
Compact plastic body, stainless steel 316L uid entry
With analogue and solid-state outputs
References (continued)
0 to 40 bar (0 to 580 psi)
Maximum permissible accidental pressure: 150 bar, destruction pressure: 150 bar
G 1/4 female DIN 3852-Y uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLR040G0T25 0.190
0…10 V –XMLR040G0T75 0.190
4…20 mA 1 x PNP XMLR040G1P25 0.190
4…20 mA 1 x NPN XMLR040G1N25 0.190
0…10 V 1 x PNP XMLR040G1P75 0.190
0…10 V 1 x NPN XMLR040G1N75 0.190
–2 x PNP XMLR040G2P05 0.190
–2 x NPN XMLR040G2N05 0.190
4…20 mA 2 x PNP XMLR040G2P25 0.190
4…20 mA 2 x NPN XMLR040G2N25 0.190
1/4”-18NPT female uid connection
4…20 mA –XMLR040G0T26 0.212
4…20 mA 1 x PNP XMLR040G1P26 0.212
4…20 mA 1 x NPN XMLR040G1N26 0.212
–2 x PNP XMLR040G2P06 0.212
–2 x NPN XMLR040G2N06 0.212
0 to 100 bar (0 to 1450 psi)
Maximum permissible accidental pressure: 300 bar, destruction pressure: 600 bar
G 1/4 female DIN 3852-Y uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLR100M0T25 0.186
0…10 V –XMLR100M0T75 0.186
4…20 mA 1 x PNP XMLR100M1P25 0.186
4…20 mA 1 x NPN XMLR100M1N25 0.186
0…10 V 1 x PNP XMLR100M1P75 0.186
0…10 V 1 x NPN XMLR100M1N75 0.186
–2 x PNP XMLR100M2P05 0.186
–2 x NPN XMLR100M2N05 0.186
1/4”-18NPT female uid connection
4…20 mA –XMLR100M0T26 0.186
4…20 mA 1 x PNP XMLR100M1P26 0.186
4…20 mA 1 x NPN XMLR100M1N26 0.186
–2 x PNP XMLR100M2P06 0.186
–2 x NPN XMLR100M2N06 0.186
0 to 160 bar (0 to 2320 psi)
Maximum permissible accidental pressure: 480 bar, destruction pressure: 960 bar
G 1/4 female DIN 3852-Y uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLR160M0T25 0.186
0…10 V –XMLR160M0T75 0.186
4…20 mA 1 x PNP XMLR160M1P25 0.186
4…20 mA 1 x NPN XMLR160M1N25 0.186
0…10 V 1 x PNP XMLR160M1P75 0.186
0…10 V 1 x NPN XMLR160M1N75 0.186
–2 x PNP XMLR160M2P05 0.186
–2 x NPN XMLR160M2N05 0.186
SAE 7/16-20UNF-2B female uid connection
–2 x PNP XMLR160M2P09 0.212
–2 x NPN XMLR160M2N09 0.212
XMLRpppGppp5
XMLRpppGppp6
XMLRpppMppp5
XMLRpppMppp6
XMLRpppMppp9
1
2
3
4
5
6
7
8
9
10
18
2
0 to 250 bar (0 to 3625 psi)
Maximum permissible accidental pressure: 750 bar, destruction pressure: 1500 bar
G 1/4 female DIN 3852-Y uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLR250M0T25 0.186
0…10 V –XMLR250M0T75 0.186
4…20 mA 1 x PNP XMLR250M1P25 0.186
4…20 mA 1 x NPN XMLR250M1N25 0.186
0…10 V 1 x PNP XMLR250M1P75 0.186
0…10 V 1 x NPN XMLR250M1N75 0.186
–2 x PNP XMLR250M2P05 0.186
–2 x NPN XMLR250M2N05 0.186
4…20 mA 2 x PNP XMLR250M2P25 0.186
4…20 mA 2 x NPN XMLR250M2N25 0.186
1/4”-18NPT female uid connection
4…20 mA –XMLR250M0T26 0.186
4…20 mA 1 x PNP XMLR250M1P26 0.186
4…20 mA 1 x NPN XMLR250M1N26 0.186
0…10 V 1 x PNP XMLR250M1P76 0.186
–2 x PNP XMLR250M2P06 0.186
–2 x NPN XMLR250M2N06 0.186
SAE 7/16-20UNF-2B female uid connection
–2 x PNP XMLR250M2P09 0.212
–2 x NPN XMLR250M2N09 0.212
0 to 400 bar (0 to 5800 psi)
Maximum permissible accidental pressure: 1200 bar, destruction pressure: 2400 bar
G 1/4 female DIN 3852-Y uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLR400M0T25 0.186
0…10 V –XMLR400M0T75 0.186
4…20 mA 1 x PNP XMLR400M1P25 0.186
4…20 mA 1 x NPN XMLR400M1N25 0.186
0…10 V 1 x PNP XMLR400M1P75 0.186
0…10 V 1 x NPN XMLR400M1N75 0.186
–2 x PNP XMLR400M2P05 0.186
–2 x NPN XMLR400M2N05 0.186
4…20 mA 2 x PNP XMLR400M2P25 0.186
4…20 mA 2 x NPN XMLR400M2N25 0.186
1/4”-18NPT female uid connection
4…20 mA –XMLR400M0T26 0.186
4…20 mA 1 x PNP XMLR400M1P26 0.186
4…20 mA 1 x NPN XMLR400M1N26 0.186
–2 x PNP XMLR400M2P06 0.186
–2 x NPN XMLR400M2N06 0.186
0 to 600 bar (0 to 8700 psi)
Maximum permissible accidental pressure: 1500 bar, destruction pressure: 2500 bar
G 1/4 female uid connection
Analogue output
type
Solid-state output
type
Reference Weight
kg
4…20 mA –XMLR600M0T25 0.186
0…10 V –XMLR600M0T75 0.186
4…20 mA 1 x PNP XMLR600M1P25 0.186
0…10 V 1 x PNP XMLR600M1P75 0.186
–2 x PNP XMLR600M2P05 0.186
Electronic pressure sensors
OsiSense XM
Pressure sensors with 4-digit display, type XMLR
Compact plastic body, stainless steel 316L uid entry
With analogue and solid-state outputs
References (continued)
XMLRpppMppp5
XMLRpppMppp6
XMLRpppMppp9
1
2
3
4
5
6
7
8
9
10
19
2
Electronic pressure sensors
OsiSense XM
Pressure sensors with 4-digit display, type XMLR
Accessories
References (continued)
Accessories
Description For use with Reference Weight
kg
Cooler with G 1/4 A (male)
uid connections
Usage temperature:
150 °C for the uid,
50 °C for the ambient air
XMLRppppppp5 XMLZL009 0.370
Connectors
Description For use with Type Reference Weight
kg
M12 female connector,
4-pin
Metal clamping ring
XMLRpppp0Tpp
XMLRpppp1Ppp
XMLRpppp1Npp
XMLRpppp2P0p
XMLRpppp2N0p
Straight XZCC12FDM40B 0.020
Elbowed XZCC12FCM40B 0.020
M12 female connector,
5-pin
Metal clamping ring
XMLRpppp2P2p
XMLRpppp2N2pStraight XZCC12FDM50B 0.020
Elbowed XZCC12FCM50B 0.020
Pre-wired connectors and jumper cables (PUR cable)
Description For use with Type Length
of cable
Reference Weight
m kg
Pre-wired M12 female
connectors, 4-pin
Metal clamping ring
XMLRpppp0Tpp
XMLRpppp1ppp
XMLRpppp2P0p
XMLRpppp2N0p
Straight 2 XZCP1141L2 0.090
5XZCP1141L5 0.190
10 XZCP1141L10 0.370
Elbowed 2XZCP1241L2 0.090
5XZCP1241L5 0.190
10 XZCP1241L10 0.370
M12-M12
4-pin
jumper cables
XMLRpppp0Tpp
XMLRpppp1ppp
XMLRpppp2P0p
XMLRpppp2N0p
Straight
female
connector
1XZCR1511041C1 0.100
2XZCR1511041C2 0.100
Elbowed
female
connector
1XZCR1512041C1 0.100
2XZCR1512041C2 0.100
M12-M12
5-pin
jumper cables
XMLRpppp2P2p
XMLRpppp2N2pStraight
female
connector
1XZCR1511064D1 0.100
2XZCR1511064D2 0.100
Elbowed
female
connector
1XZCR1512064D1 0.100
2XZCR1512064D2 0.100
XZCP1141Lp
XMLZL009
XZCR15110pppp
XZCP1241Lp
XZCR15120pppp
XZCC12FDMp0B
XZCC12FCMp0B
1
2
3
4
5
6
7
8
9
10
20
Index Product reference index
X
XMLEZ010 9
XMLEZ025 9
XMLEZ060 9
XMLEZ100 9
XMLEZ250 9
XMLEZ600 9
XMLP1K0PD13 8
XMLP1K0PD23 8
XMLP1K0PD73 8
XMLP1K0PP13 8
XMLP1K0PP23 8
XMLP1K0PP73 8
XMLP2K0PD13 8
XMLP2K0PD23 8
XMLP2K0PD73 8
XMLP2K0PP13 8
XMLP2K0PP23 8
XMLP2K0PP73 8
XMLP3K0PD13 8
XMLP3K0PD23 8
XMLP3K0PD73 8
XMLP3K0PP13 8
XMLP3K0PP23 8
XMLP3K0PP73 8
XMLP6K0PD13 8
XMLP6K0PD23 8
XMLP6K0PD73 8
XMLP6K0PP13 8
XMLP6K0PP23 8
XMLP6K0PP73 8
XMLP010BC11V 3
XMLP010BC17 3
XMLP010BC19 3
XMLP010BC21V 3
XMLP010BC27 3
XMLP010BC29 3
XMLP010BC71V 3
XMLP010BC77 3
XMLP010BC79 3
XMLP010BD11V 3
XMLP010BD17 3
XMLP010BD19 3
XMLP010BD21V 3
XMLP010BD27 3
XMLP010BD29 3
XMLP010BD71V 3
XMLP010BD77 3
XMLP010BD79 3
XMLP10KPD13 8
XMLP10KPD23 8
XMLP10KPD73 8
XMLP10KPP13 8
XMLP10KPP23 8
XMLP10KPP73 8
XMLP016BC11V 3
XMLP016BC17 3
XMLP016BC19 3
XMLP016BC21V 3
XMLP016BC27 3
XMLP016BC29 3
XMLP016BC71V 3
XMLP016BC77 3
XMLP016BC79 3
XMLP016BD11V 3
XMLP016BD17 3
XMLP016BD19 3
XMLP016BD21V 3
XMLP016BD27 3
XMLP016BD29 3
XMLP016BD71V 3
XMLP016BD77 3
XMLP016BD79 3
XMLP025BC11V 4
XMLP025BC17 4
XMLP025BC19 4
XMLP025BC21V 4
XMLP025BC27 4
XMLP025BC29 4
XMLP025BC71V 4
XMLP025BC77 4
XMLP025BC79 4
XMLP025BD11V 4
XMLP025BD17 4
XMLP025BD19 4
XMLP025BD21V 4
XMLP025BD27 4
XMLP025BD29 4
XMLP025BD71V 4
XMLP025BD77 4
XMLP025BD79 4
XMLP040BC11V 4
XMLP040BC17 4
XMLP040BC19 4
XMLP040BC21V 4
XMLP040BC27 4
XMLP040BC29 4
XMLP040BC71V 4
XMLP040BC77 4
XMLP040BC79 4
XMLP040BD11V 4
XMLP040BD17 4
XMLP040BD19 4
XMLP040BD21V 4
XMLP040BD27 4
XMLP040BD29 4
XMLP040BD71V 4
XMLP040BD77 4
XMLP040BD79 4
XMLP060BC11V 5
XMLP060BC17 5
XMLP060BC19 5
XMLP060BC21V 5
XMLP060BC27 5
XMLP060BC29 5
XMLP060BC71V 5
XMLP060BC77 5
XMLP060BC79 5
XMLP060BD11V 5
XMLP060BD17 5
XMLP060BD19 5
XMLP060BD21V 5
XMLP060BD27 5
XMLP060BD29 5
XMLP060BD71V 5
XMLP060BD77 5
XMLP060BD79 5
XMLP100BC12 5
XMLP100BC22 5
XMLP100BC72 5
XMLP100BD12 5
XMLP100BD22 5
XMLP100BD72 5
XMLP100PD13 7
XMLP100PD23 7
XMLP100PD73 7
XMLP100PP13 7
XMLP100PP23 7
XMLP100PP73 7
XMLP150PD13 7
XMLP150PD23 7
XMLP150PD73 7
XMLP150PP13 7
XMLP150PP23 7
XMLP150PP73 7
XMLP160BC12 6
XMLP160BC22 6
XMLP160BC72 6
XMLP160BD12 6
XMLP160BD22 6
XMLP160BD72 6
XMLP200PD13 7
XMLP200PD23 7
XMLP200PD73 7
XMLP200PP13 7
XMLP200PP23 7
XMLP200PP73 7
XMLP250BC12 6
XMLP250BC22 6
XMLP250BC72 6
XMLP250BD12 6
XMLP250BD22 6
XMLP250BD72 6
XMLP300PD13 7
XMLP300PD23 7
XMLP300PD73 7
XMLP300PP13 7
XMLP300PP23 7
XMLP300PP73 7
XMLP400BC12 6
XMLP400BC22 6
XMLP400BC72 6
XMLP400BD12 6
XMLP400BD22 6
XMLP400BD72 6
XMLP600BC12 6
XMLP600BC22 6
XMLP600BC72 6
XMLP600BD12 6
XMLP600BD22 6
XMLP600BD72 6
XMLP600PD13 7
XMLP600PD23 7
XMLP600PD73 7
XMLP600PP13 7
XMLP600PP23 7
XMLP600PP73 7
XMLPZLH01 11
XMLPZLV01 11
XMLR001G0T25 15
XMLR001G0T26 15
XMLR001G0T75 15
XMLR001G0T76 15
XMLR001G1N25 15
XMLR001G1N26 15
XMLR001G1N75 15
XMLR001G1P25 15
XMLR001G1P26 15
XMLR001G1P75 15
XMLR001G2N05 15
XMLR001G2N06 15
XMLR001G2P05 15
XMLR001G2P06 15
XMLR2D5G0T25 15
XMLR2D5G0T75 15
XMLR2D5G1N25 15
XMLR2D5G1N26 15
XMLR2D5G1N75 15
XMLR2D5G1P25 15
XMLR2D5G1P26 15
XMLR2D5G1P75 15
XMLR2D5G2N05 15
XMLR2D5G2N06 15
XMLR2D5G2P05 15
XMLR2D5G2P06 15
XMLR010G0T25 16
XMLR010G0T26 16
XMLR010G0T75 16
XMLR010G0T76 16
XMLR010G1N25 16
XMLR010G1N26 16
XMLR010G1N75 16
XMLR010G1N76 16
XMLR010G1P25 16
XMLR010G1P26 16
XMLR010G1P75 16
XMLR010G1P76 16
XMLR010G2N05 16
XMLR010G2N06 16
XMLR010G2N09 16
XMLR010G2N25 16
XMLR010G2N26 16
XMLR010G2P05 16
XMLR010G2P06 16
XMLR010G2P09 16
XMLR010G2P25 16
XMLR010G2P26 16
XMLR016G0T25 16
XMLR016G0T26 16
XMLR016G0T75 16
XMLR016G1N25 16
XMLR016G1N26 16
XMLR016G1P25 16
XMLR016G1P26 16
XMLR016G1P75 16
XMLR016G2N06 16
XMLR016G2P05 16
XMLR016G2P06 16
XMLR025G0T25 16
XMLR025G0T26 16
XMLR025G0T75 16
XMLR025G1N25 16
XMLR025G1N26 16
XMLR025G1N75 16
XMLR025G1P25 16
XMLR025G1P26 16
XMLR025G1P75 16
XMLR025G2N05 16
XMLR025G2N06 16
XMLR025G2P05 16
XMLR025G2P06 16
XMLR040G0T25 17
XMLR040G0T26 17
XMLR040G0T75 17
XMLR040G1N25 17
XMLR040G1N26 17
XMLR040G1N75 17
XMLR040G1P25 17
XMLR040G1P26 17
XMLR040G1P75 17
XMLR040G2N05 17
XMLR040G2N06 17
XMLR040G2N25 17
XMLR040G2P05 17
XMLR040G2P06 17
XMLR040G2P25 17
XMLR100M0T25 17
XMLR100M0T26 17
XMLR100M0T75 17
XMLR100M1N25 17
XMLR100M1N26 17
XMLR100M1N75 17
XMLR100M1P25 17
XMLR100M1P26 17
XMLR100M1P75 17
XMLR100M2N05 17
XMLR100M2N06 17
XMLR100M2P05 17
XMLR100M2P06 17
XMLR160M0T25 17
XMLR160M0T75 17
XMLR160M1N25 17
XMLR160M1N75 17
XMLR160M1P25 17
XMLR160M1P75 17
2
1
3
4
5
6
7
8
9
10
2
1
3
4
5
6
7
8
9
10
2
1
3
4
5
6
7
8
9
10
2
1
3
4
5
6
7
8
9
10
21
Index (continued) Product reference index
XMLR160M2N05 17
XMLR160M2N09 17
XMLR160M2P05 17
XMLR160M2P09 17
XMLR250M0T25 18
XMLR250M0T26 18
XMLR250M0T75 18
XMLR250M1N25 18
XMLR250M1N26 18
XMLR250M1N75 18
XMLR250M1P25 18
XMLR250M1P26 18
XMLR250M1P75 18
XMLR250M1P76 18
XMLR250M2N05 18
XMLR250M2N06 18
XMLR250M2N09 18
XMLR250M2N25 18
XMLR250M2P05 18
XMLR250M2P06 18
XMLR250M2P09 18
XMLR250M2P25 18
XMLR400M0T25 18
XMLR400M0T26 18
XMLR400M0T75 18
XMLR400M1N25 18
XMLR400M1N26 18
XMLR400M1N75 18
XMLR400M1P25 18
XMLR400M1P26 18
XMLR400M1P75 18
XMLR400M2N05 18
XMLR400M2N06 18
XMLR400M2N25 18
XMLR400M2P05 18
XMLR400M2P06 18
XMLR400M2P25 18
XMLR600M0T25 18
XMLR600M0T75 18
XMLR600M1P25 18
XMLR600M1P75 18
XMLR600M2P05 18
XMLRM01G0T25 15
XMLRM01G0T26 15
XMLRM01G0T75 15
XMLRM01G1N25 15
XMLRM01G1N26 15
XMLRM01G1N75 15
XMLRM01G1P25 15
XMLRM01G1P26 15
XMLRM01G1P75 15
XMLRM01G2N05 15
XMLRM01G2N06 15
XMLRM01G2N25 15
XMLRM01G2N26 15
XMLRM01G2P05 15
XMLRM01G2P06 15
XMLRM01G2P25 15
XMLRM01G2P26 15
XMLZL009 19
XZCC12FCM40B 9
XZCC12FCM40B 11
XZCC12FCM40B 19
XZCC12FCM50B 19
XZCC12FDM40B 9
XZCC12FDM40B 11
XZCC12FDM40B 19
XZCC12FDM50B 19
XZCC12MCM40B 11
XZCC12MDM40B 11
XZCC43FCP40B 9
XZCP1141L2 9
11
19
XZCP1141L5 9
11
19
XZCP1141L10 9
11
19
XZCP1141L15 11
XZCP1141L20 11
XZCP1241L2 9
11
19
XZCP1241L5 9
11
19
XZCP1241L10 9
11
19
XZCP1241L15 11
XZCP1241L20 11
XZCPV1141L2 9
XZCPV1141L5 9
XZCPV1141L10 9
XZCPV1241L2 9
XZCPV1241L5 9
XZCPV1241L10 9
XZCR1511040A1 11
XZCR1511040A2 11
XZCR1511041C1 19
XZCR1511041C2 19
XZCR1511064D1 19
XZCR1511064D2 19
XZCR1512040A1 11
XZCR1512040A2 11
XZCR1512041C1 19
XZCR1512041C2 19
XZCR1512064D1 19
XZCR1512064D2 19
Z
ZMLPA1N2SH 11
ZMLPA1N2SW 11
ZMLPA1P2SH 11
ZMLPA1P2SW 11
ZMLPA2N0SH 11
ZMLPA2P0SH 11
2
1
3
4
5
6
7
8
9
10
2
1
3
4
5
6
7
8
9
10
The information provided in this documentation contains general descriptions and/or technical
characteristics of the performance of the products contained herein. This documentation is not
intended as a substitute for and is not to be used for determining suitability or reliability of these
products for specic user applications. It is the duty of any such user or integrator to perform the
appropriate and complete risk analysis, evaluation and testing of the products with respect to the
relevant specic application or use thereof. Neither Schneider Electric nor any of its afliates or
subsidiaries shall be responsible or liable for misuse of the information contained herein.
Design: Schneider Electric
Photos: Schneider Electric
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