XMLE060U1C31

Pressure sensor 60 bar - G1/4A (male) - 24 V - NC

End of commercialisation End of commercialization date : End of service date :

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Datasheet

Range of product
Telemecanique Pressure sensors XM
Product or component type
Electronic pressure sensors
Pressure sensor type
Electronic pressure sensor
Pressure sensor name
XMLE
Fluid connection type
G 1/4A (male) conforming to ISO 228
Pressure switch type of operation
Regulation between 2 thresholds
Discrete output type
Solid state NPN, 1 NC
Electrical connection
Male connector EN 175301-803-A (ex DIN43650)
Type of output signal
Discrete
[Us] rated supply voltage
24 V DC, voltage limits: 11-33 V
Materials in contact with fluid
Stainless steel type AISI 303
Scale type
Adjustable differential
Controlled fluid
Air (-15-80 °C), corrosive fluid (-15-80 °C), hydraulic oil (-15-80 °C), fresh water (0-80 °C)
Local display
Without
Type of installation
Control circuit
Current consumption
15 mA
Enclosure material
Anodised aluminium
Protection type
Overload protection
reverse polarity
short-circuit
Drift of the sensitivity
+/- 0.015 % of measuring range/°C
Drift of the zero point
+/- 0.03 % of measuring range/°C
Response time on output
< 5 ms
Measurement accuracy
+/- 0.3 % of the measuring range
Operating position
Any position
Vibration resistance
35 gn (f = 60-2000 Hz), 5 gn (f = 25-200 Hz)
Shock resistance
50 gn
Standards
CE
EN 50081
EN 50082
Product certifications
CSA
UL
Protective treatment
TC
IP degree of protection
IP65
Unit type of package 1
PCE
Number of units in package 1
1
California proposition 65
WARNING: This product can expose you to chemicals including: Diisononyl phthalate (DINP), which is known to the State of California to cause cancer, and Di-isodecyl phthalate (DIDP), which is known to the State of California to cause birth defects or other reproductive harm. Fo more information go to www.P65Warnings.ca.gov

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Technical Drawings

Dimensions

epds
  • Ø : G 1/4 (male)

Wiring Diagram

epds

Operating Curves

epds
  • 1 : Maximum differential
  • 2 : Minimum differential
  • (y) Rising pressure
  • (x) Falling pressure

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Documents & Downloads

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