Telemecanique XMLR001G1P75 XMLR Series Fixed Differential, Pressure Sensor sensing, 5 to 10 ms response, Solid State/PNP output, 24 VDC
Pressure Sensors
PDW~11800584
MFG #: XMLR001G1P75
Telemecanique Sensors
740.25000
/ ea
Telemecanique XMLR001G1P75, Fixed Differential, XMLR Series, Pressure Sensor Sensing Method, 5 to 10 ms Response, Solid State/PNP Output, 24 VDC, 50 mA, Male connector Connection, (1) Yellow LED Light Source, 14.50 psi Pressure, 3.66 in H x 1.61 in W x 1.65 in D Size, IP65/IP67 Enclosure, -20 to 80 deg C Operating, Environmental Conditions: -40 to 176
- 360 Degree View URL - 360(360 Degree View URL)
- Brochure URL - 11003_327LTIKVBZQF6MYS.pdf(Brochure URL)
- Computer~Aided [CAD|BIM] Model URL(Computer~Aided [CAD|BIM] Model URL)
- Install Instructions 1 URL - 11003_XJNCKHB127RULYQD.pdf(Install Instructions 1 URL)
- Seller Home Page URL - us(Seller Home Page URL)
- Spec Sheet URL - 11003_UXVFZIR76AOBCSMP.pdf(Spec Sheet URL)
- Applications
- Features
| For accurate pressure measurement and display |
| Polyester front material |
| 0.5 kV DC uimp rated impulse withstand voltage |
| Fresh water 32 to 176 deg F (0 to 80 deg C))Air -4 to 176 deg F (-20 to 80 deg C))Hydraulic oil -4 to 176 deg F (-20 to 80 deg C))Refrigeration fluid -4 to 176 deg F (-20 to 80 deg C)) controlled fluid |
| 1.16 to 14.5 psi (80 to 99.97 kPa)1.16 to 14.50 psi (08 to 1 bar)1.16 to 14.50 psi (8 to 100 kPa) adjustable range of switching point on rising pressure |
| 0.43 psi (2.96 kPa)0.44 psi (03 bar)0.44 psi (3 kPa) minimum differential travel |
| Polyacrylamide 316L stainless steel housing material |
| Any position, but disposals can falsified the measurement in case of upside down mounting operating position |
| Overload protection, Reverse polarity, Overvoltage protection, Short-circuit protection type |
| 0 to 50 s in steps of 1 second switching output time delay |
| Fast 50 msNormal 200 msSlow 600 ms display response time type |
| Fast 50 msNormal 200 msSlow 600 ms display response time type |
| 300 ms maximum delay first up |
| <= 1 % of the measuring range overall accuracy |
| <= 0.5 % of the measuring range linearity error on analogue output |
| <= 0.2 % of the measuring range hysteresis on analogue output |
| <= 0.6 % of the measuring range measurement accuracy on switching output |
| +/- 03 % of measuring range/ deg C drift of the sensitivity |
| +/- 0.1 % of measuring range/ deg C drift of the zero point |
| <= 1 % of the measuring range display accuracy |