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PL-692-0.2

PL-692-0.2 differential pressure transmitter suitable for liquids, steam and gases. Pressure range 0-200mBarD over a 4-20mA output with 11-33vDC power supply. IP65 stainless steel casing with a pair of 6mm compression pressure connection, ceramic Al2O3 (96%) diaphragm and 1.5m flying lead. Operating temperature range -15 to +85°C.

£341.27

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PL-692 Differential Pressure Transmitter

Description

The PL-692-0.2 is a robust and accurate differential pressure sensor with a 0-200mBar range. A ceramic pressure sensor for stable and reliable measurements in liquid and non-aggressive gas applications. Its stainless steel IP65 housing ensures durability, with 4-20mA output options and easy installation via 6mm CuZn Nickel plated compression fittings and a 1.5m cable. The PL-692 is ideal for monitoring small pressure differential pressures across pumps or valves and general low differential pressures across a wide temperature range.

Features

  • 4-20mA output
  • Supplied with 6mm o/d compression fittings
  • Easy installation and wiring
  • IP65 with 1.5m flying lead
  • High temperature stability
  • Suitable for water, steam or air
  • Robust construction

 

Specifications

Pressure Ranges: 0 to 200mBar
Supply Voltage: 11 to 33vDC
Outputs: 4-20mA
Accuracy: ±0.0025 Bar
Long Term Stability: ±0.001 Bar
Response Time: <5ms
Burst Pressure: 1.2 Bar Overload Pressure
Materials in Contact: Ceramic/Stainless Steel 1.4305 with the medium EPDM seal
Pressure Connection: 6mm Compression, CuZn Nickel Plated
Operating Temp: -15 to 85°C
Dimensions: 130 x 40mm
Protection: IP65
Conformity: EMC, CE & UKCA Marked

 

For differential pressure measurement at high line pressure, it is recommended that the pressure sensor should be installed with a valve in each line plus a shunt (bypass) valve across the high (P1) and low (P2) pressure ports. This ensures that any potential overload on either P1 or P2 doesn’t exceed the maximum permitted.

Valve C should be open and valves A & B closed whenever the system is first being wetted or pressurised. Valves A & B should then be opened slowly to avoid hammering. Valve C can then be closed and the system is operating.

If the pressure sensor is to be removed from the system, valve C must be opened first, the valve A & B can then be closed.

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