Description
The PL-692 differential pressure transmitter is a robust and accurate pressure sensor with 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 or 0-10V output options and easy installation via 6mm CuZn Nickel plated compression fittings and a 1.5m cable. Available in pressure ranges from 100mBar up to 16 Bar, the PL-692 is ideal for monitoring flow, pumps, chillers, and general pressure across a wide temperature range.
Features
- Current and voltage output models
- 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 100mBar, 0 to 200mBar, 0 to 400mBar, 0 to 1 Bar, 0 to 2.5 Bar, 0 to 4 Bar, 0 to 6 Bar, 0 to 10 Bar or 0-16 Bar. |
Supply Voltage: | 11 to 33vDC (4-20mA output) 18 to 33vDC (0-10V output) |
Outputs: | 4-20mA or 0-10V |
Response Time: | <5ms |
Burst Pressure: | Refer to product datasheet |
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 using the PL-692 differential pressure transmitter at high line pressures, 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.