Differential Pressure Transmitter - PD39XE Series

Differential pressure transmitter, Series 39 high accuracy digitally compensated, total error band 0.1% ( linearity, hysterises, temperature effect ), ranges up to 300 Bar differential with a maximum static pressure of 300 bar.. These units also have an RS485 output in addition to the standard analogue outputs

Price range: $0.00 - $850.00

Differential Pressure Transmitter - PD23 Series

Series 23PD differential pressure transducers and transmitters, ranges 200mBar to 20 Bar. With Exia, EXD and flush diaphragm options.

PL-692 Differential Pressure Transmitter

Differential pressure transmitter, suitable for liquids or non agressive gases, available with ranges from 0-100mBar DP to 0-16 Bar DP. Ceramic sensor in stainless steel housing with either 4-20mA or 0-10VDC output. Accuracy +/- 1.3% FSD.

PA267 Low Range Differential / Gauge Pressure Transmitter

Low range pressure transmitter PA267. Ranges 0 - 25, 0 - 50, 0 - 100, 0 - 150, 0- 300, 0 - 500, 0 1000, 0 -1600 and 0 - 2500 Pascals, accuracy +- 1% (optional +- 0.4%) with 4 - 20mA or 0 - 10v outputs. Can be supplied with optional integral LCD display. Over range pressure 10psi. Can also be used for flow measurement in ducts using the AV-EP insertion multipoint air velocity probe.

PL691 Low range Pressure Transmitter for liquids or gases, with ceramic diaphragm.

Low range pressure transmitter, PL691 for liquids or gases, with ceramic diaphragm. Ranges 0 - 100, to 0 - 600 mBar gauge, accuracy +- 0.3% with 4 - 20mA or 0 - 10v outputs. Operating temperature -15 to +80 degrees C. 1/2" BSP process connection.

PR41Low range capacitive pressure transmitter, ranges from 10 mBar

This product has now been replaced by the Series 41 XE - see next product.

PR41 XE Low range pressure transmitter, ranges from 10 mBar

The Series 41 X combines the ceramic measurement cell for low pressure ranges with the µP-electronics of the digital Series 30 transmitter. The pressure values from the signals of the pressure and temperature sensors are determined by polynomial compensation. The values can be displayed and stored on a PC via an RS485 interface and programming can also be carried out.