- ORANGE RESEARCH INC.
- 140 Cascade Blvd.
- Milford CT 06460
Made In The U.S.A.
Required fields noted with *
|2-wire differential pressure transmitter for 4-20mA output|
|3-wire differential pressure transmitter for 0-5V output|
|With or without local indicators|
|Transmitters can handle up to 5,000 psi|
Orange Research differential pressure transmitters handle working pressures to 5,000psi. Machined from solid blocks of metal, the transmitter pressure bodies protect sensitive, repeatable sensors within a rugged, protective housing. A magnetic sensor relays slight changes in pressure to the electronics, which amplify and linearize the signal. Changes in filter, level or flow conditions can be monitored remotely.
One differential pressure transmitter unit can be wired for either voltage or current output. Two wire for loop power (4-20mA) use offers more flexibility…there is no need to bring a separate power line to the unit. Installation time and costs are reduced. For voltage outputs (0-5 volt) 3 or 4-wire use is required.
Our differential pressure transmitters can be configured with or without dials. Many times an easy-to-read gauge is a separate instrument to be specified. Our differential pressure transmitters have a gauge option which facilitates local and remote monitoring! Up to 6-inch dials are available, which can be read from over 75 feet away.
Built for industrial applications, a weatherproof enclosure protects the electronics with Class 1, Div 1 or Div 2, NEMA 4X & IP 65 ratings.
|9-35 VDC||0-5 VDC, 4-20 mA||2 wire (loop powered current output), 3 or 4
wire (voltage output)
|-20° F to 200° F (ambient) Temperature
Our instrument sensors include a magnet that moves with the sensor as the pressure or flow conditions change. Our transmitters incorporate a Hall effect sensor that transforms that movement into an electrical output. As the conditions change and the sensor moves into proximity to the Hall effect sensor there is a change in output from the Hall effect sensor that is proportionate to the differential pressure reading.
Every differential pressure transmitter is capable of providing a current and voltage output. The user simply selects the output they require. Temperature compensation ensures that the output of the transmitter does not drift.
Each differential pressure transmitter can be installed as a two-wire current (loop powered) or as a three- or four-wire voltage connection. The safety ratings of the switch enclosures also apply to the transmitters.