Viatran's Hammer Union Pressure Transmitters offer superior construction and the rugged performance that have built our reputation on. Our new generation of Hammer Union Pressure Transmitters incorporate more user-friendly features includes voltage powered shunt cal, ability to calibrate and track pressure spikes using HART® Communicators or DevCom2000-Lite software and packaged in a patented* housing which can withstand extreme vibration and abusive impact and still perform to specification.
Potential applications include Drilling, Acidizing, Choke Manifolds, Extraction, Fracturing and Cementing, Mud Pumps, New Well development, Nitrogen Injection, Service and Cement Trucks, Standpipe, Stimulation and Well head measurement.

Viatran offers a variety of high accuracy pressure transducers and transmitters in mV/V, V, mA, and digital outputs to meet your varied requirements. Our high accuracy pressure transmitters range from 0.1% and lower.

Viatran high pressure transmitters and transducers are among our most accurate high pressure sensors for applications at higher pressures. Improved accuracies are available, as well as improved temperature performance.

Viatran general purpose pressure transmitters/transducers fulfill the need for many applications where a high accuracy pressure sensor is not a requirement and no special fittings are needed. They are used in a variety of industries from aerospace, automotive, mining, etc.

Differential pressure transmitters measure the difference between two points. These pressure transmitters are available in various outputs (mV/V, V, mA and digital)s situation.

The DLTTM Series allows for a quick sensor swap without the removal of your entire installed cable run. No special tools are required. Simply pull up the cable and uncouple the sensor head to replace. This makes troubleshooting, repair or replacement quick and simple.

The use of this valve and test method provides a relative measure of the tendency of propane type liquefied petroleum gases containing moisture to freeze in pressure reducing regulators which may interrupt the normal flow of gas.