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Instrumentation manifolds are used with pressure instruments in process instrumentation lines. These instruments feature several valves in one body and possess multiple connections. They are used with pressure instruments for measuring as well as equalizing static, differential, and gauge pressures. They do this by calibrating, blocking, and bleeding. The Transmitter Shop (TTS) provides various types of instrumentation manifolds for use in process instrumentation lines. Our selection features 2-valve and 3-valve manifolds, which are used with pressure switches, transmitters, and gauges. All TTS manifolds are designed as compact units for constrained spaces.
The 2-valve manifold features a single block with a female screwed inlet and outlet port. This port combines a vent valve/calibration valve and an isolation valve. However, the three-valve manifold features an equalizing valve and two blocking valves. Among these, are a high pressure and low pressure blocking valves and an equalizing valve. Three-valve manifolds are used in differential pressure instruments such as differential pressure switches, differential pressure transmitters, and gauges.
The Transmitter Shop (TTS) offers different models of 2-valve and 3-valve manifolds. The following are a few popular models available with us.
TTS Manifolds have gained immense popularity in the process since their inception. The following reasons substantiate their popularity.
TTS Manifolds are widely used in the following industries.
At TTS, we understand the requirements of the process industries. This is why all our manifolds are carefully designed to meet the needs of different process instrumentation. They are inspired by popular designs and are tested to assure performance in challenging environments. Many models are designed for a maximum working pressure of 6000 PSI at 100°C. We can also provide valves for a maximum of 10000 PSI working pressure. Get in touch with our team today to discuss your requirements. We would be happy to help you with the proper selection.