real world performance
Other pressure sensor technologies require an analog to digital conversion from the sensor before the signal can be processed, introducing additional errors. In Yokogawa's pressure transmitters, the DPharp sensor directly outputs a digital signal, eliminating the need for analog to digital conversion and improving performance. This same, single DPharp sensor has the unique ability to continually measure static pressure as well as differential pressure and compensate the output in real time.
Enhanced total product quality
- Digital performance
- Multi sensing standard
- Accuracy under all operating conditions
- Stability under all operating conditions
- Faster response time
A traditional mount configuration is a way of connecting to the process and has two ports on the side of the lower capsule cover flange of the unit. This is the traditional process connection used for DP measurement, and it also supports gauge and absolute pressure.
A direct mount or in-line transmitter has a single process connection, usually at the bottom of the unit, for measuring gauge or absolute pressure. Direct mounted transmitters are usually lightweight and do not often require a mounting bracket.
One solution to plugged impulse lines is a remote seal and capillary system, where process pressure is transmitted to the pressure sensor via an oil-filled capillary. The system acts as an extension of the pressure transmitter and protects its diaphragm from hot, cold, or corrosive processes, as well as from viscous materials or those containing suspended solids that might plug impulse piping.
Flange Mount Pressure Transmitters may be installed directly onto a tank flange and are offered with a variety of tank connections. Typical applications include high-accuracy level measurement in pressurized and un-pressurized vessels in various industries.
Wireless instrumentation makes it possible to expand a plant’s instrumentation without running any wiring at all. One simply connects the gateway to the control system. Wireless transmitters can be battery-powered or powered locally with hard-wiring, becoming nodes on the network. Wireless pressure transmitters make it possible to measure pressure, flow, and level in locations once deemed economically unfeasible.
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