With a metallic measuring cell, the PREC 300 pressure transmitters are designed for measuring the relative pressure of liquids.
This model is based on capacitive technology. The pressure acts on the isolation membrane, causing the filling liquid to deform the central membrane, which then changes its capacitance. This capacitance signal is converted to a current signal or HART.
The process connection is achieved through a standard ANSI flange by default.
Measurement ranges: 0-60 mbars to 200 bars
Measuring scale: 40:1 (digital electronic)
Accuracy: ± 0.075%, ± 0.1%, ± 0.25%, ± 0.5%
Stability: ± 0.1% / year
Operating temperature: -25 to 85°C by default, high temperature optional
Power supply: 12 to 45 VDC (24 VDC is recommended)
Output signal: 4-20 mA / HART
Output load: 50 Ω
Insulation resistance: >100 MΩ/50 V
The pressure exerted on the isolation membrane, and the filling liquid deforms the central membrane, which then changes the capacitance.
This capacita...
With a metallic measuring cell, the PREC 300 pressure transmitters are designed for measuring the relative pressure of liquids.
This model is based o...
The submersible hydrostatic pressure transmitters NIH200 are based on the silicon piezoresistive measurement principle. Utilizing advanced microproces...
{"High accuracy: up to ± 0.075% optional":"±0.75%/±0.1%/±0.25%/±0.5%","DESCRIPTION":"The PREC 100 pressure transmitter is based on capacitive technolo...
The PREP 200 pressure transmitters are based on the principle of silicon piezoresistive measurement. Utilizing advanced microprocessor technology and ...
1.1 Measurement Principle
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The FLODEM electromagnetic flowmeter, based on Faraday's Law, is designed to measure the flow of liquids or slurries with an electrical conductivity g...
The PREP 100 pressure transmitters are based on the silicon piezoresistive measurement principle. Utilizing advanced microprocessor technology and dig...
The NIH100 pressure transmitters are based on the principle of silicon piezoresistive measurement. Utilizing advanced microprocessor technology and di...
The DV 100 series vortex flowmeter is based on the Karman effect (i.e., the generation of vortices). When the fluid flows over a non-aerodynamic body,...
The PREP 300 pressure transmitters are based on the principle of silicon piezoresistive measurement. Utilizing advanced microprocessor technology and ...
The submersible hydrostatic pressure transmitters NIH200 are based on the silicon piezoresistive measurement principle. Utilizing advanced microproces...
The DV 100 series vortex flowmeter is based on the Karman effect (i.e., the generation of vortices). When the fluid flows over a non-aerodynamic body,...
The pressure exerted on the isolation membrane, and the filling liquid deforms the central membrane, which then changes the capacitance.
This capacita...
With a metallic measuring cell, the PREC 300 pressure transmitters are designed for measuring the relative pressure of liquids.
This model is based o...
The submersible hydrostatic pressure transmitters NIH200 are based on the silicon piezoresistive measurement principle. Utilizing advanced microproces...
{"High accuracy: up to ± 0.075% optional":"±0.75%/±0.1%/±0.25%/±0.5%","DESCRIPTION":"The PREC 100 pressure transmitter is based on capacitive technolo...
The PREP 200 pressure transmitters are based on the principle of silicon piezoresistive measurement. Utilizing advanced microprocessor technology and ...
1.1 Measurement Principle
Composed of a measuring sleeve and a transmitter, the FLODEM electromagnetic flowmeter is based on the principle of inductio...
The FLODEM electromagnetic flowmeter, based on Faraday's Law, is designed to measure the flow of liquids or slurries with an electrical conductivity g...
The PREP 100 pressure transmitters are based on the silicon piezoresistive measurement principle. Utilizing advanced microprocessor technology and dig...
The NIH100 pressure transmitters are based on the principle of silicon piezoresistive measurement. Utilizing advanced microprocessor technology and di...
The DV 100 series vortex flowmeter is based on the Karman effect (i.e., the generation of vortices). When the fluid flows over a non-aerodynamic body,...
The PREP 300 pressure transmitters are based on the principle of silicon piezoresistive measurement. Utilizing advanced microprocessor technology and ...
The submersible hydrostatic pressure transmitters NIH200 are based on the silicon piezoresistive measurement principle. Utilizing advanced microproces...
The DV 100 series vortex flowmeter is based on the Karman effect (i.e., the generation of vortices). When the fluid flows over a non-aerodynamic body,...