Building automation system, sensor
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Supply voltage
For output signal 0...10 V, the transmitter should be supplied with 15...40 V DC or 24 V AC ±20%. For output signal 4...
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Transmitters intended for wall mounting in HVAC systems. The sensor is mounted in the cover-part of the casing. The cover is easy to detach from the back by means of snap-in grips and detachable terminals. This makes mounting easier. Furthermore, no cables have to be disconnected, simplifying service and replacement.
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• Protection class IP54
• Easy to mount
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elastic and flexible mounting bracket that closes tightly against ducts.
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Technical data
- Temperature range = -30...+70°C
- Time constant = 4 s
- Protection class = IP65
- Connection = R1/4ā
- Insertion length = Max. 300 mm.
- Cable length = 1.
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Pressure affecting the membrane gives a change in resistance depending on the flexing of the membrane. The resistance value is transferred to a proportional
output signal by means of the built-in electronics.
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The transmitter consists of a plastic sensor housing and a membrane of silicone LSR. The differential pressure affects the membrane which is connected to the sensor element. The element is manufactured with state-of-the-art technology and has a ceramic beam onto which thick-film resistors have been applied.
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The differential pressure transmitter is used in building automation to monitor pressure in air and other noncorrosive gases. Three different models are available for an optimal adaptation to the application. All models are equipped with a LED display which makes it easy to read out the pressure value.
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Measuring technique
Pressure measurments are obtained by means of a sensor that uses a ceramic measuring beam.
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Transmitters intended for wall mounting in HVAC systems. Temperature sensors The unit has a built-in temperature sensor, working range 0...50°C.
Relative humidity
The transmitters have a capacitive thin-film element that provides a signal proportional to the relative humidity.
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measuring element responds quickly to changes in humidity. The transmitter has excellent long-term stabilty and a low hysteresis. It can withstand up to 100 % RH (condensing) without accuracy being affected.
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