GLD-B0803 Diffuse silicon pressure transmitterDetailed product description：

GLD-B0803 diffusion silicon pressure transmitter is suitable for boiler negative pressure, HVAC air pressure, leakage air pressure, and leakage detection with a small range of positive/negative pressure:>± 300Pa. At this point, compared to using capacitive differential pressure transmitters, silicon sensors are smaller in size and easier to install, with higher accuracy than other sensors in small ranges. And the cost is not as high as using a capacitive differential transmitter.

Absolute pressure measurement: It is reasonable to use silicon sensors for absolute pressure measurement, as silicon sensors require a pressure reference chamber that is evacuated like capacitive differential pressure transmitters. In terms of absolute pressure measurement, silicon sensors have the best accuracy and voltage stability, and the vacuum reference point can reach -10 × 10000000, which is very accurate.

Technical specifications of GLD-B0803 diffusion silicon pressure transmitter product

Liquid level measurement: a very successful application using GLD-B0803. Thousands of products have been sold in this area for measuring inlet/outlet pressure in gas pressurization station management, with the most commonly used being explosion-proof products with LCD meters.
Pasty liquid level: For applications such as pulp, honey, dairy products, cosmetics, pharmaceuticals, etc., D0803 can fully meet the requirements of non-toxic, unobstructed, viscous and low range applications.
Beer application: Install two B0803 machines that meet 3A hygiene standards at the top and bottom of a beer can, which can simultaneously measure the pressure and liquid level inside the can, making it easier to meet hygiene requirements than using differential pressure transmitters.
B0803 with 1199 diaphragm system: Due to the high sensitivity of silicon sensors, the accuracy loss is minimized after installing the 1199 diaphragm system. B0803 with diaphragm system can be suitable for pressure measurement in various corrosive, viscous, crystalline, and high-temperature environments, and has good flexibility.