SUP-P300 Atmospheric Pressure Sensor

SUP-P300 is diffused silicon-type pressure transmitter. Pressure Transmitters are devices that convert the mechanical force of applied pressure into electrical energy.
Features:
Compact structure and easy installation.
Advanced Diaphragm/Oil-Filled Isolation Technology.
High stability, high reliability.
Anti-vibration, anti-radio frequency interference.
316L stainless steel isolation diaphragm structure.
High precision, all stainless steel structure.
Micro amplifier, voltage, current, RS485 signal output.
Wide range with multiple pressure measurement.
Vibration and shock resistance.
Details

Introduction


SUP-P300 is a diffused silicon-type pressure transmitter. Pressure Transmitters are devices that convert the mechanical force of applied pressure into electrical energy. This electrical energy becomes a signal output that is linear and proportional to the applied pressure. And a transmitter sends signals in milliamps (mA). At present, various types of pressure sensors, such as diffused silicon, capacitive, silicon sapphire, ceramic thick film, and metal strain electric type are widely used in various industries.

SUP-P300 Series pressure transmitter is a kind of device based on a pressure layer, which inside an expert integrated circuit can transform sensor milli-volt signal to standard far distance transmission current signal, and it can be directly joined with a computer joint clip, control instrument, aptitude instrument or PLC, etc. conveniently. The series product is applied extensively in professions, such as industrial process control, petroleum, chemical engineering, metallurgy, etc. Carry the distance delivers and can adopt electric current exportation method.

Atmospheric pressure sensors, pressure sensors, and vacuum pressure sensors are all used to measure pressure, but they are designed for specific pressure ranges and applications.
Atmospheric pressure sensors are used to measure the pressure of the atmosphere and are often used in weather monitoring systems. These sensors are designed to measure low pressures and are typically very affordable.

Pressure sensors, on the other hand, can measure a wide range of pressures and are used in a variety of applications, from automotive to industrial processes. The price of a pressure sensor depends on its accuracy, range, and features, with high-precision sensors often being more expensive.

Vacuum pressure sensors are used to measure pressures below atmospheric pressure and are commonly used in vacuum systems and semiconductor manufacturing. These sensors are designed to measure very low pressures and are typically more expensive than atmospheric pressure sensors.

Overall, the choice of pressure sensor depends on the specific application and the required pressure range and accuracy.


Application


Dyeing industry
Air tightness test
HVAC
Water supply
Agricultural irrigation
Food industry
Mud measurement
Vacuum equipment
Medical equipment


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Applications
After-sales service