P51-3000-S-T-M12-4.5V-000-000

Pressure Sensors and Transducers are important components in industrial systems which measure and regulate pressure. Among the range of pressure sensing and transduction devices, P51-3000-S-T-M12-4.5V-000-000 is one of the most commonly used.

Application Field

This Pressure Sensing Transducer is specifically designed for applications in hazardous areas that require explosion-proof certified components, such as refineries, chemical plants, oil exploration and other flammable and hazardous work environments. This components also support the lubrication of certain types of pumps. Furthermore, it has been used in medical technology to monitor levels of medical gas, such as Nitrous Oxide and Oxygen, which require constant monitoring to ensure safety.

Working Principle

This Pressure Sensing Transducer works on the principle of full-bridge, operating according to a Wheatstone bridge circuit that is composed of four resistors. When the switching point of the pressure is reached, the bridge circuit will be unbalanced and a signal will be generated. This signal is then amplified by an integrated amplifier which can then be used to open and close the control circuit as per the desired pressure switch.

The device is calibrated using a potentiometer which allows users to fine tune the pressure range and the adjustment range. It uses a M12 thread for mounting, so it can know be easily mounted and connected to a variety of control systems. It also comes with a rotating display for easy reading of the pressure.

The P51-3000-S-T-M12-4.5V-000-000 is one of the most reliable pressure sensing transducers on the market, offering precise and reliable pressure measurement and response. It comes with a variety of options, such as cold-bridge compensation, temperature compensation, output polarity, indication type, and display range. This makes it one of the most versatile and comprehensive sensing devices on the market, offering reliable performance for many hazardous and highly precision applications.