Suitable for modern KIA common rail pressure sensor 0281002908

Pressure sensors are inserted into the monitored header or pipeline, and then these sensors transmit relevant AI signals. Some models are installed in the control panel and require piping to connect to the process connection. There are many types of sensors configured for field installation and can be directly inserted into pipe fittings. Some pressure transmitters have on-board indicators, or users may need to install local indicators.

1. These sensors monitor pressure in many process applications and provide discrete and analog output signals in a wide measuring range, which are used in pneumatic and hydraulic circuits.

The simplest way for the control system to use the pressure transmitter signal is to ensure that the pneumatic pipeline has the appropriate pressure to operate the equipment. More advanced applications can be used to command and monitor the air pressure applied to the actuator of the mechanism, such as providing variable clamping force for handling different products.

It is possible to determine the simulated position directly on the pneumatic linear actuator, but it is not a common application, but it is a good choice to use the position sensor on the driving equipment to determine the exact position of the mechanism. A very accurate measurement technique uses a laser to determine the distance from millimeters to meters. The control system can use this signal to extend or retract the cylinder as needed to reach the target position. Once the equipment is moved to the required position, air can be removed from both sides of the cylinder or applied to both sides of the cylinder as needed to maintain the position.

2. The laser distance sensor is a highly accurate device position sensing method, so the control system can control the pneumatic device as required.

Current-pneumatic (I/P) sensors can be used to control different pneumatic pressures. The current signal is usually 4-20 mA, and the output range of I/P sensor ranges from several psi to over 100 psi. This type of simulated pneumatic device can be used to operate the damper control valve. The pneumatic device is an ideal choice for use in any dangerous area and can replace the intrinsically safe electrical control device.The simplest way for the control system to use the pressure transmitter signal is to ensure that the pneumatic pipeline has the appropriate pressure to operate the equipment. More advanced applications can be used to command and monitor the air pressure applied to the actuator of the mechanism, such as providing variable clamping force for handling different products.