The high-precision pressure transmitter is a pressure measurement product developed specifically for applications in the field of high-precision pressure measurement. It is suitable for High-precision measurement of micro pressure。Using internationally advanced pressure sensor manufacturing technology, the product has the characteristics of wide temperature range compensation, small temperature influence, high accuracy, good linearity, good repeatability, low hysteresis, and good long-term stability.Integrated structure, multiple pressure interface forms, multiple electrical connection options, various signal output forms are available, and two forms of gauge pressure and negative pressure are provided. The range can be specified by the user.
The high-precision pressure transmitter is a pressure measurement product developed specifically for applications in the field of high-precision pressure measurement. It is suitable for High-precision measurement of micro pressure。Using internationally advanced pressure sensor manufacturing technology, the product has the characteristics of wide temperature range compensation, small temperature influence, high accuracy, good linearity, good repeatability, low hysteresis, and good long-term stability.Integrated structure, multiple pressure interface forms, multiple electrical connection options, various signal output forms are available, and two forms of gauge pressure and negative pressure are provided. The range can be specified by the user.
The high-precision pressure transmitter is a pressure measurement product developed specifically for applications in the field of high-precision pressure measurement. It is suitable for High-precision measurement of micro pressure。Using internationally advanced pressure sensor manufacturing technology, the product has the characteristics of wide temperature range compensation, small temperature influence, high accuracy, good linearity, good repeatability, low hysteresis, and good long-term stability.Integrated structure, multiple pressure interface forms, multiple electrical connection options, various signal output forms are available, and two forms of gauge pressure and negative pressure are provided. The range can be specified by the user.
The high-precision pressure transmitter is a pressure measurement product developed specifically for applications in the field of high-precision pressure measurement. It is suitable for High-precision measurement of micro pressure。Using internationally advanced pressure sensor manufacturing technology, the product has the characteristics of wide temperature range compensation, small temperature influence, high accuracy, good linearity, good repeatability, low hysteresis, and good long-term stability.Integrated structure, multiple pressure interface forms, multiple electrical connection options, various signal output forms are available, and two forms of gauge pressure and negative pressure are provided. The range can be specified by the user.
The high-precision pressure transmitter is a pressure measurement product developed specifically for applications in the field of high-precision pressure measurement. It is suitable for High-precision measurement of micro pressure。Using internationally advanced pressure sensor manufacturing technology, the product has the characteristics of wide temperature range compensation, small temperature influence, high accuracy, good linearity, good repeatability, low hysteresis, and good long-term stability.Integrated structure, multiple pressure interface forms, multiple electrical connection options, various signal output forms are available, and two forms of gauge pressure and negative pressure are provided. The range can be specified by the user.
This is a pressure switch with a pagoda-shaped joint, and its joint is in a continuous cone shape.
So it can be better connected with water pipes and air pipes.
This pressure switch is mostly used in air compressors, small air pumps, and water pumps, air tank.
Air pipe or water pipe can be installed at its interface.
This is a pressure switch with a pagoda-shaped joint, and its joint is in a continuous cone shape.
So it can be better connected with water pipes and air pipes.
This pressure switch is mostly used in air compressors, small air pumps, and water pumps, air tank.
Air pipe or water pipe can be installed at its interface.
This is a pressure switch with a pagoda-shaped joint, and its joint is in a continuous cone shape.
So it can be better connected with water pipes and air pipes.
This pressure switch is mostly used in air compressors, small air pumps, and water pumps, air tank.
Air pipe or water pipe can be installed at its interface.
This is a pressure switch with a pagoda-shaped joint, and its joint is in a continuous cone shape.
So it can be better connected with water pipes and air pipes.
This pressure switch is mostly used in air compressors, small air pumps, and water pumps, air tank.
Air pipe or water pipe can be installed at its interface.
This is a pressure switch with a pagoda-shaped joint, and its joint is in a continuous cone shape.
So it can be better connected with water pipes and air pipes.
This pressure switch is mostly used in air compressors, small air pumps, and water pumps, air tank.
Air pipe or water pipe can be installed at its interface.
The pressure switch is mainly used in the refrigeration system, in the pipeline circulation system of high pressure and low pressure, to protect the abnormal high pressure of the system to prevent damage to the compressor.
After being filled, the refrigerant flows into the aluminum shell (that is, inside the switch) through the small hole under the aluminum shell. The inner cavity uses a rectangular ring and a diaphragm to separate the refrigerant from the electrical part and seal it at the same time.
The pressure switch is mainly used in the refrigeration system, in the pipeline circulation system of high pressure and low pressure, to protect the abnormal high pressure of the system to prevent damage to the compressor.
After being filled, the refrigerant flows into the aluminum shell (that is, inside the switch) through the small hole under the aluminum shell. The inner cavity uses a rectangular ring and a diaphragm to separate the refrigerant from the electrical part and seal it at the same time.