DWPH type high stability pressure sensor
DWPH is a medium-isolated high-stability pressure sensing element. The product utilizes a highly stable monocrystalline silicon chip, encapsulated within a 316L stainless steel structure with an outer diameter of 19mm. The measured pressure is transmitted to the pressure sensing chip through an isolation diaphragm and internal medium, achieving precise conversion from pressure to electrical signals. The sensing element can be filled with silicone oil or fluorinated oil, making it suitable for gauge pressure, negative pressure, and absolute pressure measurements of gases, liquids, and other media.
DWPCM Universal Pressure Sensor Module
The DWPCM universal pressure module is a dielectric isolation type pressure transmitter module, utilizing a highly stable monocrystalline silicon chip and encapsulated within a 316L stainless steel structure with an outer diameter of 19mm. The measured pressure is transmitted to the chip through an isolation diaphragm and internal medium, achieving precise conversion from pressure to electrical signals. The integrated transmitter output module design directly outputs standard electrical signals such as 4~20mA, 0~10V, or RS485, with temperature compensation function, eliminating the need for additional signal conditioning circuits. It is available with options of filling with silicone oil or fluorinated oil, suitable for pressure measurement of gases, liquids, and other media.
DWPHM High-precision Pressure Sensor Module
The DWPHM high-precision pressure module is a dielectric isolation type high-precision pressure transmitter module. It utilizes a high-stability monocrystalline silicon chip and is encapsulated in a 316L stainless steel structure with an outer diameter of 19mm. The measured pressure is transmitted to the chip through an isolation diaphragm and internal medium, achieving precise conversion from pressure to electrical signals. With an integrated transmitter output design, it can directly output standard electrical signals such as 4~20mA, 0~10V, or RS485, achieving an accuracy of up to 0.075%F.S, surpassing the standards of conventional industrial-grade sensors. It features temperature compensation and eliminates the need for additional signal conditioning circuits. Optional filling with silicone oil or fluorinated oil makes it suitable for gauge pressure, negative pressure, and absolute pressure measurements of gases, liquids, and other media.
DWPCZ type universal pressure sensor assembly
The DWPCZ universal pressure sensor is a pressure sensor assembly that incorporates a pressure-sensitive element into a pressure interface with standard or specific threads. It utilizes a highly stable monocrystalline silicon chip, where the measured pressure is transmitted to the chip through an isolation diaphragm and internal medium, achieving precise conversion from pressure to electrical signals. With an integrated transmitter output module design, it can directly output standard electrical signals such as 4~20mA, 0~10V, or RS485. It features temperature compensation, eliminating the need for additional signal conditioning circuits. The flexible structure allows it to be used in applications similar to general-purpose products, suitable for the assembly and production of various pressure measurement products. It can be filled with silicone oil or fluorinated oil and is suitable for pressure measurement of gases, liquids, and other media.
DWPHZ type high-precision pressure sensor assembly
The DWPHZ high-precision pressure sensor is a pressure sensor assembly that incorporates a pressure-sensitive element into a pressure interface with standard or specific threads. It utilizes a highly stable monocrystalline silicon chip, where the measured pressure is transmitted to the chip through an isolation diaphragm and internal medium, achieving precise conversion from pressure to electrical signals. With an integrated transmitter output module design, it can directly output standard electrical signals such as 4~20mA, 0~10V, or RS485. It features temperature compensation and boasts an accuracy of up to 0.075%F.S, surpassing the standards of conventional industrial-grade sensors. No additional signal conditioning circuits are required. Its flexible structural design allows it to be used in applications similar to general-purpose products, suitable for the assembly and production of various pressure measurement products. It can be filled with silicone oil or fluorinated oil and is applicable for gauge pressure, negative pressure, and absolute pressure measurements of gases, liquids, and other media.
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