
The DW801 pressure transmitter utilizes the DWPT series silicon pressure sensor, which is a high-stability silicon piezoresistive pressure measuring element with isolation. The pressure-sensitive chip selected is an ultra-stable silicon piezoresistive chip. It is composed of an oil-filled OEM pressure-sensitive element isolated by a corrugated diaphragm and housed in a stainless steel casing. All parts in contact with the medium are made of stainless steel, providing excellent corrosion resistance and long-term stability. The sensor undergoes temperature compensation across the full temperature range, ensuring technical indicators such as zero point, sensitivity, linearity, and stability are maintained over a wide temperature range. The measured pressure is transmitted to the pressure-sensitive chip through the isolation diaphragm and internal medium, achieving precise conversion from pressure to electrical signal. The advanced modular design and intelligent temperature compensation of the DW801 make it suitable for a variety of industrial environments
Overview
The DWPT series silicon core pressure sensor used in the DW801 pressure transmitter is a high stability silicon piezoresistive pressure measuring element with isolation. The pressure sensitive chip uses an ultra stable silicon piezoresistive chip. The oil filled OEM pressure sensitive element, isolated by a corrugated diaphragm, is assembled into a stainless steel housing. The parts in contact with the medium are all made of stainless steel, which has excellent corrosion resistance and long-term stability. The sensor has undergone temperature compensation across the entire temperature range, ensuring technical indicators such as zero point, sensitivity, linearity, and stability are maintained over a wide temperature range. The measured pressure is transmitted to the pressure sensitive chip through the isolation diaphragm and internal medium, achieving precise conversion from pressure to electrical signal. Sensitive components can be filled with silicone oil or fluorine oil, which is more suitable for measuring medium pressure in oxygen rich environments.
Application scenarios
Pressure measurement of gases, vapors, or liquids in various fields
Liquid level, volume or mass measurement
Can be integrated into various user-defined solutions
Intelligent water management, intelligent gas, intelligent fire protection, automotive electronics, air compressors, air conditioning refrigeration, pumps, valves, etc
Product Features
Capable of measuring gauge pressure and absolute pressure
Fully stainless steel structure, compact in size
Constant current and constant voltage power supply options are available
Silicone oil, fluorinated oil, and other optional filling fluids are suitable for a variety of fluid media
Vibration: No change under the condition of 10gRMS and (20~2000)Hz