Product Overview: YK-80 Universal Pressure Transmitter
The YK-80 Universal Pressure Transmitter is a high-value pressure
measurement instrument built on advanced diffused silicon sensing
technology. Engineered with an integrated stainless steel structure
and precision temperature compensation, it delivers accurate and
stable measurement of gauge pressure, absolute pressure, and sealed
pressure for gases, liquids, and steam. The device converts
pressure signals into a standard 4–20 mA current output, ensuring
seamless integration into a wide range of control systems.
Compact, reliable, and competitively priced, the YK-80 is ideally
suited for OEM integration, industrial process control, and
equipment manufacturing applications.
Core Features & Advantages
1. Cost-Effective Solution
Utilizes optimized diffused silicon sensors and ASIC signal
processing circuitry, delivering ±0.5% FS accuracy while
maintaining a highly competitive price point.Simplified design
eliminates non-essential features, providing customers with the
most economical pressure measurement solution.
2. Reliable and Durable
316L stainless steel isolation diaphragm and 304 stainless steel
housing offer excellent corrosion resistance and mechanical
strength.IP65 protection rating effectively prevents dust ingress
and water splashes, meeting industrial environmental requirements.
3. Easy Installation
Multiple pressure interface options (G1/4, M20×1.5, NPT1/2, etc.)
to accommodate various installation needs.Electrical connections
support either direct cable outlet or connector方式, enabling quick
and convenient field wiring.
4. Strong Media Compatibility
316L stainless steel isolation diaphragm compatible with various
gases and liquids that are suitable for stainless steel.Standard
silicone oil filling suitable for most industrial applications.
5. Excellent Temperature Stability
Built-in temperature compensation circuitry with a compensation
range of -10°C to +70°C.Maintains strong measurement accuracy and
stability across the operating temperature range.
