【Accurate reliability】pressure transmitter achieves ±0.5%FS accuracy and ±0.3%FS/year stability — engineered for instrumentation engineers who need repeatable measurements without constant recalibration in process control loops.
【Wide Range & Universal Compatibility】ceramic pressure available in 0-100, 0-150, or 0-200 PSI ranges. The linear 0.5–4.5V output； integrates seamlessly with industrial PLCs, SCADA, data loggers, Arduino, and ESP32 IoT projects. Includes 1-meter cable for immediate deployment.
【IP67 Waterproof】Ceramic diaphragm resists hydraulic oil, fuel, seawater, and mild acids/alkalis. 304 stainless steel housing rated IP67 outperforms the IP65 market standard. Even if overloaded beyond 200%FS, the non-liquid-filled ceramic element will not leak — protecting personnel and equipment when handling hazardous media.
【 Industrial Applications】 Pressure sensor built for real-world deployment: hydraulic systems, air compressors, water well pumps, automotive fuel/oil rail (EFI/diesel), HVAC refrigerant lines, and process control. The <1ms response time captures rapid transients
【 Plug-and-Play Installation】1/8"-27 NPT Thread, Anti-Shock, Quality Assured；Pressure sensor transducer install in minutes . Anti-shock design withstands vibration from pumps, compressors, and engines without performance loss.
Description
Precision Ceramic Capacitive Pressure Transmitter for Industrial Applications This ceramic capacitive pressure transmitter sets a new standard for industrial pressure measurement. Featuring a zero-hysteresis ceramic sensing element driven by a high-integration bridge-type ASIC signal conditioning chip, it delivers ±0.5%FS accuracy with exceptional ±0.3%FS/year long-term stability. Available in 0-100, 0-150, and 0-200 psi ranges with 0.5-4.5V linear output and 5V DC supply. The IP67-rated 304 stainless steel housing and corrosion-resistant ceramic diaphragm ensure reliable operation in harsh environments including hydraulic systems, compressor stations, automotive EFI, and outdoor IoT deployments. With
