ifm PI2795 | IO-Link Pressure Sensor 0–25 bar, G 1/4", PNP Output
ifm PI2795 | 0–25 bar Pressure Sensor with IO-Link and Dual PNP Outputs Overview The ifm PI2795 is a digital pressure sensor with a 0–25 bar measuring range, built for monitoring liquids and gases in industrial environments. With IO-Link communication, two PNP switching outputs, and a rotatable LED display, the PI2795 ensures accurate pressure monitoring, easy integration, and fast setup for a wide range of automation and process applications. Its G 1/4" process connection, IP67 protection, and stainless steel wetted parts make it ideal for demanding conditions in OEM machines, hydraulic systems, and fluid handling equipment. Key Features Measuring Range: 0 to 25 bar (gauge pressure) Outputs: 2 × PNP switching outputs + IO-Link Display: Rotatable 2-color alphanumeric LED G 1/4" Process Connection – Standard industrial threading Push-Button Programming – Easy setup without tools IO-Link Ready – Enables remote parameter setting and diagnostics Rugged Construction – IP67-rated for harsh environments Fast Response Time – < 2 ms Technical Specifications Model: PI2795 Output Type: 2 × PNP (switching) + IO-Link Accuracy: ±0.5% of span Process Connection: G 1/4" male (DIN EN ISO 1179-2) Electrical Connection: M12 connector (4-pin) Power Supply: 18–30 VDC Medium Compatibility: Liquids and gases Housing Material: Stainless steel (wetted parts), PBT body Operating Temperature: –25 to +80 °C Protection Rating: IP67 Certifications: CE, cULus Applications Hydraulics and Pneumatics – Pressure feedback for system control Pump Monitoring – Prevent damage from pressure spikes OEM Machinery – Compact, flexible sensor integration Industrial Fluid Control – Accurate monitoring of process pressure Why Choose the ifm PI2795? Reliable pressure detection with dual outputs and IO-Link Easy to install and configure Compact, rugged design built for industrial use Order Now Available and in stock for fast global delivery. IO-Link masters, cables, and mounting accessories available separately.