0.8MPa G1/4″ inch 5V Stainless Steel Pressure Transducer Sensor

Product Description The 0.8MPa G1/4″ inch 5V Stainless Steel Pressure Transducer Sensor is a durable, high-accuracy sensor designed to measure pressure in hydraulic, pneumatic, and liquid systems. Built with corrosion-resistant stainless steel, this sensor ensures long service life and stable performance in demanding environments. It provides an analog voltage output (0.5–4.5V), making it easy to interface with Arduino, STM32, ESP32, and Raspberry Pi (with ADC). With a standard G1/4″ thread fitting, quick response time (<2ms), and ±1% full-scale accuracy, this sensor is widely used in automation, IoT, robotics, and industrial monitoring applications. �� Explore more automation and industrial-grade sensors at PowerMark Solution. Features Pressure range: 0–0.8MPa (up to 8 bar) Stainless steel body for durability & anti-corrosion Analog output: 0.5–4.5V Operating voltage: 5V DC ±1% full-scale accuracy Standard G1/4″ thread connection Fast response time (<2ms) Compatible with Arduino, STM32, ESP32, Raspberry Pi (via ADC) Reliable and long-lasting design for industrial environments Applications Hydraulic system pressure monitoring Pneumatic control & measurement Water, oil, and gas pressure sensing Industrial automation & control systems IoT-based smart monitoring projects Robotics and research projects Technical Specifications Specification Details Pressure Range 0 – 0.8 MPa (0–8 bar) Output Signal 0.5 – 4.5 V analog Operating Voltage 5V DC Thread Size G1/4″ Material Stainless Steel Accuracy ±1% F.S Operating Temperature -20°C ~ 85°C Response Time <2 ms Package Includes 1 × 0.8MPa G1/4″ inch 5V Stainless Steel Pressure Transducer Sensor Documentation Works with Arduino IDE Compatible with STM32, ESP32, Raspberry Pi (ADC required) Example libraries available for IoT dashboards and automation projects FAQs Q1: Can this sensor be used for water pressure?A: Yes, it supports water, oil, and gas pressure measurement. Q2: What is the supply voltage?A: 5V DC. Q3: What signal does it output?A: Analog voltage 0.5–4.5V. Q4: Can it connect directly to Arduino?A: Yes, connect to an analog input pin with 5V supply. Q5: What is the maximum measurable pressure?A: 0.8MPa (8 bar). Q6: What thread size does it use?A: G1/4″ standard thread. Q7: Is it suitable for outdoor conditions?A: Yes, the stainless-steel housing is weather-resistant. Q8: Does it need calibration?A: No, but industrial setups may use calibration for accuracy. Q9: What is the response time?A: Less than 2ms. Q10: Can Raspberry Pi use this sensor?A: Yes, with an external ADC module.