PT-500 temperature pressure flow integrated monitoring instrument Introduction: The PT-500 split type temperature, pressure, and speed monitor is suitable for low flow (1m/s to 5m/s) operating conditions. Adopting high-precision micro differential pressure/static pressure sensors and a special pitot tube structure design. Combining automatic calibration and purging technology, it can be widely used for real-time continuous measurement of flue gas temperature, pressure, velocity, and flow rate. Application: Used for online monitoring of temperature, pressure, velocity, and flow rate of low speed, high temperature, high humidity, and high dust gases such as boiler furnace flue and mine exhaust ducts. Features: 1. Ultra high precision differential pressure sensor can achieve low speed (1m/s) measurement 2. The operating unit is equipped with a LCD display screen, providing a friendly human-computer interaction interface 3. Set the interval between blowing and zeroing, as well as the Pitot tube coefficient. 4. Overvoltage protection, effectively preventing damage to pressure sensors and reducing operating costs 5. Strengthen output signal protection Technical parameters: Speed: 0-15.5m/s, 0-40m/s (customizable) Temperature: 0-300 ℃, 0-800 ℃ Pressure: -10kPa~10kPa (customizable) Measurement accuracy: ± 2% F. S Response time:<1s (T90) Output signal: 3xIsolation 4-20mA, 1xRS485, 1xRS232 Pitot tube material: 316L stainless steel, PTFE, ceramic (optional) Differential pressure transmitter limit: 1.0MPa
Introduction: The PT-500 split type temperature, pressure, and speed monitor is suitable for low flow (1m/s to 5m/s) operating conditions. Adopting high-precision micro differential pressure/static pressure sensors and a special pitot tube structure design. Combining automatic calibration and purging technology, it can be widely used for real-time continuous measurement of flue gas temperature, pressure, velocity, and flow rate. Application: Used for online monitoring of temperature, pressure, velocity, and flow rate of low speed, high temperature, high humidity, and high dust gases such as boiler furnace flue and mine exhaust ducts.
