EQMS-200 Online Monitoring System for Volatile Organic Compounds Introduction: The EQMS-200 VOCs pollution source online monitoring system uses photoionization detection (PID) for gas detection. It uses ultraviolet radiation generated by ion lamps to irradiate the target gas, which will ionize after absorbing enough ultraviolet radiation. The concentration of the target gas can be detected by measuring the small current generated after gas ionization. Application: Suitable for various VOCs emission scenarios, including transportation equipment manufacturing, industrial coatings, packaging and printing, coating manufacturing, organic chemicals, tire manufacturing, semiconductor integrated circuit industry, furniture manufacturing, wire, paint dry cleaning, shoe making, synthetic materials, etc. Features: 1. IP65 protection design, high standard, can be installed indoors or outdoors 2. The design of automatic zero adjustment and automatic calibration greatly reduces maintenance workload 3. Modular design with low maintenance costs 4. Automatic temperature and pressure compensation, accurately calculating gas concentration under normal pressure 5. The battery module can continuously monitor during power outage Technical parameters: Measurement principle: PID Measurement gases: benzene, xylene, naphthalene, octane, ethylene, Cyclohexane, acetone, propanol, ethers, etc. Range: 0-50ppm (customizable) Measurement error: ≤ 5% F.S. Response time:<5s (T90) Installation method: wall mounted or cabinet mounted Communication interface: RS232/RS485/GPRS Communication protocol: HJ/T 212, Modbus Output distance: Maximum wire transmission distance 2000m (RS485 mode) Working temperature: -25 ℃~55 ℃ Power supply: AC220V, 50-60Hz, 200W
Introduction: The EQMS-200 VOCs pollution source online monitoring system uses photoionization detection (PID) for gas detection. It uses ultraviolet radiation generated by ion lamps to irradiate the target gas, which will ionize after absorbing enough ultraviolet radiation. The concentration of the target gas can be detected by measuring the small current generated after gas ionization. Application: Suitable for various VOCs emission scenarios, including transportation equipment manufacturing, industrial coatings, packaging and printing, coating manufacturing, organic chemicals, tire manufacturing, semiconductor integrated circuit industry, furniture manufacturing, wire, paint dry cleaning, shoe making, synthetic materials, etc.
