Ozone leakage alarm

Ozone analyzer and ozone leakage alarm BMOZ-500B is a detection instrument with concentration display and sound and light alarm on site. The detector is mainly used to detect ozone concentration in open or closed environments, and the on-site concentration value can be reflected in real-time to the remote monitoring system. The sensor adopts an ozone sensor, which has high sensitivity, rapid response, high accuracy, and long lifespan, making it very suitable for detecting ozone concentration in space.

The ozone leak alarm is equipped with a backlit large screen display, which intuitively displays various parameters such as gas concentration, type, and unit. It uses high-speed and high-precision processing circuits to process sensor signals, with fast response speed, high measurement accuracy, good stability and repeatability. The gas chamber is independently designed, combined with aerodynamics, to quickly and accurately detect target gases. The temperature digital automatic tracking compensation covers the entire range to ensure measurement accuracy. The software calibration and button settings are simple and user-friendly, with data recovery function, so there is no need to worry about misoperation

Ozone Leakage Alarm BMOZ-500B Product Parameters:

Measuring Ozone in Gas Air

Sensor type: Electrochemical sensor

Measurement range 0-10ppm, 0-50ppm

Alarm method: Sound and light alarm

Remote control equipped

Measurement accuracy ± 5% FS

Connection method: 1/2-inch internal thread

Display mode: LCD screen high-definition display

Analog output 4-20mA or bus system

Power supply mode: DC 24V

Ozone leakage alarm product features:

Measurement principle: electrochemistry

Test gas: Ozone in space

Concentration unit: PPM

Installation size: hole spacing 110mm

Repeatability (RSD): 0.2% "Technical requirement: ≤ 2%"

Zero drift: 0.2% FS "Technical requirement: ± 1% FS"

Range drift: 0.2% FS "Technical requirement: ± 2% FS";

The ozone leak alarm mainly consists of an ozone detector and a gas controller. The gas controller uses a high-speed and high-end microcontroller, which has fast calculation speed, high accuracy, and strong reliability. It can quickly process system tasks and ensure the reliability of the system. Multiple gas detectors can be mixed and connected, with easy installation and network layout, enabling measurement, display, and public alarm control of physical quantities from as few as single channels to as many as hundreds of channels.