Overview
GT-903 pump suction nitric oxide detector is a KORNO brand product, suitable for gas concentration detection in a variety of industrial environments and special environments. Using microcontroller technology and kernel algorithm processing, it has obtained a number of software patents and Appearance patents. It has the characteristics of fast Response speed, high Measurement accuracy, Stability and Repeatability. Users can customize and set various parameters, and the operation is simple.
Features
1. Pump Sampling method, Support 1-4 Sensors Extended Gas detection
2. Built-in 3800mA large capacity polymer rechargeable battery, strong battery life
3. Equipped with 2.4-inch industrial-grade color screen, which can display technical indicators and gas concentration values
4. Data storage, Export, Humidity detection and other functions
5. Response Time T90 ≤ 20s, detection accuracy ≤ +/- 3%, superior measurement performance
6. Protection Rating IP65, explosion-proof mark CNEx16.0538, safe and reliable
7. Support real-time storage and timed storage, and can store 120,000 sets of data
Principle
GT-903 nitric oxide detector adopts the detection principles of electrochemistry, infrared, catalytic combustion, thermal conductivity, PID photoion, etc., and processes gas concentration data through microcontroller technology and core algorithm to realize fast Response and accurate measurement.
Applications
Industrial environment, special environment
Standards
GB3836.1-2010、GB3836.4-2010
Steps
1. Boot up the device
2. View gas concentration values and technical indicators on the screen
3. Customize the parameters
4. Carry out gas concentration detection
5. View historical data records
6. Export stored data
7. Shut down and save settings
Notice
• Working ambient temperature range is -30~ 60 ℃
• Environmental humidity range is 0~ 95% RH without condensation
• Operating Pressure Range -30~ 100Kpa
• Make sure the battery is fully charged before use
• Regularly calibrate equipment to ensure Measurement accuracy
• Pay attention to safety regulations when using in an explosion-proof environment
