Profile:
This quantitative leak detector is centered around an infrared sensor and features high-precision sampling with an AD and high-speed ARM CPU, making the sampling data more authentic and reliable. The instrument adopts a touch color liquid display screen, which is user-friendly and easy to operate.
At present, some power service providers are still using electrochemical based hexachloride hydrophobic sensors, but this SF6 sensor cannot meet the low range SF6 testing requirements of the power industry, such as 0-50PPM and 0-3000PPM. However, infrared based SF6 sensors can be customized for these ranges.
1. Principle of Infrared Spectral Absorption (NDIR)
2. Dual wavelength with Temperature Compensation
3. Highly regulated and does not cross react with other gases.
4. Compared to electrochemical sensors, infrared sensors with a lifespan of up to 10 years for hexafluoride hydrophobic sensors
5. High cost-effectiveness and affordable discounted prices
6. Compared with electrochemical sensors, sulfur hexafluoride sensors save on after-sales maintenance costs
7. No radiation source, no harm
8. Microstructure. low power consumption
9. Digital and analog output.
Features:
43 inch TFT touch layer design
32-bit ARM sheep chip machine
● Large capacity storage energy
● Digital display of battery level
Good repeatability and fast response speed
● Diagonal automatic calibration
● Color liquid display
Deep head has excellent protective function
● Anti pollution and anti-interference
● High spiritual education and good moral character
Small and compact size, perfect for carrying
Parameter:
Measurement range: 0~999.9PPM
Measurement accuracy: 5% PPM (within 0-1000PPM)
Resolution: 0.01ppm
Restoration: ± 0.1PPM
Gas flow rate: automatic adjustment
Probe Protection: Stainless Steel Sintered Culvert Mesh
Working voltage, 110~220V AC, AC/DC dual-use
Storage temperature level: -25 to+70 ℃
Operating environment: Temperature: -25~+60 ℃
Lithium battery, dual-purpose for interactive current flow, automatic switching, and over light and over discharge protection function
