Sf6 Gas Analyzer Dew Point Analyzer Moisture Content Test Sf6 Water Content Measuring Equipment Portable Sf Analyzer

FT-LD Intelligent Dew Point Analyzer is advanced, intelligent. It is advanced in principle, degree of automation, convenience, especially it adopts Europe Standard technique, to ensure the data to beaccurate and steady.

FT-LD Intelligent Dew Point Analyzer uses intelligent self-calibration technology, wide measuring range, fast response, high accuracy, good linearity, dynamic display measurement curve. While the instrument with automatic dryer, can greatly shorten the measuring time.

This instrument is widely applied to power system, petroleum chemical enterprise, metallurgical industry, research institute to test humidity of the air, nitrogen, inert gases and others gases which not included corrosive medium, especially to test the humidity of the SF6.

1. Portable design: The instrument is light, easy to carry and use.
2. Fast speed: the instrument can make test as soon as it starts up, fast to get the test results of the humidity.
3. Fast and save gas: only cost about 2L(101.2kPa) when testing.

4. Self-lock joint: use the self-lock joint imported from German, safe and reliable, without gas leakage.
5. Data storage: high capacity, can store 50 groups test results at the most.
6. Clearly display: the dew point, micro-water(ppm), temperature, humidity, time and date, battery
capacity, etc, are displayed by LCD.
7. RS232 interface: can connect with printer and print the test results.

8. Built-in power supply: built-in 4Ah chargeable battery, filled one time can work for 10 hours.
9. High precision: Adopts imported with original packaging high-performance dew point sensor and high-speed 12 Σ-ΔAD analog-to-digital converter (ADC), the highest resolution reaches 0.1 ºC, fully meet the requirements of the actual measurement. The measurement results are accurate and reliable within full range. Wide measuring range, fast response, stable and reliable

10. High stability: Under severe interference conditions, the measurement data can be stabilized within ± 0.5 ºC, with excellent long-term stability, good repeatability.