The online thermal conductivity hydrogen analyzer TY-6200 adopts the most advanced TCD thermal conductivity technology, which is mainly used to measure the H2 volume concentration in various gases.
1. Standardized 3U chassis design, aluminum alloy brushed panel chassis, stylish appearance, strong sense of technology, light instrument weight.
2. Imported TCD thermal conductivity gas sensor.
3. The instrument measures the volume concentration of H2 gas in the sample gas and outputs the calorific value. Add the over-range limit enable function to ensure the measurement accuracy within the range, the over-range can be measured and provide a reference for the measured value.
4. The caloric value is automatically calculated, and the caloric unit Kcal / m3 and MJ/ m3 can be switched freely.
5. The internal gas interference of the instrument is automatically corrected to ensure no interference in the measurement results.
Correct the interference of CO, CO2, and CH4 on the measurement result of H2, and accurately measure the concentration of H2.
The change in gas sampling flow has no effect on the measurement results of the H2 thermal conductivity sensor.
6. The instrument has the function of intelligent calibration of the user's calibration ventilation concentration to prevent misuse by the user and cause the instrument to be unusable.
7. The instrument has a fast response time and can realize 7 * 24 * 365 continuous monitoring.
8. The instrument automatically samples, analyzes, detects, and measures fast, using no consumables.
9. The equipment is easy to operate and can be used after the personnel are trained on site.
10. The equipment is suitable for continuous monitoring at the industrial site and sampling and analysis of airbags in the laboratory.
11. English software operating systems are available.
12. The instrument software is powerful, with functions such as automatic data storage, query, deletion and USB export. The history data storage site name can be customized, and the measurement data storage interval can be customized.
13. With RS-485 digital output interface
14. Modular product design, remote software upgrade.
Measurement |
H2, calorific value available |
Technology |
TCD thermo-conductivity |
Ranges |
H2:0-100%vol Ranges customizable on request without price increase |
Resolution |
0.01% |
Linearity error |
≤2%FS |
Repeatability |
≤1%FS |
Gas conditions at analyzer inlet |
Flow:0.7L-1.2/min Pressure:2kPa≤ inlet pressure≤ 50kPa Quality: No dust, moisture, tar (external safety filter and optional gas washing unit) |
Operating conditions |
Tamb : -5°C to 50°C / Pamb : 86 to 108 kPa / RH : 0-90% non-condensing |
Response time (T90) |
≤ 15 sec |
Communication interface |
RS485 |
Power supply |
External 110V-220 VAC-50Hz |
Dimensions and weight |
Gas analyser :482(L) x 134 (H) x 320 (W) mm / 5kg |
III. Specifications
Measurement |
H2, calorific value available |
Technology |
TCD thermo-conductivity |
Ranges |
H2:0-100%vol Ranges customizable on request without price increase |
Resolution |
0.01% |
Linearity error |
≤2%FS |
Repeatability |
≤1%FS |
Gas conditions at analyzer inlet |
Flow:0.7L-1.2/min Pressure:2kPa≤ inlet pressure≤ 50kPa Quality: No dust, moisture, tar (external safety filter and optional gas washing unit) |
Operating conditions |
Tamb : -5°C to 50°C / Pamb : 86 to 108 kPa / RH : 0-90% non-condensing |
Response time (T90) |
≤ 15 sec |
Communication interface |
RS485 |
Power supply |
External 110V-220 VAC-50Hz |
Dimensions and weight |
Gas analyser :482(L) x 134 (H) x 320 (W) mm / 5kg |