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Introduction of Helium Leak Detector:
Helium leak detectors are used to detect and locate leaks in various systems, including vacuum systems, refrigeration systems, and pipelines. They work on the principle of mass spectrometry, which involves ionizing helium atoms and measuring their mass-to-charge ratio to detect the presence of leaks.
The basic working principle of a helium leak detector involves introducing helium gas into the system being tested and then using a mass spectrometer to measure the concentration of helium outside the system. If there is a leak in the system, helium will escape through the leak and be detected by the mass spectrometer.
Technical Parameters of Helium Leak Detector:
| Direct Differential and Flow Rate Pressure He Leak Tester Helium Leak Detector | |||||
| Differential Pressure Sensor | Display Precision | The value can be set to 0 to 4 decimal places | |||
| Sensor Range | 0Pa~±2000Pa | ||||
| Sensor Error | ±0.1% F.S. | ||||
| Direct Pressure Sensor | Display Precision | The value can be set to 0 to 4 decimal place | |||
| Recommended Test Pressure Range | Standard V5 | VH90B | Mechanical Pressure Regulating | -100kPa~ -1kPa | |
| CH050 | Mechanical Pressure Regulating | 5kPa~ 100kPa | |||
| CH050D | Mechanical Pressure Regulating | 5kPa~ 89kPa | |||
| CH600 | Mechanical Pressure Regulating | 10kPa~ 600kPa | |||
| CH600D | Mechanical Pressure Regulating | 5kPa~ 490kPa | |||
| CH1000 | Mechanical Pressure Regulating | 50kPa~ 1200kPa | |||
| CH1000D | Mechanical Pressure Regulating | 50kPa~ 890kPa | |||
| CH4000 | Mechanical Pressure Regulating | 50kPa~ 4000kPa | |||
| CH500 | Mechanical Pressure Regulating | 10kPa~ 5000kPa (seals leak detector) | |||
| ZF500 | Mechanical Pressure Regulating | -100kPa~ -1kPa, 10kPa~ 500kPa | |||
| ZF2500 | Mechanical Pressure Regulating | -100kPa~ -1kPa, 50kPa~ 2400kPa | |||
| Standard V6 | ZF600 | Mechanical Pressure Regulating | -100kPa~ -1kPa, 10kPa~ 600kPa (Optional) | ||
| ZF2400 | Mechanical Pressure Regulating | -100kPa~ -1kPa, 50kPa~ 2400kPa (Optional) | |||
| Sensor Error | ±0.25% F.S. | ||||
| Display Unit | Test Pressure | kPa,MPa,kg/cm2,psi,mbar,bar,Torr,mmH20,mmHg | |||
| Leakage Rate | Pa,kPa,Pas,Pa.m3/s,mL/s,mL/min,mL/h,L/min,L/h,SCCM | ||||
| Parameter Program Number | 64 Groups (1~64) | ||||
| Test Beat Setting | 0~99 seconds, test time 1800 second | ||||
| Power Supply | AA220V ±10%, 50Hz | ||||
| Test Pressure Source | Clean, dry, adequate flow, not less than 500KPa and 100KPa above the test pressure pressure source | ||||
Diamension
| Standard V5 | 330mm*222mmm*448mm | |||
| Standard V6 | 321mm*205mm*460mm | ||||
| Modular | 160mm*268mm*273mm | ||||
| Weight | 20kg | ||||
Applications of Helium Leak Detector:
Vacuum systems: Helium leak detectors are used to test the integrity of vacuum systems such as those used in semiconductor manufacturing, aerospace, and research facilities. They are used to detect leaks in vacuum chambers, valves, and other components of the system.
Automotive industry: Helium leak detectors are used to test the fuel tanks, radiators, and other components of automobiles. They are used to detect leaks in the fuel system, cooling system, and air conditioning system.
Methods of Helium Leak Detection (Helium Leak Detector)
Helium Vacuum Method
Helium Hood Method
Negative Pressure Method
Vacuum Chamber Helium Leak Detection and Recovery System (external filling)
Vacuum Chamber Helium Leak Detection and Recovery System (internal filling)
Sniffer Method
