HELIUM LEAK DETECTOR (MASS SPECTROMETER TECHNOLOGY)

HELIUM SNIFFER LEAK DETECTOR

Product Model: P3000
Minimum Detectable Leak Rate: 1 x 10^-7 mbar.l/s
Sensor Response Time 450 ms
Robust, Reliable and Maintenance-free sensor
Built-in PRO-Check reference leak for easy and fast calibration
Leak rates can be displayed in refrigerant equivalents
Built-in illumination source of the probe helps precisely position the sniffer tip

Handles both small and large leaks, quick reaction - fast recovery, even after large leaks
Highly sensitive and selective hydrogen sensor - incorporates proven Sensistor sensor technology
Hand probe with multi-function button, display for leak indication and LED-lights
Low maintenance - no moving parts
Short recovery time reduces downtime when detecting gross leaks
Measuring 0,5 ppm H2; 5x10-7 mbar l/s or cc/s with 5% H2
Start Time as low as 1 minute
3, 6 or 9 m (9.8, 19.6 or 29.5 ft) probe cable

Short pumpdown and response time
I-CAL (Intelligent Calculation Algorithm for Leak rates)to ensure fastest response time to leaks in all measurement ranges
Auto purge cycle to ensure clean-up and readiness for leak test
Rugged mass spectrometer system with two filament ion source (with 3-year warranty) ensures long running time and low maintenance costs
Built-in software menu "Auto Leak Test" function to perform automatic testing of hermetically sealed components (optional TC1000 Test Chamber)
Zero function with automatic integration time alignment for fast and reliable leak test results
Self-protection features to protect the UL1000 from helium and particle contamination
UL1000/UL1000 Fab )/Dry UL3000 Fab Plus/Dry UL5000
Min. Detectable leak rate for helium <5E-12 mbar•L / s
Pumping Speed 16 to 30 m3/hr

More compact and easier to integrate
Communicative diversity
High reliability
Fast, optimized response times with I·CAL
The new, patented routine allows calibration of the LDS3000 leak detector within 20 seconds
optional touch screen for easy operation and an optional field bus connection
Trademarked ULTRATEST Technology™
Min. detectable leak rate for Helium <1E-11 mbar•L / s
Response Time <1 Second

Up to 100 times more sensitive than pressure decay and water bath
Works at atmospheric pressure - no need for costly vacuum chamber or high vacuum pump
Maintenance-free INFICON Wise Technology , proven in more than 1000 systems
Temperature and humidty indipendency offers reliable test results with high repeatability
Multiple measurement modes for flexibility
Flexible control by PLC, PC, Profibus or optional display unit
Very sensitive by detecting leaks down to 10-5 mbar l/s for both gases

Various types adapted to different customer requirements
Simple to operate
Easy to install
All calibration leaks are supplied with a factory certificate indicating their leak rate
Can be Directly installed to the test chamber
Can be Use as a calibration leak for sniffer applications
Utilized in Natural gas pipelines survey

1000+ hour sensor life for low cost of ownership
Infrared cell does not weaken over time, so response remains consistent and accurate
Detects R22, R134a, R404a, R410a, R448a, R507 (AZ-50), R32, HFO1234yf, SF6, and all other CFCs, HCFCs, HFCs, and HFOs
Infrared cell cannot be overloaded or “poisoned” by exposure to large amounts of refrigerant
On-board diagnostics indicate charging status and warn of low battery or infrared cell failure
Two year replacement warranty
NiMH battery is environmentally friendly, won’t corrode, and provides greater charging capacity

Verstility for a variety of applications and industries
Works on any gas under pressure or vacuum
Two year replacement warranty
leaks of any gas under pressure or vacuum
includes a specialized built-in receiver that detects frequencies in the 40.5 kHz range

Sensitive to 5 ppm methane
Also detects natural gas, forming gas, propane, butane, cyclopentane, ethane, ethanol, isobutane and ammonia
Great for flammable refrigerants like R290, R600a, and R441a!
Detects forming gas (95% nitrogen, 5% hydrogen)
Auto zeroing for ignoring background gas levels in leak test area
Certified intrinsically safe by MET Laboratories for use in combustive/explosive environments
Small sensor and probe tip permit leak checking in tighter places