Helium leak detector - Import export

Experience unmatched accuracy and reliability with IMS helium leak detectors. Designed and built to provide advanced, (semi) automated helium gas leak detection tailored to your products. Our detectors, equipped with the best Mass Spectrometers, accurately count helium particles, ensuring meticulous leak testing for a wide range of customer products. From a few centimeters to one meter in size.

In order to ensure that castings, valves, pumps, hoses and other components or groups have been manufactured free of leakage, they are tested in non-destructive leakage tests. Oxygen, air, nitrogen or sulfur hexafluoride (SF6) can be used as the test medium.

ULTRATEST Technology™ Speed, Sensitivity and Reliability for Demanding Leak Detection Applications The INFICON UL1000 Mobile Helium Leak Detector is designed to meet the most demanding industrial leak detection applications. Providing fast, accurate and repeatable test results, testing flexibility, and high sensitivity in a low maintenance design, the UL1000 is ready to tackle the toughest leak detection jobs industry can offer. The UL1000 is optimized to provide quick, accurate results in any application from the leak checking of large vessels and systems to high-cycle, repetitive component testing - 24 hours / 7 days a week - in the toughest industrial environments. With the addition of the TC1000 Test Chamber accessory, the UL1000 Helium Leak Detector provides easy, fast and accurate testing of hermetically sealed parts like IC packages, quartz crystals and laser diodes (according to MIL-STD 883, Method 1014).

Wise Technology Sniffer Leak Testing You Can Rely On INFICON Protec P3000(XL) Helium Sniffer Leak Detector is specifically designed for full-time sniffing applications in demanding production Environments. The Protec P3000(XL) leak detector brings increased levels of productivity and reliability to the sub-assembly and mid-production testing of refrigerators, freezers, air conditioners automotive air conditioners, RAC components and similar products. Numerous features make it easy and comfortable to use, while making it immune to careless or untrained operation. It is also fast to make the best use of your available cycle time. Protec P3000(XL) leak detector uses innovative INFICON Wise Technology in this robust, reliable and maintenance-free sensor. The Wise Technology sensor combined with the unique design and ruggedness of the leak detector, provides a very low cost of ownership and high up-time.

Piping and hoses, for example steel bottles, compressors, breathing devices, oxyacetylene gas and inert-gas arc welding devices and burners Fittings, flanges, valves, screwed connections, soldered and welded connections of pressure gas systems and lines Suitable for compressed air, refrigerant, acetylene, butane, natural gas, carbon dioxide, gaseous oxygen, propane, town gas, nitrogen, hydrogen and, ammonia Advantages and benefits Acts non-corrosive Allows direct visual inspection of the leakage point through bubble formation Also available as spray version OKS 2801 Spray version tested by the DVGW in accordance with DIN EN 14291 Spray version suitable for spraying overhead

With the GPL 3000 you can detect the smallest of leaks. Leak detection is particularly problematic for seals with swellable materials. The leak detection sprays cause the sealing materials to swell and the leak is temporarily sealed again. The use of a gas detector is essential in this area. The sensor in the GPL 3000 is protected from dirt and mechanical stress by a metal protective cap. Clear display of the measured values makes it easy for inexperienced users to find leaks. Together with the robust metal sensor head and the stable casing, the GPL 3000 is a professional leak detector for everyday work.

The GasPro gas detector can be equipped with sensors for up to five gases with ATEX approval. With the option of equipping the gas detector individually with various sensors, the GasPro gas detector is ideal for use in sewers, sewage treatment plants, landfills, ships, chemical and oil processing industries. An important unique novelty "positive safety" display. The GasPro signals the status at a glance via a three-color LED, green display = everything OK, yellow display = still OK, but a check is due soon, red display = not OK Particularly noteworthy is the loud alarm at 95 db and the optical signaling indicated by two LEDs that can be recognized from each side. The measured gas concentrations are saved every 10 seconds and stored in the internal memory. In addition, various events (switching on, alarm, calibration) are stored in the memory. The collected data can be transferred to a PC with a USB cable. A charging station with interface or a calibration station are also available.

Specially developed for the diverse tasks on the construction site, the Schütz Messtechnik company offers tailor-made measuring tools that reliably and comprehensively support the craftsman in all of his work “all around gas”. The complete solution for the load, leak tightness and usability test on gas pipes can be carried out safely and quickly, including documentation. GDPR-compliant as all personal data is protected against unauthorized access by a PIN. The measurement result can be printed out at the test point on site (optional), fully automatically and without interrupting the system. The professional solution for all measurements according to TRGI The prescribed load tests, tightness tests and usability tests, in the interior installation are possible with just one measuring device With integrated pump for pressure generation Very short measuring time through reference leak measurement PC software included

With the very simple operation and the generated and saved measurement protocol, the documentation can be created quickly and completely reproduced. It is possible to save the measurement data in the device and to print it out again later. No tracer gas nor a second measuring device are required for use. The internal battery, the 230V charger or the 12V vehicle voltage can be used for the energy supply. All included in a complete set. Ethane is always contained in natural gas; evidence of this gas is also evidence of natural gas. A lengthy gas analysis is normally required to prove beyond any doubt that the measured gas concentration is actually natural gas and not swamp gas. This, also due to the sampling, a difficult and time- consuming process, is completely eliminated. Measurement and sampling directly at the borehole is easily possible. The printout can take place after the measurement.

With the GPL 3000 you can detect the smallest of leaks. Leak detection is particularly problematic for seals with swellable materials. The leak detection sprays cause the sealing materials to swell and the leak is temporarily sealed again. The use of a gas detector is essential in this area. The sensor in the GP 2000 is protected from dirt and mechanical stress by a metal protective cap. Clear display of the measured values makes it easy for inexperienced users to find leaks. Together with the robust metal sensor head and the stable casing, the GP 2000 is a professional leak detector for everyday work.

With the GPL 3000 Ex you can detect the smallest of leaks. Leak detection is particularly problematic for seals with swellable materials. The leak detection sprays cause the sealing materials to swell and the leak is temporarily sealed again. The use of a gas detector is essential in this area. The sensor in the GPL 3000 Ex is protected from dirt and mechanical stress by a metal protective cap. Clear display of the measured values makes it easy for inexperienced users to find leaks. Together with the robust metal sensor head and the stable casing, the GPL 3000 Ex is a professional leak detector for everyday work.

With the GPD 3000 you can detect the smallest of leaks. The digital display enables the measured value to be recognized precisely and the analog display makes it easy to assess the trend. Leak detection is particularly problematic for seals with swellable materials. The leak detection sprays cause the sealing materials to swell and the leak is temporarily sealed again. The sensor in the GPD 3000 is protected from dirt and mechanical stress by a metal protective cap. o simple o light o exact o rugged o 30 year guarantee o includes a free annual revision Clear digital display of the measured values enables even inexperienced users to easily search for leaks. Together with the robust metal sensor head and the stable housing, the GPD 3000 is a professional leak detector for everyday work.

With the GPD 3000 Ex you can detect the smallest of leaks. The digital display enables the measured value to be recognized precisely and the analog display makes it easy to assess the trend. Leak detection is particularly problematic for seals with swellable materials. The leak detection sprays cause the sealing materials to swell and the leak is temporarily sealed again. The sensor in the GPD 3000 Ex is protected from dirt and mechanical stress by a metal protective cap. o simple. Clear digital display of the measured values enables even inexperienced users to easily search for leaks. Together with the robust metal sensor head and the stable housing, the GPD 3000 Ex is a professional leak detector for everyday work.

SDT ULTRAChecker is an ultrasound solution designed to use the full range of both airborne and structure-borne 2nd generation ultrasound sensors. Versatile The SDT ULTRAChecker covers all airborne and structure-borne ultrasound applications. Connect any SDT 2nd generation ultrasound sensor. ULTRAChecker delivers end-to-end reliability through the 8 application pillars of ultrasound. Simple ULTRAChecker is the easiest to use detector we’ve ever created. Every push on its simple, 4-button keypad is displayed on its clear, colour display. Increase or decrease signal amplification while maintaining safe listening levels through volume-controlled headphones. Affordable Air leaks, over-greased bearings, failed steam traps, electrical faults, passing valves, the ULTRAChecker finds them all. Built with SDT quality, it’s offered at a price that will leave you speechless.

— Minimize operator intervention with a fully automated and integrated solution — Capture data from inaccessible or dangerous areas to keep your team safe — Monitor sound signature changes in real-time to prevent unscheduled maintenance Visualize the unheard and unseen with the power of acoustic imaging. The SV600 Fixed Acoustic Imager enables users to continuously detect, locate and visualize air and gas leaks or changes in sound signatures before they become costly problems.

The CETATEST XS is a compact, fully automatic leak tester for the detection of leaking parts within the cycle time of the production process. The tester is designed for leak testing of small-volume test parts and short total testing times. It is equipped with a gauge pressure sensor, through which the leak-related pressure decay is detected during the measurement time (relative pressure method). Using the application software CETA Soft XS the parameterisation of the test programs is carried out. Measurement results and pressure variation curves can be recorded. Typical applications: Leak tests which require a large measuring range.

The CETATEST 715 series includes fully automatic working leak tester for the detection of untight parts within the cycle time of the production process. The leak tester uses a gauge pressure sensor and has a large measurement range. Therefore the CETATEST 715 is especially qualified for the simple testing of parts with large leakages, as they occur in the testing of valves. The test types "sealed component" and "dynamic pressure" can also be integrated. Typical applications: Testing of sanitary fittings, plastic welds, check valves Operating methods: Single-channel operation, two-channel operation The measurements in two-channel operation are synchronous. Measurement ranges: Max. +/-10,000 Pa Result units: Pa, hPa, PSI, Pa/s, hPa/s, mbar*l/s, ml/min, ml/h, l/min, l/h, mmHg, mmWs, Torr Pressure ranges: -1 bar, 200 mbar, 1 bar, 6 bar, 10 bar, 16 bar, 20 bar, negative gauge pressure and positive gauge pressure ranges can be combined.

Package Leak Detection system using a water-based bubble test. LEAK-MASTER® EASY allows the detection even of the smallest of leaks. After the package is placed into the chamber filled with water, the head space above the water level is evacuated using a venturi vacuum (compressed-air) system. This causes the package immersed in the water to inflate, allowing any leaks and their location to be identified by a stream of bubbles. Benefits: economical and uncomplicated visual inspection allows localisation of the leak for all flexible and rigid kinds of packaging (food-, pharmaceutical-, industrial- and other packaging) short testing period (< 30 sec.) easy-to-use intuitive operation – no special skills required easy installation and start-up no trace gas required in package can also be used for altitude simulation optionally also for vacuum packaging, set order-No. 956992700 no calibration required various chamber sizes avail

Pressure ranges: -1 bar, +/- 5 mbar, +/- 50 mbar, 200 mbar, 1 bar, 6 bar, 10 bar, 20 bar, 30 bar, 400 bar (high pressure version), negative and positive gauge pressure ranges can be combined. Measuring ranges: ± 500 Pa / ± 5,000 Pa (display resolution: 1 Pa, internal resolution: effectively 0.01 Pa) Result units: Pa, hPa, PSI, Pa/s, hPa/s, mbar • l/s, ml/min, ml/h, l/min, l/h, mmHg, mmWs, Torr Types of test: Standard: Pressure decay Optional: sealed component, dynamic pressure measurement, pressure steps, pressure rise (with double leak connector) Parameters can be exported to a USB stick or imported again. The storage of measurement series and waveforms is possible. Interfaces: Standard: Digital I / O, RS-232 Optional: Profibus DP, Profinet, Ethernet, EtherCAT, Bluetooth, USB Dimensions: 345 mm x 145 mm x 435 mm (W x H x D) In the high-pressure version, leak tests up to a test pressure of 400 bar can be carried out according to the pressure rise method.

1.Standard Equipment DP1 Valve Leak Detector including a set of seven adapter plates, a flexible extension hose and a sturdy storage case. 2. Working Principle Applying an air pressure of about 6 bar to the DP1 Valve Leak Detector results in a max. vacuum of about 850 mbar which is applied via an adapter plate to the inlet or exhaust port of the cylinder head to check the respective valve for leakage. The vacuum gauge at the DP 1 indicates the tightness of the valve.

The T9731 is specifically designed for measure the adequate air flow rate in complete adherence to the standard EN 14683 for surgical masks testing. As shown in diagram C.1 on page 12 of the standard EN14683 , the instrument is equipped with two air flow meters of type Mass-flow with scales 0.0...20.0 nLitres/minute (2.12 of diagram - point C.2.1) servo driven valve controlled from the software (10 of the diagram - point C.2.4), and a double gauge / differential pressure measurement (M1 and M2) as expressly indicated in point C.2.2 . In order to comply with both the ISO accreditation standards and the expectations of the reference standard, the pressure measurements in “Differential" mode (or pressure drop) occurs in Pa or Pa/cm2 in case the sample area is set in the menu TST with area different from 1.00 cm2. The connecting "short form" attached to the manuals providesconnection to an external vacuum pump (C.2.3), not provided.

The leakage of insulating gases from GIS, switchgear and other compartments is a global issue. Insulating gas leaks present a major problem to utility companies: •Reducing plant efficiency, causing damage to assets or outages •Costing money through fines or legislative punishments •Exposure of employees to toxic gases Utilising Infrared detection technology the EMT Leak Hunter enables fast leak detection on gas insulated compartments containing SF6 or Eco based insulating gases; one instrument … two jobs. •Reduce the rate of gas loss •Find leaks fast for early intervention •Ensure user safety from leaking potentially harmful gases •Comply to existing and new regulations •Reduce costs associated with gas usage and topping up •Reduce costs associated with regulatory body fines •Reduce CO2 footprint