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Gas Hunter
The Gas Hunter is a versatile instrument capable of measuring levels of combustible gas, O2, CO, and pressure.
In the field, the Gas Hunter does the job of seven individual instruments to optimize technician efficiency in leak survey operations and customer service calls. It is able to sniff out combustible gases from part per million levels to 100% by volume through auto-ranging. But there's more. The Gas Hunter is also able to measure the levels of %O2 and ppm CO, and measure pressure in the range of 0.0 to 27.7 inH2O.
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LumaSense's SF6 Leak Detector offers an unmatched combination of performance and convenience. Based on the company’s Photoacoustic Spectroscopy (PAS) technology, the system offers highly accurate, reliable and stable quantitative gas analysis and detection. The growing environmental requirements and pressures regarding the use of SF6 make LumaSense’s system a coveted tool designed for everyday use.
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The ASM Graph series not only provides you a touch screen graphic display with colorful screen and graphs. You can now visualize and record the evolution of the helium signal, the inlet pressure and set points via color graphs. Furthermore, you can enjoy the touch panel for quicker parameter settings, check the pressure inside the mass spectrometer or follow the status of the leak detector main components by enjoying the dynamic vacuum diagram.
Main features:
Basic and Advanced modes « Measurement function
Zoom function
Screen copy
Dynamic vacuum diagram
Recording capability « ASM downloader
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The INFICON 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, it is ready to tackle the toughest leak detection jobs industry can offer. It 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.
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With its modular design, ease of operation and modern optics, the new SmartTest is setting new standards in vacuum leak detection.
A broad selection of interfaces affords simple system integration. Its minimum service requirements and robust engineering translate into cost advantages for you.
Fast, reliable results, lowest detectable leak rates and short recovery time are what characterize the SmartTest and make it such a powerful and dependable product.
Take advantage of the opportunity for an on-site product presentation at your facility. It’s the best way to experience the SmartTest in action!
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SDT LeakTESTER
Leak testing by measuring mass flow
The SDT LeakTESTER operates on the principle of Mass Flow for manual or automatic testing of any component which must meet rigid tightness criteria, such as taps, catheters, pouches, flasks, packaging, bottles, syringes, cartridges, cooling circuits, shock absorbers, etc.
- Tightness is measured by recording the flow of gas (air, nitrogen, etc.), not the difference in pressure, between the reference volume and the piece being tested. A measurement is made of the flow rate in a flow sensor (mass flow sensor).
- Integration of the SDT LeakTESTER into the production chain is accompanied by the installation of pneumatic equipment whose control valves are opened and closed by the SDT LeakTESTER itself.
- The SDT LeakTESTER is a centralised electronic measurement unit which provides simultaneous automatic testing for leaks of 1 to 8 pieces generally as they emerge from the manufacturing process.
Unlike the method commonly used to measure a drop in pressure (pressure decay or delta-p), the SDT LeakTESTER also meets the growing demands of all manufacturers: Large range of measurement , fast measurement and versatility.
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ODK101 Built-in leak tester - 1 head
DESCRIPTION
Built-in leak tester to test plastic bottles automatically (1000 mbar sensor)
ADVANTAGES
Very sensitive and fast measurements
Easy to adjust
Recipes
Wide range of possibilities: blocked bore detection, fallen bottle detection, ...
OTHER VERSIONS
Leak tester for bottles: UDK100, UDK101, UDK200, UDK201, UDK250, UDK251, UDK310, UDK311
Leak tester for bottles - high speed: UDK350, UDK400, UDK401, UDK402,UDK450
Leak tester for asceptic bottles: UDK420, UDK421, UDK422
Leak tester for IBC: UDK500, UDK501
Built-in leak tester for bottles: ODK100, ODK250, ODK251, ODK310, ODK311
Built-in leak tester for barrels: ODK110, ODK111
High-voltage leak tester for PET bottles: UDK450
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The IAC Ultra Violet Detection Lite is required to illuminate the Detekto-Lite powder which exposes filter bag and tubesheet cracks and dust leakage points.
Features
- Brightly illuminates the Detekto-Lite powder
- Large, 16 inch long ultra violet bulb
- Rugged impact resistant design
- Bulb is fully enclosed
- Protective end covers
- 25 ft. high visibility cord with polarized plug
- Powerful 15 watt, 110 volt ultra violet bulb
- Same day shipment
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PAL-AT is a state of the art leak detection cable system that locates potential problems anywhere along the sensor string and alarms on contact.
PAL-AT is a state of the art microprocessor based leak detection cable system that locates potential problems anywhere along the sensing cable and alarms on contact. The PAL-AT can be furnished for secondary contained pipe systems, heat distribution systems, computer room sub-floors, clean rooms, phone switching stations or anywhere quick and precise leak detection is required. As an option we can provide remote monitoring of the system using our PALCOM software package. There are four types of sensing cable and eight different probe options.
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INFICON leak detectors are the leading brand for quality control in the demanding production environments of refrigeration, air conditioner, appliance and automotive manufacturing. INFICON helium leak detectors set the standard for reliability and ease of operation-from pinpointing small leaks in high-vacuum systems to heavy-duty industrial quality control. INFICON refrigerant leak detectors are highly sensitive for sub-assembly and mid-production quality testing.
Products:
> Helium Leak Detectors
> Refrigerant Leak Detectors
> Refrigerant Recovery Machines
> Refrigerant Charging Scales
> Ultrasonic Leak Detectors
> Multi-gas Sniffer Leak Detectors
> Hand-held Leak Detectors
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Weighing 17 lbs., the PICO® is truly the smallest mass spectrometer-based leak detector available in the world today. Incorporating advanced technology in mass spectrometry and vacuum technology (patents pending), the PICO provides fast, contamination-free, leak detection. As a vacuum style helium leak detector, the PICO can be quickly and easily transported to the vacuum system to be leak tested without the need for bulky transport carts.
- Lightweight and truly portable (17 lbs.)
- Rugged design for demanding applications
- 1 x 10-10 atm-cc/s min detectable leak rate
- Self protection for turbo pump and mass spec
- Extremely simple to operate
- Displays historical leak rate
- Quick response and clean-up time
- Removable hand-held display
- Integral vacuum system (turbo/scroll pump)
- Patent pending technologies
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The most common use of ultrasonic noise detection is to locate leaks in pressurised systems. When air escapes through an orifice, the flow becomes turbulent. This vortex of air has an ultrasonic signature. This ultrasonic noise is characteristically identified as a "rushing" sound with very few discernable single audio tones. The Ultrasonic detector is specifically tuned to listen for this vortex tone.
Detection of leaks within high-pressure systems can be relatively simple. However, low-pressure systems require an addition technique. Very small leaks in fuel system "bag tanks" and welded seams etc can be too small to be detected using the ultrasonic vortex signature however, the leak can be amplified by adding a low viscosity liquid to the seam or joint. Small bubbles are generated at the location of the leak, these micro bubbles burst provoking ultrasonic emissions that are easily detected by the GE Druck AEROSPACE TOOL KIT.
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The H25-IR is an industrial leak detector used for low-level detection and leak rate quantification of CFCs, HFCs, HCFCs and halogen gas compounds that are used in air conditioning and refrigeration equipment, fire suppression systems, and various other residential, commercial and industrial apparatus. The instrument can be used to locate and quantify leaks as well as log and totalize the entire group of leaks in a systems to ensure quality assurance compliance. The unit is capable of detecting 29 of the most commonly used refrigerants and halogen gas compounds.
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INFICON refrigerant leak detectors are the recognized market leaders in the HVAC/R industry, for both manufacturing and service.
INFICON refrigerant leak detectors are used on assembly lines in the automotive and refrigeration and air conditioning industries for quality testing of component parts and systems and for final test. Refrigerant leak detectors are often used in conjunction with helium leak detectors.
INFICON offers a line of affordable, high quality hand-held refrigerant leak detectors for the refrigeration, HVAC, and automotive field service professional.
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Detects CFC's, HFC's and HCFC's including R11, R22, R134A, etc
High sensitivity setting will locate leaks down to 3gm/year of R134A
Flexible gooseneck probe
Easy one handed operation
Audible and visual indicators
Rubber sleeve protects instrument and probe
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SDT FLEX.US
LEAK DETECTION IS SERIOUS BUSINESS THAT REQUIRES SERIOUS TOOLS.
• Compressed air leaks account for between 30 and 40% of the total air demand in a factory. Finding and fixing leaks is the best opportunity we have for both energy and operating cost reduction.
• Detecting pneumatic leaks in vehicle brake systems is a high priority measure that ensures safer vehicles on our roadways.
• To verify the tightness of any volume (vehicles, aircraft, clean rooms, building envelope, nuclear containment walls, etc…) you need the reliability and precision of the ultrasonic testing method.
FLEX.US maintains the turbulent sound quality of a leak as it converts the ultrasonic noise to a sound humans can hear (hissing sound). Some instruments simply produce electronic signals (beeping) in the headset. These false signals do not distinguish a leak sound from other phenomena and make leak detection all but impossible.
Mounted on the end of a flexible steel pipe, the ultrasonic sensor can access any hard-to-reach location. To ensure comfort, the volume control is quickly adjusted when very loud ultrasounds are encountered. This sensitivity provides a high level of precision making leak detection a pleasure, not a chore.
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The SONAPHONE-ultrasonic detectors of SONOTEC can dramatically reduce your energy and maintenance costs. They are designed to identify leaks and locate even the smallest leakages through detecting ultrasound produced by escaping air or gas from compressed air and vacuum systems quickly, reliably und economically. The SONAPHONE devices are simple to use and highly sensitive.
These ultrasonic instruments are very beneficial when used in conjunction with a surface contact probe to monitor ultrasound being generated from worn or dry bearings in rotating machinery. This early warning of potential bearing failure is vital in a planned approach to predictive maintenance, leading also to a reduction of costs. The regular control of engines, pumps and gearings with the SONAPHONE devices leads to more safety within operations and guaranties a high machine availability.
The option of an additional ultrasonic transmitter allows the control of the leak tightness of windows, doors, cabins, vehicles and devices without much effort.
A range of probes is available to either scan large industrial areas for leaks or pinpoint a leak in a specific valve or fitting. The parabolic probe can accurately detect leaks over 20 metres away with the aid of the integrated red dot rifle sight.
Intrinsically Safe and Data Logging models for a quick data transfer between detector and computer via USB interface are also available.
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Whisper Ultrasonic Leak Detector allows the user to check for pressure and vacuum leaks where other sniffer style leak detectors can't go. With the unique internal noise control circuitry, the technician can operate Whisper in high noise environments. The ergonomic design gives the user the convenience of one-hand operation and carries a two-year replacement warranty.
-measures any gas leaks in pressure or vacuum
-internal noise control to filter out noisy environments
-designed for one hand operation
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Features:
- Patented TaperSlit™ flow cell - Ensures highest sensitivity while maintaining optimal performance.
- Low noise performance - Updated electronics and uniquely designed optics ensures the best signal-to-noise performance (<5uAU) in the industry.
- Data Rates up to 80Hz - Flexible acquisition speeds for both normal and fast LC separations.
- Simplified performance maintenance - Easily accessible mirrors, interchangeable flow cells and pre-aligned lamps make the 2489 UV/Vis detector easy to operate and maintain.
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General description
High Vacuum Technology has been finding uses in increased number of industrial applications. Especially so, in the case of development of nuclear components which calls for a high degree of vacuum tightness and a reliable leak detection method which can detect minutest leak paths.
The technique adopted in this spectrometer and the selection of helium gas as the tracer, compliments each other. Helium is known for its nontoxic, non-hazardous, nondestructive, available plentiful, relatively inexpensive and its presence in the atmosphere is a negligible 5 ppm and has a low atmospheric partial pressure which enables helium to present a low background signal. These special characters enables helium to go through smallest leak paths without effecting parts or process and thus be able to leak detect easily, reliably and economically. The leak detectors can be used for testing and measuring vacuum integrity in products like: Automotive parts, Bellows, Beverage can and food containers, Pressurized fluids, Vacuum packed solids, Electronic Feedthroughs, Electron tubes, Glass to metal seals, Heat Exchangers, Hermetic seals, Medical devices, Nuclear components, Quartz crystal packages, Refrigeration parts, Relays, Semiconductor packages, Transducers, Vacuum Hardware, Vacuum switches and in Systems like Electronic microscopes, Evaporation coils, Freeze dryers, Ion implanters, Nuclear reactors, Vacuum evaporators and Vacuum furnaces.
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Periodic checks for leaks in heat exchanger, chiller and condenser tubes is essential to maintain peak performance. The LD-2X2 is the quick, simple and accurate tool for tube leak detection.
To operate, insert one detector into each end of the tube to be checked. Pull and hold trigger of one or both guns until the air pressure gauge on the back of the detector stabilizes. Release trigger and observe the air pressure gauge. If the pressure holds, the tube is fine. If the pressure drops, a leak is indicated.
LD-2X2 Tube Leak Detector Kit including two pneumatic guns and three seal sets for tubes ", 7/8" and 1" (19.1mm, 22.2mm and 25.4mm) O.D.
Features
. Visible pressure gauges - convenient
. Rugged construction - long life
. Multiple seal sizes - versatile
. Quick disconnect fittings - no tools required
. Compact - easy handling
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SLDS – SONIC LEAK DETECTION SYSTEM
ASEL-TECH’s sonic technology blends Artificial Intelligence, Neural Networks, Acoustics, and Images, offering a unique reliable leak detection system to protect your pipelines. The spurious noise filtering technique, with a database collected in the past few years, provides the SLDS system with an unrivaled performance and guarantees against false alarms. Whether against leaks caused by corrosion, or even third-party interference in the pipelines, ASEL-TECH’s SLDS technology provides unmatched protection for your company’s assets, for the environment, the fauna and the flora, and for human life.
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AUTOMATION AND CONTROLLERS
ELD - ELECTRONIC LEAK DETECTOR
ELD is an easy-to-use device that is fully compatible with all types of press or molding equipment and allows users to quickly locate any leakage of plastic materials (or other liquids) inside the mold. Installation is straightforward requiring only that the ELD be connected to both the thermoregulation system and hot runner. Energy profile analysis and the application of mathematical algorithms enables ELD to monitor all hot runner system zones and, if required, close down the production cycle prior to any serious damage being caused.
The ability to identify, in real time, where leakage is occurring means the cause of the leak can be identified and - as a result - a reduction in both maintenance costs and the time required to return the system to full working order.
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Special vehicle for gas detection, equipped with a selective infrared-system. Computer controlled system through user-friendly Huberg software for Windows. Detection of methane with infrared laser-system. A GPS system allows the localization of the vehicle during detection.
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The parabolic probe for the SONAPHONE devices identifies sound emissions in the ultrasonic frequency range caused by compressed air leakages and electric partial discharges. The leakages within compressed air systems, industrial plants and machineries as well as within pipes difficult to access are detected quickly and reliably. Even leakages that are up to 20 m away from the testing site are detected due to the great operating distance of the SONOSPOT.
The use of the SONOSPOT leads to a reduction of energy costs and to a higher safety in operations since damages can be identified at a very early stage. The high sensor sensitivity and the very precise directivity allow the detection of electric partial discharges and isolation damages, e.g. at medium voltage installations.
The parabolic probe possesses an integrated red dot sight which leads to a precise detection of the ultrasound source. The insensitivity to background noises in the acoustic noise range is an optimal condition for applications within noise intensive areas, such as factory floors. The optimal ergonomics and the light weight enable an easy handling and transportation.
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The TapTone 4000-DSC - Dual Sensor Compression (DSC) system is designed to inspect a wide variety of flexible containers for micro leaks. The design incorporates our patented dual sensor technology and high speed compression belts for improved accuracy and container handling. The system was designed for harsh, wet environments, like those found in the dairy industry. When combined with the optional X-ray sensor, the system can also perform fill level inspection.
X-ray Technology - measures the product fill level in steel, aluminum, glass, plastic and paper containers. An X-ray tube is used to produce a low-energy X-ray beam. The X-ray beam penetrates the side of the container in the area of the fill level. An X-ray detector is positioned on the opposite side of the container to measure the intensity of the beam after it goes through the container. The intensity of the beam is then compared to acceptable energy levels to determine the relative fill level of each container. The X-ray sensor is used to measure both overfilled and under filled products in all types of containers.
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The Soundscan 101 Ultrasonic Inspection System is used in many industries
throughout the world for predictive maintenance, quality control, and leak
detection. The Soundscan 101 Receiver converts ultrasound signals produced by
industrial machinery and vehicles into easily recognizable audible sounds so
the user can evaluate the condition of individual components, even in extremely
noisy plant environments. Early warning signs and defects can be detected thus
preventing costly repairs, safety related injuries, and downtime.
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The leakage detecting device LEAK-DETECT traces leakages on pipework, couplings, connectors and fittings and thus improves the energy efficiency of compressed air systems.
The use of this device is particularly useful in places where the leak falls outside the non-audible ultrasonic range.
LEAK-DETECT detects escaping air with an ultrasonic receiver and converts the signal into an audio signal that is audible to the human ear. In addition, the result of the measurement is visible on a visual indicator.
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UltraPro features a unique Automatic Gain Control which automatically filters the signal to provide the best signal-to-noise ratio, suppressing background noise and pinpointing leaks. The AG circuit simplifies operation, removing complicated adjustment knobs and filter switches. UltraPro offers superior electronics with rugged industrial packaging in a simple-to-use ultrasonic meter.
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