Showing results: 1951 - 1965 of 2773 items found.
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Becker Nachrichtentechnik GmbH
Becker Nachrichtentechnik offers selective RF level detectors for air interface monitoring. The detectors are especially designed for frequencies used in e.g. electron accelerators. Due its mechanical design, the modules are compatible to cable route mounting systems. The detection of unintentional RF radiation is a main application field.
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ENVIROMUX-GD-MBP -
Network Technologies Inc
Use to detect leaks of combustible gas (methane, propane, butane, acetylene, etc.). Choose between two levels of detection. First level: Detects methane at concentrations in excess of 0.5%; Detects propane/iso-butane at concentrations in excess of 0.3%. Second level: Detects methane at concentrations in excess of 0.8%; Detects propane/iso-butane at concentrations in excess of 0.5%. Continuous air monitoring. Audible alarm signal: 94 dB at 1 foot. Relay specifications: level selectable, normally open or normally closed, 250V AC, max 5A. Maximum cable length: 1000 ft (305m). Powered by ENVIROMUX-2D/5D/16D. Regulatory approvals: CE.
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LCMS-8040 -
Shimadzu Corp.
The LCMS-8040 was designed to provide significantly higher sensitivity while maintaining the high speed offered by the LCMS-8030. Ultrafast MRM transition speeds, up to 555 MRMs per second (dwell times of 1 msec and pause times of 1 msec) are achieved. In addition, the LCMS-8040 features the polarity switching at 15 msec and high speed scanning rate of 15,000 u/sec. By incorporating newly improved ion optics UF-Lens™ and UFsweeper™ II collision cell technology, the LCMS-8040 provides higher multiple reaction monitoring (MRM) sensitivity. This higher sensitivity expands the potential range of LC/MS/MS applications.
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Process Insights, Inc.
Our real-time Extrel quadrupole mass spectrometers are built for the demands of the gas and ion analysis for industrial and high purity process control, environmental monitoring, and cutting-edge laboratory research. Our mass spectrometers offer high sensitivity and a wide dynamic measurement range (ppb to %) for full, speciated composition. Our fast and powerful, quadrupole mass spectrometer performs precision quantitative analysis on every component in a gas or vapor mixture. It can easily be fully automated for sampling of multiple gas channels. For decades we have collaborated with research, academic, and industrial customers to deliver, design, integrate validate, and support these unique turnkey solutions.
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FLIR E54 -
Teledyne FLIR
The FLIR E54 is your entry into the Exx-Series, offering the resolution and sensitivity you need for basic condition monitoring, electrical/mechanical inspection, and building inspection. The 320 × 240 pixel thermal detector accurately measures temperatures up to 650°C (1202°F) and produces crisp, vibrant imagery that can be enhanced with patented FLIR MSX® technology for added detail and perspective. The onboard FLIR Inspection Route runs pre-planned routes to help you stay organized when surveying large or multiple locations. FLIR Ignite provides automatic uploading of E54 images directly from the camera to the cloud for easy, secure storage and sharing.
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HD-200FL -
HORIBA, Ltd.
Optical dissolved oxygen sensor with no electrolyte replacement and rugged membrane.Highly intelligent, including automatic recognition of membrane properties when replacing the sensor cap.The HD-200FL is an optical (fluorescent) dissolved oxygen meter suitable for monitoring aeration tanks used for sewage treatment, effluent treatment, and other processes. Compared to conventional membrane polarographic type sensors, there is no need for electrolyte (internal fluid) replacement or warming, up. Characteristics of optical sensors are utilized to realize unequaled, improvement in ease of maintenance and reduction in running costs. Moreover, it features enhanced user-friendliness, with sensor caps that have built-in memory and a membrane replacement notification function.
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TestingXperts
We do performance testing of applications across domains and technologies, including web-based n-tier applications, client-server applications, SOA based solutions or COTS solutions. We have experience with all industry-leading performance testing and monitoring tools, along with expertise in end-to-end application performance including network, database, hardware, etc. We publish a detailed performance testing report for the application with response times, break-point, peak load, memory leaks, resource utilization, uptime, etc. We provide clear and actionable application tuning recommendations and help you implement those working closely with various IT teams in your enterprise.
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DMS-05 -
Teledyne Marine TSS
The DMS range of motion sensors is designed specifically for the motion measurement needs of the marine industry. Whether it is achieving IHO standard survey from any size of vessel, or providing safety critical monitoring of offshore platforms, large vessels, helicopter landing decks, cranes and positioning systems, the DMS provides accurate motion measurement in all sea conditions. Incorporating an enhanced external velocity and heading aiding algorithm for improved accuracy during dynamic manoeuvres, the solid state angular rate sensors offer reliability in the highest performing vertical reference units ever produced by TSS.- Low power, cost-effective solution
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BlueView M900-2250-S 130/45-Mk2 -
Teledyne Marine BlueView
The dual frequency M900/2250-S 130/45-Mk2 is a new configuration of the leading BlueView M900/2250 optimized for superb image quality in challenging shallow water environments. The 900 kHz offers high-resolution long range navigation, object detection, and obstacle avoidance, while the 2250 kHz provides ultra-high resolution at close range. ROV navigation, diver hand held, hull inspections, structure inspections, diver monitoring, and search and recovery are a few applications that benefit from the dual-frequency’s imaging capabilities. All M Series sonar operate while in motion or from a stationary position delivering real-time imagery and data.
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PS200 -
Teledyne Gas & Flame Detection
The PS200 Series combines quality, ruggedness and advanced technology in a user friendly, portable gas monitor. It is compact, lightweight, water resistant, extremely robust, and is certified to multiple international and regional standards.The PS200 can measure any combination of LEL, O2, CO and H2S making it suitable for a wide range of personal monitoring and confined space applications.In addition to extensive datalogging capabilities, the PS200 is available with an optional internal pump and an extensive range of accessories to meet a wide variety of user applications.Importantly, the PS200 has been designed to enable easier user maintenance which includes a fully automatic calibration station to simplify product compliance.
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Elemental Analysis, Inc.
As with other current organic carbon and elemental carbon (OC/EC) procedures, Thermal-Optical analysis is method-defined. However, this unit has been designed to specifically address some of the problems observed in other methods in assigning carbon to either the organic or the elemental fraction. By careful system control and continuous monitoring of the optical absorbance of the sample during analysis, this method is able to both prevent any undesired oxidation of original elemental carbon and make corrections for the inevitable generation of carbon char produced by the pyrolitic conversion of organics into elemental carbon. The OC/EC instrument utilized by EAC is used to analyze both bulk samples, and aerosol particles collected on quartz-fiber filters.
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Schweitzer Engineering Laboratories, Inc.
The built-in fault-locating methods in SEL devices allow you to quickly identify faults, dispatch crews for repairs, and restore service faster. Traveling-wave fault-locating technology calculates the locations of temporary and permanent faults by measuring the arrival times of the naturally occurring traveling waves caused by a transmission line fault. Accurately detecting these waves requires ultra-high-resolution monitoring, and locating is accurate to within one tower span (±300 m). Impedance-based fault-locating technology calculates fault locations by detecting changes in line impedance as a result of a fault. Impedance-based locating is reliable and accurate to about 2 percent of a line’s total length.
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285 HD -
Standard Electric Works Co., Ltd
● Three different ranges of identification of AC voltage: 285-A HD : 3~7 kV 285-B HD : 6.6~11 kV 285-C HD : 10~22 kV● The LCD will "flash continuously" for high voltage testing.● Physical contact with electrical conductors is not nec- essary when testing for live wires.● The 285 HD senses the radiated field that surrounds live conductors.● Radiated field strength increases with voltage and decreases quickly with distance.● Large LCD.● Continuous monitoring.● Easy to install.● No batteries required.● Weight : Approx. 80g.● Meets EN 61326-1 EN 55011 EN 61000-4-2 EN 61000-4-3
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LE-170SA -
LINEEYE Co., Ltd.
LE-170SA is a compact hand-held size line monitor for CAN/LIN. It has a touch screen and can be control as for smartfones. It has 1 CAN channel and 1 LIN channel and it can monitor both CAN and LIN communication thus monitoring of the network which has both CAN and LIN is available. The monitor function can diplay the communication data in real-time while saving it. The simulation function can send/receive the test data instead of the original communication partner. The ID filtering and trigger function make your development/evaluation more efficient. It also can measure 4 external signals as degital signals or analog signals while monitoring the communication data.It is light (300g) and convenient for field testing. The line monitor is useful for not only development but also maintenance.
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National Technical Systems
NTS is the exclusive provider of HATS2™testing services in North America. Thermal shock testing has long been the accepted method to check robustness and reliability of plated-through holes and solder joint connections. Historically, thermal shock testing has been performed utilizing either dual chamber air-to-air systems or liquid-to-liquid systems. Both of these methods offer significant disadvantages in cost, time, and the fact that the samples must be transported between the hot and cold environments. Transportation of the samples between the temperature environments makes monitoring the resistance of the samples difficult and inaccurate due to the length and quantity of wires. The infrequent monitoring typically associated with traditional thermal shock methods also makes detection of “glitch” conditions marginal at best.
