New Products
PWS 3.3 genX Three-phase Portable Working Standard and Power Quality Analyzer
MTE‘s PWS 3.3 genX is a combination of a Portable Working Standard of class 0.05 % and an IEC 61000-4-30 Class A compatible Power Quality Analyzer with 4 voltage (U1, U2, U3, UN, UPE) and 4 current channels (direct: I1, I2, I3 and via clamp-on CT: IN / IPE Neutral current / Protection Earth current).
The modular concept of the PWS 3.3 genX allows the extension of the direct current measurement range from 12A up to 120A and the adding of a battery pack keeps the device running in the event of interruptions in the supply volt-age during Power Quality recording or when supply from measuring voltage or mains is not possible.
Cenegex DCx13
13MP portable digital camera with flash, touchscreen, digital zoom, 64GB onboard memory, movie and still image capture
The DCx13-3 represents a significant step forward in ATEX certified digital camera technology. Incorporating a custom designed hardware running Android™ OS, the intrinsically secure DCx13-3 provides high quality image capture in potentially hazardous (explosive) atmospheres whilst protecting your sites safety & integrity.
Cenegex 23DMx-3 Smart Multimeter
An ATEX certified, app-controlled digital multimeter for Ex mobile devices
The 23DMx-3 uses Bluetooth BLE technology to seamlessly integrate with a tablet or smartphone using the NEXUS app bringing test and measurement to any mobile device and removing the need to have separate Test & Measurement tools that perform only one function.
CertiFiber™ Max Optical Loss Test Set
Maximize your multi-fiber certification efficiency with the CertiFiber™ Max OLTS from Fluke Networks
Measure loss, length, and polarity of up to 24 fibers in one second. Field-replaceable UniPort™ adapters connect directly to MPO, MMC, pinned and unpinned configurations, and more, giving you maximum flexibility. Set up your projects right the first time with the Versiv™ ProjX management system, or remotely with LinkWare™ Live. Minimize measurement uncertainty with 1-jumper reference setting and an integrated timer that tracks time since the reference was set and a counter for the number of times a Test Reference cord has been used. Troubleshoot fast with a built-in multi-fiber VFL, duplex power meter, and optional end face inspection.
And it’s all on the powerful, proven Versiv platform. With more than 10,000 Certified Cabling Test Technicians (CCTT) in the field, the CertiFiber Max OLTS is already part of a familiar, trusted tool set that’s built Fluke rugged, supported by Fluke expertise, and backed by gold-standard Fluke service and experience.
MTE Hydrocal 1011 Portable Dissolved Gas Analysis
Fluke 831 Laser Shaft Alignment tool
Precision laser alignment made easy
Fluke Reliability Systems‘ rugged Fluke 831 has an intuitive guided user interface that enables quick and complete shaft alignment without advanced training or complicated programs. And while it’s easy to use, laser alignment with the Fluke 831 is powerful enough for the skilled technician. You can cover more of your machines with all the functionality needed on the plant floor, from thermal growth to user defined tolerances and more.
Reduce costs by avoiding downtime
Misalignment causes at least half of all damage to rotating machinery, studies show. Instead of fixing the problem, teams often just treat the symptoms of misalignment and replace bearings, couplings, and seals because they think alignment takes too long.
Contrary to expectations, laser alignment can be fast and easy. So, every machine that is repaired and overhauled should be aligned – not just a few. Teams that embrace laser alignment can save thousands of dollars per year by avoiding downtime and energy waste and reducing the number of bearings and seals they have to replace.
Fluke 835 Laser Belt Alignment Tool
Fluke Reliability Systems‘ Fluke 835 Laser Belt Alignment Tool is the ideal tool to precision-align belt-driven machines in your facility.
Get more from your belt-driven systems through proper machine alignment. Misalignment can take years off your machinery’s useful lifespan — and lead to time and money spent on unnecessary repairs and replacements, as well as costly unplanned downtime.
TenneT solve communication turbulence at Rotterdam The Hague Airport
When TenneT got a call from the Dutch Radiocommunication Agency to investigate an issue at one of its substations that was causing significant air traffic communication problems between pilots and air traffic control, an innovative new detection tool held the answer to a fast, safe, and effective response.
TenneT is a leading European electricity transmission system operator with its main activities in the Netherlands and Germany. With over 23,900 kilometres of high-voltage connections, TenneT ensures the secure supply of electricity to 42 million end-users.
Insertion Loss
Insertion loss is the amount of energy that a signal loses as it travels along a cable link. It is a natural phenomenon that occurs for any type of transmission—whether it’s electricity or data. This reduction of signal, also called attenuation, is directly related to the length of a cable—the longer the cable, the greater the insertion loss. Insertion loss is also caused by any connection points along a cable link (i.e., connectors and splices).
Calibrating Humidity Sensors with a Mixed-Flow Humidity Generator Calibrator
We want to assume that when we take medication, fly in an airplane, eat food, use chemical products or perform other normal tasks that the products and processes we use are safe and work effectively. But it’s a dangerous world out there and that is why industries like pharmaceuticals, semiconductors, chemicals, aerospace, food processing and the like have regulations in place to ensure the quality of their products and processes. These regulations typically require regular measurements of many parameters including temperature and humidity. Making sure that measurements are accurate is where calibration comes in.
True RMS tools for energy efficient HVAC systems
The quest for energy savings drives innovations in highly efficient HVAC equipment. Much of the gains in efficiency have been made possible by variable speed motor drives and microprocessor controllers governing everything from blower fans and compressors to electronic expansion valves and thermostats. Although these electronic components help save energy, they present more complexity for HVAC techs.