You are here: Main
TRS1
Transformer ratio standard
The TRS1 transformer ratio standard has been designed to be used with ratio meters as a high accuracy reference ratio standard. This unique standard is able to provide ratios in both step-down (traditional ratio test instruments) and step-up (Biddle Hand Crank TTR) test modes. The standard is designed for use as a laboratory calibration standard, or as a portable check standard for field ratio and phase verification of any ratio instrument.
The TRS1 can be used with any single-phase and three-phase ratio meter. Combining three TRS1 units together enables you to test a Wye-Wye configuration with three-phase ratio meters. When testing three-phase ratio meters with the TRS1, you need to use the instrument’s single-phase or three-phase excitation. This is meant as a time saving feature or to validate TTRU3 phase ratio meter models.
The TRS1 is primarily designed to be used in calibration facilities where accurate ratio transformation is required. In addition, The TRS1 is designed for rugged and easy use as a field ratio test kit. The connections are meant to handle large test clips and when ratio results of complex transformers are not as expected, the TRS1 provides you with field confirmation that the test instrument is working as intended and reporting ratio accurately.
- Replaces PN 550050 and 550055
- High accuracy 0.01 %
- Rugged design for field use
- Versatile, step-down and step-up ratio
- Designed to be used with large test clips or banana jack inputs
- Four-terminal Kelvin - no lead compensation required
- Universal standard for use with all ratiometers
MGFL100
Battery Ground Fault Locator
The MGFL100 battery ground fault locator locates ground faults on ungrounded DC and AC systems, DC battery systems, and protected IT networks. It also alarms when the real fault is found, while automatically distinguishing between real fault current and reactive current drawn by stray system capacitance.
The MGFL100 measures the earth/ground fault resistance, the system capacitance, the real fault current, and the reactive leakage current. It also locates high impedance ground faults due to water ingress, as well as ground faults on systems with high leakage current. The MGFL100 makes locating the ground fault fast and easy by alarming when the circuit with a real ground fault is located. No complicated tuning out of noise or capacitance is required. Easily trace the fault with the lightweight transmitter and receiver. Set both password protected voltage and current limits to ensure you never put too much current in your system.
The MGFL100 also enables you trace short-to-ground faults, or earth faults, by directly coupling to the line. This can be done either off-line or on-line using a coupling filter.
- Alarms when the real fault is identified
- Direct measurement of resistance and stray capacitance
- Direct measurement of fault current and leakage current
- Adjustable current and voltage limits
- Powered off AC or internal battery
- Locates faults up to 400 kΩ
- Locate faults on AC or DC systems
- Operates on systems up to 600 V
Fluke FEV300
EV Charging Station Test Adapter
The FEV300 test adapter kit with Type 2 connector is designed to test function and safety of charging stations mode 3 for AC charging. The adapter imitates an electric vehicle and opens up a charging cycle, activating voltage and current output, allowing you to conduct tests in combination with appropriate test instruments like an installation tester (Fluke 1664 FC) and/or a ScopeMeter® (Fluke 120B Series). With the adapter kit, charging stations can be tested in accordance with IEC/EN 61851-1 and IEC/HD 60364-7-722.
Key features
- PE conductor can be tested for possible presence of dangerous voltage against earth
- Perform Cable Simulation with the PP State rotary switch simulating current capabilities of charging cables
- Perform Vehicle Simulation testinig various charging states
- Simulate PE error (Earth fault)
- Test in accordance with IEC/EN 61851-1 and IEC/HD 60364-7-722
HV Tester 25 with Digital Metering
Portable high voltage generator
The HV Tester 25 kV and 25 kV Digital are portable high voltage generators with a variable negative DC output voltage of 0 to 25 kV. They are robust, lightweight, compact and and easy to use. Due to their small size and internal battery, these test systems are ideal for test conditions where no external power supply is available. Capacitive loads, such as shielded cables, are safely and automatically discharged in the case of a breakdown and at the end of testing via the internal discharge facility. Standard HV tester 25 kV comes with analogue meters, additionally Megger offers the HV tester 25 kV with digital metering which allows a more precise reading of the current and setting of the voltage.
These instruments are ideal for testing paper-insulated/mass-impregnated cables according to IEEE 400-2012 and IEC 60060-3, testing electrical equipment according to IEEE 62.1 and IEEE 95, and testing cable sheaths/outer jackets according to IEC 60502/IEC 60229.
- DC and insulation testing of cables, joints, electrical fixtures, etc.
- High flexibility, thanks to built-in battery
- Internal discharge facility
- Available with analogue or digital metering
- Built-in timer (1 to 30 min)
MFT-X1
Multifunction tester
The MFT-X1 introduces our first generation of platform based, user upgradeable MFTs, to add to the existing Megger MFT1700 range of multifunction testers. It has been designed and manufactured at our Dover factory in the UK, incorporating a host of new features based on years of customer input. With the MFT-X1, we now offer True Loop™, our industry leading loop impedance test with patented Confidence Meter™ technology, full CertSuite™ compatibility - to make certificate generation a breeze - high resolution loop testing, stabilised insulation voltage output, full colour screen and new operator interface are now standard. The user upgradeable operating software ensures the MFT-X1 has the ability to adapt to regulation changes and make it the perfect instrument for fast, reliable, accurate and adaptable testing.
Intended for use on all low voltage electrical installations including EV charge points and domestic photo-voltaic systems, the range of test capabilities allow for general commissioning of installations and periodic maintenance as well as detailed fault diagnostics.
- Designed for the electrical testing of single and 3-phase installations.
- Brand new features including full colour screen, RCD configurator and EV charge point testing.
- Fully compatible with CertSuite™ for easy certificate generation and reporting.
- TrueLoop™ measurement using patented confidence meter.
- Never be without power with our quick-remove battery pack and rechargeable battery option.
EGIL200
Circuit breaker analyser
- Mid-range circuit breaker analyser providing a new level of accuracy to your standard measurements
- Easy-to-use and intuitive operation offers final measurement results with a minimum of user interaction
- Measurement performance inherited from market leader Megger TM series circuit breaker analysers
- Instrument and accessories designed for the most demanding field conditions
The EGIL200 circuit breaker analyser is the first incarnation in a new range of circuit breaker analysers from Megger. It has been designed in close cooperation with global industry reference groups, drawing experience from the market leading and hugely successful Megger TM series of circuit breaker analysers. The emphasis in the development of the EGIL200 has been on ease of use, ensuring that the time spent on setting up measurements is kept to a minimum. As such, with the EGIL200, you can get your test results in no time. Connection to the test object has also been streamlined so you only need to connect the test leads once to perform all the following measurements or operations:
1. Timing of main and PIR contacts
2. Coil current analysis of close, open 1 and 2 coils
3. Station voltage measurements
4. Motion measurements
5. Motor current measurement
With both the main instrument and its accessories designed for the most demanding field conditions, the EGIL200 is your complete toolbox for daily, hassle-free circuit breaker condition assessments.
OptiFiber® Pro OTDR Family
Designed for Enterprise, Datacenter, Outside Plant, and PON Fiber
Many OTDRs designed for fiber troubleshooting are designed for carrier and contain cumbersome and complicated features. The OptiFiber Pro OTDR family is the first class of OTDRs that is built with features and usability for both the enterprise network engineers, and cable installers working in both enterprise and OSP environments.
Product Highlights
Makes novices into experts and experts faster
- Multiple wavelengths (850, 1300, 1310,1490, 1550 and 1625 nm) support LAN, datacenters, PON, FTTx and outside plant applications.
- Automated setup senses fiber characteristics and sets measurement parameters
- Manual Expert mode allows simple adjustments to automated settings for detailed testing.
- EventMap automatically identifies events including connectors, splices, bends, and splitters
- Gesture-based interface allows fast, in-depth trace analysis
- SmartLoop™ OTDR technology tests two fibers in a single test eliminating the need to travel to the far end of the connection to perform tests.
- Instantaneous on-board bi-directional averaging results included as standard
- Integrates with LinkWare™ Live to manage jobs and testers from any smart device.
- Future-ready VersivTM design supports copper certification to Category 8, fiber loss and inspection.
Page 24 of 36
 |
 |
 |
 |
 |
 |
2025 Electrical Testing Expert Catalog
Megger Transformer Catalogue
Megger Cable Catalogue
Industrial Maintenance Catalog 2024
Megger Power Catalog
Merytronic
Portable Devices
Fluke 2025 - 2026 Product Guide
Solucao Product Catalog
Orion Electrical Safety Rubber Equipments Catalogs
BETE Electrical Construction Tools 2025
MULTI Main Sales Product Line 2026
ANHU Electric Catalog
