VLF sine wave test system for medium voltage cables with integrated Tan Delta

• Performs cable withstand testing, cable diagnosis, and sheath fault pinpointing
• Smallest and lightest unit on the market in its class
• Unique user-experience, thanks to a large, colour touch screen
• Automatic result interpretation as per latest IEEE 400.2 standard
• High safety, thanks to its analogue residual voltage indicator

High power test and diagnosis combination for MV cables (Tan Delta, VLF and PD)

• Cable testing, cable diagnosis, and sheath testing in one device
• Enables standard compliant high power VLF testing at 0.1 Hz (5 µF at 40 kV RMS)
• Internal tan delta measurement with automatic result interpretation
• Partial discharge diagnosis using VLF sine wave, damped AC or 50/60 Hz slope technology voltages

The VLF Sine Wave 45 kV is a compact VLF sine wave test system

• Test capacity of up to 1 0μF – that’s up to 40 km or 25.8 miles of cable at reduced frequency and voltage
• Internal tan delta option with automatic results interpretation
• One minute burn after fault detection
• Automatic frequency adjustment based on cable length
• Adjustable DC pulse rates of 1:3 and 1:4
• IEEE compliant withstand testing for new installations up to 25 kV
• IEEE 400.2 compliant maintenance testing up to 35 kV
• IEC 60229 compliant sheath testing up to 20 kV DC

MIT is DC insulation resistance testers with a full suite of test modes

• Measures up to 30 TΩ
• PI, DAR, DD, SV and ramp test
• Improved productivity – operate from line power/mains if battery dead
• Li ion battery – extended capacity, rapid charge
• Advanced memory with time/date stamp
• CATIV 600 V safety rating

Gain a comprehensive insight into battery capacity with discharge testing

• Discharge testing for full insight into battery capacity
• Enhanced safety features including spark free connection and emergency safety fuse
• Ability to test the battery without disconnecting it from the system
• High discharge capacity shortens the test time
• A complete stand-alone discharge test system

The Teleflex® VX-PT V2 is a portable, stand-alone, three phase time domain reflectometer (TDR)

• Bright and large display
• Easiest operation via self guiding and explaining menus
• ARM Multishot technology
• Automatic storage of all results
• Supports all existing prelocation technologies
• Automatic detection and display of cable end and fault position

The AC voltage test sets HPG 50, 80 and 110-H are suitable for 50 / 60 Hz AC testing of low capacity test objects

• HPG 50-H, AC testing up to 35 kVRMS / DC-testing up to 50 kV
• HPG 70 / 80-H, AC testing up to 50 / 58 kVRMS / DC-testing up to 70 / 80 kV
• HPG 110-H, AC testing up to 78 kVRMS / DC-testing up to 110 kV

Portable, high-performance, and energy-efficient Cosine rectangular VLF cable test systems

• VLF, DC and sheath fault testing in one device
• Portable thanks to two-part construction
• High test capacitance
• Integrated discharge system
• Reporting

Compact, light and rugged field instruments
• Battery and AC line operation
• Automatic end-of-cable and fault locating
• 4-kV or 12-kV output versions available
• Transflective colour display
• ARM® Prelocation
• Fault Pinpointing (Thumping)

Prime ON is Centrally controlled and automated cable fault location and cable testing system in one vehicle

• Insulation resistance testing
• Time domain reflectometry (Radar)
• HV DC testing (DC hipot)
• Fault conditioning (Burning)
• TDR-based and transient methods
• Magnetic-acoustic pinpointing via surging/thumping in multiple voltage ranges
• Sheath testing and sheath fault pinpointing

The Teleflex SX-1 is a portable two-channel time domain reflectometer (TDR) designed to provide quick, effective, accurate, and safe pre-location of faults in cable installations.

• Standalone operation or operation in conjunction with surge wave generators (thumpers)
• Single jog dial operation with piechart interface and No-User-Intervention Auto mode ARM®
• Multishot technology with 15 fault traces per arc reflection shot
• ProRange distance-dependent de-attenuation for significantly improved images of far-away reflections
• Supports all existing HV prelocation methods
• Auto-ranging cable end recognition, Auto-find cursor to fault position
• Rugged, robust, outdoor field-ready case

The CI/LCI cable identifier will safely identify a dead (or de-energized) primary cable within a group of energized or de-energized cables

• Identifies a de-energized primary cable safely
• Identifies live secondary cables up to 240 VAC
• Avoids false positives

The Ferrolux Rx audio frequency receiver with IFS tracing sensor can locate lines and cable faults with a high level of precision as it combines several functions in one device.

• Plan view of the target line location
• Excellent results, even when cables are bunched
• Location of joints
• Modular sensor design (plug and play)
• Multifunctional system combines the most
• effective pinpointing methods in one device

Shockwave receiver for acoustic and electromagnetic fault location

• Acoustic-magnetic cable fault location
• Highest acoustic noise immunity
• Automatic filtering of interference signals
• Automatic adjustment of all parameters, no adjustment necessary
• Optional: Bluetooth® headphones
• Optional: step voltage location (NT Set)
• Optional: cable tracing (NTRX Set)

Flagship system for state-of-the-art cable fault location, cable testing and cable diagnostics

• State-of-the-art fault location system with options for the functional integration of Very Low Frequency (VLF) testing, Partial Discharge (PD) diagnostics and tan delta measurement
• Centrally controlled: One single control unit for all operating modes and all system functions
• Fully automated: Automatic switching in all operating modes via motorised switches
• Great user convenience: Operation entirely by multi-touch with smartphone-inspired touchscreen gestures; pull-through sequence guiding users through fault location; integrated data management with MeggerBook 3 database and reporting software
• Equipped with technologies for identifying, pre-locating, pinpointing, and converting cable faults; suitable for main insulation faults and sheath faults; handles MV cables, LV cables, and even HV cables to a certain extent
• Comes with Teleflex RDR, cable radar/TDR technology
• Comes with HV pre-location methods ARM, ARM conditioning, ICE, and decay
• Available HV setups: 80 kV DC, either single phase or three phase
• Available with automated resonance burn-down unit for fault conversion, ARM Live Burning for pre-location, and surge energies of up to 4000 J for pinpointing (thumping)
• Available with VLF sine wave units, internal tan delta measurement, and sine wave-PD diagnostics
• Available with high standard-compliant VLF test capacity and technologies for near line frequency PD diagnostics on 36 kV cables, including PD-monitored withstand testing: VLF CR, DAC and Slope up to 60 kV RMS