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Megger Industrial Maintenance
Insulation Testing
Insulation testers are Megger‘s best known products worldwide. In the 19th century, when the first cities became electrified in the course of the industrial revolution, Megger constructed the world’s first ‘hand dynamo’. This patented product generated enough voltage to measure resistances in the megohm range. Today, you can experience the exceptional accuracy, repeatability and reliability of Megger’s insulation testers. Indeed, thanks to Megger‘s advanced guard terminal technology, you can avoid leakage currents that can distort results, giving you accurate insulation measurements quickly and efficiently.
MIT400/2 Series
■ Insulation measurement up to
1 kV/200 GΩ
■ Stabilised insulation test voltage
■ Faster single range continuity check 0.01 Ω to 1 MΩ
■ Test voltage continuously adjustable from 10 V to 1000 V
■ 600 V TRMS AC and DC voltage measurement
■ Optional rechargeable batteries with mains or 12 V charging option
■ Test category CAT IV 600 V
■ Protection class IP54
■ Ideal for energy suppliers
■ Stabilised insulation test voltage
■ Faster single range continuity check 0.01 Ω to 1 MΩ
■ Test voltage continuously adjustable from 10 V to 1000 V
■ 600 V TRMS AC and DC voltage measurement
■ Optional rechargeable batteries with mains or 12 V charging option
■ Test category CAT IV 600 V
■ Protection class IP54
■ Ideal for energy suppliers
MIT2500
■ Insulation testing up to 2.5 kV and
200 GΩ range in a hand held instrument
■ Guard terminal for high resistance accuracy
■ Adjustable insulation test voltage from 50 V to 2500V
■ Stabilised insulation test voltage
■ Rechargeable options for mains and car charging
■ Single range, faster continuity testing from 0.01 Ω to 1 MΩ
■ Polarisation Index (PI) and Dielectric Absorption Ratio (DAR)
■ CAT IV 600 V applications
■ Includes new test voltage feedback control, which maintains the output test voltage to within 2% of the selected range, even when under test
■ Guard terminal for high resistance accuracy
■ Adjustable insulation test voltage from 50 V to 2500V
■ Stabilised insulation test voltage
■ Rechargeable options for mains and car charging
■ Single range, faster continuity testing from 0.01 Ω to 1 MΩ
■ Polarisation Index (PI) and Dielectric Absorption Ratio (DAR)
■ CAT IV 600 V applications
■ Includes new test voltage feedback control, which maintains the output test voltage to within 2% of the selected range, even when under test
MIT515 & MIT525
■ Insulation measurement up to 5 kV DC
■ Measuring range to 10 TΩ
■ Diagnostic function PI, DAR (MIT515) plus DD, SV and Ramp (MIT525)
■ Li-ion battery, high capacity, fast charging
■ Test category CAT IV 600 V
■ Robust, impact-resistant outdoor carry case, protection class IP65
■ Operational up to 3000 m above sea level
■ Light and compact only 4.5 kg
■ Measurement with discharged battery - with simultaneous charging at the mains
■ Measuring range to 10 TΩ
■ Diagnostic function PI, DAR (MIT515) plus DD, SV and Ramp (MIT525)
■ Li-ion battery, high capacity, fast charging
■ Test category CAT IV 600 V
■ Robust, impact-resistant outdoor carry case, protection class IP65
■ Operational up to 3000 m above sea level
■ Light and compact only 4.5 kg
■ Measurement with discharged battery - with simultaneous charging at the mains
MIT200 Series
■ There is a choice of two or three test
voltage ranges providing an ideal
solution to most low voltage insulation
testing applications
■ Insulation measurement up to 1000 MΩ on all ranges
■ Auto discharge ensures all circuits are safely discharged after testing
■ 1000 V insulation test ranges have a high voltage warning prior to test voltage being applied
■ Insulation measurement up to 1000 MΩ on all ranges
■ Auto discharge ensures all circuits are safely discharged after testing
■ 1000 V insulation test ranges have a high voltage warning prior to test voltage being applied
MIT300 Series
■ Safety interlock to prevent unsafe
connection of the test leads
■ Safe contact detector keeps you and your instrument safe during continuity testing if it’s accidentally connected to a live circuit
■ Live voltage warning alerts the user to a circuit voltage over 25 V when insulation testing
■ Safety lockouts– Prevent continuity testing on live circuits– Prevent insulation testing when circuit voltage is greater than 50 V
■ Hands-free operation
■ Safe contact detector keeps you and your instrument safe during continuity testing if it’s accidentally connected to a live circuit
■ Live voltage warning alerts the user to a circuit voltage over 25 V when insulation testing
■ Safety lockouts– Prevent continuity testing on live circuits– Prevent insulation testing when circuit voltage is greater than 50 V
■ Hands-free operation
BM5200
■ 1 T Ω, 1.4 mA, 5 kV digital insulation
tester with digital and analogue display
■ Five test ranges; 250 V, 500 V, 1000 V, 2500 V and 5000 V
■ Insulation (InS), Polarization Index (PI) and variable timed test (t) modes
■ Selectable DC or AC (including frequency) voltmeter functions
■ Guard terminal to shunt surface leakage currents
■ CATIII 600 V safety rating
■ Five test ranges; 250 V, 500 V, 1000 V, 2500 V and 5000 V
■ Insulation (InS), Polarization Index (PI) and variable timed test (t) modes
■ Selectable DC or AC (including frequency) voltmeter functions
■ Guard terminal to shunt surface leakage currents
■ CATIII 600 V safety rating
BM5500
■ 1 T Ω, 1.4 mA, 5 kV digital insulation
tester with digital and analogue display
■ Five test ranges; 250 V, 500 V, 1000 V, 2500 V and 5000 V
■ Insulation (InS), Polarization Index (PI) and variable timed test (t) modes
■ Selectable DC or AC (including frequency) voltmeter functions
■ Guard terminal to shunt surface leakage currents
■ CATIII 600 V safety rating
■ Five test ranges; 250 V, 500 V, 1000 V, 2500 V and 5000 V
■ Insulation (InS), Polarization Index (PI) and variable timed test (t) modes
■ Selectable DC or AC (including frequency) voltmeter functions
■ Guard terminal to shunt surface leakage currents
■ CATIII 600 V safety rating
Low resistance testing
DLRO10X- 10 A micro-ohmmeter with test results storage and downloading
The DLRO10X offers a 0.1 µΩ resolution with a maximum capability of 2 kΩ. Fast testing ability means
users can achieve results in less than 3 seconds. At only 2.5 kg, it is the smallest, lightest and most
sophisticated 10 A low resistance ohmmeter available, making it convenient for general testing.
The DLRO10X has the capability of measuring inductive loads such as transformers and motor windings. The DLRO10X has on-board memory, RS232 download capability, maximum setting and manual or automatic range control to the features of the DLRO10. Uses easily interchangeable batteries. DLRO10X can download results in real time and has on-board storage for later download to a PC
The DLRO10X has the capability of measuring inductive loads such as transformers and motor windings. The DLRO10X has on-board memory, RS232 download capability, maximum setting and manual or automatic range control to the features of the DLRO10. Uses easily interchangeable batteries. DLRO10X can download results in real time and has on-board storage for later download to a PC
DLRO10HD & DLRO10HDX- Dual power 10 A micro-ohmmeter with IP65 rating
DLRO10HD is a tough low resistance ohmmeter designed to withstand the inclement conditions of real
world testing. Rated at IP65 when the lid is closed and IP45 when operating under battery power, the
DLRO10HD has a resolution of 0.1 µΩ. There are also 2 power output levels to assist with condition
diagnosis. One is limited to avoid heating the test sample, while the other maintains a set high
power output. The DLRO10HDX also has the benefit of having results storage and downloading
capabilities.
DLRO10-10 A Micro-ohmmeter
The DLRO10 series offers a 0.1 µΩ resolution with a maximum capability of 2 kΩ. Fast testing ability
means users can achieve results in less than 3 seconds. At only 2.5 kg, it is the smallest, lightest and
simplest-to-use 10 A low resistance ohmmeter available. Uses easily interchangeable batteries.
DLRO2-2 A low resistance ohmmeter
■New Difference Meter for quick data comparisons
■Use long leads at 1 A without compromising test speed
■ Safely test the resistance of inductive loads at 1 A, and more...
■Use long leads at 1 A without compromising test speed
■ Safely test the resistance of inductive loads at 1 A, and more...
DLRO100-2 100 A highly portable micro-ohmmeter with dualground safety
■ Small and weighs less than 15kg
■ Test currents from 10 A to 200 A d.c.
■ 0.1 µΩ best resolution
■On board memory for up to 300 test results and notes, and more
■ Test currents from 10 A to 200 A d.c.
■ 0.1 µΩ best resolution
■On board memory for up to 300 test results and notes, and more
DLRO200-200 A MICRO-OHMETER
■ Small and weighs less than 15kg
■ Test currents from 10 A to 200 A d.c.
■ 0.1 µΩ best resolution
■On board memory for up to 300 test results and notes, and more
■ Test currents from 10 A to 200 A d.c.
■ 0.1 µΩ best resolution
■On board memory for up to 300 test results and notes, and more
Motor and generator testing
Megger Baker Instruments are designed and manufactured with the purpose of testing and maintaining rotating machinery. They deliver predictive maintenance results with trending information that enables industrial maintenance teams to monitor plant and predict motor failures ahead of time to avert costly downtime
Baker AWA-IV-- Static motor analyser
■Available models: 2 kV, 4 kV, 6 kV, 12 kV and 12 kV
high output
■ Test types: resistance, megohm, DA, PI, DC step voltage, DC HiPot
■ Surge (IEEE and IEC compliant)
■ Test types: resistance, megohm, DA, PI, DC step voltage, DC HiPot
■ Surge (IEEE and IEC compliant)
Baker DX-
■Available models: 4 kV, 6 kV, 6 kV High Output, 12 kV,
12 kV high output, 15 kV and DX15A armature tester
■ Test types (some tests require optional upgrades): resistance, capacitance, inductance, megohm, DA, PI, DC step voltage, DC HiPot, surge (IEEE and IEC compliant), partial discharge (PD) on surge
■ Test types (some tests require optional upgrades): resistance, capacitance, inductance, megohm, DA, PI, DC step voltage, DC HiPot, surge (IEEE and IEC compliant), partial discharge (PD) on surge
Rotating machinery testing
Baker EXP4000-Dynamic motor analysis system
The Baker EXP4000 monitors many different parameters
calculated from an in-service motor’s voltages and currents to
separate mechanical and electrical issues that may be present in
a motor-machine system. Using advanced software algorithms,
the EXP4000 is designed to pinpoint challenges across the
system, including those with the power supply, the variable
frequency drive, the motor, and the load placed on the motor.
Test domains: Power quality, machine performance, current, spectrum, torque, variable-frequency drives, continuous monitoring, transient analysis (e.g. startup), motor efficiency.
The Baker EP1000 Dynamic Motor Link can be installed in motor control cabinets (MCC) to provide a permanent, rapid-hookup port for the EXP4000.
Test domains: Power quality, machine performance, current, spectrum, torque, variable-frequency drives, continuous monitoring, transient analysis (e.g. startup), motor efficiency.
The Baker EP1000 Dynamic Motor Link can be installed in motor control cabinets (MCC) to provide a permanent, rapid-hookup port for the EXP4000.
MTR105-Hand-held static motor tester
■ Full colour graphic display
■ 3-phase insulation resistance
■ Measurement and correction for insulation resistance
■ Protection terminal
■ DLRO four-wire
(Kelvin measurement) ■ Continuity testing and diode testing
■ Motor direction of rotation
■ Capacitance and inductance
■ CAT III 600 V up to 3000 m
■ Protection class IP54
■ 3-phase insulation resistance
■ Measurement and correction for insulation resistance
■ Protection terminal
■ DLRO four-wire
(Kelvin measurement) ■ Continuity testing and diode testing
■ Motor direction of rotation
■ Capacitance and inductance
■ CAT III 600 V up to 3000 m
■ Protection class IP54
Baker PPX Power packs
■ Available models: PPX30 (30 kV) - PPX40 (40 kV)
- PPX30A (30 kV with armature testing capability
- PPX30A (30 kV with armature testing capability
Baker NetEP- Online motor analyser
The Baker NetEP is a permanently installed, fully automated machine system
monitoring solution. It continuously acquires health and performance data on up to
32 electric motors and the rotating machine systems they operate. With the Baker
NetEP, maintenance professionals can safely gather performance data on critical
motors around the clock, 365 days a year, from the convenience and safety of a
central office. The system helps reduce costly unplanned downtime by providing
information that improves maintenance decision making and planning. The
dashboard display of the NetEP’s associated software indicates motors that are in an
alarm condition
Partial discharge testing
PD Scan-Medium voltage switchgear substation surveying system
The PD Scan is a handheld, pre-screening tool suitable for on-line detection of PD activity in MV cables
and plant. PD activity is widely regarded as an indication of incipient faults in the insulation and seen as
one of the best ‘early warning’ indicators of the deterioration of medium and high voltage insulation.
Faults in MV plant are, in most cases, cost expensive. A breakdown in, say, a termination, can lead to
damage of the entire cubicle. In addition, faults in MV plant can lead to long outage times. With help
from the PD Scan, such faults can be prevented.
The intuitive operating system and the large touchscreen colour display makes it one of the most user friendly hand-held online PD units on the market.
The intuitive operating system and the large touchscreen colour display makes it one of the most user friendly hand-held online PD units on the market.
UHF PDD
Component failure in a substation has serious repercussions. It has the potential to
cause injury, damage and unplanned outages, which result in significant disruption
and cost. Predictive condition assessment aims to identify faults developing in
electrical equipment so that they can be addressed before failure.
The UHF PD Detector is the ideal tool for quick, non-invasive surveys in MV and HV substations and should be part of the toolkit for all maintenance and service teams. Due to its high measurement bandwidth, the UHF method provides accurate local online partial discharge (PD) measurements on HV components such as cable end-terminations, surge arrestors, voltage transformers and isolators.
The UHF PD Detector is the ideal tool for quick, non-invasive surveys in MV and HV substations and should be part of the toolkit for all maintenance and service teams. Due to its high measurement bandwidth, the UHF method provides accurate local online partial discharge (PD) measurements on HV components such as cable end-terminations, surge arrestors, voltage transformers and isolators.
Time domain reflectometry
TDR2050- Dual channel LV cable fault locator
Offering a CAT IV 600 V safety rating, the TDR2050 is perfect for
chasing down faults on power circuits such as street lighting. It is IP54
rated and the step function trace improves the near-end performance of
the TDR2050 by preventing the trailing edge of the pulse masking faults.
Other features include ‘Auto-find’, which takes you to the major events
on the cable, and the ‘Find-end’ function, which identifies the end of
the cable and measures its length. Distance dependant gain is a major
benefit in long cable performance
TDR1000/3 -Single channel LV cable fault locator
A very capable TDR for identifying and locating faults on metallic
cables. The TDR1000 is suitable for use on both dead and live
cables without a blocking filter, up to CAT III 150 V phase-to-earth.
Using a 2 ns pulse, the TDR1000/3P’s near end performance is
exceptional while offering a maximum range of 5 km.
TDR500/3
■Minimum resolution of only 0.1 m for
troubleshooting very close to the cable
end
■Maximum measuring range up to 5 km
■Output resistances of 25, 50, 75 and 100 Ω and a shortening factor between 0.2 and 0.99
■ Trace hold function allows you to save a route on the screen
■High-resolution display
■Very easy operation with joystick
■Auto selection of gain and pulse width
■Ultra-fast pulse for near end fault identification
■ Ideal for all copper data cables
■Maximum measuring range up to 5 km
■Output resistances of 25, 50, 75 and 100 Ω and a shortening factor between 0.2 and 0.99
■ Trace hold function allows you to save a route on the screen
■High-resolution display
■Very easy operation with joystick
■Auto selection of gain and pulse width
■Ultra-fast pulse for near end fault identification
■ Ideal for all copper data cables
Cable Fault Location System
EZ-Thump12-Highly portable fault location system
Weighing less than 33 kg, the EZ-Thump12 is the most portable fault location systems on the market.
It utilises the ‘Easy Go’ test system, which is easy to operate, interprets the results and requires minimal
training to find faults. On-board is a TDR with a 7.6 km range and arc reflection at 12 kV for pre-locating.
For pinpointing, the EZ-Thump offers a surge energy of 500 J, DC testing for breakdown detection and
insulation resistance measurement. The unit is operated from line or the internal battery. It can also fit
in the boot of a car, making it ideal for a flexible, quick response fault-finding strategy.
EZ-Thump3
The new dual-stage 3 kV EZ-Thump is the first of its kind in the entire market. It’s portable,
compact, lightweight and battery and AC line operated. In cable fault location systems, it’s
specifically designed for fault locating in shielded and unshielded low voltage power cables. Due
to its portable, robust and (waterproof) outdoor-capable enclosure, the 3 kV EZ-Thump is ideally
suited for all typical fault locating operations on LV cables, whether for industrial applications up
to 3 kV, street light fault locating or for fault locating on LV power circuits in the utility industry.
The EZT3DV2 model is the only dual-stage 3 kV unit in the market that addresses LV cables with either 600 V or 1000 V ratings and a max permissible test level of 3 Uº (1.8 kV or 3 kV).
The EZT3DV2 model is the only dual-stage 3 kV unit in the market that addresses LV cables with either 600 V or 1000 V ratings and a max permissible test level of 3 Uº (1.8 kV or 3 kV).
Smart Thump ST16-20
The SMART THUMP ST16-20 Portable/Vehicle-mounted Cable Fault Locating System provides safe,
efficient and extremely easy-to-use solutions for quickly identifying, prelocating and pinpointing
various types of cable faults for power cables. The ST16-20 is developed to meet the requirements
for typical medium-voltage distribution cable fault location markets from 11 to 35 kV system voltage.
Typical end users include: operations department of power utility companies, electrical departments within municipalities, private network operators, high voltage electrical contractors, service companies, port authorities, mining, airports, military bases, petrochemical and paper companies.
Typical end users include: operations department of power utility companies, electrical departments within municipalities, private network operators, high voltage electrical contractors, service companies, port authorities, mining, airports, military bases, petrochemical and paper companies.
digiPHONE+ Surge wave receiver for acoustic and electromagnetic fault pinpointing
This instrument sets the standard by integrating audio and electro-magnetic functionality in to one
simple-to-understand, colour display. Combining two new technologies for efficient noise suppression,
it offers exceptional acoustic performance which lets pass only the fault noise. This means it is possible
to lower the surge energy and to find faults in noisy environments. The operator’s hearing is protected
by auto proximity mute, turning off the headset as a hand approaches the sensor handle and turning
it on again once mechanical oscillations have ceased, and by limiting the earphone output to 84 dB(A).
Cable tracing is simplified using the left/right indicator, keeping the sensor over the cable while the compass indicates the direction to the fault and the digital readout displays the distance to the fault.
Cable tracing is simplified using the left/right indicator, keeping the sensor over the cable while the compass indicates the direction to the fault and the digital readout displays the distance to the fault.
Cable Route Tracing & Identification
Easyloc-Utility services detection and location system
A fast and easy-to-use system for the detection and tracing of underground cable runs
and pipe networks. The receiver unit displays the signal level and has a max marker to
help with location. The operator is given both aural and visual confirmation of location.
EasyLoc also gives an approximate depth measurement
CI LCI-Cable identifier
The system identifies a particular cable by means of a current impulse generator and
receiver. The receiver is connected to a flexible CT or a pad style detector to receive the
identification signal. The pulse generator transmits single sawtooth pulses with a peak
current up to 100 A into the cable being identified.
CHM Series-Cable height meters
The CHM Series of Cable Height Meters utilize ultrasonic techniques to determine
the height of up to six overhead cables and wires. The instruments are designed to
address specific measuring requirements on cables up to 75 feet (23 m). The CHM600
(C/N 659600) and CHM600E (C/N 659600E) are designed primarily for power cable
applications, while the CHM2000 is designed for telecommunication applications.
Power Quality
With the increased sophistication of electrical and electronic equipment, and the new micro generation systems being added to the grid, there is now more attention being paid to the quality of supply. Power quality surveys on electrical noise, lamp flicker, load balancing, power factor correction and motor in-rush studies can all be carried out with Megger power quality analysers.
MPQ1000 -Power quality analysis system
■ Auto CT identifies the current clamp that
is connected to the analyser as well as the
range to which the CT is set
■ Configuration verification identifies and notifies you if the product has been connected incorrectly
■ On-board data analysis can compare results against canned or custom standards. Create your own templates for your internal company standards
■ It has SD card support, USB card support and USB communications, as well as Ethernet connections, making it versatile
■ Configuration verification identifies and notifies you if the product has been connected incorrectly
■ On-board data analysis can compare results against canned or custom standards. Create your own templates for your internal company standards
■ It has SD card support, USB card support and USB communications, as well as Ethernet connections, making it versatile
MPQ2000
The MPQ2000 portable power quality analyser has features that make it ideal for testing power
quality in any environment, including rugged, weatherproof hardware, and the ability to power off
Phase A or auxiliary power.
But the hardware is not all that it’s about. Behind the sturdy exterior is an intelligence that is focused on minimising errors and making your testing more efficient, with industry-leading software that enables you to quickly and easily analyse your results.
But the hardware is not all that it’s about. Behind the sturdy exterior is an intelligence that is focused on minimising errors and making your testing more efficient, with industry-leading software that enables you to quickly and easily analyse your results.
Battery Testing
With the increasing dependency of back-up systems on battery strings, and the escalating cost of replacing batteries, instrumentation and software systems that can measure, trend and manage the life-cycle of cells is a cost effective option. There are two methodologies for testing batteries. The first, impedance testing, is an on-line test that can be performed frequently to identify individual weak cells before they fail. The second, battery discharge test, is normally an off-line test and tests the actual output of the whole battery under load conditions. This will show what will actually happen if the battery is required to take the load. Most battery systems are floating and have earth leakage monitors and trips if there is an earth fault. The Battery Ground Fault Tracer allows you to trace a faulty circuit easily in a complex floating system.
BITE3 -Battery impedance test equipment
■ Determines health of lead-acid cells up to
2000 Ah
■ On-line testing with Pass/Warning/Fail calculations
■ Measures impedance, interconnection resistance and cell voltage
■ Windows CE operating system with 32 MB of memory
■ Measures float and ripple currents
■ Includes PowerDB LITE Management Software
■ On-line testing with Pass/Warning/Fail calculations
■ Measures impedance, interconnection resistance and cell voltage
■ Windows CE operating system with 32 MB of memory
■ Measures float and ripple currents
■ Includes PowerDB LITE Management Software
BITE5-Battery Tester
■ Measures impedance on cells up to 200 V
■ Supports battery discharge testing
■ Supports lead acid, NiCD and lithium-ion BITE5
■ Measures DC voltages up to 1000 V
■ Measures AC voltages up to 600 V
■ Touch screen set-up and trending
■ Supports battery discharge testing
■ Supports lead acid, NiCD and lithium-ion BITE5
■ Measures DC voltages up to 1000 V
■ Measures AC voltages up to 600 V
■ Touch screen set-up and trending
Earth or Ground Testers
Earth or ground resistance testing - One of the most important considerations in an electrical system is the resistance of the earth for reliable operation and safety. Whether you are doing a ground resistivity survey to plan the location of a substation or testing an earth electrode, Megger has an earth tester suitable for the job. Megger has more than 50 years’ experience in designing and building earth resistance testers. The latest generation are CAT IV rated, and have tough molded cases. Variable test frequency keeps noise down, reliability up.
DET2/3-Advanced earth tester
The DET2/3 is a robust and compact automatic earth (ground) test instrument designed
to measure earth electrode resistance and soil resistivity. For use on large or more
complex earth systems, which include communications earth systems and difficult test
environments, it can be used to test in accordance with BS 7430 (earthing/grounding), BS
EN-62305 (lightning protection), BS-EN-50122-1 (railway applications), and IEEE Standard
81.
The DET2/3 can provide a live trace of its measurements, which graphically shows the amount of noise from the system under test - a powerful diagnostic tool for the expert earth (ground) test engineer. Test frequency, test current and filtering can be quickly and easily adjusted so that adverse conditions, which can influence the test, can be overcome, and a wide band of test current frequencies, with a resolution of 0.5 Hz, can be used to eliminate errors caused by noise in the earth.
The DET2/3 can provide a live trace of its measurements, which graphically shows the amount of noise from the system under test - a powerful diagnostic tool for the expert earth (ground) test engineer. Test frequency, test current and filtering can be quickly and easily adjusted so that adverse conditions, which can influence the test, can be overcome, and a wide band of test current frequencies, with a resolution of 0.5 Hz, can be used to eliminate errors caused by noise in the earth.
ETK- Earth test kit
The Megger Earth Test Kit (ETK models) are designed to be as
practical as possible. Housed in a holdall, the kits are stored neatly,
well protected and easy to transport. Much care has been taken to
produce a variety of kits to meet needs. In use, the test leads are
f
itted and retained on reels with smooth action.
All models include these features:
■ Extra large selector switch
■ Extra large, clear display for easier operation in outdoor conditions
■ Simple one-button operation
■ Battery powered with a bar graph that updates battery strength
■ Noise reduction up to 40 V peak to peak
■ Safety rating of CAT IV 100 V
■ IP54 rated (water/dust ingress) for extra protection in harsh conditions
■ Extra large, clear display for easier operation in outdoor conditions
■ Simple one-button operation
■ Battery powered with a bar graph that updates battery strength
■ Noise reduction up to 40 V peak to peak
■ Safety rating of CAT IV 100 V
■ IP54 rated (water/dust ingress) for extra protection in harsh conditions
DET3 & 4 Series
DET3TD - offers a complete kit for customers wishing to conduct
earth electrode testing using the two- and three-pole techniques.
DET3TC - when used with the optional ICLAMP, it allows fall of potential testing using the ART technique without needing to disconnect the electrode under test.
DET4TD2 - is a complete earth testing kit for users needing the f lexibility to use either the two- and three-pole electrode techniques or the four-pole soil resistivity test.
DET4TR2 - is similar to DET4TD2, with the added advantage of using rechargeable batteries. You can also get an adaptor to charge your tester from your vehicle.
DET3TC - when used with the optional ICLAMP, it allows fall of potential testing using the ART technique without needing to disconnect the electrode under test.
DET4TD2 - is a complete earth testing kit for users needing the f lexibility to use either the two- and three-pole electrode techniques or the four-pole soil resistivity test.
DET4TR2 - is similar to DET4TD2, with the added advantage of using rechargeable batteries. You can also get an adaptor to charge your tester from your vehicle.
DET14C&DET24C
■ Elliptical clamp shape improves access to
earth cables and straps up to 50 mm
■ Low maintenance flat jaw interface
■ Measures ground resistance from 0.05 Ω to 1500 Ω
■ Measures true RMS ground leakage current from 0.5 mA RMS to 35 A RMS DET14C
■ Automatically self calibrates
■ High and low alarms
■ Memory and Bluetooth downloading
■ CAT IV 600 V safety rating
■ Low maintenance flat jaw interface
■ Measures ground resistance from 0.05 Ω to 1500 Ω
■ Measures true RMS ground leakage current from 0.5 mA RMS to 35 A RMS DET14C
■ Automatically self calibrates
■ High and low alarms
■ Memory and Bluetooth downloading
■ CAT IV 600 V safety rating
Earth Loop Impedance Testers
LT300 -High current earth loop impedance tester
The LT300 offers high current loop testing over a wide range of
frequencies and supply voltages with a simple, fast, two-wire
operation.
Frequency range
Supply frequency is indicated upon connection and the LT300 will automatically set to one of these supply frequencies: 16 Hz, 33 Hz, 50/60 Hz, 125 Hz or 400 Hz. Testing will commence automatically.
Loop measurement
Two loop impedance ranges are provided.
20 Ω - Resolution to 0.01 Ω
200 Ω - Resolution to 0.1 Ω
Supply voltage
Operational supply range extends from 50 V to 550 V (400 V @ 16 Hz), with a warning for voltages over 330 V, highlighting accidental phase-to-phase connections on a nominal 230 V system.
Frequency range
Supply frequency is indicated upon connection and the LT300 will automatically set to one of these supply frequencies: 16 Hz, 33 Hz, 50/60 Hz, 125 Hz or 400 Hz. Testing will commence automatically.
Loop measurement
Two loop impedance ranges are provided.
20 Ω - Resolution to 0.01 Ω
200 Ω - Resolution to 0.1 Ω
Supply voltage
Operational supply range extends from 50 V to 550 V (400 V @ 16 Hz), with a warning for voltages over 330 V, highlighting accidental phase-to-phase connections on a nominal 230 V system.
LTW315 & LTW325 & LTW335
2-wire non-tripping earth loop impedance testers
The 2-wire non-tripping earth loop impedance testers verify the loop impedance of a live electrical circuit, i.e. without the need to disconnect the electrical supply. The new LTW300 series instruments offer a 2-wire loop testing solution that does not trip 30 mA RCDs and can be used on a wide range of voltages.
■ LTW315 - 2-wire loop impedance measurement
■ LTW325 - 2-wire + maxZ + (R1+R2)
■ LTW335 - 2-wire + maxZ + (R1+R2) + download
The 2-wire non-tripping earth loop impedance testers verify the loop impedance of a live electrical circuit, i.e. without the need to disconnect the electrical supply. The new LTW300 series instruments offer a 2-wire loop testing solution that does not trip 30 mA RCDs and can be used on a wide range of voltages.
■ LTW315 - 2-wire loop impedance measurement
■ LTW325 - 2-wire + maxZ + (R1+R2)
■ LTW335 - 2-wire + maxZ + (R1+R2) + download