S1 Series
Next generation 5, 10 and 15 kV
insulation resistance testers with high
noise immunity
OTS Series
Oil testing wi...
2 Power Catalog www.megger.com/us 1-800-723-2861
Energy producers and suppliers are obliged to provide a high quality, ...
1-800-723-2861 www.megger.com/us Power Catalog 3
Contents
AC hipot testing................................................
4 Power Catalog www.megger.com/us 1-800-723-2861
DC diagnostic insulation resistance testing
Regular insulation resista...
1-800-723-2861 www.megger.com/us Power Catalog 5
Test leads
Megger provides a range of lead
sets and clips of different...
6 Power Catalog www.megger.com/us 1-800-723-2861
DC hipot testing
High voltage DC, or hipot testers, are sometimes know...
1-800-723-2861 www.megger.com/us Power Catalog 7
200/400/800 kV hipots
HVDC series
These high voltage test sets are mob...
8 Power Catalog www.megger.com/us 1-800-723-2861
AC output in kV 0 - 35 0 - 50 0 -58 0 - 78 100 0-75 0- 35 0...
1-800-723-2861 www.megger.com/us Power Catalog 9
VLF CR series
VLF & tan delta insulation testing
VLF or Very Low Frequ...
10 Power Catalog www.megger.com/us 1-800-723-2861
34 kV sine wave test set
VLF Sine Wave 34
For those who want to test
...
1-800-723-2861 www.megger.com/us Power Catalog 11
Pinpointing system
PD LOC
The PD LOC system solves the problem of pin...
12 Power Catalog www.megger.com/us 1-800-723-2861
Teleflex VX is specially designed
to measure the fast processes
durin...
1-800-723-2861 www.megger.com/us Power Catalog 13
Cable fault locating
The fundamental objective of any cable fault loc...
14 Power Catalog www.megger.com/us 1-800-723-2861
20 kV system
PFL22M1500
This tough, portable system
offers cable and ...
1-800-723-2861 www.megger.com/us Power Catalog 15
40 kV system
SPG40
The SPG 40 is a mobile, multi-
functional system f...
16 Power Catalog www.megger.com/us 1-800-723-2861
Arc reflection adapter
M219
The Arc Reflection Adapter M219 is used f...
1-800-723-2861 www.megger.com/us Power Catalog 17
Electromagnetic impulse detector
651113
The electromagnetic
detector ...
18 Power Catalog www.megger.com/us 1-800-723-2861
Utility services locator
Easyloc
A fast and easy-to-use system for th...
1-800-723-2861 www.megger.com/us Power Catalog 19
Cable fault locating test vans
SebaKMT, a subsidiary of Megger, is a ...
20 Power Catalog www.megger.com/us 1-800-723-2861
Flexible solution to integrate portable
equipment into a combined sys...
1-800-723-2861 www.megger.com/us Power Catalog 21
Low current, low resistance testing
Low resistance testers or micro-o...
22 Power Catalog www.megger.com/us 1-800-723-2861
Wind turbine lightning protection
test lead set
KC
The KC series of t...
1-800-723-2861 www.megger.com/us Power Catalog 23
High current, low resistance testing
For testing circuit breaker cont...
24 Power Catalog www.megger.com/us 1-800-723-2861
600 A micro-ohmmeter
MOM690A
Offering a test current
from 0 to 600 A ...
1-800-723-2861 www.megger.com/us Power Catalog 25
Circuit breaker analyzing
Megger’s circuit breaker analyzer series of...
26 Power Catalog www.megger.com/us 1-800-723-2861
Vacuum bottle tester
VIDAR
VIDAR is used to check the integrity
of th...
1-800-723-2861 www.megger.com/us Power Catalog 27
Ideally suited for industrial,
utility and testing service
company us...
28 Power Catalog www.megger.com/us 1-800-723-2861
Primary current injection testing
5 kA current injection test system
...
1-800-723-2861 www.megger.com/us Power Catalog 29
The OCR-8015 and OCR-
9150 Automatic Oil Circuit
Recloser Test Sets a...
30 Power Catalog www.megger.com/us 1-800-723-2861
Relay testing
Quiet fans
thermally controlled
3 voltage channels
300V...
1-800-723-2861 www.megger.com/us Power Catalog 31
3 voltage, 3 current channels at 45 A per
channel three-phase relay t...
32 Power Catalog www.megger.com/us 1-800-723-2861
Relay testing
GPS timing reference
MGTR-II
The MGTR-II is a small, li...
1-800-723-2861 www.megger.com/us Power Catalog 33
Protective relay test systems
MPRT series
The MPRT 2145 has high comp...
34 Power Catalog www.megger.com/us 1-800-723-2861
The SVERKER 900 is designed for
basic manual three-phase
secondary te...
1-800-723-2861 www.megger.com/us Power Catalog 35
Designed to be used
with an external power
source or generator, the
C...
36 Power Catalog www.megger.com/us 1-800-723-2861
Transformer testing
28 V capacitance and tan delta test bridge
CB100
...
1-800-723-2861 www.megger.com/us Power Catalog 37
Leakage reactance tester
Portable current transformer tester
MLR10
BA...
38 Power Catalog www.megger.com/us 1-800-723-2861
8 V transformer turns ratio testers
TTR series
TTR25 is an automatic ...
1-800-723-2861 www.megger.com/us Power Catalog 39
The MTO series delivers full eight-terminal/six-winding
resistance me...
40 Power Catalog www.megger.com/us 1-800-723-2861
Oil testing
Oil dielectric strength testing
Oil is an efficient coola...
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Nafta power catalog_sc_en_v01

Published on: Mar 3, 2016
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Transcripts - Nafta power catalog_sc_en_v01

  • 1. S1 Series Next generation 5, 10 and 15 kV insulation resistance testers with high noise immunity OTS Series Oil testing with a redesigned, cleaner vessel MRCT Simultaneously tests all taps with a single connection with single-phase relay testing capability VLF45 Very low frequency cable testing with integrated tan delta measurement The word ‘Megger’ is a registered trademark Power testing engineered for the way you work.
  • 2. 2 Power Catalog www.megger.com/us 1-800-723-2861 Energy producers and suppliers are obliged to provide a high quality, reliable supply to their customers. Asset reliability is increasingly important in today’s regulated energy markets, as when a fault arises, it costs time and money. As demand for energy increases, so does the strain on infrastructure. Electrical equipment maintenance relies on good asset management and condition monitoring. Megger has been providing electrical testers for the maintenance of electrical equipment for over 100 years. Megger offers an extensive range of test equipment to analyze the condition of substation assets that include all types of transformers, circuit breakers, protection relays and high voltage cables. Megger has recently expanded its expertise with the acquisition of SebaKMT and HDW cable test companies. This brings considerable knowledge in the field of cable insulation diagnosis and fault location. Already known as experts in insulation testing, Megger now has additional capabilities in insulation diagnostics, which include VLF 0.1 Hz, both sine wave and cosine rectangular methods, partial discharge detection and mapping. This compliments the current range of hand held low voltage DC insulation testers, 5 and 10 kV diagnostic instruments and other AC and DC testing instrumentation, including 10 kV capacitance and tan delta, and frequency domain spectroscopy (FDS). Megger provides the most comprehensive insulation diagnostics offer on the market today. Widest Range of Products Among our wide range of product lines are battery, cable, circuit breaker, ground-resistance, high-potential, insulation-resistance, power factor, recloser, relay, transformer and watthour meter test equipment. From test switches and terminal blocks to computerized relay test systems, Megger offers you the most choices for innovative, problem solving test and measuring equipment. Sales and Service Worldwide With sales offices and direct representation in more than 100 countries, Megger is your convenient, single source for electrical test equipment and measuring instruments. Commitment to Excellence Products from Megger meet the highest standards for quality, reliability and safety. It is our goal to ensure every order is delivered on time and performs to your expectations. We pledge to respond to your confidence in us by striving to achieve your complete satisfaction. Megger is a leading worldwide provider of test equipment and measuring instruments for electric power applications. Megger designs and manufactures more than 400 products under the brand names Megger and States® . A subsidiary of Megger, the AVO Training Institute offers electrical maintenance and safety training courses. AVO also provides electrical engineering services and electrical safety services. For pricing, product information, or technical support on any product in this catalog, please contact us at: 1-800-723-2861 U.S. 1-800-287-9688 Canada 1-214-333-3201 Mexico SebaKMT, a subsidiary of Megger, is a world leader in cable fault location equipment. This equipment can be stand-alone portable units or professionally fitted into a test van vehicle. Cable test vans can be designed to customer requirements to include a variety of test equipment. As the inventor of the insulation tester and multimeter, Megger is well known for general electrical test equipment. We are continually expanding our range, so you will find many new types of test equipment in this catalog. Other Megger specialities include protection relay testing, circuit breaker, transformer and battery testing. Most Megger products interface with Megger’s PowerDB software, a comprehensive test data management program. Look for the PowerDB symbol for products that interface with PowerDB software.
  • 3. 1-800-723-2861 www.megger.com/us Power Catalog 3 Contents AC hipot testing............................................................................................ 8 Battery testing ........................................................................................... 41 Cable fault locating .................................................................................... 13 Cable fault locating test vans.................................................................... 19 Cable locating and fault pinpointing........................................................ 18 Cable sheath fault locating........................................................................ 17 Circuit breaker analyzing .......................................................................... 25 Data collection/management software.................................................... 45 DC diagnostic insulation resistance testing................................................ 4 DC hipot testing............................................................................................ 6 Ground/Earth testing.................................................................................. 42 High current, low resistance testing ........................................................ 23 Low current, low resistance testing ......................................................... 21 Oil testing .................................................................................................. 40 Partial discharge detection and mapping................................................. 11 Power quality testing ................................................................................ 43 Primary current injection testing .............................................................. 27 Relay testing................................................................................................ 30 Time domain reflectometery...................................................................... 12 Transformer testing ................................................................................... 35 VLF & tan delta insulation testing............................................................... 9 Watthour meter testing ............................................................................ 44
  • 4. 4 Power Catalog www.megger.com/us 1-800-723-2861 DC diagnostic insulation resistance testing Regular insulation resistance testing is one of the most cost effective, non-destructive methods of identifying aging in electrical equipment. Over 60% of equipment failures are attributed to insulation breakdown. Diagnostic DC testing is probably the easiest and most convenient method of achieving this due to the small size and weight of the equipment. High Performance With its 8 mA noise immunity and 4 user-selectable filters, the S1 series is able to provide stable measurements even in noisy 765 kV substations. The high 6 mA output current enables quick charging of high capacitance apparatus and ensures that the test voltage can be maintained even with high surface leakage. By extending the maximum test voltage to 15 kV, the S1-1568 allows compliance with NETA MTS-1997 and NETA ATS 2007 for medium-voltage motors, and IEC 60229 2007 for electric cables with a special protective function. These are the only instruments on the market capable of providing a 5% measurement accuracy up to 100 GΩ as specified by the standards. Always Safe The S1-Series can be remotely operated via the isolated USB interface to provide additional operator safety in high energy locations where induced potential hazards might be present. All test terminals on the 5 and 10 kV units have a CATIV 600 V safety rating up to 3000 m in altitude while the 15 kV units are CATIV 1000 V safety rated up to 4000 m. Easy Testing All units are preconfigured with diagnostic tests including Polarization Index (PI), Dielectric Absorption Ratio (DAR), Dielectric Discharge (DD), Stepped Voltage (SV) and Ramp test. This allows even first time users to quickly become productive with the instrument. Both digital and analog readings are displayed on a large, backlit LCD display and the user can easily toggle between different tests with the intuitive rotary switch. Fast Charging The fast charge Li-ion battery can be fully charged in 2 hours and the units can be powered through an AC source even when the battery is flat. The battery is also designed to be user-replaceable without voiding calibration. Ultra Tough The ultra-tough S1 series is built to work wherever you work. All S1’s feature a dual case design – a flame retardant inner case is protected by a tough outer shell that can withstand rough knocks and drops, and keeps out moisture and dust during storage and transport. It has been designed to provide accurate insulation resistance measurements even in the most extreme environments. Smart Results Test results, temperature and humidity measurements can all be stored in memory, time/date stamped, and recalled to the large LCD screen. Users can also use Bluetooth® or USB interface to transfer data to PowerDB, Megger’s advanced data management software. PowerDB provides additional functionality to S1 series users such as graphing measurements in real-time and generating test reports. Insulation resistance testers S1 series Megger S1 Series For the past 80 years, Megger’s premium S1 series of insulation resistance testers have offered the full range of features that you have come to expect from high quality, utility grade insulation testing equipment. S1-568 Up to 5 kV test voltage, up to 15 TΩ resistance, 5 % accuracy up to 1 TΩ, CATIV 600V to 3000m S1-1068 Up to 10 kV test voltage, up to 35 TΩ resistance, 5 % accuracy up to 2 TΩ, CATIV 600V to 3000m S1-1568 Up to 15 kV test voltage, up to 35 TΩ resistance, 5 % accuracy up to 3 TΩ, CATIV 1000V to 4000m
  • 5. 1-800-723-2861 www.megger.com/us Power Catalog 5 Test leads Megger provides a range of lead sets and clips of different sizes and electrical characteristics for use with Megger 5 kV, 10 kV and 15 kV insulation resistance testers, enabling the user to choose the most applicable lead set for the work in hand. The design of the lead sets is intended to facilitate connection to a variety of de-energized systems for the purpose of making insulation resistance measurements. Electrically isolated systems may exhibit significant capacitance which will become highly charged during the application of the insulation test. This charge can be lethal and connections, including the leads and clips, should never be touched during the test. The system must be safely discharged before touching connections.
  • 6. 6 Power Catalog www.megger.com/us 1-800-723-2861 DC hipot testing High voltage DC, or hipot testers, are sometimes known as overvoltage or withstand testers. They are a convenient way to stress the insulation using above-rated voltages to identify any weakness in the insulation and current leakage. 25 kV hipot HV test set HV series This high voltage generator offers a variable DC output voltage from 0 to 25 kV with an output current of 1.5 mA at the maximum voltage. It is mains or battery powered, and this combined with its low weight makes it ideal for field use. The ground safety circuit and integrated discharge enhance the operator’s safety. 50/80/110 kV hipots This range of three high voltage test sets are designed for the DC voltage testing of cables and cable installations in accordance with the international standards. Each set consists of a control unit and HV unit. These units are small and easily transported. 40 kV hipot T99/1 This high voltage test unit is portable and powerful, able to generate a DC voltage of up to 40 kV. It can be powered from an external 12 V battery. 70/120/160 kV hipots The 220000 series provides a dependable, safe, and portable DC voltage source for testing the quality and integrity of electrical power cables, cable installations, motors, switchgear, insulators, transformers and capacitors. Each test set comes in two units, the high voltage unit and the controller. 220000 series has advanced performance with long-term reliability provided by filtered half-wave rectification For vacuum bottle testing, see VIDAR on page 26. 220000 series
  • 7. 1-800-723-2861 www.megger.com/us Power Catalog 7 200/400/800 kV hipots HVDC series These high voltage test sets are mobile systems for high voltage testing of cables, cable systems and installations as required by current regulations (VDE) with DC voltages of up to 400 kV, 650 kV and 860 kV respectively. The sets are suitable for installation into trailers and on-site testing as stationary test set. The spatial separation of the operating and high voltage units makes it possible to operate the sets from outside the immediate danger area. Their modular structure makes them easy to set up. These units are primarily designed for power supply companies, cable laying firms and cable manufacturers for the DC voltage testing of high- voltage systems and cables. Their short-circuit- proof output circuit and high power make them suitable for use in fault location as a burn-down unit for burning high- impedance and intermittent cable fault. 70 kV hipot HPG70-K A fully insulated test set for DC testing up to 70 kV, this system is ideal for stand-alone applications. The DC voltage is obtained through a bridge rectifier which ensures a very low test voltage ripple. Moreover, the DC voltage is measured on the output side, thus ensuring a precise output voltage. Applications include testing of cables, switchgears, current- transformers, medium voltage plants and components. DC output 400 kV 800 kV 0 to 70 kV 0 to 120 kV 0 to 160 kV 0 to 70 kV Continuous output current 4 mA 2 mA 3.5 mA 2.5 mA 2 mA 10 mA Short circuit current output 300 mA 55 mA Power Line Line Line Line Weight 23.1 + 44 lbs 23.1 + 66.1 lbs 23.1 + 72.7 lbs 39.6 + 45.1 lbs DC output 0 to -25 kV 0 to 50 kV 0 to 80 kV 0 to 110 kV 0 to 40 kV 200 kV Continuous output current 1.5 mA 6 mA 5 mA 4 mA 2.5 mA 9 mA Short circuit current output 300 mA Power Line | Battery Line Line Line Line | Battery Weight 29.7 lbs 28.6 + 37.4 lbs 28.6 + 40.7 lbs 28.6 + 44 lbs 33 lbs Ground sticks: Test apparatus should be discharged with a suitably rated high voltage discharge stick following a test. Model HV tester 25 kV HV test set 50 kV HV test set 80 kV HV test set 110 kV T99/1 HVDC 200 kV Model HVDC 400 kV HVDC 800 kV 220070 220123 220163 HPG70-K For the full range of discharge sticks, visit our website or contact our sales office.
  • 8. 8 Power Catalog www.megger.com/us 1-800-723-2861 AC output in kV 0 - 35 0 - 50 0 -58 0 - 78 100 0-75 0- 35 0 - 50 0-58 0- 35 0- 50 0- 58 0- 78 expandable 150 DC output in kV with accessories 130 80 0 - 100 0 -140 0 -150 0-50 0 - 70 0 - 80 0 - 110 output in KVA 1.2 1.2 1.2 1.2 5 1 1.2 1.2 1.2 1.2 1.2 1.2 1.2 Model HPA35 HPA50 HPA58 HPA78 HPA100AC T22/1 HPG50-D HPG70-D HPG80-D HPG50-H HPG70-H HPG80-H HPG110-H HPA130DC AC hipot testing 35/50/58/78 kV hipot HPA series Capable of testing to 35 kV AC, 50 kV AC, 58 kV AC, and 78 kV AC , these test sets are suitable for testing items with low capacity. They are a two piece design consisting of a control unit and a resin-cast HV unit. 100 kV hipot HPA100AC This powerful unit offers continuous testing with AC voltages up to 100 kV at 5 kVA. The unit has been designed for mounting in cable test van and can be used for testing cable systems and for burning down high- resistance cable faults with a high breakdown voltage. The test set can be equipped with the HPA 130 DC rectifier accessory for DC testing up to 130 kV. The intrinsic noise-level of the test system is below 1%, so it is also suitable as a voltage source for PD measurements. 70/150 kV hipot T22/1 This system features a two piece design and offers continuously variable test voltages up to 75 kV. Its performance is expandable to 150 kV AC by the addition of a second transformer. It features built-in overload protection. The test set can be equipped with a rectifier accessory for DC testing up to 80 kV. 30/50/58 kV AC/DC hipot HPG D series These two unit test sets are capable of testing to 35 kV AC/100 kV DC, 50 kV AC/140 kV DC, and 58 kV AC/150 kV DC respectively. These voltages are continuously adjustable with a continuous output of 1.2 kVA and up to 3 kVA for 60 minutes. The separation between the HV units and the controller units contribute to the ease of operation. 50/70/80/110 kV AC/DC hipot HPG H series The two-unit test sets are capable of testing to 35 kV AC /50 kV DC, 50 kV AC/70 kV DC, 58 kV AC/80 kV DC, and 78 kV AC/110 kV DC respectively. These voltages are continuously adjustable with a continuous output of 1.2 kVA and up to 3 kVA for 60 minutes. AC insulation testers most closely replicate the normal operating condition for a substation asset. Consequently, they provide the most accurate indication of the insulation condition. A stepup transformer is required for use on 120 V 60 Hz systems. Available as an optional accessory.
  • 9. 1-800-723-2861 www.megger.com/us Power Catalog 9 VLF CR series VLF & tan delta insulation testing VLF or Very Low Frequency (VLF) 0.1 Hz testing is used on cables as an alternative to DC testing. It is designed to test the cable for weak spots due to electrical trees in the insulation. Cosine rectangular 0.1 Hz systems have been developed to meet international standards such as IEC HD 620/621 and IEEE 400. The benefit of the cosine rectangular waveform is that you can test longer cables to the standards of 0.1 Hz. Many of our VLF test systems also feature DC and pulsed DC outputs to enable sheath testing and sheath fault pinpointing using the ESG NT. See page 17. 20 kV rectangular test set Easytest 20 kV The Easytest is a simplified version of the standard rectangular VLF test. Typically, a test is performed in accordance with company specifications after repairs or after a new cable has been installed. 28/40/60 kV VLF cosine rectangular test systems This range of insulation testers combine VLF, DC and sheath fault testing into one unit. The cosine rectangular waveform at 0.1 Hz is ideal for longer cable runs where true sine wave VLF sets may have to reduce the test frequency to levels not compliant with the standards (<0.1 Hz). With a range of up to 13.6 miles depending on model, these testers have a high test capacitance capability, an integrated discharge system and benefit from two module design. Cosine rectangular waveform also allows leakage current measurement. Winkis VLF software allows all test results to be logged. There is an optional tough transit case for off-shore use. 60/80 kV cosine rectangular test set Powerful cosine rectangular wave form 0.1 Hz testers, testing to 60 kV and 80 kV. With built–in breakdown detection and leakage current measurement, these systems are ideal for use in off-shore situations or for long underground cables. VLF CR HP series
  • 10. 10 Power Catalog www.megger.com/us 1-800-723-2861 34 kV sine wave test set VLF Sine Wave 34 For those who want to test with 0.1 Hz sine wave, the tough and portable VLF Sinus 34 kV is an ideal test system for medium voltage cables. It is air cooled so it can be used continuously. The system is easy to use, thanks to its single-button operation and clear, simple menu structure and color display. In addition to sine wave AC, its output voltage shapes also include positive and negative DC, square wave and pulsed DC for sheath-fault pinpointing. There is a tan delta accessory available. Tan delta attachment This accessory allows the precise determination of the condition of a cable, identifying aging effects such as the degree of humidity and water treeing. It is used in combination with the VLF sine wave systems. 45 kV sine wave test set with tan delta VLF Sine Wave 45 Test voltage VLF test voltage 0 ... 20 kV peak 0 ... 28 kV eff 0 to 40 kV eff 0 to 40 kV eff 0 to 60 kV eff 0 to 60 kV eff frequency 0.01 to 0.1 Hz 0.1 Hz 0.1 Hz 0.1 Hz 0.1 Hz 0.1 Hz wave form Simplified rectangular cosine rectangular cosine rectangular cosine rectangular cosine rectangular cosine rectangular Testing cable capacitance (at max. voltage) 0,5μF(0.1 Hz)/ 5 µF 2.4 µF 4.8 µF 1 µF 2 µF 5μF(0.01 Hz) DC 0 … 20 kV 0 to -28 kV 0 to -40 kV 0 to ±40 kV 0 to -60 kV ± 0 to ±60 kV Output current measurement 0 … 50 mA 0 to 12 mA 0 to 7 mA 0 to 7 mA 0 to 5 mA 0 to 5 mA Sheath testing 0 to 5 kV or 0 to 10 kV 2 to 10 kV 2 to 10 kV 2 to 10 kV 2 to 10 kV 2 to 10 kV Sheath pinpointing Test voltage 0 to 5 kV or 0 to 10 kV 2 to 10 kV 2 to 10 kV 2 to 10 kV 2 to 10 kV 2 to 10 kV Pulse rate 01:03 1:3, 1:4 or 1:9 1:3, 1:4 or 1:9 1:3, 1:4 or 1:9 1:3, 1:4 or 1:9 1:3, 1:4 or 1:9 Weight 37.4 lbs 55 + 55 lbs 121.2 + 105.8 lbs 121.2 + 105.8 lbs 187.3 + 105.8 lbs 187.3 + 105.8 lbs Model Easytest 20 VLF CR 28 VLF CR 40 Basic VLF CR 40 Plus VLF CR 60 Basic VLF CR 60 Plus Test voltage VLF test voltage 0 to 60 kV rms 0 to 80 kV rms 0 to 80 kV rms 0 to 34 kV peak 0 to 45 kV peak 0 to 54 kV peak frequency 0.1 Hz 0.1 Hz 0.1 Hz 0.01 to 0.1 Hz 0.01 to 0.1 Hz 0.01 to 0.1 Hz wave form cosine rectangular cosine rectangular cosine rectangular Sine Sine Sine Testing cable capacitance (at max. voltage) 6.5 µF 2.0 µF 2.5 µF 0.6 μF(0.1 Hz)/ 0.6 µF 1 µF(0.1 Hz)/ 5 μF(0.01 Hz) 5 µF(0.01 Hz) DC 0 to ±60 kV 0 to - 80 kV 0 to ± 80 kV 0 to ± 34 kV 0 to ± 45 kV 0 to ± 54 kV Output current measurement 0 to 17 mA -12.5 mA ±12.5 mA 0 to 14 mA 0 to 20 mA 0 to 35 mA Sheath testing 0 to 10 kV 0 to 10 kV 0 to 10 kV 0 to 5 kV or 0 to 10 kV 0 to 5 kV, 10 kV, 20 kV 0 to 5 kV or 10 kV Sheath pinpointing Test voltage 0 to 10 kV 0 to 10 kV 0 to 10 kV 0 to 5 kV or 0 to 10 kV 0 to 5 kV, 10 kV, 20 kV 0 to 5 kV or 10 kV Pulse rate 1:3, 1:5 or 1:9 1:3, 1:5 or 1:9 1:3, 1:5 or 1:9 1:3 or 1:4 1:3 or 1:4 1:3 or 1:4 Weight 837.7 lbs 837.7 lbs 837.7 lbs 55.1 lbs 110.2 lbs 242.5 lbs Model VLF CR 60 VLF 80 base VLF 80 plus VLF Sinus 34 VLF Sinus 45 VLF Sinus 54 VLF sine wave series accessory With a choice of 0.1 Hz and 0.01 Hz testing frequency, this test system outputs a sine waveform of test voltage between 0 and 45 kV peak for testing medium voltage cables. The optional internal tan delta allows users to do condition assessment on cables. VLF & tan delta insulation testing
  • 11. 1-800-723-2861 www.megger.com/us Power Catalog 11 Pinpointing system PD LOC The PD LOC system solves the problem of pinpointing for mixed cables (XLPE/PILC) and for PD in joints of single core cables. In the field the exact location of the joints is not generally known, and these joints cannot be localized using audio frequency methods. This system has an impulse transmitter that uses an inductive coupler to inject a signal into the cable. The receiver and evaluating unit consists of an input amplifier for processing the signal and a control unit in a single case. The visualization of the distance system’s transmitter location is performed by using a TDR in a separate menu, by means of an additional PD software function. Partial discharge detection and mapping Partial discharge detection and mapping are powerful techniques to diagnose the condition of a cable network and to predict where faults are likely to occur. By allowing the replacement of damaged cable in advance of failure, it prevents power users losing supply unexpectedly. These compact systems measure partial discharge at points along a cable using the damped AC method (DAC). Partial discharge detector TE PDS This provides an inductive and capacitive sensor for quality assessment by detecting partial discharge in joints and terminations of HV insulated cables. TDS NT series The TDS NT consists of a multifunctional, compact voltage source and a PD detector. The TDS NT can be used to test cables with a powerful VLF-CR voltage as per international standards (IEC, IEEE). In addition, using the PDS 60 PD detector a PD diagnosis can be performed. Alternatively, the TDS NT can be used for a PD diagnosis with the proven damped AC test voltage (DAC). The innovative evaluation algorithm enables reliable detection and precise location of partial discharges (PD mapping) while the actual measurement is taking place. The time consuming, post processing of data is not needed and direct measures can be planned based on the outcome of the data. The TDS NT is available in four different models, two 40 kV and two 60 kV versions. The set consists of a power source, pd detector, pd calibrator, laptop, SW license and all cables. Test and diagnostic system PD Detector
  • 12. 12 Power Catalog www.megger.com/us 1-800-723-2861 Teleflex VX is specially designed to measure the fast processes during fault location in power cables. The new hardware with significantly improved specification such as sampling frequency, pulse width and pulse amplitude, offers longer range, higher resolution and above all, improved measurement. When used with a surge generator the ΔU trigger technology always provides the perfect trigger timing. The ARMslide records 15 traces in one shot and allows the selection of the best trace, especially for wet and long cables. The ProRange function allows range- based gain adjustment, displaying distant reflections with the same amplitude as those from short distances. With its large bright color display, the Teleflex VX is operated using a standard jog dial rotary controller, common to the Teleflex range. The USB interface enables a very easy data transfer either as PDF files, as data set to the Winkis database software or directly to a printer. Time domain reflectometery A well-established technique for fault location in both high and low voltage cables, time domain reflectometery has been explained as radar for cable. The reflected wave will show you the distance to the fault. These TDRs can be used with surge generators to form a complete cable fault location system. 19 mile range TDR Teleflex T3090 This tough battery or line operated reflectometer can be used stand-alone or with a surge generator for ARM, ICE and voltage decay fault location methods, the latter pair extending the range up to 18.9 miles. There is a choice of three menus to operate it, from “EasyGo” mode with automatic operation and measurement through, to a customizable expert mode. 100 mile range TDR Teleflex SX With a range of 65 ft to 99.5 miles, Teleflex SX is a powerful TDR. It is easily operated using the touch screen and control knob. It automatically analyzes the trace to give the cable end and fault distance indication. It supports all existing pre-location technologies and is compatible with all HV fault location systems. 795 mile range TDR Teleflex VX Range 39 ft to 795 miles 65 ft to 99.5 miles 33 ft to 18.9 miles 328 ft to 34 miles Output pulse 30 to 160 V 5 to 50 V 35 V 25 V Pulse width 20 ns to 10 μs 20 ns to 10 µs 35 ns to 4 µs 50 ns to 10 µs Velocity factor range 3 to 50 % 3 to 50 % 16 to 50 % 30 to 99 % Resolution 0.1 m 0.1 m 0.8 m 0.82 m Weight 44 lbs 2.2 lbs 13.2 lbs 14.7 lbs Model Teleflex VX-P TeleflexSX TeleflexT3090 MTDR300 34 mile range TDR MTDR300 The three-phase MTDR300 has a range of 328 ft to 34 miles, is designed to rapidly and accurately pre-locate faults in power cable networks. Operation is via a single jog-dial and an easy-to-use menu with pull-downs. All the operator has to do is select the operation and click to confirm. The MTDR300 is available as part of a Megger CFL or PFL system and as a stand-alone unit, housed in a rugged field proven case.
  • 13. 1-800-723-2861 www.megger.com/us Power Catalog 13 Cable fault locating The fundamental objective of any cable fault location system is to provide quick, effective, accurate and safe fault location, to reduce system outages and and downtime. Most cable fault locating systems feature high potential and arc reflection methods of fault prelocation, and high surge energy for fault pinpointing. 4/12 kV system EZ-Thump series Weighing less than 78 lbs, the EZ-Thump series is the most portable fault location system on the market. It utilises the “EasyGo” test system, which is easy to operate, interprets the results and requires minimal training to operate. On-board is a TDR with a 4.7 mile range and arc reflection at 4 or 12 kV respectively for pre-locating. For pinpointing, the EZ-Thump offers a surge energy of 500 J. It also performs DC testing of breakdown detection and insulation resistance measurement. The units are operated from main or internal battery. They are small, making them ideal for a flexible quick response fault finding strategy. 8/16 kV system ST16 This compact system can be powered by on-board batteries or mains supply. It utilizes the EasyGo test system, which is easy to operate, interprets the results and requires minimal training to operate. Proof test at 8 or 16 kV, surge energy 1500 J, the unit features ICE, ARM, decay and sheath test modes. EZ-Restore Overdrive The EZ-Restore Overdrive features a 1100 J output at 12 kV. There is an optional 12 kV DC output module with this unit to indicate breakdown voltage. Possessing a measuring range up to 25,000 feet, the EZ-Restore Overdrive offers fault-distance accuracy down to 2.5 feet (depending on displayed range). Additionally, the system allows for computer- controlled automatic sectionalizing and fault locating with a simple “turn and click” operation. Sectionalizer/power restoration tool
  • 14. 14 Power Catalog www.megger.com/us 1-800-723-2861 20 kV system PFL22M1500 This tough, portable system offers cable and fault diagnosis, pre-location, fault conditioning and pin- pointing using the acoustical method. There is a 20 kV output for insulation testing and proof/burn. The surge energy is 1550 J at 8 or 16 kV. The TDR has a range of 328 ft to 34 miles. 32 kV system PFL32M1500 The PFL32M1500 performs DC insulation testing up to 32 kV. The unit offers 16 kV and 32 kV arc reflection with 1500 J surge output, ARM plus, differential ARM and impulse current and pulse echo modes of fault prelocation. The unit incorporates Megger’s newest TDR, the MTDR300. The MTDR300 offers auto ranging, a comprehensive cable library and is user friendly with a single selection knob. 15/25/32/40 kV system SFX series The SFX series is a mobile system for testing and fault locating on low and medium voltage cables. The test and surge voltages can be up to 32 kV. The Short Period ARM is used for prelocation of high resistance faults up to 32 kV, while low resistance faults can be located with the Teleflex Teleflex-SX TDR module without recourse to high voltage methods. The burning of faults is possible at all voltage levels by short-term burning. 1750 J with a vehicle mounted option of 3500 J of surge energy provide the necessary high power for fast and accurate pinpointing of cable faults by the acoustic method. Max output voltage 0 to 4 kV 0 to 12 kV 0 to 5 kV 2, 4 and 8 kV 8 and 16 kV 10 and 20 kV 16 and 32 kV 7.5 and 15 kV 12.5 and 25 kV 0 to 30 kV 40 kV Surge energy output 500 J 500 J 1000 J 1000 J 1500 J 1500 J 1500 J 1150 J 1150 J 1750 J 1000 J TDR range 4.7 miles 4.7 miles 100 miles 4.6 miles 34 miles 34 miles 100 miles 100 miles 100 miles 100 miles Pre-location method ARM n n n n n n n n n n ICE n n n n n n n n n Decay n n Insulation n n Fault conditioning n n n n n n n Proof/burn n n n n n n n Pin-pointing n n n n n n n n n n n Sheath fault n n n n n Mains operation n n n n n n n n n n n Battery operation n n n n n Width 1 ft 1 ft 1.7 ft 1.7 ft 1.6 ft 1.7 ft 1.7 ft 1.9 ft 1.9 ft 2.6 ft 1.7 ft Weight 72.7 lbs 72.7 lbs 99.2 lbs 198.4 lbs 297.6 lbs 288.8 lbs 288.8 lbs 242.5 lbs 242.5 lbs 308.6 lbs 255.7 lbs Model EZ-thump4 EZ-thump12 SPG5-1000 SFX8-1000 ST16 PFL22M1500 PFL32M1500 SFX15 SFX25 SFX32 SFX40 Cable fault locating
  • 15. 1-800-723-2861 www.megger.com/us Power Catalog 15 40 kV system SPG40 The SPG 40 is a mobile, multi- functional system for testing, prelocation, pinpointing and burning cable faults in low and medium voltage networks. The system is controlled directly via the connected Teleflex reflectometer or the integrated control panel. All functions of the system can be easily accessed using the selector knob. With DC output up to 40 kV and surge energies of 1000 J or 2000 J, this is a powerful system. The integrated safety system ensures the highest degree of safety. High powered surge wave generator SWG1750 series Available as a single or two unit system, the SWG1750 can generate surge energies of 1750 J for the single unit system and 3500 J for the two unit system. The output voltages are 8 to 32 kV. Burner and proof test system for medium voltage cables BPS5000-D The BPS5000-D system is typically van mounted, but is also available as stand-alone version for burning and testing of difficult to locate cable faults. It can be used to operate a connected HV DC test system and a VLF cosine rectangular test system. It can generate a DC burn current up to 6 A and an AC burn current up to 110 A. It can also perform sheath fault location when used with the ESG NT. Mobile power source MPS The MPS is a portable field proven mobile power supply, for use when there is no suitable mains or generator supply available. The MPS is a practical alternative where a pure sinewave with a low THD is required. The Megger family of PFL Cable Fault Location Systems, require such a pure sinewave source. The MPS is suitable for powering any Megger instrument, especially those that benefit from a stable portable power supply. Typically PFL’s, DC HiPots, TTR’s and similar equipment.
  • 16. 16 Power Catalog www.megger.com/us 1-800-723-2861 Arc reflection adapter M219 The Arc Reflection Adapter M219 is used for fault location on low-, medium- and high-voltage cables. The M219 causes a low resistive arc at the fault spot. At the same time the M219 also protects the reflectometer from the high voltage in the cable. Cable fault burner BT500-IS-1 For converting high resistance faults in signal, control and telecommunication cables into low resistance faults. DC earth fault locator Geolux GL660-1 This unit is designed for fault location in isolated, earth free IT and similar systems up to 660 V DC/ AC. The GL660 directly connects to the faulty line with live voltages up to 660 V, and generates a low frequency pulsed signal which allows the tracing by a specific receiver along the faulty line to the fault position. A single earth fault will cause no service interruption. However, with the occurrence of a second earth fault there is a high risk of partial or complete breakdown of the installation. Consequently any earth fault must be located and repaired as fast as possible. The GL660-1 can locate faults up to 150 kΩ even in noisy environments and without the need to switch off the system. Impedance meter NIM1000 With a test current of up to 1 kA, the NIM1000 measures the network impedance of the phase and neutral conductors to the 10th harmonic. It highlights load-sensitive and neutral faults, detects poor contacts and unseen problems. It is also useful for measuring the earth loop impedance close to the source of supply. Cable fault locating
  • 17. 1-800-723-2861 www.megger.com/us Power Catalog 17 Electromagnetic impulse detector 651113 The electromagnetic detector system is used primarily to localize faults on cable buried in conduit. It may also be used to localize faults on non-buried and direct-buried cable. When used with the optional surface coil, it is also possible to trace cable. When used with the optional earth frame, it is possible to pinpoint faults on direct-buried cables. Sheath fault pinpointer ESG NT Used with any DC or pulsed DC sheath test output such as from the MFM10 or MMG10 as a transmitter, the ESG NT pinpoints a sheath fault using the step voltage or pool of potential technique. The easy-to-use instrument utilizes a TFT color display which is very readable in bright sunlight and has auto or manual sensitivity adjustment. The display can show a simple digital bar graph, or show the deflections of the last 7 pulses. A fully automatic calibration keeps the error always at zero and the integrated noise suppression eliminates all influences by DC, railway currents, industrial plants and high resistive soil environments. The step voltage is measured using two earth rods. Dual polarity 10 kV system MFM10 This is a highly portable system enclosed in an IP53 wheeled case. Automatic measurement enables the testing of cable sheaths as well as the pre-location and pin-pointing of cable sheath faults. A single test lead makes connection easy and the unit will test its own connections for pre-location. The sheath fault pre-location method is automatic, the operator only has to enter the overall cable length. The ±10 kV DC output permits the testing of HV cables. The bipolar function eliminates the external thermoelectric and galvanic effects on pre-location considerably enhancing the accuracy. 10 kV system MMG10 Designed for the voltage testing of PE and PVC cables and the location of sheath faults in shielded plastic cables in conjunction with a pin-pointer. Cable sheath fault locating Dual polarity 10 kV system high voltage bridge for fault location in long cables HVB10 HVB10 is a highly accurate high voltage bridge designed to locate cable and sheath faults, perform sheath testing, and pinpoint sheath faults. It is especially suited to long HV cables. With its high resolution, intermittent fault detection function, and load adaptation for faster cable charging, it is an indispensable tool. It accurately pre-locates cable interruptions and short-circuit faults, and detects high-resistance conductor faults that cannot be pre-located with impulse reflection based methods. The HV bridge is equipped with a powerful discharge unit which allows the safe discharge of cables with a capacity of up to 25 µF. Prior to each test, a capacity measurement ensures that the expected discharge energy does not exceed these parameters and damage the instrument, making it very suitable for very long cables.
  • 18. 18 Power Catalog www.megger.com/us 1-800-723-2861 Utility services locator Easyloc 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 automatic sensitivity control to help with location. The operator is given both audio and visual confirmation of location. Easyloc also gives an approximate depth measurement. Cable identifier CI The CI 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 a single sawtooth pulse with a peak current up to 100 A into the cable being identified. Special software controls and verifies all parameters of the received pulse. Medium voltage cable phase identifier PIL 8 The PIL8 uses three pairs of transceiver clamps connected without any leads, one to each of the short circuited phases. The transceiver clamps do not require a power supply. At the other end of the cable an audio frequency current is injected into the cable by means of a battery operated generator/ receiver. This induces a voltage in the transceiver clamps which is rectified and stored in a capacitor. When sufficiently charged the clamp transmits a coded signal to the receiver indicating the designated phase to which the pairs of clamps has been connected. Acoustic and electromagnetic surge wave receiver digiPHONE+ This instrument sets the standard by integrating audio and electro-magnetic functionality into one simple to understand unit. Combining two new technologies for efficient noise suppression, it offers exceptional acoustic performance which filters the fault noise. This means it is possible to lower the surge energy and find faults in noisy environments. The operator’s hearing is protected by auto proximity mute, turning off the head set as a hand approaches the sensor handle and turning it on again once mechanical oscillations have ceased, and 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 color display shows the distance to the fault. Cable locating and fault pinpointing These are used in conjunction with a surge generator or sheath fault locator pulsed energy source to find the exact location of a fault. The PIL 8 meets the requirement of EN50110-1 (VDE0105part1), because its application eliminates the need to disconnect the short circuiting and earthing circuit. After installation of the three pairs of clamps, the switchgear chamber can be closed, greatly enhancing safety.
  • 19. 1-800-723-2861 www.megger.com/us Power Catalog 19 Cable fault locating test vans SebaKMT, a subsidiary of Megger, is a world leader in cable fault location equipment. This equipment can be stand-alone portable units or professionally fitted into a test van vehicle. Cable test vans can be designed to customer requirements to include a variety of test equipment. Fully integrated single- or three-phase cable fault location van Centrix The Centrix system is an all-in-one, multi-function cable fault location solution mounted in a test van. It has a single, easy to use controller that operates the whole system from the comfort of the operators cabin. All functions are accessed via the central, jog dial operated control unit, from insulation tests, to VLF, TDR reference traces to the various cable fault methods such as ARM and ICE. All tests and system status are shown on a high resolution color display allowing instant analysis of fault traces which can be saved into the memory or a USB stick and downloaded for comparison later. Each system is configured to customer requirements, including options for cable test and diagnosis. The simple single jog dial operation makes the Centrix system easy to use and to understand which reduces the training time and effort required learning the operation of the system. It also allows users to quickly start operating the system if it is not used regularly. Centrix D With the Centrix Diagnose, Megger offers a combination of the Centrix cable fault location system and a cable testing and diagnosis system. The base unit is a Centrix system either in a single or three- phase version up to 80 kV. This system can be equipped with a 0.1 Hz sinusoidal VLF in combination with tan delta diagnosis or a 0.1 Hz cosine rectangular VLF system. Fully integrated cable test, location and diagnosis system
  • 20. 20 Power Catalog www.megger.com/us 1-800-723-2861 Flexible solution to integrate portable equipment into a combined system NSF E The NSF E system control panel provides the possibility of combining up to four separate units into one single system and managing their operation via a central control while providing the best operational comfort and safety. The NSF E system control panel has an integrated, adaptable control with rotary encoder. This control can be configured for almost any device. The control includes power switches, HV on/off, emergency off and an integrated FU/EP safety system. The display shows the input voltage and current, the messages of the safety system and the selection menu for the connected devices. All messages appear in full text in the user-selected language. Voltage Type of operation Surging Comments Centrix 80 kV Automatic 4/8/16/32 kV Easiest operation Centrix D 80 kV Automatic 4/8/16/32 kV Diagnostic add ons Compact City 40 kV Automatic 4/8/16/32 kV SPG 40 System Classic 80 kV Manual 8/16/32 kV Classic NSF E 40 kV Separate units Any SWG Makes a system out of portables NSF E refers to units making a system when combined with stand alone devices that includes full safety features. Small vehicle cable test and location system Cable fault locating test vans The Compact City is a complete cable test and fault location system suitable for installation into very small vehicles. It consists of the SPG 40, a mobile, multifunctional system for testing, prelocation, pinpointing and burning of cable faults in low and medium voltage networks and a pin-pointing device. The system is controlled directly via the connected Teleflex SX reflectometer or the control panel, either integrated or as 19” version. All functions of the system are easily managed by the rotary encoder in the control panel. The system is designed to be easy and clear, even for inexperienced users. Compact City Modular single-phase cable fault location van Classic The Classic is a modular single-phase system for testing and fault location on power cables in low and medium voltage networks. It offers a maximum variability in the equipment options and features of a cable test and fault location system. The flexibility permits a very specific customer suited adaptation of the system for cable testing, surge energy for the pinpointing, burning and sheath fault location.
  • 21. 1-800-723-2861 www.megger.com/us Power Catalog 21 Low current, low resistance testing Low resistance testers or micro-ohmmeters are used for testing the integrity of joints, as there can be serious consequences if there are bad connections in critical electrical systems, poor grounds, heating in connections, broken rails on the railways, or poor welds on aircraft wings. Routine maintenance using low resistance testers can highlight problems before they become catastrophic. 10 A micro-ohmmeter DLRO10/10X The DLRO10X offers a 0.1 µΩ resolution with a maximum range of 2 kΩ. Fast testing ability means users can achieve results in less than 3 seconds. At only 5.5 lbs 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 adds on-board memory, RS232 download capability, and manual or automatic range control to the features of the DLRO10. It also uses easily interchangeable and rechargeable batteries. The DLRO10 and DLRO10X can also be powered from an optional mains power supply unit, the DLRO10LPU. This unit is simply fitted to the instrument in place of the standard battery pack. Dual power 10 A micro-ohmmeter DLRO10HD DLRO10HD is a tough, low resistance ohmmeter which is designed to withstand the harsh conditions of real world testing. Rated at IP65 when the lid is closed and IP54 when operating under battery power, the DLRO10HD has a resolution of a 0.1 µΩ. Additionally, 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 DLROHD can also operate from line power.
  • 22. 22 Power Catalog www.megger.com/us 1-800-723-2861 Wind turbine lightning protection test lead set KC The KC series of test leads provide a complete and convenient solution to the problem of finding reliable test leads that are long enough for testing the continuity of lightning protection conductors in wind turbines. KC series wind turbine test leads are available in 328 ft, 164 ft and 98 ft versions that are equally suitable for use on site or in the manufacturing plant. All lead set versions are 10 A rated. Clips and leads for low resistance testing Megger DLROs require two potential (voltage) and two current test leads to make low-resistance measurements. In addition to individual current and potential leads sets, duplex leads that combine current and potential connections in one lead are offered. A variety of terminations, C-clamps, Kelvin clips, fixed point, and helical spring-point leads are available. * Used with DLRO10 and DLRO10X only ** Gold plated *** Silver plated Individual Test Leads Cat. No Type Termination Length Current 242021-7 Potential Hand Spikes 7 ft. (2 m) N/A242021-18 18 ft. (5.5 m) 242021-30 30 ft. (9 m) 242041-7 Current Terminal Clips 7 ft. (2 m) 10 A242041-18 18 ft. (5.5 m) 242041-30 30 ft. (9 m) 242144-16 Current Clamps 16 ft. (5 m) 100 A Duplex Test Leads Cat. No. Termination Length Current 242011-7 Helical hand spikes with spring points 7 ft. (2 m) 10 A 6111-022 8 ft. (2.5 m) 10 A 242011-18 18 ft. (5.5 m) 10 A 6111-023 20 ft. (6 m) 10 A 242011-30 30 ft. (9 m) 10 A 6111-503* Duplex hand spikes 4 ft. (1.2 m) 10 A 6111-517* Duplex hand spikes 8 ft. (2.5 m) 10 A 6111-518* Duplex hand spikes 4 ft. (1.2 m) 10 A 242009-18 Helical hand spikes with spring points and current push-button switch 18 ft. (5.5 m) 10 A 242002-7 heavy-duty, fixed-point hand spikes 7 ft. (2 m) 10 A 242002-18 18 ft. (5.5 m) 10 A 242002-30 30 ft. (9 m) 10 A 242003-7 Replaceable needle points 7 ft. (2 m) 10 A 242104-2-16 Heavy-duty C-clamps 16 ft. (5 m) 100 A 242104-2-26 26 ft. (8 m) 100 A 242004-7 7 ft. (2 m) 10 A 242004-18 18 ft. (5.5 m) 10 A 242004-30 30 ft. (9 m) 10 A 241005-7** 0.5 in. (1.3 cm) Kelvin clips 7 ft. (2 m) 10 A 242005-7*** 7 ft. (2 m) 10 A 242006-7 1.5 in. (4 cm) Kelvin clips 7 ft. (2 m) 10 A 242006-18 18 ft. (5.5 m) 10 A 242006-30 30 ft. (9 m) 10 A 6220-755 Current lead with HD clips and separate potential leads with clips 16 ft. (5 m) 600 A 6220-756 33 ft. (10 m) 600 A 6220-757 49 ft. (15 m) 600 A 6220-787 16 ft. (5 m) 200 A 1000-809* Kelvin clip and hook ends on HD cable reel with friction brake 328 ft. (100 m) 10 A DH2 lead with duplex hand spikes and hook end 16 ft. (5 m) Kelvin Clips Feature spade lugs on outboard end and alligator clips with insulated, silver or gold plated jaws. Cat. No. 241005-7, 242005-7, 242006-7, 242006-18, 242006-30 Heavy Duty C-Clamps Current passes through the C-Clamp and screw thread; potential passes through a four-point anvil insulated from the clamp metal. Cat. No. 242004-7, 242004-18, 242004-30 Heavy Duty Fixed Points Economical, light weight and durable. Cat. No. 242002-7, 242002-18, 242002-30 Helical Spring Points Tips rotate and compress into the probe’s body to ensure accurate measurement. Cat. No. 242011-7, 242011-18, 242011-30, 242009-18 Wind Turbine Lightning Protection Test Lead Set Specially designed for measuring resistance of lightning protection circuit between wind turbine blade tip to ground. Cat. No. 1000-809 Hand Spikes, DH Series Feature indicator lights in one of the probes which duplicate warning and signal lights on the instruments. Cat. No. EV6111-503 (DH4), EV6111-517 (DH5). Low current, low resistance testing
  • 23. 1-800-723-2861 www.megger.com/us Power Catalog 23 High current, low resistance testing For testing circuit breaker contact resistance, low resistance testers are used for testing circuit breaker contact resistance with a high output current. For this and other applications that require a higher test current, Megger offers an extensive range of testers that will fit your testing needs. Hand-held 200 A micro-ohmmeter DLRO-H200 The DLRO-H200 high-current micro-ohmmeter uses ultra- capacitor technology to achieve its size. A key benefit is that this instrument operates from rechargeable batteries giving over 2,000 measurements per charge, allowing a full day’s testing to be done where there is no mains supply. The DLRO-H200 is suitable for a range of applications, including testing busbar and cable joints, and carrying out contact resistance measurements on low-, medium- and high voltage circuit breakers. Circuit breaker tests performed with the instrument conform fully to IEC and IEEE standards. The DLRO-H200 supports DualGround testing for circuit breakers. The DLRO-H200 is auto-ranging and measures resistance from 1 µΩ to 1 Ω. Results are shown on an LCD display that includes an analog arc to show the start of charge of the ultra-capacitor. 190 tests results can be stored on-board and be downloaded via a wireless Bluetooth connection. The Bluetooth facility can also be used with a headset to provide an audible pass/fail signal against user adjustable limits as tests are performed. 10-200 A DC filtered micro-ohmmeter 10-600 A DC micro-ohmmeter DLRO200/115 DLRO600 Provides the operator with high resolution, 0.1 µΩ, portable method of performing on-site low resistance measurements. The test current is variable from 10 A to 600 A, in 1 A steps, enabling the user to perform all the required tests with a single instrument. The unit can be used to test small circuit breaker contact resistance to IEC 62271-100, switch contacts, busbars, joints, splices, fuses and rail bonds. The full keyboard makes labeling and storing of results quick and easy. A large liquid crystal display provides all the information needed to perform a test and displays all test parameters and measurement results. The DLRO200/115 measures contact resistance in high voltage circuit breakers, disconnecting switches (isolators), busbar joints, and other low resistance applications. This test set accurately measures resistances ranging from 0.1µΩ to 1Ω, at high currents. The DLRO200-115 can provide test currents from 10 A up to 200 A, subject to the load resistance and supply voltage. For applications that demand a smooth DC current, the DLRO200-115 has extra filtering on the output to reduce mains frequency ripple and can drive 200 A through a total current loop resistance of 11 mΩ. The DualGroundTM symbol certifies the use of groundbreaking technology and methods that enables a safe, fast and easy workflow with both sides grounded throughout the test.
  • 24. 24 Power Catalog www.megger.com/us 1-800-723-2861 600 A micro-ohmmeter MOM690A Offering a test current from 0 to 600 A DC, the MOM690A has a measurement range up to 200 mΩ with a resolution of 1 µΩ. The MOM690A can be programmed to perform an individual test or an entire series and store the results. There is an AC output for quick and easy demagnetization of CTs. 200/600 A micro-ohmmeter MOM series Both of these low resistance ohmmeters have a measurement range up to 2 mΩ with a resolution of 1 µΩ. They offer a choice of a maximum current of 600 A and 200 A. The MOM200 weighs as little as 31 lbs. 200/600 A true DC micro-ohmmeter MJÖLNER series The Mjölner adds a new level of safety to circuit breaker testing with DualGround and remote control capability. The ripple free DC test current can be varied from 5 A to 600 A or 200 A, depending on model, with a maximum continuous current of 300 A or 100 A respectively. The measuring range is up to 1 Ω with a resolution as low as 0.1 µΩ depending on the resistance being measured. The Mjölner is equipped with a USB port for the downloading of data. High current, low resistance testing Safer and Faster Testing with DualGround™ DualGround™ is Megger’s groundbreaking technology that enables a safer and faster workflow because both sides of the circuit breaker remain grounded throughout the test. Dynamic Capacitance Measurement Megger test sets with DualGround™ technology uses dynamic capacitance measurement (DCM) to measure contact timing on circuit breakers with both sides grounded. The results are identical to those achieved with conventional contact timing methods. This makes it possible to test circuit breakers without removing jumpers and bus-bar connections, opening up a wide range of applications in gas insulated substation, generator and transformer breaker diagnostic testing. Why is it safer? Conventional timing requires at least one side of the circuit breaker to be ungrounded to allow the instrument to sense the change in contact status. Live high voltage conductors will induce currents in all parallel conductors due to capacitive coupling. In a disconnected circuit breaker with one side connected to earth and both disconnectors open, this current can reach double digit mA values which are lethal for humans. The DCM technique uses high frequency to achieve resonance in the test circuit. The resonance frequency varies when the circuit breaker changes state, and this is how a change from open to closed (and vice versa) is detected. This also means that the technique is completely immune to the effects of 50 or 60 Hz interference. Using DCM we can obtain reliable measurements with both sides of the circuit breaker grounded, thus never exposing personnel to any induced currents. Testing with DualGround™ Testing is much safer using the DCM module and DualGround. With only one side grounded the induced current can reach values high enough to be harmful or lethal for humans.
  • 25. 1-800-723-2861 www.megger.com/us Power Catalog 25 Circuit breaker analyzing Megger’s circuit breaker analyzer series offer a full spectrum of IEEE and IEC recommended tests to help ensure your circuit breakers never fail to operate. Our analyzers accurately capture the critical first trip, measure timing, travel, coil currents, static and dynamic resistances, and perform vibration analysis on high voltage circuit breakers. More than 2 breaks per phase circuit breaker analyzer system TM1800 series The TM1800 is the instrument platform for circuit breaker maintenance, based on more than 20 years experience with over 4,000 delivered breaker analyzers. Its modular construction makes it possible to configure the TM1800 for measurements on all known types of circuit breakers in operation on the market. The robust design contains powerful technology that streamlines circuit breaker testing. Sophisticated measurement modules enable great time savings as many parameters can be measured simultaneously, eliminating the need for new setup each time. 2 breaks per phase circuit breaker analyzer TM1700 series The TM1700 series circuit breaker analyzers utilize ground breaking technology from the top of the line TM1800. There are 5 models available, from PC remote controlled to fully stand- alone options. All models can be controlled from a computer using the well proven data management and analyzing software CABA Win. The TM1700 series supports efficient and reliable circuit breaker testing. All instrument inputs and outputs are designed to withstand challenges in high-voltage substations and industrial environments. Galvanically isolated inputs and outputs make it possible to perform all relevant measurements in one test, eliminating the need for new setup and connection changes. Timing measurement inputs use a patented Active Interference Suppression algorithm to ensure correct timing and accurate PIR (Pre-Insertion Resistor) values even with high capacitively coupled interference currents. Static dynamic resistance measurement SDRM Circuit breaker analysis software CABA Win The ability to accurately compare circuit breaker tests with previous test results is essential. CABA Win helps achieve this, by ensuring the tests are conducted in exactly the same way and under the same conditions as those conducted earlier. Comparison can then provide a clear picture of any deviations and changes and a decision can be made to keep the CB in operation or take it out of service for further investigation. 1 break per phase circuit breaker analyzer EGIL Designed using the experience gained from our larger instruments, the EGIL is intended for breakers with one break per phase. Its size and simplicity makes it attractive to smaller power plants and maintenance departments. The EGIL can be used with the SDRM accessory. Used together with TM1800, TM1700 or EGIL, the SDRM measures the contact resistance while the circuit breaker is in operation. It can be used to assess the condition of the contacts and the arcing contact length in SF6 circuit breakers.
  • 26. 26 Power Catalog www.megger.com/us 1-800-723-2861 Vacuum bottle tester VIDAR VIDAR is used to check the integrity of the vacuum interrupter quickly and conveniently by means of the known relationship between the flashover voltage and the vacuum interrupter. A suitable DC test voltage is applied to the breaker, and the result is known immediately. The VIDAR comes with a full switching power supply producing pure DC. On-line protection condition analyzer PCA2 The PCA2 is a complete substation protection performance evaluation and recording system. Its advanced software- controlled current source can inject a precise current into the relay while the system is on-line. The critical ‘first-trip’ of the relay and circuit breaker can then be captured and automatically analyzed. Developed to facilitate nonintrusive testing of the entire substation protection system while on-line, PCA2 incorporates an advanced current injection unit together with a multichannel recorder. Both injection and recording functions can be used together or totally independently. DC power supply B10E A useful power supply unit providing a controllable DC power source to supply the circuit breaker under test. It is also used for minimum trip coil voltage tests to make sure the circuit breaker will still operate if the voltage drops. Linear transducers Accessories A range of linear transducers are available. Rotary transducers Rotary transducers are available in analogue and digital forms. Vibration kit Includes SCA606, CABA Win vibration software and one vibration channel. Rotary transducer mounting kit SSR kit Synchronized switching relay test kit for TM1800 including accessories, software and cables. Current sensor 100 A AC/DC clamp for first trip analysis. Temperature sensor The ambient temperature is automatically measured and stored with the test result. Circuit breaker analyzing
  • 27. 1-800-723-2861 www.megger.com/us Power Catalog 27 Ideally suited for industrial, utility and testing service company use, the DDA-1600 is designed to maintain and test low-voltage power circuit breakers rated to 1600-ampere frame size. In addition, it can be used for verifying the ratio of current transformers and testing thermal or magnetic motor overload relays. In the series configuration, the higher voltage output of Model DDA-1600 permits ready use in substations for primary injection testing of high-voltage circuit breakers and protective relays. Overload relay tester 1600 A circuit breaker tester 35,000/60,000 A circuit breaker testers DDA-1600 DDA-3000/6000 seriesCB-832 The CB-832 test se is a high- current circuit breaker and overload relay test set. Model CB-832 is designed to test the circuit breaker and overload relays by means of primary current injection. The CB-832 is a self-contained test set that incorporates a variable high-current output and appropriate control circuitry and instrumentation for testing thermal, magnetic or solid- state motor overload relays; molded-case circuit breakers; and ground-fault trip devices. Circuit breaker and overcurrent relay tester MS-2A MS-2A is capable of testing the time-delay characteristics of overcurrent relays, motor overload relays and moulded- case circuit breakers, rated up to 125 A, when following the recommended test procedure for testing the time delay of these devices at three times their rating. Higher currents are available for the short durations required to test an instantaneous trip element. For example, the test set will provide a maximum short duration output of 750 amperes through a typical, 125 A, moulded-case circuit breaker. The DDA-3000 and DDA-6000 series are designed specifically to test low-voltage power and molded-case circuit breakers equipped with thermal, magnetic or solid-state trip devices. The units are fully compliant with NEMA AB-4 test guidelines. Tests are performed by simulating an overload or fault condition. Each test set is an integrated test system that provides a variable, high- current output. The test sets incorporate all control circuitry and instrumentation necessary to test direct-acting circuit breakers accurately, efficiently and safely. The principle behind primary current injection testing is simple – a test current is injected into the high current side of the system to determine how various system components function at this particular level of current. The test current used has to be similar in magnitude to the current expected during continuous or instantaneous operation of the electrical apparatus so that operating conditions are accurately simulated. Primary current injection is a versatile technique that can be applied to test the operation of circuit breakers, automatic reclosers and sectionalizers, the ratio and polarity on current transformers, and the integrity of ground grids and other safety grounding devices. Primary current injection testing
  • 28. 28 Power Catalog www.megger.com/us 1-800-723-2861 Primary current injection testing 5 kA current injection test system INGVAR This 5000 A, two-piece portable test system is designed for primary injection testing of protective relay equipment and circuit breakers. Its unique I/30 function allows the current to be pre-set using low current to prevent test sample heating. Ideal for commissioning protection systems, testing molded-case circuit breakers and many other high current applications. 8/13 kA current injection test system ODEN series The ODEN AT primary current injection test system consists of a control unit together with one, two or three current units offering a maximum output of 13 kA for one second and 3800 A continuous. There are three versions of the current unit: S, X and H. The S and X current units are identical except that the X unit has an additional 30/60 V output. The H unit is rated for even higher current. The control unit has many advanced features. The measurement section can display turns ratio, time, voltage and current. A second measurement channel can be used to test an additional current or voltage. Current transformer turns ratio, impedance, resistance, power, power factor (cos φ) and phase angle are calculated and shown on the display. The fast-acting hold function freezes short-duration readings on the digital display. Microprocessor-based circuit breaker test sets Overload relay tester PS-9116/9130/9160 CB-845 The PS-9116 is designed to maintain and test low-voltage power circuit breakers rated up to 1600 ampere frame size. In addition, it can be used for verifying the ratio of current transformers and testing thermal or magnetic motor overload relays. In a series configuration, the higher voltage output of Model PS-9116 permits ready use in substations for primary injection testing of high-voltage circuit breakers and protective relays. The CB-845 is a high-current circuit breaker test set consisting of a control unit and a high-current output unit. The lightweight, two-section design of the CB-845 enables the user to easily transport the unit into areas previously inaccessible to high-current test equipment such as elevated or subsurface load centers, shipboard power panels, elevator machinery rooms and other isolated locations. The CB-845 is suitable for a wide variety of testing requirements including molded-case circuit breakers; thermal, magnetic or solid-state motor overload relays and other overcurrent protective devices. Additional applications include verifying the ratio of current transformers and testing ground-fault trip devices.
  • 29. 1-800-723-2861 www.megger.com/us Power Catalog 29 The OCR-8015 and OCR- 9150 Automatic Oil Circuit Recloser Test Sets are self- contained mobile test sets specifically designed to verify the proper operation of automatic circuit reclosers under simulated overload and fault conditions. This ensures reliable system protection and coordination. Microprocessor- based control and instrumentation systems ensure simple operation with precise test results. OCR-8015 and OCR-9150 provide a variable high-current output with an impedance compensation network to stabilize the output current. The OCR-9150 has the additional capability to test the time- current characteristics by simulating overloads as high as eight to ten times the continuous current rating. Automatic oil circuit recloser test sets OCR series Current supply units CSU600A/AT These high-current supply units have two main fields of application. The first is to conduct primary tests on protective relays. The second involves conducting current tests on low- voltage circuit breakers and overcurrent devices. Both outputting 600 A, the CSU600A requires the use of an external timer and ammeter, while the CSU600AT comes with built in timer and analog ammeter that provides rough current settings quickly and easily, reducing connection time to a minimum. Input autotransformer AT-1 Model Number Mode Pieces Largest Breaker Input Voltage Max. Output Through a Breaker MS-2A Manual 1 125 A 120 or 240 750 A CB-832 Manual 1 225 A 120 or 240 1,800 A INGVAR Manual 2 500 A 100 to 240 5,000 A CB-845 Manual 2 500 A 208/240 5,000 A DDA-1600 Manual 3 1600 A 460 19,200 A PS-9116 Automatic 3 1600 A 460 19,200 A ODEN AT Manual 2-4 500 A - 2,000 A 240 or 480 7 kA (7,000 A) to 20 kA (20,000) DDA-3000 Manual 1 3,000 A 460 35,000 A DDA-6000 Manual 1 6,000 A 460 60,000 A PS-9130 Automatic 2 3,000 A 460 35,000 A PS-9160 Automatic 2 6,000 A 460 60,000 A CB-360-DC Manual 2 N/A 460 30,000 A DC If the nominal input voltage for the test set is not available, or if uses at different locations require the use of a variety of input voltages, the AT-1 autotransformer may be used. The multitapped autotransformer is equipped with a power on/off switch, appropriate sockets, plugs, interconnect and tap selector cables. It is housed in a rugged sheet-metal enclosure with casters and handles. All voltages are single-phase with a tolerance of ±5%. Input taps of 240 volts and below are not recommended for obtaining maximum output of the test set. For other combinations of input and output voltages, contact Megger. DC circuit breaker tester CB-360 The CB-360-DC DC Circuit Breaker Test Set is designed to test low-voltage DC circuit breakers with dc current. The unit provides the capability of calibrating and functionally testing the time-delay characteristics of the electromechanical or thermal-magnetic trip devices on dc circuit breakers. This is accomplished by simulating an overload or fault condition on the circuit breaker.
  • 30. 30 Power Catalog www.megger.com/us 1-800-723-2861 Relay testing Quiet fans thermally controlled 3 voltage channels 300V @ 150 VA 6 current channels 3 x 60 A @ 300 VA 3 x 15 A @ 150 VA USB communication Ethernet in for chaining units for IEC 61850 communication 8 of 10 binary inputs 5 to 300 VAC 5 to 300 VDC Rugged case 2 of 10 binary inputs 5 to 300 VAC 5 to 300 VDC 2 of 6 binary outputs 2 high current Battery simulator variable 5 to 250 VDC Safety ground Bluetooth® wireless communication STVI communication Main power 95 to 264 VAC 50/60 Hz 4 of 6 binary outputs 2 high current 2 high speed Ethernet out Small, lightweight 25.8 lbs, 11.6 kgs Large, oversized rubber cushioned handle 60 amp/phase Protective relays in the electrical power system provide protection against overloads, faults, abnormal conditions, etc. Like any complex device, relays deteriorate over time. Electromechanical relays may malfunction due to aging of mechanical components, and even solid state and microprocessor based relays with no moving parts may experience electronic circuitry failure or software/firmware issues. NETA Maintenance and Testing standards recommend routine testing of your relays to ensure they function correctly when needed. Proper testing and maintenance of protective relays safeguards the integrity of the protection scheme, prevents nuisance tripping and minimizes damage to equipment when faults do occur. 3 voltage, 3 current channels at 60 A per channel three-phase relay test set SMRT36 The SMRT36 is conceivably the smallest, lightest, highest output powered three- phase relay test system in the world today. The test system may be customized by adding “VIGEN” modules for specific test applications. For electric utility use, the SMRT36 with three VIGEN modules provides complete three-phase testing of three-phase impedance, directional power, negative sequence overcurrent and other devices that require a three-phase four-wire wye connected source. With three modules, output current and voltage is tripled for high instantaneous or high burden overcurrent relays. With the voltage channels converted to currents, the same unit can provide 6-phase current. STVI STVI Products associated with this symbol are STVI compatible. See STVI, page 31.
  • 31. 1-800-723-2861 www.megger.com/us Power Catalog 31 3 voltage, 3 current channels at 45 A per channel three-phase relay test set SMRT33 The SMRT33 provides high power in both the voltage and current channels to test virtually all types of protective relays used in heavy industrial, distributed generation and low to medium voltage distribution substations. The SMRT33 has the “smart” combination of high compliance voltage and high current to test all electromechanical, solid- state and microprocessor-based overcurrent relays, including high impedance directional ground overcurrent. In addition, the unit includes capability to test IEC 61850 devices. 4 voltage, 6 current channels at 60 A per channel multi-phase relay test set SMRT410 The SMRT410 provides a complete multi-phase test system for the commissioning of protection systems. With up to 4 voltage channels and 6 high current channels, the SMRT410 meets every testing need. The SMRT410 VIGEN modules also provide high power in BOTH the voltage and current channels to test virtually all types of protective relays. The SMRT410 test system may be customized by adding the number of Voltage-Current, “VIGEN”, modules needed for specific test applications. The SMRT410 test system has the ability to be controlled with Megger’s STVI or a PC. Smart touch view interface STVI The Smart Touch View Interface™ (STVI) is Megger’s handheld controller for the SMRT, MPRT and MRCT relay test systems. The STVI features a large, full color, high resolution, and high definition TFT LCD touch screen. The user can perform manual, steady-state and dynamic testing quickly and easily using the Manual or Sequencer test screens. There are hundreds of built-in preset test routines for the most popular relays. 1 voltage, 1 current channel at 60 A per channel single-phase relay test set SMRT1 Weighing in at only 7 lbs, the SMRT1 is an amazingly powerful relay test set. With single current and voltage generators, the current channel outputs 75 A at 400 VA while the voltage channel outputs up to 300 V. The voltage channel can be converted to a current channel outputting 15 A constant 150 VA. The instrument can be daisy-chained together to give more channels or more power. Three SMRT1s connected together will make a fully automatic three-phase test set. STVI STVI STVI
  • 32. 32 Power Catalog www.megger.com/us 1-800-723-2861 Relay testing GPS timing reference MGTR-II The MGTR-II is a small, lightweight, field portable, GPS satellite receiver system specifically designed to perform end-to-end tests of line protection schemes. It is designed to be used with the Megger SMRT, MPRT and PULSAR relay test systems. The MGTR-II provides a precise programmed output pulse (POP), with 100 ns of resolution. The MGTR-II provides a standard 1 Pulse Per Second (PPS), and ASCII serial time message, external event time-tag, an IRIG-B serial time code output signal and most importantly, a programmable output pulse for performing end-to-end tests. Relay testing software AVTS Full automatic testing of the SMRT or MPRT series may be controlled by Advanced Visual Test Software (AVTS). AVTS is a Microsoft® Windows® XP® /Vista™/7 compatible software program designed to manage all aspects of protective relay testing. AVTS comes in three different levels: n Basic test n Advanced test n Professional test Every unit comes with AVTS Basic. It includes online vector control for single and multi-state timing tests including reclosing and online ramp control for automatic ramping of voltage, AVTS can display the current, phase angles or frequency to voltage and current output waveforms. It can find minimum operating/pickup and time sequence with drop out tests and online Click-On-Fault the binary inputs and for dynamic tests of impedance relays outputs with the ability to import specific relay impedance characteristics. The user may also save, execute and print relay specific test modules and results. Test results may also be exported directly to Microsoft Word. AVTS also includes new enhanced relay test wizards for over-current, voltage, differential, impedance and frequency relays, making relay testing swift and easy. The AVTS Advanced Test version includes the powerful test editor, dynamic control including dynamic end-to-end testing capability, modbus communication test capability, ASPEN OneLiner™ or Electrocon CAPE™ SS1 File Converter for dynamic testing, and easy-to-use programming tools for creating and editing test modules. The AVTS Professional Test version includes all of the features of Basic and Advanced versions plus some other powerful test tools and features. It includes the DFR Waveform Viewer, One-Touch™ test for fully automatic tests, and Waveform Digitizer to digitize scanned waveforms of electro-mechanical over current time curves.
  • 33. 1-800-723-2861 www.megger.com/us Power Catalog 33 Protective relay test systems MPRT series The MPRT 2145 has high compliance voltage and high current to test electromechanical, solid-state and microprocessor- based overcurrent relays, including voltage controlled, voltage restraint and directional overcurrent. three-phase impedance, directional power, negative sequence overcurrent and other devices that require a three-phase four-wire wye connected source. Each current channel is rated for 30 A @ 200 VA continuous, and up to 45 A @ 300 VA for short durations. For testing relay panels or electromechanical relays, it has a unique flat power curve from 4 to 30 A that insures maximum compliance voltage to the load at all times. The MPRT 2145 test system has the ability to be manually controlled with Megger’s STVI or a PC. The STVI allows the user to perform manual, steady-state and dynamic testing quickly and easily using the manual test screen, as well as using built-in preset test routines for most popular relays. The MPRT8445 is a multipurpose, light-weight, field portable test set. The unit is capable of testing a wide variety of electro-mechanical, solid-state and microprocessor-based protective relays, small molded case circuit breakers, motor overload relays and similar protective devices. The test system may be customized by adding the number of Voltage-Current, “VIGEN”, modules needed for specific test applications. For electric utility use, the MPRT8445 with three VI Modules provides complete three-phase testing of STVI Timer unit TM200 A timer is often needed for use with the CSU600A current supply unit or ODEN A primary current injection test system. Testing relays with SVERKER 650 also requires an extra timer if more than one timing cycle is to be measured. The TM200 is ideal for these tasks. Voltage and current source CSU20A This power source is primarily designed for use with the Sverker series. It is a multipurpose AC and DC source featuring an AC current and voltage output, a fully rectified DC output and a half wave rectified output for harmonic restraint testing. Phase angle meter PAM series The instrument displays phase angle directly with a resolution of 0.1º. No calculation or interpolation is needed. Voltages up to 500 V and currents up to 25 A can be connected directly to the instrument, and the current range can be readily extended by using external current transformers. Available in single- or three-phase models.
  • 34. 34 Power Catalog www.megger.com/us 1-800-723-2861 The SVERKER 900 is designed for basic manual three-phase secondary testing of protection devices. In addition, various primary testing can be performed, since the current and voltage sources can be series- and/or parallel connected to allow for up to 105 A AC or 900 V AC output. All three current and four voltage sources can be individually adjusted with respect to amplitude, phase angle and frequency. The fourth voltage source allows for testing of numerical relays that needs a reference voltage simulating the busbar. 100 A relay testing unit SVERKER650 The Sverker650 provides all of the functions necessary for secondary testing of any type of single-phase relay. It features logical design, and it is extraordinarily easy to learn and use. 100 A relay testing unit 105 A relay testing unit SVERKER700 series SVERKER 900 The SVERKER750 and SVERKER780 feature many functions that make relay testing more efficient. The measurement section can display time, voltage and current Z, R, X, S, P, Q, phase angle and cos φ. The voltmeter can also be used as a second ammeter when testing differential relays. All values are presented on a single easy-to-read display. Directional protective equipment can be tested with the integrated variable voltage source. The SVERKER780 has a continuous phase shift function and adjustable frequency, enabling automatic reclosing device. Relay testing States® Terminal Blocks & Test Switches All products give long-term connection quality and mechanical stability. States switches are UL listed, and CSA certified. STATES Test Paddles are available in 10 and 14 pole configurations. The paddle is ergonomically designed for easy connection to a test switch. With labeled 4-way connectors, it is easy to locate a connector to its corresponding switch. The test paddle can be used with STATES FMS test switches and ABB FT-1 10 Pole test switches. States® 10 and 14 Pole Test Paddles For information about STATES products, contact STATES sales at: T: 800-325-4574 US T: 800-297-9688 Canada T: 214-331-3201 Mexico E: STATES@megger.com Three-phase power measurement meter PMM-1 The PMM-1 measures AC/DC voltage, AC primary and secondary current, power, power factor, reactive power, phase angle and frequency of single and three phase electrical systems with extreme accuracy. It has an integral solid state timer for continuity and voltage sensing and harmonic measurement up to 49th harmonic. For detailed waveform analysis, a high-speed capture function allows 20 measurements per second. A data port allows bi-directional communication.
  • 35. 1-800-723-2861 www.megger.com/us Power Catalog 35 Designed to be used with an external power source or generator, the CDAX605 is a precision instrument using a combination of bridge and direct (vector) measurements and is capable of measuring capacitive, resistive and inductive loads. CDAX 605 is designed for the laboratory, production line, field testing of electrical equipment insulation and insulating materials and calibration of capacitance coupled voltage transformers and other ratio devices. A test set with unique high accuracy for the most demanding applications. Transformer testing Transformers are one of the most critical and expensive assets in a substation. If a large transformer fails it will be a major problem for the asset owner. It will be expensive to repair or replace and there may not be a replacement of the required type available on short notice. Extending transformer life and predicting failure is becoming increasingly important to asset owners and managers. Relay and current transformer tester MRCT This light, tough, portable unit is used to perform demagnetization, ratio, saturation, winding resistance, polarity, phase deviation, and insulation tests on current transformers. The MRCT provides automatic testing of single and multi-ratio CTs, reducing testing time and increasing productivity. The MRCT is available with or without a built-in touchscreen display, with identical features and capabilities. Units without the built-in display can be controlled using Megger’s Smart Touch View Interface (STVI) controller or a PC. Insulation diagnostic analyzers IDAX series IDAX 300 series uses frequency domain spectroscopy techniques and state-of-the-art software to make a transformer moisture assessment in less than 18 minutes. FDS is a reliable and accurate method for assessment of the condition of the insulating components of transformers and bushings. It measures capacitances and tan delta (or power factor) of the insulation between the transformer windings at multiple frequencies and plots the resultant curve. Comparing this measured curve with a modelled curve allows estimation of the moisture content. The IDAX 350 incorporates an on-board PC for results analysis and reporting within the enclosure. Adding the VAX020 to the IDAX300 expands the test voltage range from 200 V to 2 kV. This improves IDAX’s test performance in terms of accuracy in environments with extremely high interference such as HVDC substations. Capacitance and dissipation factor test set CDAX605 STVI
  • 36. 36 Power Catalog www.megger.com/us 1-800-723-2861 Transformer testing 28 V capacitance and tan delta test bridge CB100 Lightweight and low-cost, the CB100 is ideal for workshop use. Manually balanced, it offers a direct readout of tan delta and capacitance, overcoming interference by using a test voltage of 28 V and a frequency of 100 Hz. Capacitance range expansion Resonating Inductor This unit expands the range of Power Factor (Capacitance and Dissipation Factors) test sets. 12 kV tan delta power factor test set DELTA4000 series Tough yet light, and designed to work reliably in high-interference areas like substation switchyards, Megger’s DELTA4000 series diagnostic insulation systems offer time saving, fully automatic power factor/tan delta measurement and tip-up testing. Also provided are facilities for full manual control –including the ability to vary the applied voltage up to 12 kV during testing – to cater for special testing requirements. Accurate and dependable temperature correction based on the actual condition of the test object, can be applied to results using a novel technique, which works with data acquired from a separate dynamic frequency response (DFR) test. Automatic detection of non-linear response, which suggests the need for further tip-up testing and which is often a useful indicator of incipient insulation problems, is also provided. Despite their small size and low weight, Megger’s DELTA4000 series test sets offer comprehensive facilities for assessing the condition of electrical insulation in all types of high voltage equipment including transformers, bushings, circuit breakers, cables, lightning arrestors and rotating machinery. They also measure the excitation current of transformer windings. The test sets generate their own test voltage, which is independent of supply quality. A further benefit of this approach is that it allows the test voltage to be varied in frequency from 1 Hz to 500 Hz, making the instruments even more versatile. There is the option of using an on-board computer or an external computer to control the Delta4000. For multiple frequency tan delta measurement as used on generators and transformers, see the IDAX on page 35.
  • 37. 1-800-723-2861 www.megger.com/us Power Catalog 37 Leakage reactance tester Portable current transformer tester MLR10 BA185 Sweep frequency response analyzers FRAX series SFRA is a method for assessing whether or not a transformer has been subject to mechanical damage, for example when moved or from a lightning strike. FRAX and its software allows repeatable fingerprinting of transformers so that a scan can be run whenever it experiences a traumatic event such as transportation, severe fault or overhaul, allowing it to go back on line faster. Ideally a transformer is fingerprinted at birth, but performing SFRA on older transformers is also advisable so any future problems can be diagnosed. Compatible with all international standards for SFRA, the FRAX101 can be battery powered and has wireless communication with a computer. The FRAX150 offers all the benefits of SFRA for diagnosis of damage to transformers, but it is built into a tough carry case and includes an on-board computer, making it a self contained unit. There is a large bright screen to make it comfortable to use even in direct sun light. Data can be stored on the hard-drive and can be downloaded using the galvanically isolated USB port. The FRAX 150 utilizes PowerDB software. The Megger Leakage Reactance Tester MLR10 is used to measure leakage reactance and other associated parameters in high voltage power transformers. Leakage reactance, or more generally leakage impedance, is measured at the transformer primary winding while the secondary winding is shorted. Ideally, a transformer’s primary and secondary windings should be 100% coupled by magnetic flux, but in real transformers there is always a small amount of leakage flux. Leakage inductance is a result of this leakage flux. Transformer test equipment selection chart Component Megger Instrument Windings Resistance MTO Ratio/polarity TTR Excitation current DELTA, TTR, IDAX Short-circuit impedance MLR, FRAX Frequency response analysis FRAX Insulation resistance S1 Capacitance DELTA, IDAX Power factor/tan delta DELTA, IDAX Dielectric frequency response IDAX Bushings Capacitance DELTA, IDAX Power factor/tan delta DELTA,IDAX Dielectric frequency response IDAX Insulating oil Dielectric strength OTS Power factor/tan delta DELTA, IDAX Cellulose Insulation Moisture content IDAX Tap Changers - Load Contact/winding resistance MTO Ratio TTR Continuity (make before break) MTO Tap Changers – De-energized Contact pressure (resistance test) MTO Ratio TTR Core/Tank Insulation resistance MRCT, S1 Frequency response analysis FRAX Ground test MOM, DLRO Current Transformers Winding resistance MRCT Ratio/polarity MRCT Excitation knee point MRCT Insulation resistance MRCT The BA-185 Current Transformer Burden Ammeter is a rugged, portable instrument, designed to field-test current transformer installations Within the accuracy limits of the CT, a good current transformer should not have a noticeable change in ratio when a secondary burden is added. This is because the primary effect of additional burden on a good CT is a rise in the secondary voltage.
  • 38. 38 Power Catalog www.megger.com/us 1-800-723-2861 8 V transformer turns ratio testers TTR series TTR25 is an automatic handheld transformer ratio test set used to measure the turns ratio, excitation current and polarity of windings in distribution and power transformers, potential and current transformers. TTR100 is an 8 V transformer turns ratio tester for three- phase transformer testing. The TTR100 offers a full set of tests including transformer turns ratio, excitation current, phase angle deviation, winding resistance and transformer polarity. The TTR100 stores up to 200 test results on board. Results can be downloaded with special software included with the unit to a PC database. With a turn ratio of 20,000:1, the TTR100 offers the highest turns ratio accuracy in the industry of 0.1%. TTR25 TTR100 Transformer testing Megger three-phase turns ratio and winding resistance testers share common test leads so all tests can be carried out without having to swap and re-connect leads. This speeds up testing substantially, especially on large power transformers with multiple taps. For transformer power factor testing, see DELTA4000 on page 36. 80 V transformer turns ratio testers TTR300 series The TTR300 series of three-phase transformer turns ratio test sets are designed to measure the turns ratio of power, instrument and distribution transformers in a substation or manufacturing environment. The instruments are ideal for power transformer manufacturers. Their unique testing procedures and storage capability allows an operator to set up and test difficult three-phase transformers in a fraction of the time compared to other TTRs. The TTR300 series also measure the phase deviation of the transformer primary and secondary. This quickly indicates problems such as partial shorted turns and core faults. This is also useful in verifying phase errors in all types of potential transformers and current transformers. Each unit comes equipped with a remote-control switch for single person testing. This allows the operator to test transformers with LTCs very quickly. The series consists of three instruments: The TTR330 offers a new user interface which allows the operator to interact with the PowerDB ONBOARD software system via a full QWERTY keyboard and navigation keypads on a bright 8.4” VGA full color screen. An advanced feature of the TTR330 allows the user to customize test forms via the full-version PowerDB software. The TTR310 has the ability to store test results, upload results to a PC (via a RS232 serial port), and print them in the field via an optional thermal paper printer, without the use of an external computer. The TTR300 is designed to be remotely controlled via a PC running PowerDB LITE (included) or PowerDB Advanced or Pro. The TTR300 is field upgradeable to the TTR310 or TTR330.
  • 39. 1-800-723-2861 www.megger.com/us Power Catalog 39 The MTO series delivers full eight-terminal/six-winding resistance measurement capability. It is designed to save time by testing all six windings without having to disconnect and reconnect leads. Also, the simultaneous winding magnetization (SWM) method gives fast and reliable measurements even on large transformers with delta configuration on the low voltage side. Additionally, the MTO series leads are interchangeable with the Megger TTR300 series of three-phase turns ratio instruments which eliminates additional connecting time if performing the two tests together. The MTO series consists of two models: The base model, the MTO300, is designed to be remote controlled via PowerDB software on an external PC or a Megger transformer test product with on-board computer. The MTO330 offers the same functionality as the MTO300. However, it is equipped with an onboard computer featuring a full QWERTY keyboard and navigational pushbuttons. It has an 8.4 inch full-color VGA transflective screen viewable in bright sunlight. Single-phase transformer ohmmeter MTO210 MTO210 is a mains powered, field- portable instrument designed specifically to measure the DC resistance of all types of magnetic windings safely and accurately. Its main use is for all types of transformer windings but it can also test rotating machine windings and perform low-current resistance measurements on connections, contacts and control circuits. Three features combine to make this instrument unique: n dual winding measurement n load tap-changer testing n auto safety discharge circuit The dual set of potential inputs measure the resistance of the primary and secondary windings of a single- or three-phase transformer simultaneously speeding up the measurement. To achieve a tenfold improvement in reading time, a balancing current is applied to the secondary to attenuate the circulating current induced when the test current is applied to the primary winding. When testing the windings and contact resistance on tap-changers with make-before-break contacts and voltage regulators, the internal shutdown circuit of MTO210, which will be triggered by a voltage kickback of a few microseconds if the tap-changer contacts are opened, can be used to check for pitted or misaligned contacts as the instrument will shut down if either condition occurs. Users are protected by the shutdown circuit safety feature: any inadvertent disconnection of a test lead or loss of power to the instrument will safely discharge the energy stored in the test sample. Three-phase transformer ohmmeter MTO300 series PowerDB OnBoard – consistent and repeatable PowerDB OnBoard embeds the powerful PowerDB asset management software within instruments running the WindowsTM operating system, eliminating the need for an external computer. PowerDB OnBoard brings field based users consistent, repeatable tests across instruments, unprecedented data analysis (including historical trend charting) and asset management tools, all from on-screen ‘forms based’ views. Also included are a number of new communication technologies, providing a near seamless interface between the instrument and optional peripheral equipment, such as an “in-lid” USB full-sheet thermal-paper printer, USB flash drive, and external PC (via Ethernet port). For advanced users, a USB router can be connected to the instrument to provide simultaneous access to other equipment, such as a mouse or a keyboard. Storage space is provided by either the internal flash memory or external USB flash drive – sufficient to save literally tens of thousands of test data sets. Reduced training time A common user interface reduces the training time needed to understand the different instruments that a busy test engineer has to use. New instruments with PowerDB OnBoard such as TTR330 and MTO330 are truly forms-based, have a large 8.4” full-VGA bright color display, and let you set up and control the instruments through on-screen test form views. On-screen test forms are exact replicas of the test forms which are printed as a permanent test form record once testing is complete. They are secure reports generated directly from instrument so no human interface is needed. For more information about PowerDB software, see page 45.
  • 40. 40 Power Catalog www.megger.com/us 1-800-723-2861 Oil testing Oil dielectric strength testing Oil is an efficient coolant with a high flash point and high dielectric strength when used as an insulator in transformers. The insulation properties can change due to oxidation, acids, sludge, gas and water absorption. These changes can be monitored using a dielectric Megger OTS test set. 60/80/100 kV automatic laboratory oil testers OTSAF series Designed for laboratory use, these line powered instruments measure the dielectric strength of mineral, ester and silicon insulating oils. With well thought out ergonomics, the vessels and chambers are particularly easy to drain and clean out. The screw adjusted electrodes have a unique mechanism to lock to the precise electrode gap. The detection circuit offers direct measurement of both voltage and current and the system has an ultra fast HV switch off time of less than 10 μs to reduce oil deterioration. Each instrument has a large, bright, colored screen to make user interface intuitive. To assist with the labeling of results files and recording of comments, there is a phone-like 12 key alphanumeric pad. The products can be configured to meet the testing requirements of a laboratory setting. 60/80 kV portable automatic oil testers OTSPB series Weighing in at only 35 lbs, the OTS60PB is the lightest, most portable, battery powered oil test set available. The OTS80PB is the most flexible test set because it offers more power in a test set which weighs less than 46 lbs. Featuring the same easy-empty vessel and quick-drain chamber design as the laboratory models, the large, bright, color screens are easy to read in sun light. Features like the electrode precision lock and ultra fast HV switch off time are particularly important for instruments that may not be used in the ideal environment. The OTSPBs can be configured to match the users needs. OTS60SX The OTS60SX is a light semi- automatic 60 kV oil dielectric strength test set which is simple to use and can be powered from a range of mains supplies. 60 kV semi automatic oil tester

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