About the application for the testing device.

GLP1-g resistance testers

• DC 50 –1000 V | 5 mA

Ideal for

• Manual tests with test probes
• Testing in a test cover, test cabin
• Fully automated test stations
• OEMs, plant manufacturers
• Communication with PC, PLC,^LabVIEW®

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GLP1-g

18 device variants

• AC 6 –50 kV | 3–200 mA
• DC 4 –10 kV | 6–20 mA

Ideal for

• Manual testing with high-voltage test guns
• Testing in a test cover, test cabin
• Fully automated test stations
• Original equipment manufacturers, systems engineering
• Communication with PC, PLC,^LabVIEW®

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GLP2-BASIC test equipment

8 device variants

• AC 6 kV | 3, 100 mA
• DC 6 kV | 6, 100 mA
• Insulation 1 kV, ≤10 GΩ

Ideal for

• Manual testing with high-voltage test guns
• Testing in a test cover, test cabin
• Fully automated test stations
• Original equipment manufacturers, systems engineering
• Communication with PC, PLC,^LabVIEW®, MES / ERP
• Fieldbus, e.g., PROFIBUS …
• Industrial Ethernet, e.g., PROFINET, EtherCAT, EtherNet/IP, Modbus-TCP, etc.

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GLP2-MODULAR test equipment

• AC 6–100 kV, 3–5000 mA
• DC 4–100 kV, 6–1000 mA
• Insulation 1–10 kV, ≤500 GΩ

Ideal for

• Manual testing with high-voltage test guns
• Testing in a test cover, test cabin
• Fully automated test stations
• Original equipment manufacturers, systems engineering
• Communication with PC, PLC,^LabVIEW®, MES / ERP
• Fieldbus, e.g., PROFIBUS …
• Industrial Ethernet, e.g., PROFINET, EtherCAT, EtherNet/IP, Modbus-TCP, etc.

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MTC2 R7

Universal winding testers 6, 12, 15, 30, 40, and 50 kV

MTC2 winding test systems are highly compact, fully automatic, high-end testing devices for a wide variety of wound products in development, production, and testing laboratories.

For production, EOL, automation
For testing laboratories, R&D, approval, certification testing
For repair, maintenance, and service

Surge test

• • Ultra-fast 50 measurements per second
  • Phase comparison between each other
  • Patented peak-to-peak measurement

Partial discharge compliant with DIN EN 60034-18:2014

• • Passive or active antenna
  • Wired decoupling

ohmic resistance

• • winding
  • temperature sensor

insulation resistance

• • IR
  • PI
  • DAR

High voltage AC optional

test connections

• • Standard: 4
  • Optional: 7 and more

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GLP2-R

For EOL testing
For fast automation processes and inline quality assurance
For laboratories and manual measurements

• Four-wire technology eliminates line and contact resistance
• Measuring cable break detection
• Contact error detector
• Temperature compensation of temperature-dependent resistors
• Surface or ambient temperature measurement
• Automatically executed test steps
• Integrated switch-over different test points
• Test points can be expanded modularly with relay matrices

Communication with
«» PC
«» PLC
«» LabVIEW®
«» MES / ERP
«» Fieldbus, e.g., PROFIBUS …
«» Industrial Ethernet, e.g., PROFINET, EtherCAT, EtherNet/IP, Modbus-TCP …

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MotorAnalyzer1

The entry-level model for your engine service

CHECK YOUR MOTORHEALTH!

For electrical machine manufacturers
For electric motor repair
For maintenance, servicing, and repair

• Universal stator, armature, Motor, and transformer tester
• 10 integrated test methods
• Automatic measurement between the three terminals of a three-phase motor
• Integrated results database
• Transfer of results to a PC via RS-232 or USB interface
• Mains-independent battery operation with battery status indicator
• Extremely compact design
• Ideal tool for on-site use and for the workshop

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MotorAnalyzer3

The mobile ALL-IN-ONE professional model for your engine service

CHECK YOUR MOTORHEALTH!

For electrical machine manufacturers
For electric motor repair
For maintenance, servicing, and repair

• Unique worldwide— , the mobile ALL-IN-ONE testing device
• AutoTest TestAutoTest the fastest troubleshooting tool
• Battery operation – Test
• surge test 3 kV | 0.45 joules
• High voltage DC up to 6 kV
• Insulation up to 500 GΩ
• Polarization index and DAR
• LCR measurement
• Automatic measurement between the four relevant connection points of the three-phase motor
  • three winding connections
  • a housing connection (laminated core motor housing)
• Communication with
  PC via Bluetooth

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MTC3

High-end testing systems for engine production – without limits

MTC3 winding test systems are fully automatic, high-end testing devices for a wide variety of wound products in development, production, and testing laboratories.

For production, EOL, automation
For testing laboratories, R&D, approval, certification testing

• Testing of stators, rotors, transformers, and chokes
• surge test 15 kV
• Fully integrated partial discharge testing in accordance with IEC 61934 and DIN EN 60034-18-41
• Resistance measurement using four-wire technology temperature compensation
• Insulation resistance test with automatic PI measurement
• Inductance testing | LCR inductance measuring bridge
• high voltage test according to VDE standard
• Partial discharge at high voltage AC
• insulation test
• Precise four-wire with temperature compensation down to thespace
• Rotating field test with static probe
• Expansion to up to 150 connections
• Temperature sensor test for 1, 2, 3 … x sensors

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Voltage Analyzer

Precise surge test on the winding

For production and testing laboratories.

• Direct voltage measurement on device under test no line-related influences
• 3-channel precision high-frequency probe
• Super fast measurement
• High measurement resolution
• Plus partial discharge measurement with passive or active antenna
• Integrated measuring point switching
• Ideal for demanding tests

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baking systems

thermal bonding windings and coils of all types

Controlled heating with electricity.

• Manual assembly and contacting, followed by automatic thermal bonding
• Automatic contacting and thermal bonding
• thermal bonding DC or AC current
• Up to 2500 A
• Up to 1000 V
• Up to 250 A/mm²
• Continuous determination of the winding temperature
• Reliable achievement of the desired baking temperature
• Three baking strategies: voltage, current, or temperature control
• quick shutdown winding or Fault to frame ≤50 µs

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Electricity-UV impregnation systems

Impregnation of windings and coils of all kinds

Controlled heating with electricity. Curing with UV light.

• Manual assembly and contacting, followed by automatic impregnation and curing
• Automatically contact, impregnate, and cure
• Dip impregnation with impregnating resin
• Heating with DC or AC current
• Curing with UV light
• Up to 2500 A
• Up to 1000 V
• Up to 250 A/mm²
• Continuous determination of the winding temperature
• Heating based on freely selectable temperature profiles
• Reliable achievement of the desired impregnation and curing temperature
• quick shutdown winding or Fault to frame ≤50 µs

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