Your local contact:test method
Mechanical Dimensions
Mechanical testing with caliper
During this test, an electronic caliper is used to check whether a dimension to be tested is within the specified tolerance. The test result is then transmitted to the test device, for example at the touch of a button. Various start and transfer variants are available for this purpose.
Depending on the test device, the test task can be displayed in plain text or additionally graphically, for example with an image of the test point.
Optical Displacement Measurement
In optical displacement measurement, the displacement or measurement is recorded contactlessly via an optical measuring system. The determined measurement result is taken directly from the testing device and automatically evaluated.
This measurement method is particularly suitable for applications where mechanical contact is to be avoided or very short measurement times are required. Typically, this measurement is fully automatic. But here, too, the test task can be visualized textually or graphically in order to determine the test sequence unambiguously.
Displacement measurement with linear probe
In the case of displacement measurement with linear probes, the measurement to be tested is recorded via a connected electromechanical probe. The measured values are recorded directly by the test device, without manual intervention.
The measured path is automatically evaluated and compared with the specified limit values or tolerances. Linear probes enable high repeatability and are particularly suitable for series tests and automated test sequences. But here, too, the test task can be visualized textually or graphically in order to determine the test sequence unambiguously.
Test devices and Test systems
GLP2-BASIC
Protective earth conductor, insulation, high voltage, leakage current, resistance, and functional test device
- Insulation test devices
- High voltage test devices AC/DC
- “All in one” test devices
- Safety & functional test devices
- Approx. 40 device variants – combined from up to 21 test methods
- PL e, SIL 3, two-hand control Type III C, Cat. 4 safety circuit (depending on device variant and degree of hazard)
- Network
- Protocol & label printing
- Scanner …
- Technology Package for even greater ergonomics
- Desktop device or 19″ rack mounting
GLP2-MODULAR
Multifunction test device with up to 25 test methods
- “All in one”
- Safety test devices
- Safety & functional test devices
- Modularly combinable from over 25 test methods
- Up to 250 test connections
- Switching matrixes for all types of test methods
- PL e, SIL 3, two-hand control Type III C, Cat. 4 safety circuit (depending on device variant and degree of hazard)
- Network
- Protocol & label printing
- Scanner …
- Technology Package for even greater ergonomics
GLP3
Class-leading test technology unlimited
The top class of test and measurement technology for safety & function test.
- “All in one”
- Safety & functional test devices
- For complex projects
- For complex automation
- For highest demands
- Modularly combinable from over 30 test methods
- Up to 350 test connections
- Switching matrices for all types of test methods
- PL e, SIL 3, Cat. 4 safety circuit, two-hand operation 2-channel safety
- Windows 11®
- Network
- Protocol & label printing
- Industry 4.0
- Interfaces for automation such as PROFINET, EtherCAT, TCP/IP, …
- Interfaces to MES, ERP, CAQ systems, …
GLP3-M
Electric motor Test - EOL, Series and Laboratory
For production, EOL and automation
For test laboratories
Test benches for functional and safety testing of all types of Motors.
- Asynchronous Motors
- Synchronous Motors
- Linear Motors
- Stepper Motors
- BLDC
- DC Motors
- …
- Motor attachments
– Brake
– Temperature sensors
– Humidity sensors
– Auxiliary heating
– Fan
– Centrifugal switch
– Rotor position sensors, Encoders, Resolvers, Multiturn encoders …
– Electronic nameplate
MTC3 R2
The high-end test systems for Motor production – without limit
MTC3 winding test systems are fully automatic high-end test devices for various winding goods in development, production, and test laboratories.
For production, EOL, automation
For test laboratory, R&D, approval, certification tests
- Testing of stators, rotors, transformers and inductors
- Surge test up to 15 kV
- Fully built-in partial discharge test according to IEC 61934 and DIN EN 60034-18-41
- Resistance measurement in four-wire technology with temperature compensation
- Insulation resistance test with automatic PI measurement
- Inductance test | LCR inductance measurement bridge
- High voltage test AC according to VDE standard
- Partial discharge at high voltage AC
- Insulation test DC
- Precise four-wire resistance measurement with temperature compensation down to the µΩ-space
- 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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