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Schleich MTC2 Customized Motor Test Center
MTC2 Customized Motor Test Center with 6-50kV up to 8 leads
The MTC2 is a high-end surge voltage tester – no other tester offers such a variety of applications. With the MTC2 precisely analyze coils, stators, armatures, and all other kinds of windings according to the latest technology, without any compromises. Innovations, technical leadership and a patented surge voltage evaluation method characterize the 6th generation of the MTC-2 surge voltage testers. Choose from a finely graded tester variety from 6KV to 50KV. Based on 25 years of experience, extensive know-how and a consistent optimization obtain a state-of-the-art surge voltage tester.
MTC2 Customized
Surge tester with 6-50kV up to 8 leads. A deeper look into the winding – the ultimate surge tester. No other tester offers so much performance variety. Reliably test stators, armatures, coils and windings of all kinds. 35 years of pioneering spirit, deep know-how, consistent optimization and permanent R & D activities of our engineers and technicians are the basis for this state-of-the-art surge tester.
Variants - 49 solutions for your testing task.
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Winding tests in its purest form.
Intuition – Function – Perfection.
The MTC2 is our premium surge voltage tester – no other tester offers such a diversity of features. With the MTC2 you inspect coils, stators, armatures and all kinds of windings according to the latest state of the art – uncompromising and precise. Innovations, technology lead and a patented analytical method for surge voltage characterize the MTC2-surge voltage testers of the 6th generation. A finely graduated variety of testers from 6 kV up to 50 kV is available. Based on 25 years experience, extensive know-how and consistent optimization you get THE “state-of-the-art surge voltage tester”.
What makes the MTC2 so special?
4 connection leads offer the possibility to contact all relevant winding connections at the same time. The 3 phase connections and the neutral point are connected to the 4 connection leads. In this way it is possible to achive a unique test accuracy.
Automatic test method switch-over - As soon as the test object is connected, the MTC2 automatically measures at all 4 connections. Thanks to the integrated test method switchover, there´s no need for manual re-clamping. This saves time and avoids mistakes.
Advanced surge voltage - The surge voltage test with standard-compliant rise time leaves no defect undetected. Modern, automatic evaluations facilitate the fault analysis.
Optional partial discharge test with surge voltage - The innovative, standard-compliant partial discharge test can easily be integrated. It gives you information about critical insulation weaknesses and the suitability for operation with frequency converters. SCHLEICH pursues two strategies to obtain good test results at stators as well as at entirely-assembled motors: Measurement via coupler in the measuring lead (perfect for motors) and measurement via antenna (perfect for stators).
Optional precise resistance measurement in 4-wire-technology - To achieve precise measuring results by comparing the three phases´resistances , the resistance is measured in 4-wire technology. Of course, the 4-wire technolgy is also applied by means of the automatic test method switchover!
Optional high-voltage test with AC - In addition, you can also perform a high-voltage test with AC. Of course, the automatic test method switchover is also applicable in this case.
Optional rotor- / stator test - The measuring technology allows you to find faults in rotors or stators and to detect broken bars in the squirrel-cage rotor.
Winding tests in its purest form.
Class leading equipment features
Inspection of motors and generators up to 500 MW
Surge voltage up to 50 kV
Surge energy 125 Joule
High surge current 2.000 A
Fastest rise time 60 ns
Fully-integrated partial discharge test according to IEC 61934 and DIN EN 60034-18-41
Resistance measurement in 4-wire technology with temperature compensation
Insulation resistance test with automatic PI-measurement
Inductance test| LCR-inductance test bridge
Integrated armature test assistant, armature adapter and armature booster
4 winding connections (windings + neutral point) plus frame connection
A number of tests can be performed without the necessity to reconnect connection leads
Easy and manual inspection without parameterization
Automatic test with subsequent Go/ NoGo – comparison
Result recording with test object-related data
Printing with any Windows-printers plus PDF
Data base for numerous test sequences and test results
Integrated high-quality industrial-PC with Windows®
Full network connectivity
Intuitive operation via touchscreen, mouse and keyboard
Possibility for remote maintenance or remote calibration
Remote control option for automation
Perfect for OEMs
Automation and Interfaces.
- digital I/O, (input/output 24 V to PLC)
- RS232 via SCHLEICH communication protocol
- LAN via SCHLEICH communication protocol
- LAN via TCP/IP
- individual special solution …
Benefits of measurement technology at a glance.
Voltage supply
Voltage range 90 – 250 V, 47 – 63Hz
key switch for unlocking
Connections
4 + laminated core (ground)
Autotest
automatic stator-, motor inspection
fully-automatic fault analysis
Surge voltage
6, 12, 15, 25, 30, 40 and 50 kV
automatic and manual surge voltage test
1-, 2- and 3-phase
automatic evaluation
8 different evaluation methods incl. correlation (patented by SCHLEICH)
optional armature booster to inspect DC armatures
High-voltage DC
6, 12, 15, 25, 30, 40 and 50 kV
manually adjustable
automatically programmable
step voltage measurement
Insulation resistance DC
6, 12, 15, 25, 30, 40 and 50 kV
according to VDE 0701
1 MΩ – 100 GΩ
Polarization index
6, 12, 15, 25, 30, 40 and 50 kV
PI-measurement
DAR-measurement
automatic measurement
Partial discharge Surge – Option
6, 12, 15 and 25 kV
according to DIN EN 60034-18:2014
Measurements of
PDIV – Partial discharge inception voltage
RPDIV – Repetitive partial discharge inception voltage
RPDEV – Repetitive partial discharge extinction voltage
PDEV – Partial discharge extinction voltage
Measurements via coupler in the test lead – perfect for motors
Measurements via antenna – perfect for stators
Resistance- Option
1-, 2- and 3-phase
1 mΩ – 100 kΩ
imbalance inspection
4-wire technology
ambient temperature compensation
High-voltage AC – Option
up to 6 kV, 100 mA
1-, 2- and 3-phase
49 to Choose from
Varianten
MTC2 6kV | Test method » Surge
type of tester surge testers
surge test 0–6 kV
insulation all
0–6 kV ˭
Vmax like surge test
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
like surge test
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 1.8 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 6kV-HE | Test method » Surge
type of tester surge testers
surge test 0–6 kV
insulation all
0–6 kV ˭
Vmax like surge test
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
like surge test
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 3.6 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 6kV-R | Test methods » Surge · R
type of tester surge testers
surge test 0–6 kV
resistance 4-wire measurement
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 1.8 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 6kV-R-HE | Test methods » Surge · R
type of tester surge testers
surge test 0–6 kV
resistance 4-wire measurement
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 3.6 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 6kV-R-PD | Test methods » Surge · R · PD
type of tester surge testers
surge test 0–6 kV
resistance 4-wire measurement
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
partial discharge all
in case of surge test
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 1.8 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge with microwave antenna
with signal coupling in the test leads
MTC2 6kV-R-PD-HE | Test methods » Surge · R · PD
type of tester surge testers
surge test 0–6 kV
resistance 4-wire measurement
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
partial discharge all
in case of surge test
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 3,6 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge with microwave antenna
with signal coupling in the test leads
MTC2 6kV-Rack | Test method » Surge
type of tester surge testers
surge test 0–6 kV
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 1.8 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 6kV-R-Rack | Test methods » Surge · R
type of tester surge testers
surge test 0–6 kV
resistance all
4-wire measurement
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 1.8 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 6kV-R-HE-Rack | Test methods » Surge · R
type of tester surge testers
surge test 0–6 kV
resistance all
4-wire measurement
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 3.6 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 6kV-R-PD-Rack | Test methods » Surge · R · PD
type of tester surge testers
surge test 0–6 kV
resistance 4-wire measurement
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
partial discharge all
in case of surge test
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 1.8 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge with microwave antenna
with signal coupling in the test leads
MTC2 6kV-R-PD-HE-Rack | Test methods » Surge · R · PD
type of tester surge testers
surge test 0–6 kV
resistance 4-wire measurement
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
partial discharge all
in case of surge test
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 3.6 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge with microwave antenna
with signal coupling in the test leads
MTC2 6kV-R-HVAC-Rack | Test methods » Surge · R · HVAC
type of tester surge testers
surge test 0–6 kV
resistance 4-wire measurement
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage AC all
0–6 kV˜ max. 100 mA
high voltage DC all
0–6 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optinal
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 1.8 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 6kV-Caddy | Test method » Surge
type of tester surge testers
surge test 0–6 kV
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 1.8 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 6kV-HE-Caddy | Test method » Surge
type of tester surge testers
surge test 0–6 kV
insulation all
0–6 kV ˭
polarization index Vmax like surge test
high voltage DC all
0–6 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 3.6 J
Surge current 800 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 12kV | Test method » Surge
type of tester surge testers
surge test 0–12 kV
insulation all
0–12 kV˭
polarization index Vmax like surge test
high voltage DC all
0–12 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 7.2 J
Surge current 1000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 12kV-HE | Test method » Surge
type of tester surge testers
surge test 0–12 kV
insulation all
0–12 kV˭
polarization index Vmax like surge test
high voltage DC all
0–12 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 14.4 J
Surge current 1000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 12kV-R | Test methods » Surge · R
type of tester surge testers
surge test 0–12 kV
resistance all
4-wire measurement
insulation all
0–12 kV˭
polarization index Vmax like surge test
high voltage DC all
0–12 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 7.2 J
Surge current 100 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 12kV-R-HE | Test methods » Surge · R
type of tester surge testers
surge test 0–12 kV
resistance all
4-wire measurement
insulation all
0–12 kV˭
polarization index Vmax like surge test
high voltage DC all
0–12 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 14.4 J
Surge current 1000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 12kV-R-PD | Test methods » Surge · R · PD
type of tester surge testers
surge test 0–12 kV
resistance 4-wire measurement
insulation all
0–12 kV˭
polarization index Vmax like surge test
high voltage DC all
0–12 kV ˭
partial discharge all
in case of surge test
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 7.2 J
Surge current 1000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge with microwave antenna
with signal coupling in the test leads
MTC2 12kV-R-PD-HE | Test methods » Surge · R · PD
type of tester surge testers
surge test 0–12 kV
resistance all
4-wire measurement
insulation all
0–12 kV˭
polarization index Vmax like surge test
high voltage DC all
0–12 kV ˭
partial discharge all
in case of surge test
test terminals T1, T2, T3, Y, frame
test cover possible
automation
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 14.4 J
Surge current 1000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge with microwave antenna
with signal coupling in the test leads
MTC2 15kV | Test method » Surge
type of tester surge testers
surge test 0–15 kV
insulation all
0–15 kV˭
polarization index Vmax like surge test
high voltage DC all
0–15 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 11.25 J
Surge current 1000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 15kV-HE | Test method » Surge
type of tester surge testers
surge test 0–15 kV
insulation all
0–15 kV˭
polarization index Vmax like surge test
high voltage DC all
0–15 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 22.5 J
Surge current 1000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 15kV-R | Test methods » Surge · R
type of tester surge testers
surge test 0–15 kV
resistance all
4-wire measurement
insulation all
0–15 kV˭
polarization index Vmax like surge test
high voltage DC all
0–15 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 11.25 J
Surge current 1000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 15kV-R-HE | Test methods » Surge · R
type of tester surge testers
surge test 0–15 kV
resistance all
4-wire measurement
insulation all
0–15 kV˭
polarization index Vmax like surge test
high voltage DC all
0–15 kV ˭
test terminals T1, T2, T3, Y, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 22.5 J
Surge current 1000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 15kV-R-PD | Test methods » Surge · R · PD
type of tester surge testers
surge test 0–15 kV
resistance all
4-wire measurement
insulation all
0–15 kV˭
polarization index Vmax like surge test
high voltage DC all
0–12 kV ˭
partial discharge all
in case of surge test
test terminals T1, T2, T3, Y, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 11.25 J
Surge current 1000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge with microwave antenna
with signal coupling in the test leads
MTC2 15kV-R-PD-HE | Test methods » Surge · R · PD
type of tester surge testers
surge test 0–15 kV
resistance all
4-wire measurement
insulation all
0–15 kV˭
polarization index Vmax like surge test
high voltage DC all
0–15 kV ˭
partial discharge all
in case of surge test
test terminals T1, T2, T3, Y, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 5 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 200 nF; customer-specific adaptation possible
Surge energy 22.5 J
Surge current 1000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge with microwave antenna
with signal coupling in the test leads
MTC2 25kV | Test method » Surge
type of tester surge testers
surge test 0–25 kV
insulation all
0–25 kV˭
polarization index Vmax like surge test
high voltage DC all
0–25 kV ˭
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 3 | manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 31.25 J
Surge current 1600 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 25kV-3L | Test method » Surge
type of tester surge testers
surge test 0–25 kV
insulation all
0–25 kV˭
polarization index Vmax like surge test
high voltage DC all
0–25 kV ˭
test terminals T1, T2, T3, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 4 | automatic switch-over in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 31.25 J
Surge current 1600 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 25kV-RF | Test methods » Surge · R
type of tester surge testers
surge test 0–25 kV
resistance all
4-wire measurement
insulation all
0–25 kV˭
polarization index Vmax like surge test
high voltage DC all
0–25 kV ˭
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the front
Number of test leads 3 | manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 31.25 J
Surge current 1600 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 25kV-R | Test methods » Surge · R
type of tester surge testers
surge test 0–25 kV
resistance all
4-wire measurement
insulation all
0–25 kV˭
polarization index Vmax like surge test
high voltage DC all
0–25 kV ˭
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 3 | manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 31.25 J
Surge current 1600 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 25kV-R-3L | Test methods » Surge · R
type of tester surge testers
surge test 0–25 kV
resistance all
4-wire measurement
insulation all
0–25 kV˭
polarization index Vmax like surge test
high voltage DC all
0–25 kV ˭
test terminals T1, T2, T3, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 4 | automatic switch-over in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 31.25 J
Surge current 1600 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 25kV-RF-PD | Test methods » Surge · R · PD
type of tester surge testers
surge test 0–25 kV
resistance all
4-wire measurement
insulation all
0–25 kV˭
polarization index Vmax like surge test
high voltage DC all
0–25 kV ˭
partial discharge all
in case of surge test
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the front
Number of test leads 3 | manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 31.25 J
Surge current 1600 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge with microwave antenna
with signal coupling in the test leads
MTC2 25kV-R-PD | Test methods » Surge · R · PD
type of tester surge testers
surge test 0–25 kV
resistance all
4-wire measurement
insulation all
0–25 kV˭
polarization index Vmax like surge test
high voltage DC all
0–25 kV ˭
partial discharge all
in case of surge test
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the front
Number of test leads 3 | manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 31.25 J
Surge current 1600 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge with microwave antenna
with signal coupling in the test leads
MTC2 25kV-R-PD-3L | Test methods » Surge · R · PD
type of tester surge testers
surge test 0–25 kV
resistance all
4-wire measurement
insulation all
0–25 kV˭
polarization index Vmax like surge test
high voltage DC all
0–25 kV ˭
partial discharge all
in case of surge test
test terminals T1, T2, T3, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the front
Number of test leads 4 | automatic switch-over in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 31.25 J
Surge current 1600 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge with microwave antenna
with signal coupling in the test leads
MTC2 30kV | Test method » Surge
type of tester surge testers
surge test 0–30 kV
insulation all
0–30 kV˭
polarization index Vmax like surge test
high voltage DC all
0–30 kV ˭
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 3| manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 45 J
Surge current 2000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 30kV-3L | Test method » Surge
type of tester surge testers
surge test 0–30 kV
insulation all
0–30 kV˭
polarization index Vmax like surge test
high voltage DC all
0–30 kV ˭
test terminals T1, T2, T3, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 4 | automatic switch over in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 45 J
Surge current 2000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 30kV-RF | Test methods » Surge · R
type of tester surge testers
surge test 0–30 kV
resistance 4-wire measurement
insulation all
0–30 kV˭
polarization index Vmax like surge test
high voltage DC all
0–30 kV ˭
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the front
Number of test leads 3 | manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 45 J
Surge current 2000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 30kV-R | Test methods » Surge · R
type of tester surge testers
surge test 0–30 kV
resistance all
4-wire measurement
insulation all
0–30 kV˭
polarization index Vmax like surge test
high voltage DC all
0–30 kV ˭
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 3 | manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 45 J
Surge current 2000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 30kV-R-3L | Test methods » Surge · R
type of tester surge testers
surge test 0–30 kV
resistance all
4-wire measurement
insulation all
0–30 kV˭
polarization index Vmax like surge test
high voltage DC all
0–30 kV ˭
test terminals T1, T2, T3, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 4 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 45 J
Surge current 2000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 40kV | Test method » Surge
type of tester surge testers
surge test 0–40 kV
insulation all
0–40 kV˭
polarization index Vmax like surge test
high voltage DC all
0–40 kV ˭
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 3 | manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 80 J
Surge current 2000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 40kV-3L | Test method » Surge
type of tester surge testers
surge test 0–40 kV
insulation all
0–40 kV˭
polarization index Vmax like surge test
high voltage DC all
0–40 kV ˭
test terminals T1, T2, T3, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 4 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 80 J
Surge current 2000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 40kV-RF | Test methods » Surge · R
type of tester surge testers
surge test 0–40 kV
resistance all
4-wire measurement
insulation all
0–40 kV˭
polarization index Vmax like surge test
high voltage DC all
0–40 kV ˭
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the front
Number of test leads 3 | manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 80 J
Surge current 2000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 40kV-R-3L | Test methods » Surge · R
type of tester surge testers
surge test 0–40 kV
resistance all
4-wire measurement
insulation all
0–40 kV˭
polarization index Vmax like surge test
high voltage DC all
0–40 kV ˭
test terminals T1, T2, T3, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 4 | automatic switchover in the tester
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 80 J
Surge current 2000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 50kV | Test method » Surge
type of tester surge testers
surge test 0–50 kV
insulation all
0–50 kV˭
polarization index Vmax like surge test
high voltage DC all
0–50 kV ˭
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the rear
Number of test leads 3 | manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps —
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 125 J
Surge current 2000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
MTC2 50kV-RF | Test methods » Surge · R
type of tester surge testers
surge test 0–50 kV
resistance all
4-wire measurement
insulation all
0–50 kV˭
polarization index Vmax like surge test
high voltage DC all
0–50 kV ˭
test terminals K1, K2, frame
test cover possible
delivery order-related manufacturing
Test leads pluggable at the front
Number of test leads 3 | manual switchover at the DUT
Housing test lead 1 | stator/motor housing
Kelvin clamps optional
Surge capacitance 100 nF; customer-specific adaptation possible
Surge energy 125 J
Surge current 2000 A; customer-specific adaptation possible
Pulse rise time 100 – 500 ns; according to IEC 60034-18-41
Partial discharge —
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