GLP2-BASIC
Universal safety- & function tester







Testers for HVAC, HVDC, IR, PE or leakage.
„All in one” testers with up to 21 test methods.
- PE/ Ground testers up to 30 A
- Insulation resistance testers up to 6 kV
- High-voltage testers AC up to 6 kV
- High-voltage testers DC up to 6 kV
- Functional test up to 16 A
- Single- and multitesters
- 38 standard tester to solve numerous test tasks
- Traceable calibration certificate included
- Short lead time or available on stock
- Ergonomic housing, awarded with the „reddot design award 2014“
- 19"–housing alternatively available
- All test methods fully-electronic controlled
- Fully- and semi automatic controlled tests
- Manual tests
- Integrated „SPS-functionality" with freely programmable script language
- Intuitive operation concept with 7" touch display plus HDMI-interface
- Additional input with keyboard and mouse possible
- Reading of various 1D- and 2D barcodes
- Ethernet, WLAN, USB and serial interface
- Communication via RS232 and/or SCPI-standard-commands
- Database for test sequences and test results
- User administration
- Protocon print-out
- Freely configurable label print for thermal transfer printers
- Several label printers controllable
- Full network connectivity
- Possibility for remote maintenance or remote calibration
- Remote control option for automation
- Perfect for OEMs
The new standard!
All kinds of electronic products may be inspected according to the latest state-of-the-art single- and multitester GLP2-Basic. To solve a variety of different test taks and to meet your individual requirements, you can choose from over 45 different GLP2-BASIC models.
Thanks to the intelligent features, the tester covers all application fields in today´s safety- and functional test technology. It is ideally suited for production, laboratory, test field, quality management, automation and more.
The variety of features, e.g. to create your own test sequences, to enter your own data as serial number, result storage, freely configurable label print out, barcode function and many more leave nothing to be desired.
With regard to cost savings and environmental awareness, for many companies the increase of energy efficiency is an essential goal to be pursued. In energy-intensive sectors like the production, SCHLEICH supports you with sustainable and eco-friendly technology. For "clean" results"!
To offer perfect experience our engineers integrate only the latest technology in our testers. That is why SCHLEICH, as leading innovator, was the first manufacturer in the market who installed user-friendly touch screens in the testers.
Ergonomically-optimized workplaces may increase performance to a large extent. To optimize the individual workplace, SCHLEICH entirely revolutionized the housing concept.
Whether sitting or standing, small or tall person- the ergonomic housing design sets new standards for fatigue-free work. Thus, looking at the display, entering data as well as connecting the test object at the test socket is always perfectly-suitable for the operator.
Enormous flexibility and fast technology, combined in ergonomic design - SCHLEICH offers safety- and functional test technology which inspires!
Flow of a high-voltage test:
Test bench - Repair station- Laboratory | Manual inspection
The GLP2-BASIC tester is immediately ready to perform your measurements. By means of the unique manual mode, all integrated test methods may directly be applied. There is no need to generate a test sequence in advance! You only select the requested test method and start the test.
Similar to a multimeter, the test results are displayed on the tester´s screen. Thus, the detailed evaluation of your test object is immediately possible.
Even long-term analyses, with a duration of several hours, days or even weeks may be run in this operating mode.
Production| Semi-automatic inspection
Typical tests in production are either performed manually with test proces and/ or fully-automatic. Thanks to the convenient user guidance the GLP2-Basic tester offers perfect testing conditions for these applications.
For the inspection of different test objects you can save an almost unlimited number of test sequences in the GLP2-Basic tester which can be opened and started by using the touch display, keyboard or barcode. If requested, the tester generates a label directly after the end of a test.
Furthermore a great number of order data may be entered, which can be printed on the SCHLEICH-standard test report in addition to the test results.
Serial production| Fully-automatic inspection
The GLP2-BASIC may be easily integrated in your production line. The tester´s dimensions are based on a 19"-housing, which means that it perfectly fits in your plant. Additional, flexible interfaces allow an entire remote control. A connection to a master PC or a PLC may easily be established.
For the inspection of different kinds of test objects you can save a great number of test sequences, which can be opened and started by the interface before the test is started.
All test results are retrievable by means of the interface and may be saved by the master PC in a central database. Furthermore it is possible to save the test resutls locally on the tester or directly in the computer network.
For even more flexibility we also recommend the GLP2-ce-MODULAR tester. Both tester classes have successfully been integrated in our system solutions.
Benefits at a glance.
Measuring technology
- Precise and fast measurements
- TRMS » true R.M.S. measurement
- R.M.S.- and peak value measurement
- Effective-and apparent current measurement, cosφ
- Effective-and apparent power measurement
PE/ Ground AC
- PE/ Ground resistance, voltage drop
- 10-30 A AC, adjustable, electronically controlled
- 6-12 V AC
- 0-1200 mΩ
Insulation DC
- Insulation resistance
- 30-1000 V DC, adjustable, electronically controlled
- max. 3 mA
- 100 KΩ-10MΩ
High-voltage AC
- 50-6000 V AC, adjustable, electronically controlled
- with safety current limiting max. 3 mA
- without safety current limiting max. 100 mA
- incl. ARC-detection
High-voltage DC
- 50-6000 V DC, adjustable, electronically controlled
- with safety current limiting max. 4 mA
- without safety current limiting max. 100 mA
Function 5 A
- 12-260 V AC,adjustable, electronically controlled
- max. 5 A
- max. 1300 W, 1300 VA, 1300 VAR
- incl. short-circuit test
Leakage current 5 A
- according to standard EN60990 & EN60601 & UL-measruing circuits
- R.M.S., peak value, DC-/AC-share
- 1 μA-30 mA
Function 16 A
- 12-260 V AC, external supply
- max. 16 A
- max. 4200 W, 4200 VA, 4200 VAR
- incl. short-circuit test
Equivalent leakage current 16 A
- 10 μA-30 mA
- test voltage 40 V AC
- conversion to 230 V AC
Resistance
- 1 Ω-100 kΩ
⇒ More details available under Download.

Creating test sequences centrally in the network
Storing test results in the network
Evaluation and printout

In-depth test result analysis:
Production-Online-Monitoring
Informative statistics-report printout

With country-specific sockets
With quick fastening clamps for free lead ends
For numerous applications

For PE, insulation and leakage current
Integrated start button
Integrated 3-colour LED

For 6, 10 or 12 KV AC/DC
With integrated start switch
and integrated 4-wire technology

For daily inspection
Universal blackboxes
Factory calibration, also according to DAkks

Available in 3 sizes
Up to 6 KV high-voltage
CAT IV safety circuits

Individual solutions
Test covers with contacting
For manual and automatic production

Professional test tables :
According to BG-guidelines
Customized for your test task

Mobility at testing
Perfect for workshop applications
Ergonomic design with storage space

Mobile workplace protection
with integrated Emergency Stop
and 2-hand start

Dual-circuit safety with BG-approval
Solid and stable
2 different models

Warning of hazardous test voltage
Only required for touchable test objects
Not necessary when test cover is used

Starting a test - Confirming a query.
45 standard testers to solve each test task.
› PE · IR · HV AC · LC · Function
› PE · IR · HV DC · LC · Function
› PE · IR · HV AC/DC · LC · Function
BASIC 320 | HV | 6000 V | ≤3 mA |
BASIC 330 | HV | 6000 V | 100 mA |
BASIC 440 | HV | 6000 V | 100 mA |
BASIC 530 | HV AC | 6000 V | 100 mA |
HV DC | 6000 V | 100 mA |
BASIC 820 | IR | 1000 V | ≤3 mA |
HV DC | 6000 V | ≤4 mA |
BASIC 920 | IR | 1000 V | ≤3 mA |
HV AC | 6000 V | ≤3 mA | |
HV DC | 6000 V | ≤4 mA |
BASIC 930 | IR | 1000 V | ≤3 mA |
HV AC | 6000 V | 100 mA | |
HV DC | 6000 V | ≤4 mA |
BASIC 940 | IR | 1000 V | ≤3 mA |
HV AC | 6000 V | 100 mA | |
HV DC | 6000 V | 100 mA |
BASIC 1030 | PE | 30 A AC | 6/12 V |
IR | 1000 V | ≤3 mA | |
HV | 6000 V | ≤3 mA |
BASIC 1040 | PE | 30 A AC | 6/12 V |
BASIC 1041 | IR | 1000 V | ≤3 mA |
HV | 6000 V AC | 100 mA | |
2 connection types |
BASIC 1130 | PE | 30 A AC | 6/12 V |
BASIC 1131 | IR | 1000 V | ≤3 mA |
HV | 6000 V DC | ≤4 mA | |
2 connection types |
BASIC 1220 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
HV AC | 6000 V | ≤3 mA | |
HV DC | 6000 V | ≤4 mA |
BASIC 1230 | PE | 30 A | 6/12 V |
BASIC 1231 | IR | 1000 V | ≤3 mA |
HV AC | 6000 V | 100 mA | |
HV DC | 6000 V | ≤4 mA | |
2 connection types |
BASIC 1240 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
HV AC | 6000 V | 100 mA | |
HV DC | 6000 V | 100 mA |
PE · IR · Fct
BASIC 1320 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
Fct AC | 250 V | 5 A |
BASIC 1322 | PE | 30 A | 6/12 V |
Iso | 1000 V | ≤3 mA | |
Con | Continuity | |
Fct DC | 60 V | 5 A |
BASIC 1330 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
Fct AC | 250 V | 16 A |
PE · IR · LC · Fct
BASIC 1420 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
LC | leakage current, standard-compliant | |
Fct AC | 250 V | 5 A |
BASIC 1430 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
LC | equivalent leakage current | |
Fct DC | 60 V | 16 A |
BASIC 1520 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
HV AC | 6000 V | ≤3 mA | |
Fct AC | 250 V | 5 A |
BASIC 1530 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
HV AC | 6000 V | 100 mA | |
Fct AC | 250 V | 5 A |
BASIC 1540 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
HV AC | 6000 V | ≤3 mA | |
Fct AC | 250 V | 16 A |
BASIC 1550 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
HV AC | 6000 V | 100 mA | |
Fct AC | 250 V | 16 A |
BASIC 1620 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
HV AC | 6000 V | ≤3 mA | |
LC | leakage current, standard-compliant | |
Fct AC | 250 V | 5 A |
BASIC 1630 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
LC | standard-compliant | |
HV AC | 6000 V | 100 mA | |
Fct AC | 250 V | 5 A |
BASIC 1640 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
LC | equivalent leakage current | |
HV AC | 6000 V | ≤3 mA | |
Fct AC | 250 V | 16 A |
BASIC 1650 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
LC | equivalent leakage current | |
HV AC | 6000 V | 100 mA | |
Fct AC | 250 V | 16 A |
BASIC 1720 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
HV DC | 6000 V | ≤4 mA | |
Fct AC | 250 V | 5 A |
BASIC 1740 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
HV DC | 6000 V | ≤4 mA | |
Fct AC | 250 V | 16 A |
BASIC 1820 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
HV DC | 6000 V | ≤4 mA | |
LC | leakage current, standard-compliant | |
Fct AC | 250 V | 5 A |
BASIC 1840 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
HV DC | 6000 V | ≤4 mA | |
LC | equivalent leakage current | |
Fct AC | 250 V | 16 A |
BASIC 1920 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
HV AC | 6000 V | ≤3 mA | |
HV DC | 6000 V | ≤4 mA | |
LC | leakage current, standard-compliant | |
Fct AC | 250 V | 5 A |
BASIC 1930 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
LC | leakage current, standard-compliant | |
HV AC | 6000 V | 100 mA | |
HV DC | 6000 V | ≤4 mA | |
Fct AC | 250 V | 5 A |
BASIC 1940 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
LC | equivalent leakage current | |
HV AC | 6000 V | ≤3 mA | |
HV DC | 6000 V | ≤4 mA | |
Fct AC | 250 V | 16 A |
BASIC 1950 | PE | 30 A | 6/12 V |
IR | 1000 V | ≤3 mA | |
Con | Continuity | |
LC | equivalent leakage current | |
HV AC | 6000 V | 100 mA | |
HV DC | 6000 V | ≤4 mA | |
Fct AC | 250 V | 16 A |
PE | PE resistance test / ground bond |
IR | Insulation resistance test |
HV AC | High-voltage test with AC |
HV DC | High-voltage test with DC |
LC | Leakage current or equivalent leakage current |
Con | Continuity test/ short-circuit test before function test |
Fct AC | Function test with AC |
Fct DC | Function test with DC |
Leakage current test according to standards: EN 60601 & EN 60990
≤ means, that the test current is safety current limited.
In case the GLP2-BASIC does not provide the perfect configuration for you, you may find a suitable alternative with the GLP1- testers.
Product consultant
You need a personal product advice? Please use our direct contact:
+49 2372 901 25 40
You can send us your questions via e-mail:
Email requestDownload
For further information please do not hesitate to contact our technical sales under:
+49 2372 901 25 40