Safety and Functional Tester GLP2-i/e
During the test, test object and test leads must not be touched!
The safety measures required by law must be adhered to!
Schleich GmbH * D-58675 Hemer * 0049 / (0)2372 / 9498-0 * 0049 / (0)2372 / 9498-99 *
http://www.schleich.com * info@schleich.com 20
4.0 Introduction
4.1 General explanations
The tester GLP2 i/e has been designed for 2-pole test objects. I.e., the test object has only two connections
for voltage and maybe one PE connection.
As an option, it is also possible to test multi-pole test objects. In this case the tester would, for example, be
equipped with a matrix.
Depending on the configuration of the device, the test object can be connected either at a PE socket at the
front and/or at an industrial connection at the rear panel.
At the industrial connection, the test object is connected via a connection box or via a direct lead.
If, despite the industrial connector at the rear panel, the socket at the front panel is to be used, it will be
necessary to connect a bridge plug at the back. At this bridge plug, the contacts 6, 7 and 8 need to be
bridged. Otherwise it is not possible to perform a PE test at the front socket.
The PE test probe can be connected at the front panel via 19-pole round plug. Alternatively, it is possible to
connect a probe or a PE to the connection box.
The measuring process is based on the fully- or half-automatic process of the individual test methods one
after the other. The order of the process is determined by the user.
Example of a process:
1. PE test
2. Insulation resistance test
3. High-voltage test (if the device has additional high voltage / option)
4. Current-consumption test
The measuring process is therefore based on an automatic sequence of individual test steps.
It is possible to program up to 200 test steps in up to 200 individual test processes. The test processes are
loaded out of the tester database or the remote-control software NetCom XI transmits them via the
interface.
4.2 Basic test process
A test process always follows the same basic pattern. The test process can be divided into the following
steps:
1. put test object into fixture or connect it
2. depending on the extent of danger, close protection cover or press 2-hand start
3. the individual test steps are executed successively (perhaps scanning PE points)
4. open protection cover (see point 2)
5. remove test object from the fixture or disconnect it
6. perhaps print out stickers or protocols
7. perhaps data transfer to the PC
After this, the above described test process is repeated.
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