GMC-I Messtechnik GmbH
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User-Defined Test Sequences
Up to 24 customer-specific (user-defined) test sequences can be
saved to the test instrument and assigned to the AUTO rotary
switch positions, i.e. A1 to A9. These sequences are created at
the PC with the help of
IZYTRONIQ
software. The measurements
and parameters available in your SECULIFE version are loaded
from the test instrument and made available in the PC software
for this purpose. Finally, the created test sequence can be loaded
directly to the SECULIFE (prerequisite: database extension, fea-
ture KB01, “Z853R – SECUTEST DB+”) and saved to the com-
puter as an XML file. As a rule, customer-specific (user-defined)
test sequences are identified with a preceding asterisk (*) at the
test instrument’s user interface.
10.2
User-Defined Test Sequences / Remote Control
(only with feature KB01, “Z853R – SECUTEST DB+”)
10.2.1 General
When creating user-defined test sequences, the author of the test
sequence can define and configure individual test steps himself,
and specify the order in which they’re run.
With the help of
IZYTRONIQ
PC software, test sequences can be
created at the PC and transferred to the test instrument via a USB
port.
Note
Up to 1200 test steps can be distributed to as many as
24 test sequences and saved to memory at the test
instrument.
Similar options are available to the user when the test instrument
is remote controlled (e.g. via
IZYTRONIQ
IZY remote test
sequences).
Some of the test steps necessitate advance testing in the form of
inspections or test instructions, for example so that the inspector
has enough time to contact the respective location with the probe
at the point in time of test execution, or to set the DUT to the
appropriate state.
If user-created test sequences are created and/or used, or in the
case of remote control of the test instrument, the creator of the
test sequences or the user/inspector assumes responsibility for
standards-compliant test steps and execution of advance tests in
the correct order.
Attention!
!
If you change or shorten the default test sequences
for the respective standards, the danger exists that they
will no longer be compliant and will thus become invalid
as verification of operating safety in accordance with
DGUV regulation 3 or BetrSichV, or will no longer fulfil
these standards.
10.2.2 Testing of Probe Connection P1 and Probe Fuse P1
If probe P1 is used in a test sequence, a “Probe Test” step with
“Probe: Probe Connection P1” must be included in the respective
test sequence. Background: In addition to assuring that a probe
is connected to probe connection P1, the probe test at connec-
tion P1 also determines whether or not the probe’s fuse link is
intact.
Attention!
!
If the fuse at test probe P1 is defective, all subsequent
measurements using this measuring path are incorrectly
evaluated as good!
10.2.3 APP Fuse Test
If the APP sockets are used during a test sequence (regardless of
whether the connections are used for measurement or in order to
implement the “APP > PE” test condition [applied part to ground]),
the “APP fuse test” step must be additionally conducted. This test
step ensures that both APP fuses are intact.
Attention!
!
If measurements are conducted for which the APP con-
nections are used, and if one or both of the APP fuses
are defective, incorrect measured values may result.
Summary of Contents for SECULIFE ST PRO
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