Data Sheet

3-348-817-03
15/6.15
GMC-I Messtechnik GmbH
METRATESTER 5+
Tester for DIN VDE 0701-0702
Features
Convenient Connection
The test instrument is intended for the testing and measurement
of repaired or modified devices. The device under test is con-
nected to the measuring instrument via the integrated test socket.
The quick connector safety jacks are wired in parallel to the test
socket and provide for measurements at DUTs without earthing
contact plugs, or at permanently connected DUTs. The DUT is
connected to the integrated mains outlet at the test instrument for
testing for the absence of voltage at exposed, conductive parts,
as well as for load current measurement.
Contacting Surface for Contact Finger
Protective conductor potential can be tested with the contact fin-
ger contacting surface. The PE signal lamp lights up if a potential
difference of greater than 100 V occurs between the contacting
surface and the earthing contact at the mains outlet.
Rugged Design
This handy instrument is equipped with a compact plastic
housing with a fold-out carrying handle. Mains and measurement
cables are permanently connected. The mains cable can be
wound onto a cable holder at the back of the housing, and the
measurement cables can be stowed in the integrated cable
compartment. The measured quantity is selected with the rotary
switch.
Safety Devices
Thermal overload protection to 253 V in all ranges (except for
16 A). The test instrument can be immediately placed back into
service after the overload has been eliminated. Excessive
temperatures are displayed at the LCD. The PE signal lamp
indicates whether or not voltage is present at the mains
protective conductor.
Display Functions
All measurement values are read out to a large digital display for
easy reading. Beyond this, exceeded limit values are signalled
optically as well as acoustically in some cases.
Applications
Electrical safety testing of electrical equipment:
per DIN VDE 0701-0702: 2008
by means of measurement of:
Protective conductor resistance
Insulation resistance
Protective conductor
current – equivalent leakage current method
– residual current method
Contact current
(absence of voltage by means of current measurement)
as well as measurement of the following performance quantities:
Line voltage
•Load current

Summary of content (4 pages)