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PROFITEST
0100S-II |
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PROFITEST
0100S-II Test Instrument for VDE 0100 / IEC 364-6-61 |
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PROFITEST
0100S-II Test Instrument for VDE 0100 / IEC 364-6-61
DIN VDE 0100, part 610 Tester
The PROFiTEST 0100S-II allows for
testing of all protective measures as required by
DIN VDE 0100, part
610, as well as corresponding international standards
(e.g. IEC
64-8, HD 364-6-61.S1).
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DIN VDE 0100, part 610 Tester |
Testing
of Residual-Current Protective Devices (RCCBs)
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Measurement
of contact voltage without
tripping the RCCB Contact voltage with
reference to nominal residual current is
measured with 1/3 of
nominal residual current.
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Trip
test with nominal residual current, measurement of time to trip
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Special
Testing for Systems and RCCBs
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Testing
of systems and RCCBs
with rising residual current and display of tripping current, as
well as contact voltage at the moment tripping occurs.
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Testing
of RCCBs (10 and 30 mA) with 5 • IDN
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Testing
of RCCBs which are suitable for pulsating DC fault current,
testing is conducted with positive or negative half-waves.
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Testing
of RCCBs with adjustable residual current
for the determination of contact voltage and tripping current
Testing
of Special RCCBs
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Selective
, SRCDs, PRCDs (Schukomat, Sidos etc.), type G
Testing of RCD Protection in IT Systems
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Large Voltage and
Frequency Range
An extended-range measuring system allows for use of the test
instrument for all AC and three-phase systems with voltages ranging
from 65 to 500 V, and frequencies from 15.4 to 420 Hz.
Loop and System
Impedance Measurement
Measurement of loop and system impedance can be performed within
a range of 65 to 550 V. Conversion to short-circuit current is based
upon respective line voltage, as long as the measured line voltage
is within the prescribed range. Short-circuit current is calculated
from actual line voltage and measured impedance for line voltages
outside of this range.
With a test current of 15 mA the loop impedance can also be
determined after RCCBs with a nominal residual current of at least
30 mA without the RCCB being tripped.
Insulation Resistance
Measurement with Nominal Voltage and Variable or Rising Test Voltage
Insulation resistance is usually measured with the nominal
voltages 500 V, 250 V or 100 V. For measurements at sensitive
components, as well as within systems with voltage limiting devices,
22 different test voltages ranging from 20 to 500 V can be selected,
which deviate from, and are generally lower than nominal voltage.
Measurements can be performed with continuously rising voltage for
the detection of weak points in insulation, as well as for the
determination of response voltages for voltage limiting devices.
Voltage at the device under test, any detected response or breakdown
voltage, as well as insulation resistance appear at the instrument’s
display, and an LED indicates violation of an (adjustable) limit
value.
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Low-Resistance
Measurements
Bonding conductor resistance and protective conductor resistance
can be measured with a measuring current of >= 200 mA DC,
automatic measuring voltage polarity reversal and selectable
conduction direction. Violation of an (adjustable) limit value is
signaled with an LED.
Standing-Surface
Insulation Measurement
Measurement of standing-surface insulation
is performed with actual line frequency and line voltage.
Universal
Connector System
The interchangeable plug inserts and the
plug-on 2-pole adapter (can be expanded to a 3-pole adapter for
phase sequence measurements) allow for use of the test instrument
all over the world.
Special Features
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Display of allowable
fuse types for electrical systems
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Start-up testing for
energy consumption meters
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Calculation of cable
lengths for common copper conductor cross-sections
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Measurement of
biasing, leakage and circulating current up to 1 A, as well as
working current to 150 A with the Clip 0100S accessory clip-on
current sensor
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Phase sequence
measurement (phase sequence, highest line-to-line voltage)
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Temperature and
humidity measurement with adapter Z541A as accessory equipment
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