Fast location for ground fault in different
DC systems
Strong anti-interference when system is
working online
Innovative dual-range current detector with
direction sensitivity
Multi-way
for location: Current direction, signalstrength &
phase angle
Why K****6? Cost can be
tremendous upon bad insulation or grounding in the power system. It
may even cause power break-off which is costly to repair.
Therefore, fast localization and elimination of grounding
faults will be significant for electricians and technicians. It is
also required by DIN VDE *******0 (VDE *******0): ******6 chapter
**1.6.3.1 and IEC *********1 chapter **3.1.5.4. K****6 is developed
to fast detect, track and locate virtual grounding faults on DC
systems. This spares you from hours of unnecessary troubleshooting
and helps to increase the reliability of your electrical equipment.
It is widely used in locomotive, telecom, power utilities,
etc
Feature § Patented
technology, pinpoint current leakage fault with grounding
resistance lower than**0kΩ § Innovative
dual-clamp for signal receiver, each clamp has two sizes of opening
jaw for different conductors § One pair of
clamp working together, effective cancel capacitiveinterferencewhen DC system
is online § Precise
current direction (positive or reversed) indicating for leaking
current help fast locate the faulty grounding § *0Hz output
frequency on signal receiver effectively avoids interference from
DC system itself § Signal
receivercan set
reference in different points for signal comparison, very fast for
fault orientation § Digital
signal processing technology for detecting grounding resistance and
capacitive resistance § With
built-in band pass filter to bypass different interference signals
in the ambient environment. § No
disconnection of the electrical installation, ground fault location
is carried out during operation § Frequency
spectrum analysiscan testambient
frequencies, which
helps analyze the surrounding environment. § Signal
generator with adjustable output voltage (*4V~***0V) for
different DC
systems § Multi-ways
to indicate ground fault: sensitive current direction, phase angle,
comparison of signal strength.
