Major Tech MT22KV 22kV High Voltage Multifunction Phasing Sticks

Description

MT22KV 22kV High Voltage Multifunction Phasing Sticks
Dual colour coded scales for % and AC Voltage
Neon indicator when voltage greater than 1200VAC is detected
Measures Phase to Phase
Measures and tests Phase to Earth
Compare between Phases
High immunity to interference fields
Current is limited to 1mA
Lightweight, robust and compact
Self-powered, no battery required
Testing of grounded or ungrounded systems
High quality fibreglass wound rod
Suitable for indoor and outdoor use
Meets IEC 61481
This Major Tech range of High Voltage Multifunction Phasing Sticks are :
all-in-one, a Phase Comparator with colour coded scale indication,
a Voltage Detector with Neon Indication and a Scaled Voltmeter.
They are available in five models for applications up to 44kV systems
(6.6kV, 11kV, 22kV, 33kV and 44kV). These Multifunction Phasing Sticks
utilize a long established technique to detect and measure high voltages
and perform phasing tests. These dual pole instruments MT6KV, MT11KV, MT22KV,
MT33KV and MT44KV incorporates modern, high quality glass fibre front end,
composite polyurethane main body moulding to give tough and very lightweight
construction and superior safety features.
They have Analogue Colour Coded Dual Scales and Neon indication.
The dual scale read direct (no multiplier) in kVAC or in % of full
scale and is colour coded (Green = in phase, Red = out of phase).
A bright neon is included on the scale for easy visibility indoor and
it has dual purpose. The neon is also a detector and will be lit when
the voltage across the poles is higher than 1200VAC. In case of unlikely
failure of the analogue scale indicator, the neon can be used as voltage detector.
They are housed in a superb high quality modern plastic case with shock absorbing foam.
These analogue Multifunction Phasing Sticks are ideally suited for testing of
grounded or ungrounded systems. Important applications include checking voltage fuses,
testing for correct phase connections,
and for absence of high voltage on de-energized lines or apparatus.