logo
Ar
Product Image

UT262E

Price 3,550.00 EG

In stock

About this item

UT262E UT262E is a clamp-type non-contact phase detector. It can avoid electric sparks due to contacting with bare wires, reducing the risk of electrical shock to electricians and other professional personnel. UT262E can also be used for live wire detection, simple electrical inspection, phase identification, missing-phase judgment, wire breaker searching, and positive or negative states through audio and visual indication. It is a perfect tool for phase sequence detection, motor mounting, and wires maintenance. It improves the safety of field testing, ensures the safety of operators and increases productivity.

Total price 3,550.00 EG

Product Features

  • Phase-detection
  • Phase missing detection
  • Phase sequence detection
  • Non-contact detection
  • Three-phase AC voltage: 70-1000V AC
  • LED & Buzzer indication
  • Automatical power off

Specifications

TypeValue
Function/ApplicationPhase detection, live wire examination, power inspection, phase loss judgment, breakpoints finding, breakpoints positioning.
Measurement methodNon-contact detection
Phase wire positionPut the wires at the position between “▲” and “▼” marked on the clamp
Voltage rangeThree-phase voltage, 70-1000V AC (45Hz ~ 66Hz)
Operating frequency50Hz/60Hz, Automatically identify within the range of frequency error of standard power grid, the frequency range of other variable-frequency power supply is not examined.
Test methodDiameter of wires can be clamped: ø2mm~ø40mm Double-insulated LDPE clamp (0.5mm²*1C+B), OD: 3.5mm, extension wire length: 0.6m.
Power supply1.5V AA*2 alkaline batteries
Power consumptionPower-off current is less than 10uA @3V
Low battery indication<2.4V
Auto power offAfter the detector is turned on for about 5 minutes, it will power off automatically and the buzzer will beep twice.
Operating temperature32~122°F (0~50°C)
Operating humidity>85% (Non condensing)
Storage temperature4~140°F (-20~60°C)
Altitude< 2000m
Button life10000 cycles
Insulation intensity3.7kVrms
MTM

©2026MTM