Sign in or register to view your pricing and inventory.

FLIR (Extech) CT70 AC Circuit Load Tester; 90 - 240 Volt, 8 Inch x 2.800 Inch x 2 Inch

  • Extech CT70 FLIR (Extech) CT70 AC Circuit Load Tester; 90 - 240 Volt, 8 Inch x 2.800 Inch x 2 Inch
  • FLIR (Extech) CT70 AC Circuit Load Tester; 90 - 240 Volt, 8 Inch x 2.800 Inch x 2 Inch
  • FLIR (Extech) CT70 AC Circuit Load Tester; 90 - 240 Volt, 8 Inch x 2.800 Inch x 2 Inch
Manufacturer: Extech
Mfr. #: CT70
Item #: 52864
UPC: 793950000700
Login for Availability
Your Price:

Product Details

Dimension: 8 Inch x 2.800 Inch x 2 Inch

Cat II 300 Volt safety rating

6 to 9 Milli-Amp for GFCI, 30 to 37 Milli-Amp for EPD load current

Detailed Description: FLIR (Extech) AC Circuit load tester measuring 8 Inch x 2.800 Inch x 2 Inch comes with AC outlet load handling capabilities and outlet tester functions. AC Load tester functions help user to select loads from 12/15/20 Amps and measures loaded/unloaded AC line voltage. It also calculates and displays percentage voltage drop and line impedance. AC Load tester functions also display peak line voltage and frequency. Outlet tester functions measure neutral to ground voltage, hot/neutral/ground impedance, GFCI trip time and trip current. Outlet tester functions check open or reversed wiring.

Tester comes with a LCD display and AC test cord. Load tester measures AC voltages from 90.0 - 240.0 Volts, frequency from 45.0 - 65.0 Hz, peak line voltage of 350.0 Volts and percentage voltage drop from 0.1 - 99.9%. It measures 8 Inch x 2.8 Inch x 2 Inch. It is one of the sophisticated plug-in wiring tester that instantly analyzes outlet circuit conditions and alerts users to conditions that are potentially hazardous or detrimental to power quality. Tester meets CE standards.

Product Specification

Brand Extech Instruments
Catalog Description AC outlet load handling capabilities plus Outlet Tester functions
GTIN

00793950000700

Height 2
Height Unit IN
Item Status A
Length 8
Length UOM IN
Mfr. # CT70
UNSPSC 39121601
Width 2.8
Width UOM IN