Fluke 9062 Phase Rotation Tester, CAT III 300 V, 400Hz Max, 400V ac Max

Fluke 9062 provides rotary field and motor rotation indication with the benefits of contact-less detection.

Suitable for commercial and industrial environments. Fluke provides rapid indication of 3 phase rotation using the test leads supplied. It can be used to determine motor rotation on synchronous and asynchronous 3 phase motors. The contact-less detection is ideal for use on motors where the shaft is not visible. The test probes supplied have a variable clamping range for safe contact, notably with industrial sockets.

3 phase indication via LED
Indication of phase rotation
Indication of motor rotation direction
Contact free determination of the rotation direction of running motors
Determine the presence of phase sequence of multiphase electrical supplies
Determine the rotation of running motors simply by placing the instrument on the motor casing
Check the correct rotation of motors prior to connection
Fused test leads with 4 mm exposed metal tips
Voltage Range: Up to 400 V
Phase Display: 120 V ac - 400 V ac
Frequency Range: 2 Hz - 400 Hz
Operating Timer: Continuous
Operating Temperature: 0⁰C to 40⁰C
Operating Altitude: Up to 2000 m
Humidity (Without Condensation): 15% to 80%
Protection Degree: IP 40
Size: 124 mm x 61 mm x 27 mm
Weight: 0.15 Kg
Batteries: 1 x 9 V
Measurement Category: CAT III, 300 V
Safety Complying with: IEC61010 / EN61010, IEC61557-7 / EN61557-7

The above unit should be checked for correct operation using a known voltage before and after use.

3 test leads (black), 3 flexible test probes (black), 3 alligator clips (black), 1 x 9 V battery and user manual

’Buy a Fluke, Get one Free’ is back!!
Between March 1st, 2024 and August 31st, 2024, the customer spends £150 or more on a qualifying Fluke product (Fluke Industrial, Fluke Calibration, Fluke Networks, or Beha-Amprobe).
Customer claims their tool online at: www.fluke.co.uk/freefluke
A proof of purchase in the form of a receipt or invoice is required.

The above unit should be checked for correct operation using a known voltage before and after use.