The fluke t5 1000 and fluke t5 600 are both reliable electrical testers which automatically measure volts ac and volts dc with precise digital resolution.
Difference between fluke t6 600 and t6 1000.
I think this meter will have other companies scrambling to catch up.
Adam wysor from fluke goes over the fluke t6 1000 as well as the t6 600.
Fieldsense tools learn how to use the t6 download the quick reference.
Each tester includes fluke s accurate openjaw current measurement which allows you to measure ac current up to 100 a using each meter s integrated open jaw and without breaking the circuit.
See how easy it is to make fieldsense measurements.
Shop now t6 1000.
Turn the selector to ω.
The fluke t6 1000 electrical tester with fieldsense technology lets you quickly safely take true rms voltage and current measurements without test leads.
Unlike other fork testers that merely detect voltage the t6 1000 makes actual measurements without contacting a live metallic conductor.
The t6 1000 measures resistance 1ω to 100 kω while the t6 600 measures 1ω to 2000 ω.
Turn off power in the circuit to be tested.
The second of fluke s new electrical testers is the t6 600 the table below offers some comparisons between the two models.
It truly is safer and quicker to use this meter with its open fork than to touch a test lead to any live current.
No need to open covers or remove wire nuts simultaneously measure voltage and current.
Fluke t6 1000 electrical tester with fieldsense technical specifications and comparison table.
Http bit ly 2nhmvcw in this video our product compliance manager thomas smith responds to questions regarding the t6 1000 electrical tester.
New fluke t6 1000 and t6 600 voltage testers.
Measure voltage to 1000v through the open fork without test leads.
New fluke t6 1000 and t6 600.
The fluke t6 1000 electrical tester is a significant step forward in meter technology.
The t6 600 works with wires up to awg 4 0 120 mm2 with a 17 8 mm jaw opening.
To take a measurement.
How fieldsense technology works.
Touch the probe tips across the designated component or portion of the circuit.