How Much Does A Power Probe Cost?

A Power Probe tester verifies voltage and ground signals in a standard DC circuit. The killer feature is, however, that voltage and ground may also be sent.

With this, you can properly test circuits and components without breaking out the old alligator clips and jumper wires. The tip of this instrument has a basic toggle switch that may be used to either activate or ground a circuit.

Power probes are fairly costly. If you want one, you'll need to spend at least $100, but the convenience it gives is worth it.

How Does A Power Probe Work

The probe will "wake up" after it is linked to power and ground. As of the right moment, you may switch between powering or grounding the tool's end.

The fan motor in your blower seems to be malfunctioning; therefore, you need to have a look at it.

It's best practice to start by using a regular test light to check the fuses. Adjusting the tool's pitch (higher for + power, lower for - ground) may be done easily.

Testing for power and ground is much like on a test light, and as you put it across different fused circuits, you should see a red plus sign and hear a high tone, indicating that everything is working as it should.

We go right to the blower motor connection to bypass the fuses. First, the instrument may be used to ensure the motor is properly grounded; a low tone and green minus sign indicate success.

Best Features Of A Power Probe

Here are some features that make the power probe amazing.

It Protects Your Circuit.

The Power probe has an 8-amp circuit breaker to protect electrical systems from overload and potential damage. Remember that, unlike a regular test light, this gadget may provide full battery power to anything you have been contracting.

Back feeding a circuit requires knowledge and experience. However, even though the breaker would prevent further damage to the circuit, 8 amps are still enough to do serious harm if applied to the incorrect wire.

It Shows Your Voltage Readout

The tool's front LED panel will display the voltage when the battery is connected. Inferring a great deal of information from this is possible.

A substantial voltage drop in the power supply may be detected in a number of ways, including low voltage on particular legs while testing fuses.