15 Amp Analog Style DC Meter

No additional shunt bar required for under 50 amps. Monitor amperage from batteries, wind turbines, solar panels, inverters, generators, hydroelectric, and more.

Tips & Things to Remember in DC Amp Meter Wiring:

• Use a DC amp meter for amp readings

• Don't allow incoming power to exceed the rated amperage (or voltage) of your meter - it may break the unit

• Match the amp rating of the meter to the amp rating of the shunt bar

• Match the millivolts (mv) of the meter to the millivolt (mv) rating of the shunt bar

• The two wires between the meter and shunt bar need to be the same length

• A wind turbine should be connected to a separate meter than the solar panel(s)

• To test the amps or volts of your wind turbine or solar panel system with a handheld clamp on meter, you must use a DC model

Troubleshooting your DC Meter Issues:

• If the needle on the meter is a negative reading, switch the sense wires between the meter and shunt bar

• If the needle on your analog meter is not at zero when there isn't incoming power, you can calibrate it by turning the screw on the front of the meter

• If your digital handheld DC meter isn't giving you an accurate reading, check the batteries in the unit

About DC Volt Meters:

• The positive and negative inputs are typically not marked on the DC Volt Meter.  If you connect them to your battery and get a negative reading, simply swap the wires.

• 12 Volt battery systems should use a 15 Volt meter; 48 Volt systems should use a 70-75 Volt meter.

Wiring Diagrams: 

• Connecting Amp Meters to Shunt Bars

• DC Amp and Volt Meter Wiring