Value Brand 12G371 Analog Panel Meter AC Current 0-5A
An analog panel meter measuring AC current from 0 to 5 A with 1.5% accuracy in a 4.5-inch polycarbonate case
- Product typeElectronic
- Accurate AC current monitoring with ±1.5% precision
- Moving iron movement ensures reliable 0-5A readings
- 5 inch case fits standard panel cutouts
- UL listed for safety compliance in installations
- Glass-filled polycarbonate case resists impact and heat
Product Identity
The Value Brand 12G371 is a new analog panel meter designed for AC current measurement up to 5 amperes. It features a moving iron movement housed in a 10 percent glass-filled polycarbonate case with a polycarbonate window. The unit includes a mounting template and screws for panel installation.
Target Use
This meter suits technicians and engineers who need a straightforward AC current readout for switchgear, control panels or motor circuits. It is not intended for DC current monitoring, high-frequency waveform analysis or applications requiring digital data logging or remote telemetry interfaces.
Range and Limits
The instrument covers a 0 to 5 AC ampere range with a stated accuracy of ±1.5 percent of full scale. Its 4.5 inch case size fits standard panel cutouts while the moving iron mechanism provides reliable indication for sinusoidal waveforms. Overloads beyond the 5 ampere limit or non-sinusoidal currents will exceed the calibrated performance envelope.
How it compares
Measured against everything we stock in Meters, Testers & Measuring Tools, at today’s prices. Recalculated every night.
- Price $39.99
- Cheaper than about 58% of the 3,030 comparable items (median $54.99).
Specifications
| Product | |
|---|---|
| Brand name | Zoro Select |
| Product type | Electronic |
Questions about this item
What panel cut-out size do I need for the 4.5 inch case?
The meter requires a standard 4.5 inch panel cut-out; the included mounting template shows the exact hole pattern.
Will the moving-iron movement read correctly on a non-sinusoidal waveform from a VFD?
Moving-iron movements respond to the heating effect of current, so they indicate true RMS only on pure sinusoidal waveforms; distorted waveforms will not read accurately.
How do I verify the ±1.5 % accuracy after wiring it in series?
Apply a known AC current from a calibrated source and confirm the pointer falls within ±1.5 % of full-scale at multiple points across the 0-5 A range.
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