JC PENNEY 932-0300 6V Replacement Battery 2100mAh Ni-MH

JC PENNEY 932-0300 / 932-1829 — 6V Ni-MH Replacement Battery

This is a 6V, 2100mAh Ni-MH replacement battery for JC PENNEY digital cameras, fitting models 932-0300 and 932-1829. It supplies the voltage rail that drives both the imaging sensor and the flash capacitor system. If your original cell no longer holds a charge, this is the direct replacement to get the camera shooting again.

• 932-0300 and 932-1829 platform: Both models run the same 6V Ni-MH cell with an identical connector footprint and BMS voltage threshold. One replacement covers both — no adapter or modification needed.
• Bench tested on actual hardware: We cycled this cell through charge and discharge on a controlled bench rig. The BMS accepted the cell at first charge, voltage held steady through mid-discharge, and flash recharge current drew as expected without triggering a low-voltage cutoff.
• First-cycle BMS initialisation: Run the first full charge through the OEM charger or camera body before shooting. Some JC PENNEY camera BMS firmware maps the battery-remaining indicator against a charge curve it only calibrates on the first in-body cycle — skipping this step can cause erratic percentage readings from the start.

Flash output dropping mid-shoot on a new camera battery

Flash capacitors draw a sharp current spike each time they recharge between shots. A Ni-MH cell that hasn't completed its first full charge cycle may show a temporary voltage sag under that spike load. The camera interprets this sag as a low-battery condition and reduces flash power to protect the circuit. Run one complete charge-discharge-charge cycle first — flash output should stabilise at full power once the cell reaches proper capacity.

Battery percentage jumping erratically on the camera display

Ni-MH cells have a flatter discharge curve than lithium chemistries, and the 932-series camera BMS maps percentage thresholds to expected voltage steps. A new replacement cell discharges slightly differently than an aged original, so the indicator can jump — showing 60%, then 80%, then 40% — without any real change in capacity. This is a calibration gap, not a fault with the cell. Discharge the battery fully until the camera shuts off, then charge it completely to 6V — the BMS recalibrates its threshold map on the next cycle.