Rechargeable NiCd Sub-C Battery Panasonic NC-2500SCR 1.2V 2500mAh Flat-Top

Panasonic NC-2500SCR is a Sub-C size rechargeable NiCd cell with a nominal voltage of 1.2V and a rated capacity of 2500mAh. The flat-top terminal design enables secure placement in battery packs and holders that accept flat contacts. This cell is intended for applications that require durable, repeatable charge/discharge cycles and a stable current supply over extended use.

Advantages

The NiCd chemistry provides robust cycle life and tolerance to deep discharge, ensuring reliable performance in repeated use. The Sub-C form factor delivers a balance of energy and current capability suitable for medium-power devices. The flat-top terminal allows straightforward assembly into custom packs or direct replacement in equipment designed for flat contacts. Performance remains consistent across a wide range of temperatures and load conditions typical for portable and stationary equipment.

Suitable for

• Power tools and cordless devices that accept Sub-C flat-top cells
• Remote equipment and portable instruments requiring steady current
• Emergency lighting packs and backup power modules
• Custom battery packs and industrial assemblies

Key specifications

• Cell type: Nickel–Cadmium (NiCd)
• Cell size: Sub-C
• Nominal voltage: 1.2 V
• Rated capacity: 2500 mAh
• Terminal style: Flat-top
• Chemistry characteristics: high cycle life, tolerance to deep discharge
• Typical applications: medium-power portable and stationary equipment

How to use

Install the cell into the appropriate holder or battery pack ensuring correct polarity and secure contact with flat terminals. Charge using a charger compatible with NiCd chemistry and observe recommended charge currents and termination methods for NiCd cells. Avoid charging with chargers designed exclusively for other chemistries (such as NiMH or Li-ion) unless the charger explicitly supports NiCd profiles. For pack assembly, follow manufacturer guidelines for spot welding or secure mechanical connections and include appropriate overcurrent and thermal protection.

Usage recommendations

To maximize service life, use a charger and charge procedure suitable for NiCd cells, avoid prolonged overcharging, and store cells in a cool, dry place when not in use. Periodic full discharge and recharge cycles can help maintain capacity due to the chemistry's characteristics. Dispose of cells according to local regulations for nickel–cadmium batteries.