Rechargeable NiCd Battery Panasonic N-1250SCRL 1.2V 1200mAh - Sub-C Size

Panasonic N-1250SCRL is a rechargeable NiCd battery with a nominal voltage of 1.2 V and a capacity of 1200 mAh in Sub-C format. It offers stable discharge performance and is intended for applications that require repeated charge and discharge cycles. The cell construction and NiCd chemistry provide reliable voltage under load and resilience in demanding conditions where durability and cycle life are priorities.

Advantages

This Sub-C NiCd battery delivers consistent output and good performance at moderate to high discharge rates. It tolerates numerous charge/discharge cycles without significant capacity loss and maintains usable capacity across a wide temperature range. The rechargeable design reduces the need for frequent replacement, and compatibility with chargers designed for NiCd chemistries allows straightforward integration into existing cordless tool packs and battery packs.

Suitable for

• Cordless power tools and drills
• Battery packs for industrial or hobby applications
• Portable equipment requiring repeated cycling
• Emergency lighting and backup power modules

Key specifications

• Chemistry: Nickel–cadmium (NiCd)
• Nominal voltage: 1.2 V per cell
• Capacity: 1200 mAh
• Cell size: Sub-C format
• Designed for repeated charge/discharge cycles
• Suitable for moderate to high discharge rates

How to use

Install the Sub-C cell into compatible battery holders or battery packs following the device manufacturer’s polarity and assembly instructions. Charge the cell with a charger designed for NiCd chemistry and appropriate cell size; observe recommended charge currents and time to avoid overcharging. Allow the battery to cool after charging before placing it into high-load equipment. For storage, keep the battery in a cool, dry place and perform periodic charge/discharge cycles if stored for long periods to maintain performance.

Recommendations

Use chargers that support NiCd charging algorithms and, where available, include temperature and delta-V detection to prevent overcharge. Avoid deep discharge to voltages lower than recommended by equipment manufacturers and recycle or dispose of NiCd cells according to local regulations for hazardous battery waste.