Rechargeable NiCd Battery Panasonic 3/2 D F 106542 7000 mAh

Rechargeable NiCd Battery Panasonic 3/2 D F 106542 7000 mAh is a nickel-cadmium cylindrical cell designed to deliver sustained current for applications that require frequent charge and discharge cycles. With a nominal high capacity of 7000 mAh in the 3/2 D form factor, this Panasonic NiCd cell provides stable voltage and reliable performance in environments where long runtime and durability are important. The cell is intended for devices compatible with NiCd chemistry and this specific physical size.

Advantages

The Panasonic NiCd battery offers high cycle life and resilience to repeated deep discharges compared with many other rechargeable chemistries. Its construction allows stable output under varying loads and maintains performance at moderate temperature ranges. The cell is suitable for long-term use in applications that demand reliable backup power and consistent discharge characteristics. Rechargeability reduces long-term cost and waste compared with single-use cells.

Suitable for

• Portable power tools and cordless devices requiring sustained current delivery
• Emergency and portable lighting systems
• Industrial and professional equipment with NiCd battery compartments
• Devices used in fieldwork where repeated charging cycles are needed

Key specifications

• Chemistry: Nickel–Cadmium (NiCd)
• Capacity: 7000 mAh (nominal)
• Cell size: 3/2 D form factor
• Typical use: rechargeable cell for moderate to high drain applications
• Charge/discharge behavior: designed for frequent cycles and deep discharge tolerance

How to use

Install the battery in devices that accept NiCd cells of the specified 3/2 D form factor, ensuring correct polarity. Charge the cell with a charger compatible with NiCd chemistry and the cell's capacity rating; follow the charger manufacturer's instructions for charge current and termination method. Allow the battery to cool to ambient temperature before charging if it has been in heavy use. Avoid mixing this cell with different chemistries or cells of significantly different capacity or state of charge in the same pack.

Recommendations

For best life cycle performance, use a dedicated NiCd charger and perform regular full discharge/charge cycles as recommended for NiCd batteries. Store the battery in a cool, dry place and avoid prolonged exposure to high temperatures. When assembling multi-cell packs, match cells by age, condition, and capacity to ensure even charging and discharge.