Yuasa 3.6V NiCd Rechargeable Battery Pack, 4Ah - Pack of 1

Introducing a series of D cell batteries from Yuasa. These nickel-cadmium rechargeable batteries are typically used with high-temperature emergency lighting, offer a 4Ah capacity, 2.4 V to 6 V nominal voltage and an option on terminal types; electrical contact solder tag or wire lead and AMP Connector.

Rechargeable D batteries are a better option than standard D batteries as they usually have a larger capacity and can be used multiple times after proper recharging.

• Ni-Cd Sealed Batteries
• Rechargeable
• High Temp D
• 2.4 V to 6 V nominal voltage
• Electrical Contact Solder Tags
• Wire Lead and AMP Connector
• Size: D
• Operating temperature: -20 to +70 °C

Wire Lead and AMP Connector
• 2DH4-0LAP3, 2.4V; RS stock no: 675-5696
• 2DH4-0LA4, 2.4V; RS stock no: 675-5703
• 3DH4-0LA4, 3.6V; RS stock no: 675-5712
• 3DH4-0LAP3, 3.6V; RS stock no: 675-5706
• 4DH4-0LAP3,4.8V; RS stock no: 675-5709
• 4DH4-0LA4, 4.8V; RS stock no: 675-5715
• 5DH4-0LA4, 6V RS stock no: 675-5719

Electrical Contact Solder Tags
• 3DH4-0T4, 3.6V; RS stock no: 675-5680
• 2DH4-0T4, 2.4V, RS stock no: 675-5686
• 4DH4-0T4, 4.8V, RS stock no: 675-5699
• 5DH4-0T4, 6V; RS stock no: 675-5692

• Standard charge: 14 to 16 hrs
• Quick charge: 4 to 5 hrs
• Ni-Cd batteries are supplied with a residual charge and should be charged before use.

• D cell battery Holder; RS stock no: 707-4960
• D cell battery end cap, RS stock no: 707-4979

These batteries are ideal for large flashlights, megaphones, products that use electric motors.

How long do rechargeable batteries last?
The Yuasa D cell Ni-Cd Rechargeable Batteries have a 4 Year life duration at 50 °C

What is the difference between NiCd & NiMH?
NiMH batteries offer a higher energy density compared to NiCd batteries and have double the capacity. NiMH batteries do not contain heavy metal materials, therefore, more environmentally friendly compared to NiCd batteries.

Ni-Cd batteries are supplied with a residual charge and should be charged at the continuous charge rate before use