Leoch LDC6-245 6V 245Ah Lead Carbon Traction Battery

The Leoch LDC6-245 6V 245Ah Lead Carbon Traction Battery is a high-capacity deep-cycle battery designed for demanding traction and cyclic applications. Combining a 245Ah capacity with advanced lead carbon technology, the LDC6-245 is built for equipment requiring dependable power through repeated discharge and recharge cycles.

Designed for use in compatible electric vehicles, industrial equipment and multi-battery traction systems, the LDC6-245 provides sustained energy delivery where conventional starter batteries are not suitable.

Key Features & Benefits

• 6V 245Ah lead carbon traction battery
• Designed for demanding cyclic and traction applications
• Advanced lead carbon battery technology
• High 245Ah capacity for sustained energy delivery
• Designed for repeated charge and discharge cycles
• Suitable for compatible electric vehicles and industrial equipment
• Ideal for multi-battery traction systems
• Maintenance-free construction

6V Traction Battery for Cyclic Applications

The Leoch LDC6-245 is designed for applications where the battery acts as a primary source of power rather than simply providing a short burst of starting current. Traction batteries are used to provide sustained energy to electrically powered equipment and vehicles throughout their operating cycle.

Multiple 6V batteries can be connected together as part of a higher-voltage battery bank, depending on the requirements and configuration specified by the equipment manufacturer.

Lead Carbon Deep Cycle Technology

Lead carbon battery technology combines established lead-acid construction with carbon-enhanced negative plates. It is particularly suited to demanding cyclic applications where batteries experience repeated charging and discharging.

The LDC6-245 is therefore designed for applications requiring dependable deep-cycle performance, high stored capacity and repeated cyclic use.

Ideal Applications

• Electric vehicles
• Utility vehicles
• Industrial electric vehicles
• Battery-powered transport equipment
• Traction battery systems
• Deep-cycle battery banks
• Industrial cyclic equipment
• Other compatible 6V traction applications

Replacing a 6V 245Ah Traction Battery

The Leoch LDC6-245 may be suitable as a replacement for compatible equipment requiring a 6V 245Ah traction or deep-cycle battery. Before ordering, always compare the voltage, capacity, physical dimensions and terminal configuration with the existing battery and equipment requirements.

Where several batteries operate together as one battery bank, replacing the complete set is generally recommended. Batteries within the same bank should ideally be of the same technology, capacity, age and condition to maintain balanced performance.

FAQs

Q: What is the Leoch LDC6-245?
A: The LDC6-245 is a 6V 245Ah lead carbon traction battery designed for demanding cyclic applications, electric vehicles and compatible industrial equipment.

Q: What is a traction battery?
A: A traction battery supplies sustained electrical energy to power electric vehicles or equipment. Unlike a starter battery, it is designed for repeated discharge and recharge cycles.

Q: What is a lead carbon battery?
A: Lead carbon batteries use carbon-enhanced technology within a lead-acid battery design and are particularly suited to demanding cyclic applications.

Q: Is the LDC6-245 a deep-cycle battery?
A: Yes. The LDC6-245 is designed for deep-cycle and traction applications involving repeated charging and discharging.

Q: Can multiple LDC6-245 batteries be connected together?
A: Yes. Multiple 6V batteries can be used as part of a higher-voltage battery bank where this matches the equipment manufacturer's specified configuration.

Q: Can the LDC6-245 replace another 6V 245Ah battery?
A: It may be suitable where a 6V 245Ah traction or deep-cycle battery is required, provided the dimensions, terminals and equipment requirements are compatible.

Q: Should batteries in a traction battery bank be replaced together?
A: Generally, yes. Using batteries of the same type, capacity, age and condition helps maintain a balanced battery bank.