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C&D Technologies Deep Cycle Series (DCS) batteries are durable batteries for demanding applications requiring the ability to withstand abusive storage and operating conditions. DCS batteries are designed and manufactured for maximum life in applications which are a combination of float and cycle service or for frequent cycling applications. Applications for DCS batteries include: mobility, mobile power, traction, marine vessels, recreational vehicle house power, and UPS applications where long duration, frequent power outages are experienced. DCS technology performance is well known in the industry as the leader in high cycle counts and long life. -
Designed to offer a wide range of capacities within a small footprint, the KCR Flooded Battery excels in a variety of applications. Plates that are cast with a proprietary alloy and process extend the life and performance of this battery. -
As a versatile battery designed to offer a wide range of capacities, the LCR and LCY battery excels in a variety of utility applications. Plates are cast with a proprietary process and alloy to extend the life and performance of the battery. -
As a versatile battery designed to offer a wide range of capacities, the LCR and LCY battery excels in a variety of utility applications. Plates are cast with a proprietary process and alloy to extend the life and performance of the battery.
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C&D Technologies' Liberty® 1000 valve regulated lead-acid (VRLA) batteries are engineered to provide performance reliability and consistency over the life of the product. Designed using C&D's patented processes, these products offer long battery life with minimal maintenance. The versatile Liberty® Series 1000 10-year VRLA product fits virtually anywhere and provides superior performance in the most demanding applications. -
The Liberty® AES features the proven DCS technology for maximum cycle life in a space efficient, cost effective package. The DCS technology coupled with an advanced Nano-Carbon enhanced negative electrode provides time proven results and unmatched, industry leading cycle life, even in partial state of charge (PsoC) operation. -
The Liberty MSE features the latest battery technology in a space efficient, cost effective package. MSE technology provides for low operating float current and resulting unmatched operational life. -
The NEBS qualified MCT-HP Flooded battery offers 4,000 Ampere-hours with a 20-year design life for large capacity standby power applications. -
The msEndur II is the latest advancement in VRLA battery technology. By combining the service life reliability of a flooded battery with the performance energy density of a valve-regulated battery, C&D has created the msEndur II - The True Long-Life Battery™. The msEndur II series of batteries are unmatched in power density with space saving modular designs that provide the greatest amount of power in a small footprint and have a 20-year design life to reduce the total cost of ownership. With its ultra-low float current, the msEndur II yields significant electrical costs savings over its life making it the most environmentally friendly 2V VRLA battery. -
The new Pure Lead Max (PLM) Batteries are C&D’s longest lasting VRLA batteries for UPS systems and have an industry-leading 8-year warranty. Thanks to patented pure lead alloy and catalyst technology, Pure Lead Max can reduce total cost of ownership by offering a sustainable, single-replacement for a 15-year UPS system. Pure Lead Max is the safe choice for your backup needs. -
C&D Pure Lead Plus (PLP) UPS batteries feature the safe and sustainable design of VRLA. Thanks to proprietary paste and grid technology, our Pure Lead Plus batteries reduce your replacement costs by up to 40% and have a 2-year shelf life operating at higher ambient temperatures. The Pure Lead Plus line is the smart choice for your data center backup needs. Pure Lead Plus Batteries have replaced C&D's UPS High Rate Max Batteries in direct form, fit and function. -
Switchgear Batteries are critical in electric power plants and substations where reliable power is required for operation of switchgear, critical standby systems. Switchgear line-ups are most often 24V, 48V or 125VDC nominal systems, and feature redundant battery chargers with independent power sources.