The DataSafe® HX top terminal battery range of Valve Regulated Lead Acid (VRLA) batteries has been designed to offer superior solutions for the Information Technology (IT) and Uninterruptible Power Supply (UPS) markets. DataSafe HX top terminal batteries are the ideal source of power to protect vital systems. DataSafe HX top terminal batteries incorporate select design features that maximize reliability while ensuring superior performance and an excellent service life. Gas recombination technology for VRLA batteries has completely changed the concept of standby power. The minimal level of gas evolution allows battery installation in cabinets or on stands, in offices or near main equipment, maximizing space utilization and reducing storage and maintenance costs. DataSafe HX top terminal batteries deliver superior performance.
Features and Benefits
• Flame retardant case and cover (UL94) to meet UL1778 • Self-resealing, flame-arresting vents • Battery containers and covers are hermetically sealed to provide leak resistance over the life of the product • Absorbed Glass Mat (AGM) separators - the electrolyte is completely absorbed into the separator • High performance brass threaded receptacle, bolt terminal or faston terminals • Increased energy density • Computer optimized electrochemistry for increased power up to the 15 minute rate to 1.67 Volts Per Cell (VPC) • 100% initial battery capacity • Classified as non-spillable
EnerSys®, one of the world’s largest and most innovative industrial battery manufacturers, is proud to introduce the new front terminal DataSafe® 12HX680F-FR to our line of Uninterruptable Power Supply (UPS) battery solutions. The DataSafe 12HX680F-FR battery offers the convenience and lower maintenance costs of a front terminal battery design but still delivers the power required for demanding high rate UPS applications. This latest offering now expands the UPS Valve Regulated Lead Acid (VRLA) front terminal offering to include both 12V (680 WPC) and 16V (550, 800 and 925 WPC) to cover a wide range of both KVA’s and run times to meet all of your UPS needs.
Additional features of the DataSafe® 12HX680F-FR Front Terminal Battery:
• Smaller footprint per kilowatt. • Simplifies installation. • Improves reliability. • Complete front access. • Eliminates wasted headspace found in typical 12V top terminated designs. • Easy and safer front terminal access simplifies maintenance. • No costly slide out trays required to obtain terminal access.
The EnerSys® DataSafe® XE range of front and top terminal batteries has been specifically developed to meet the challenging demands of the modern UPS market sector.
UPS batteries that historically focused on a 15 minute rate discharge have become increasingly ineffective in fulfilling the growing need for sub five minute autonomies. Furthermore, the pressure to lower energy costs by minimising air conditioning in equipment rooms results in a trend towards higher operating temperatures.
To meet these requirements, EnerSys has optimised its worldrenowned, advanced Thin Plate Pure Lead (TPPL) technology to deliver five monoblocs with outstanding features and benefits. Unlike typical Valve Regulated Lead Acid (VRLA) Absorbed Glass Mat (AGM) technology UPS batteries, DataSafe front terminal 12XE1010F FR, 12XE1110F-FR and 12XE1150F-FR and top terminal 12XE760-FR and 12XE1040-FR monoblocs provide the perfect solution to the ever-evolving requirements of today’s datacentre world.
Features and Benefits
• Specifically designed five minute or less high-rate discharge applications • Pure lead technology for longer life at elevated temperatures • 12+ year design life at 20°C • Up to 24 month shelf life for maximum flexibility in project deployment • Outstanding power density in industrystandard footprints • Fast recharge times to support multiple AC outages • Low energy consumption compared to traditional VRLA AGM batteries
The PowerSafe® DDm battery range offers an ideal solution for large capacity Valve Regulated Lead Acid (VRLA) battery requirements.
The PowerSafe DDm battery’s steel can (module) design, with its integral racking system, provides a cost effective battery system. This creates a compact, quick and simple installation process. The PowerSafe DDm battery system’s cutting-edge technology incorporates an enhanced cell design with a superior racking system. The enhanced cell incorporates thicker positive plates for longer life. The welded/epoxy, dual post seal design provides the highest integrity seal in the industry. The large copper post design also enhances the high rate performance.
Cells are encased in dedicated protective steel cans (modules) thaT maintain constant, uniform compression for the life of the cell. The easy to assemble racking system provides total flexibility for system configuration and its built-in thermal management allows air flow between the cells, resulting in fast, effortless installation even in the most difficult locations.
The PowerSafe DDm battery, with its optimized recombination technology and extra thick plates, provides excellent performance and service life for mission critical systems.
Features and Benefits
• Capacity: 292-4094 Watts per Cell (WPC) – 15 min. rate to 1.67 VPC @ 77°F (25°C) • Steel module design, cells factory installed in permanent steel modules with one or two cells per can • Standard top termination – optional side termination • Clear flame retardant safety shields allow for easy visual inspection without removal • Inter-unit connectors and terminal plates: tin-plated copper; optional lead-plated copper available • Flexible module configuration – 2, 3, 4 or 6 cells wide in single cell modules; 2, 4 or 6 cells wide in 2-cell modules
• Capacity range 105 - 2000Ah • Lead-calcium alloy • Valve regulated design with recombinant technology eliminates watering requirements • Flame retardant polypropylene jar and cover (UL94 V-0 LOI 28%) • Module design allows for easy, fast installation, uniform and consistent compression, along with built in cell protection
Construction
• Positive plate - thick 0.252” lead calcium-tin grids minimize corrosion and prolong life • Negative plate - balanced lead-calcium grids optimize recombination efficiency • Absorbed Glass Mat (AGM) separator - mechanically strong, low electrical resistance, absorbed glass mat, which completely absorbs the electrolyte into its structure • Container/cover - standard UL94 V-0 flame retardant polypropylene (LOI 28%) • Terminal post - square lead-tin coated copper insert cross-drilled (0.25” holes) with large surface area, to provide maximum conductivity; 2DDm35-07 has round receptacle for 1/4-20 hardware. • Terminal seal - ring burn with secondary epoxy resin seal is 100% water bath tested in the factory and proven in service • Relief valve - operates at 2-3 psi and is complete with integral flame arrestor
Installation and Operation
• Compact, quick and simple installation process • Low maintenance – no watering required • Thick plates, single piece container construction, robust construction for long life • Welded/epoxy dual post seal design means zero leaks • 100% “out of the box” initial capacity • Operating temperature: -4°F (-20°C) to 122°F (50°C) Recommended temperature: 68°F (20°C) to 86°F (30°C) • Initial post torque 85 in - lb (7.1 ft - lb), 9.6 Newton meters (N-m) Re torque to 80%; 2DDm35-07 post torque 60 in - lb (5 ft - lb), 6.8 N-m
Standards
• Non-spillable classification (UN2800) • Approved for air transportation (IATA A67) • Recognized by UL (UL standard 1989) • The management systems governing the manufacture of this product are ISO 9001:2008 and ISO 14001:2004 certified • Cell is NEBSTM certified
The PowerSafe® DDm battery range offers an ideal solution for large capacity Valve Regulated Lead Acid (VRLA) battery requirements. The PowerSafe DDm battery’s steel can (module) design, with its integral racking system, provides a cost effective battery system. This creates a compact, quick and simple installation process.
The PowerSafe DDm battery system’s cutting-edge technology incorporates an enhanced cell design with a superior racking system. The enhanced cell incorporates thicker positive plates for longer life. The welded/epoxy, dual post seal design provides the highest integrity seal in the industry. The large copper post design also enhances the high rate performance.
Cells are encased in dedicated protective steel cans (modules) that maintain constant, uniform compression for the life of the cell. The easy to assemble racking system provides total flexibility for system configuration and its built-in thermal management allows air flow between the cells, resulting in fast, effortless installation even in the most difficult locations.
The PowerSafe DDm battery, with its optimized recombination technology and extra thick plates, provides excellent performance and service life for mission critical systems.
Features and Benefits
• Capacity: 292-4094 Watts per Cell (WPC) – 15 min. rate to 1.67 VPC @ 77°F (25°C) • Steel module design, cells factory installed in permanent steel modules with one or two cells per can • Standard top termination – optional side termination • Clear flame retardant safety shields allow for easy visual inspection without removal • Inter-unit connectors and terminal plates: tin-plated copper; optional lead-plated copper available • Flexible module configuration – 2, 3, 4 or 6 cells wide in single cell modules; 2, 4 or 6 cells wide in 2-cell modules
The DataSafe™ DX range of flooded lead calcium flat plate batteries has been designed for use in UPS applications, more specifically large data centers, which demand the highest levels of security and reliability. The proven reliability of DataSafe DX as a leading high rate performance battery is backed by 20 + years of experience in the marketplace.
The DataSafe DX is an economical multi-cell calcium flat plate battery. Multi-cell construction requires fewer units, resulting in lower installation cost. While optimizing the space available in the battery room, it delivers superior performance making the DataSafe DX a superlative cost effective battery.
The DataSafe DX features EnerSys’s time tested Slide-Lock™ post seal design, bolted lead plated copper connectors, optimal grid design, heavy duty plate lug and strap, and dual lug design, which make this battery ideal for high rate applications.
All battery systems are rated at 100% capacity at initial discharge. The DataSafe DX has a 20 year life expectancy in float service at 77°F (25°C) ambient temperature.
Features and Benefits
• Capacity range: 0.613 - 5.248 kW per cell • Suitable for UPS & Switchgear applications • Multi-cell construction • Cover made from flame retardant PVC • Container made from styrene acrylonitrile (SAN), also flame retardant polycarbonate (PC) optional • Long life Slide-Lock™ post seal design
• Plate thickness: Positive: 0.200 in/5.1 mm Negative: 0.130 in/3.6 mm • Plate suspension type: Positive: Bridge hung Negative: Bottom supported • Container: Styrene Acrylonitrile (SAN) Optional flame retardant polycarbonate (PC) • Cover: Made from flame retardant PVC, UL94-VO/L.O.I. 28% • Separators: Microporous plastic • Bolt connectors: Stainless steel, English measure, Hex-Head • Intercell connectors: Tin plated copper, optional lead plated copper • Electrolyte over plates: 2.88 in/73.1 mm • Vent type: Flame Arrestor, Fused Alumina • Float voltage settings (1.215 ): Acceptable min/max: 2.17/2.26 Vpc, Recommended: 2.21 Vpc • Float voltage settings (1.250 ): Acceptable min/max: 2.21/2.30 Vpc, Recommended: 2.25 Vpc • Sediment space: 1.04 in/26.4 mm • Posts: Lead-plated copper DXC-5 to DXC-25 - one positive post and one negative post per cell DXC-27 to DXC-35 - two positive posts and two negative posts per cell • Post seal type: Slide-Lock™ • Specific gravity: 1.215 standard (1.250 available upon request)
Features
• Capacity range: 0.607 - 5.161 kW per cell • Suitable for UPS & Switchgear applications • Multi-cell construction • Cover made from flame retardant PVC • Container made from styrene acrylonitrile (SAN), also flame retardant polycarbonate (PC) optional • Long life Slide-Lock™ post seal design • Cycling - wrapped positive plate for long cycle life
Standard
• Manufactured in EnerSys® production facilities registered to ISO 9001: 2008 • Manufactured in EnerSys production facilities registered to ISO 14001: 2004 • Available testing to IEEE 450 standards as well as customer specific applications
