The Deka Unigy High Rate Series uses the latest AGM (Absorbed Glass Mat) technology to lower internal resistance for superior high-rate, short-term discharges delivering critical power when needed.

With a 10-year design life, the Deka Unigy High Rate Series continues to deliver reliable standby power when conventional standby batteries might already have failed.  To help further ensure long-term performance, the Unigy High Rate Series features inserted posts with epoxy post seals that are 100% factory leak tested. The epoxy post seal acts as a secure barrier to keep in acid and critical pressure extending life and protecting sophisticated electronic equipment.

Unigy High Rate batteries go through a series of over 250 stringent quality control checks and extensive testing to ensure the industry’s most accurate and dependable ratings. In addition, all Deka Unigy production facilities are certified to meet globally recognized ISO 9001 and TS16949 quality standards. All batteries shipped meet or exceed IEEE-485 capacity requirements.

Deka Unigy High Rate Series Features

• Epoxy-sealed posts eliminate leaks
• Pure lead, low calcium, high tin positive grids deliver quick high-rate power
• Puncture resistant micro-porous glass mat separators extend life
• Exclusive IPF ® Technology optimizes power capacity, cell consistency, and long-term reliability
• Reinforced flame retardant (rated UL 94 V-0 28% LOI) polypropylene case and cover resists bulging and meets safety requirements
• Flame arresting, low pressure, self-sealing valve on flame-retardant or low-pressure, self-sealing valve on standard maximizes gas recombination efficiency and minimizes gassing
• Computer-aided design and manufacturing ensure quality products through control of process and standards

Unigy High Rate Series – Top Terminal

U1HR1500
45HR2000
31HR5000
HR3000
HR3500
HR4000
HR5500

Unigy High Rate Series – Front Terminal

4DHR6500
HR3500ET
HR5500ET
HR7500ET

Deka Fahrenheit Heat Tolerant VRLA Batteries

The Deka Fahrenheit^™ features a breakthrough heat-tolerant VRLA monobloc battery design that survives up to 3X longer in temperatures of 60°C / 140^°F – far beyond the life of a normal VRLA battery. Innovative features through an exclusive Thermal Management Technology System provide a product that significantly reduces the need for outside plant cooling systems to save considerable cost, conserve energy, and reduce the overall sites’ CO₂ footprint.