HT200ET Battery Deka Fahrenheit

Description HT200ET Battery Deka Fahrenheit HT200ET Battery Deka Fahrenheit AGM Pure Lead Battery Design for High Temperatures HT200ET Voltage: 12 Volt Capacity: 190 Ah Type: AGM Length:  24″ Width: 4.9″ Height: 12.73 HT200ET Deka High Temperature Pure Lead AGM Battery. HT200ET information HT200ET Battery Deka Fahrenheit „ Helios™ Additive reduces float current up to 75% enhancing high temperature life „ THT™ Plastic specifically formulated heat resistant plastic case and cover optimizes compression „ Microcat® Catalyst lowers float current, mitigates thermal buildup and cell dryout „ Exclusive IPF® Technology optimizes power capacity, cell consistency, and long-term reliability „ TempX™ Alloy inhibits corrosion under the highest temperature extremes • Advanced AGM technology for superior power • Puncture resistant micro-porous glass mat separators extend life • Front access design for easy installation and maintenance • Reinforced case resists bulging and meets safety requirements (UL 94 V-0) • Case & cover heat sealed and 100% tested to prevent leaks SPECIFICATIONS Nominal Voltage: 12-Volts Rating: 190 Ampere-Hours @ 8 hr. rate to 1.75 V.P.C. Positive Plate: >98% Pure lead with tin-calcium alloy Negative Plate: Pure lead, calcium alloy Post Seal: Epoxy-sealed Terminal: Front access, 1/4″ – 20 threaded insert Case/Cover: Flame-retardant, THT™ – UL 94 V-0/>39% L.O.I. Catalyst: Microcat® Safety Vent: Low positive pressure, self-sealing w/ flame arrestor Float Voltage: 2.25 V.P.C. ± 0.01 V.P.C. @ 77°F (25°C) Range: (13.44V to 13.56V per battery) Design life: 12 years in float applications @ 77°F (25°C) Dimensions: Length – 24.15″ (613.4 mm) Width – 4.97″ (126.3 mm) Height – 12.74″ (323.5 mm) Weight: 151 Ibs. (68.5 kg) †Subject to change without notice. • Epoxy-sealed posts eliminate leaks • Flame arresting, low pressure, self-sealing valves are 100% factory tested • Computer-aided design and manufacturing control processes and standards to ensure quality products • All batteries meet or exceed IEEE recommended practices • Battery design and construction meet UL recognition requirements