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| Feature | Details |
| Brand & Series | HBL OPTIMUZ (OPTI Series) |
| Battery Type | Sealed Maintenance-Free (SMF) / Valve-Regulated Lead-Acid (VRLA) with AGM |
| Available Models & Capacities | OPTI 17 (17Ah), OPTI 26 (26Ah), OPTI 42 (42Ah), OPTI 65 (65Ah), OPTI 100 (100Ah), OPTI 120 (120Ah), OPTI 150 (150Ah), OPTI 200 (200Ah) |
| Nominal Voltage | 12 V DC |
| Standard Compliance | JIS C 8702-1 |
| Grid & Separator Construction | Radial cyclic grid alloy with compressed Absorbent Glass Mat (AGM) separators |
| Terminal Construction | High-conductivity copper alloy screw-type terminals |
| Operating Temperature Range | -20°C to +50°C |
| Casing Material | High-impact, rugged PP / ABS engineering plastic |
| Maintenance Requirement | 100% Zero-Maintenance (No water topping required) |
| Discharge & Recharge Traits | High deep-discharge tolerance, low internal resistance, fast recharge, and minimal self-discharge |
| Best Used For | Online UPS systems, telecom towers, solar PV storage, data centers, medical electronics, and industrial equipment |
Comprehensive 17Ah to 200Ah Scalability: Complete capacity range (OPTI 17, 26, 42, 65, 100, 120, 150, and 200) engineered for compact single-phase UPS setups up to large-scale three-phase telecom and industrial battery banks.
100% Maintenance-Free VRLA & AGM Design: Valve-regulated oxygen recombination technology eliminates electrolyte evaporation and acid topping throughout the entire service life.
Low-Resistance Radial Grids & Fast Recharge: Cyclic grid alloys with optimized radial geometry lower internal impedance, enabling rapid recharge times and high-rate discharge performance under heavy power loads.
Heavy-Duty Copper Alloy Screw Terminals: High-conductivity screw-type terminals guarantee absolute positive electrical contact, prevent thermal heating under surge, and eliminate mechanical wear and tear.
Robust PP/ABS Enclosure & Extreme Temp Range: High-impact impact-resistant casing certified to JIS C 8702-1 operates smoothly across harsh climates from -20°C to +50°C with an exceptionally low self-discharge rate.