Starting Batteries
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| ES SERIES | |||||
| FEATURE | |||||
| General purpose battery, economy and affordable with 3~5 years standby service life. | |||||
| PbCaSn alloy for plate grids: less gassing, less self-discharging. | |||||
| High quality AGM separator: extend cycle life and prevent micro short circuit. | |||||
| Container material could be flame retardant ABS or PP with ranking UL 94V-0 by model. | |||||
| High purity raw material: ensure low self discharge rate. | |||||
| UL recognized components under UL 1989 | |||||
| Compliance with IEC 60896 standards | |||||
| APPLICATIONS : | |||||
| Uninterruptable Power Supply(UPS), Electric Power System (EPS), Emergency backup power supply, | |||||
| ,Alarm and security system, Electronic Cash Registers (ECR) | |||||
SCX7A-FA
- VRLA AGM design with Structural Carbon Sealing structure of PP materials
- High CCA and good starting performance
- Fast Re-charging
- Maintenance-free design
- Low self-discharge
- C.O.S. Application
SCZ5S-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
SCZ6S-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
SCZ7S-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
SCZ8S-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
SCZ12ST-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
SCZ14ST-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
SCZ16ST-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
SCZ16STL-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
SCZ20ST-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
SCZ20STH-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
SCZ20STHR-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
SCZ32ST-FA
VRLA AGM design with Structural Carbon; Sealing structure of PP materials; High CCA and good starting performance; Fast Re-charging; Maintenance-free design; Low self-discharge; C.O.S. Application
12M5D
VRLA AGM design; Sealing structure of PP materials; High CCA and good starting performance; Maintenance-free design; Low self-discharge; C.O.S. Application
12M6.5L
VRLA AGM design; Sealing structure of PP materials; High CCA and good starting performance; Maintenance-free design; Low self-discharge; C.O.S. Application
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