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VALVE REGULATED SEALED LEAD ACID BATTERY Intensive Cyclic Service ICS series Front Terminal Battery OPERATION MANUAL Version:V1.1 NARADA POWER SOURCE CO., LTD ...
Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 Chapter 1 Safety Precautions Please read the operating instructions and safety precautions to avoid accidents before you operate batteries. "Care, Caution, Warning, Danger" notification in Products and User Manual does not mean all the safety precautions to be observed, only as a supplement to safety ...
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Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 electrolyte spill. Incorrect operation may cause dangerous. Operation battery must be strictly and carefully to prevent a short circuit or battery electrolyte spill. Spilled electrolytes will corrode metal objects and circuit boards, may resulting in equipment damage and ...
Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 Chapter 2 ICS series product introduction Narada’s ICS series battery designed to provide high cycling and fast charge performance, idea for telecom service where power supply is unstable. With innovative structure design, high quality manufacturing and high quality material, ICS batteries are also capable of PSoC, hybrid, renewable energy storage application and other cycling/standby applications. Features and Benefits a) Extra high cycling and fast charge performance b) Designed for intensive cycle service where unstable grid power supply or no‐grid, such as Telecom BTS, hybrid genset, renewable energy storage ...
Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 Chapter 3 Installation and Operation 3.1 Operation environment 3.1.1 O p e rati o n te m pe rature ra nge Table 3‐1 ICS series Operation temperature rage ...
Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 3.3 Storage conditions 3.3.1 Storage temperature range: ‐20℃ to 40℃ 3.3.2 Storage battery should be fully charged. Recharge battery before use for self‐discharge during storage and transport. ...
Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 3.4.3 Install a n d con n e c t b atte r y 3.4.3.1 Insulating treatment metal installation tools (e.g. wrench) with insulating tape before installation. 3.4.3.2 Connect batteries first, then connect battery bank to charger or load. ...
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Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 Step 3 Connect battery with output connector with hex bolts, flat washer and spring washer, move protective cover to appropriate place, shown as follow drawing, Flat washer Spring washer Hex bolt Output connector Protective cover for output terminal...
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Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 3.4.3.3 First series connection then parallel connection when multiple bank in parallel. Keep at least 10mm spaces for each layer to ensure better cooling condition. 3.4.3.4 Recommended connect mode: a) 24V system 2 layers 8 blocks (2 series 4 parallel). Series connection first, then ...
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Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 b) 24V system 1 layer 8 blocks (2 series 4 parallel). Series connection first, then parallel connection installation diagram Output Output Terminal (+) Terminal (‐) c) 48V system 2 layers 8 blocks (4 series 2 parallel). Series connection first, then ...
Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 3.4.3.5 Battery installation orientation: a) Right orientation b) Wrong orientation 3.4.3.6 Spread appropriate antirust on surface of battery pole before and after installation. ...
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Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 Equalization voltage: 2.35V/cell Charge current: ≦0.25C A ℃ Temperature compensation coefficient: ‐5mV/ /cell Note 2: Normal float charge is not need equalization charge. ...
Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 3.6 Discharge 3.6.1. No more than 3C A during continuous discharge 3.6.2. Discharge end voltage is varying with discharge current; voltage should not lower than specified value. Table 3‐3 Discharge current vs. end voltage Discharge current(A) End voltage(V/cell) <0.1C ...
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Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 Table 3‐4 Constant current and constant power discharge data a) ICS12V100 b) ICS12V150 ...
Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 Chapter 4 Maintenance 4.1 Maintenance stock tools Following tools and equipments are necessary at least to maintenance and troubleshooting VRLA batteries. 1. Digital multimeter ...
Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 1) Repeat six‐month maintenance 2) Re‐tightening all connectors between cells 4.2.4 Two ‐yea r mainte nance Do capacity test every two‐year, or choose discharge rate according to load. Test ...
Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 4.4 FAQ analysis and solving measures No. FAQ processing method 1. Check if setting parameter are right 2. Replace cell which’s float voltage lower than 2.18Vpc with the High float new batter. New and old batteries production data should be no 1 Voltage more than 6 months. If one in third float voltage lower than ...
Narada Power Source Co., Ltd. ICS series battery operation manual V1.1 Annex 1 VRLA Battery Regular Maintenance Record Type Place Status Number of battery Total Voltage(V) Current (A) Temperature No. Voltage(V) ...
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