Abt Powerline SC Series Product Manual

Valve-regulated sealed lead acid battery

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VALVE-REGULATED
SEALED LEAD
ACID BATTERY
Powerline
SC
Series
Standard Commercial
Product Guide

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Summary of Contents for Abt Powerline SC Series

  • Page 1 VALVE-REGULATED SEALED LEAD ACID BATTERY Powerline Series Standard Commercial Product Guide...
  • Page 2: Table Of Contents

    Contents Introduction ........01 Technical Features ......01 Applications .
  • Page 3: Introduction

    Introduction ABT Powerline SC is a Standard Commercial battery according to Eurobat Classification design life for standby application with 5 years . As with all ABT batteries, all are rechargeable , highly efficient, leakage proof and maintenance free. Technical Features...
  • Page 4: Applications

    Applications A list of some of the more common applications for standby or principal power is given below: Alarm Systems Cable Television Communications Equipment Computers Control Equipment Electronic Cash Registers Electronic Test Equipment Emergency Lighting Systems Fire & Security Systems Geophysical Equipment Medical Equipment Microprocessor Based Office machines...
  • Page 5: General Specifications

    Certification GOST ISO9001 ISO14001 OHSAS18001 General Specifications SC6-12 11.1 1.80 F1 or F2 SC12-7 2.40 F1 or F2 SC12-7.5 6.98 2.58 F1 or F2 SC1-8 7.45 2.58 F1 or F2 SC12-12 11.1 3.57 F1 or F2 SC12-18 16.74 5.80 M5 x Ø12 Terminals φ...
  • Page 6: Discharge

    Table 2. Discharge capacity at various discharge Discharge rates Discharge Characteristics Discharge Current(A,20 C) 20 Hr. 10Hr 20Hr The curves shown in Figure and the discharge current Capacity TO 1.75V/C TO 1.75V/C TO 1.75V/C TO 1.70V/C TO 1.60V/C rates shown in Table 3 illustrate the typical discharge characteristics of Powerline SC at an ambient temperature of 20 C.
  • Page 7 Figure 2 shows the effects of different temperatures Recharging stored batteries in relation to battery capacity. In general, to optimize performance and service life, it Figure 2. Temperature effects in relation is recommended that powerline sc which are to be to battery capacity stored for extended periods of time be given a supplementary charge, commonly referred to as a "top...
  • Page 8: Charge

    Figure 8. Charging characteristics TERMINAL INTERNAL BATTERY:SC12-7 0.1CA-6.825V(13.65V,4.55V)CONSTANT VOLTAGE RESISTANCE VOLTAGE AMBIENT TEMPERATURE:20 C(68 F) CHARGING AT20 C(68 F) Ω (%) (xCA) (V) (m ) MEASURED WITH 1000H AC BRIDGE 13.0 CHARGE VOLTAGE 14.0 4.50 7.50 12.0 13.0 7.00 0.08 11.0 12.0 4.00...
  • Page 9 Figure 15. Characteristics of two SC12-6 under Figure 12. Charging characteristics conditions of continuous overcharge OVERCHARGING CURRENT:0.6A(0.1CA) AMBIENT TEMPERATURE:20 C(68 F) CAPACITY TEST:1.5A to 10.2V EVERY 100 HOURS 0.25CA-7.20V(14.4V,4.8V)CONSTANT VOLTAGE CHARGING AT20 C(68 F) (xCA) (V) 0.25 15.0 5.00 7.50 0.20 CHARGE VOLTAGE 14.0...
  • Page 10 When this charging method is used, the output In designing a solar powered system, consideration values will be as follows: should be given to the fact that in addition to normal periods of darkness, weather conditions may be such Initial Charge Current ..0.30C Amps (max.) that solar energy is limited, or virtually unavailable Charge Voltage: for long periods of time.
  • Page 11 the ambient temperature. When the temperature is Figure21. Constant voltage charge higher, the charging voltage should be lower and characteristics with no current limit conversely when the temperature is lower, the (xCA) charging voltage should be higher. For specific recommendations, please refer to the section on CHARGE VOLTAGE:2.30V/C TEMPERATURE:20 C (68 F) Temperature Compensation.
  • Page 12: Expected Service Life Of Powerline Sc

    Figure 23. Relationship between charging Figure 24. Charging efficiency vs voltage and temperature state of charge 15.6 15.0 14.4 13.8 13.2 STATE OF CHARGE(%) 60( C) 140( F) Expected Service Life of AMBIENT TEMPERATURE Powerline SC In practice where there are short term temperature fluctuations between 5 C and 40 C, temperature cyclic service life compensation is not absolutely essential.
  • Page 13: Design/Application Suggestions To Ensure Maximum Service

    Design/Application Figure 27. Float service life Suggestions to Ensure TESTING CONDITIONS:FLOATING VOLTAGE:2.275VPC 0.005V/CELL Maximum Service AMBIENT TEMPERATURE:20 C TO 22 C (68 F TO 72 F) (AH)% Powerline SC are highly efficient maintenance free electrochemical systems designed to provide years of trouble free electrical energy.
  • Page 14 bank of batteries presents the same impedance to the load as any other of the parallel banks thereby ensuring correct equalization of the source to allow for maximum energy transfer to the load. 11. Ripple current (the AC component on the DC charge current). Ideally this should be zero, as it will reduce the service life of a cell/battery, the larger the component the greater the reduction it will cause.
  • Page 15 ABT World Wide Our sales growth is due to a complete Global Network with Master distributors and Country managers who apply ABT commercial strategy and through Global Key Account, in Shandong Sacred Sun Power Sources Co.,Ltd. Add: 1, Shengyang Road, Qufu 273100 China Tel: 86-537-4438 666 extn 6028 Fax:86-537-4411 936 Website: www.abtbatt.com...

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