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Ni-Cd battery EBL series

Ni-Cd battery EBL series
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NiCd Pocket Plate Range EBL 10-1200Ah

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NiCd Pocket Plate Range Easy storage and installation Nickel-cadmium block batteries are quick and easy to install as original equipment and may be stored for many years in a discharged state under correct conditions. On installation a simple bolted connector enables the battery to be rapidly commissioned. Assured reliability Ni-Cd is equally dependable in controlled city environments or harsh, unpredictable conditions in the world's most remote and unpopulated areas. NiCd Pocket Plate Range EBL 10-1200Ah The Ni-Cd battery's block construction makes it highly resistant to electrical abuse...

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NiCd Pocket Plate Range Application EBL Series nickel cadmium batteries are designed for general industrial applications where absolute reliability is a necessity. Service-proven pocket- plate technology ensures long uninterrupted battery life without the risk of sudden loss of power. EBL Series batteries are suitable for low discharge rate applications ( between 1 hour to 100 hours) such as railroad signaling and control systems, photovoltaic, emergency lighting, telecommunications, etc. Performance Data Proven pocket-plate nickel-cadmium technology 50 years of experience in developing and...

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NiCd Pocket Plate Range Battery Charging It is recommended to use Constant Voltage method of charging for Nickel Cadmium Batteries, usually with current limitation to C/5 or C/10. Charging voltages must be regularly checked. To optimize the battery performance, it is necessary to ensure that the voltage is kept within the following limits: Batteries can be charged in: ◆ constant voltage mode with load connected or constant current or declining current mode when load is isolated. A higher voltage will reduce the charge duration and increase the efficiency of recharging but may increase water...

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NiCd Pocket Plate Range NiCd Pocket Plate EBL Range Electrical Specifications & Dimensions Nominal Capacity Cell Type Voltage (C5 Ah) (V) Dimensions (mm/inch) Weight (kg/lb.) Terminal Without Electrolyte Cell Case Material With Electrolyte EverExceed EBL batteries fulfill all requirements specified by IEC publication 60623. Transparent case optional. VRNC 04 Copyright © EverExceed Corporation. All rights reserved.

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NiCd Pocket Plate Range Discharge Data Table Discharge performance data after fully charged by constant current according to IEC60623 Available amperes at +20°C ±5°C(+68°F ±9°F) Discharge Time in Hours Cell Type Final voltage: 1.14 V/cell Discharge Time in minutes VRNC 05 Copyright © EverExceed Corporation. All rights reser

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NiCd Pocket Plate Range Discharge Data Table Discharge performance data after fully charged by constant current according to IEC60623 Available amperes at +20°C ±5°C(+68°F ±9°F) Discharge Time in Hours Final voltage: 1.10 V/cell Discharge Time in minutes Capacity Cell Type (C5 Ah) 10 VRNC 06 Copyright © EverExceed Corporation. All rights reser

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NiCd Pocket Plate Range Discharge Data Table Discharge performance data after fully charged by constant current according to IEC60623 Available amperes at +20°C ±5°C(+68°F ±9°F) Discharge Time in Hours Cell Type Final voltage: 1.05 V/cell Discharge Time in minutes VRNC 07 Copyright © EverExceed Corporation. All rights reser

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NiCd Pocket Plate Range Discharge Data Table Discharge performance data after fully charged by constant current according to IEC60623 Available amperes at +20°C ±5°C(+68°F ±9°F) Discharge Time in Hours Cell Type Final voltage: 1.00 V/cell Discharge Time in minutes VRNC 08 Copyright © EverExceed Corporation. All rights reser

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NiCd Pocket Plate Range Calculation Methods Information required for battery capacity calculation The following information needed for a precise battery capacity calculation: Nominal voltage of the system Load current required Maximum voltage (for charging) Minimum voltage Battery layout and available space Physical condition Backup time required Temperature range Float Voltage Operation In these conditions the float voltage, being the voltage at which the general load circuit will operate, then a decision will have to be reached on the cell float voltage needed to maintain the battery in...

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