Deep Cycle AGM Range VRLA power your applicationsV3.1 EverExceed Sea,edAf^lWI power your applications vrla H UIVI ADVANCED VRLA TECHNOLOGY Must be recycled or disposed of properly »Premium quality for uninterrupted communication«

Deep Cycle AGM Range VRLA Water Pumping Telecommunications Cathodic Protection Signaling DEEP CYCLE AGM RANGE VRLA 18Ah to 400Ah @ C20 SEALED VRLA MONOBLOC AGM BATTERIES The extremely powerful, compact AGM VRLA batteries of EverExceed Deep Cycle AGM Range are an ideal energy Source for durability in Photovoltaic, Wind and Telecom applications, the EverExceed top terminal Deep Cycle AGM Range provides high performance and reliability in long duration cycling applications. Our development team combines the market demand with design optimization, precision component selection and state-of-the-art...

Deep Cycle AGM Range VRLA CONSTRUCTION - AGM battery construction is as shown in the diagram below. The positive and negative grids are cast from a calcium / tin lead alloy to reduce grid growth and corrosion. The active material is manufactured from high purity lead (99.994%) to minimize the negative effects of impurities. Separator is mat of random woven acid resistant glass fibers, which acts as sponge - soaking up and immobilizing the electrolyte whilst maintaining good acid to plate contact and availability during discharge. “U wrapping” is employed to eliminate the risk of short circuits...

power your applications Terminal and Torque VRLA Nom. Copyright © EverExceed Corporation. All rights reserved 03

power your applications Deep Cycle AGM Range Discharge Ampere Hours Data @ 20°C Battery Model Actual Battery Discharge Data may be +/-5% of figures shown above. Copyright © EverExceed Corporation. All rights reserved 04

power your applications Deep Cycle AGM Range VRLA Deep Cycle AGM Range Discharge Ampere Hours Data @ 20°C Battery Model Actual Battery Discharge Data may be +/-5% of figures shown above. Copyright © EverExceed Corporation. All rights reserved 05

power your applications Deep Cycle AGM Range Discharge Ampere Hours Data @ 20°C Battery Model Actual Battery Discharge Data may be +/-5% of figures shown above. Copyright © EverExceed Corporation. All rights reserved 06

power your applications Deep Cycle AGM Range VRLA Deep Cycle AGM Range Discharge Amperes Data @ 20°C Battery Model Actual Battery Discharge Data may be +/-5% of figures shown above. Copyright © EverExceed Corporation. All rights reserved 07

Deep Cycle AGM Range VRLA EverExceed power your applications VRLA Battery Model Actual Battery Discharge Data may be +/-5% of figures shown above. Copyright © EverExceed Corporation. All rights reserved 08

power your applications Deep Cycle AGM Range VRLA Deep Cycle AGM Range Discharge Amperes Data @ 20°C Battery Model Actual Battery Discharge Data may be +/-5% of figures shown above. Copyright © EverExceed Corporation. All rights reserved 09

power your applications Deep Cycle AGM Range Discharge Watts Per Cell (WPC) Data @ 20°C Battery Model Actual Battery Discharge Data may be +/-5% of figures shown above. Copyright © EverExceed Corporation. All rights reserved 10

power your applications Deep Cycle AGM Range VRLA Deep Cycle AGM Range Discharge Watts Per Cell (WPC) Data @ 20°C Battery Model Actual Battery Discharge Data may be +/-5% of figures shown above. Copyright © EverExceed Corporation. All rights reserved

power your applications Deep Cycle AGM Range Discharge Watts Per Cell (WPC) Data @ 20°C Battery Model Actual Battery Discharge Data may be +/-5% of figures shown above. Copyright © EverExceed Corporation. All rights reserved 12

power your applications Deep Cycle AGM Range VRLA TYPICAL CYCLIC PERFORMANCE CAPACITY WITHDRAWN CYCLES 100% 700 VRLA www.everexceed.com Copyright © EverExceed Corporation. All rights reserved.

power your applications Deep Cycle AGM Range VRLA Float Voltage & charging Constant Voltage charging is recommended Recommended float voltage: 2.27VPC @ 25°C(77°F) Float Voltage Range: 2.25VPC to 2.30 VPC @ 25°C(77°F) Equalize voltage: 2.35VPC for 12 Hours Temperature compensation: Apply for temperature range of 0°C / 32°F to 40°C / 104°F. Sub tract 3 mV / °C / cell or 1.7 mV / °F / cell, above 25°C / 77°F. Add 3mV / °C / cell or 1.7 mV / °F / cell, below 25°C / 77°F. For charging 2.27 V/cell is recommended. The charging voltage must be compensated according to the curve for continuously different...

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