Product Description

Voltage: 2V, 6V, *2V Capacity: 4Ah to ***0Ah Charge voltage: Cycle use: 2.***2.4V/cell Float use: 2.***2.3V/cell Charge current: The initial current is lower than 0.3CA Application: 1. Communication equipment 2. Marine equipment 3. Emergency lighting systems 4. Control equipment 5. Electric power systems 6. Fire and security systems 7. Solar powered systems 8. Uninterruptiblepower Features: 1. The Neata Gel Series batteries use a silica gel to immobilize the electrolyte inside the battery. The silica gel technology delivers maximum cycle life and prolongs life in elevated ambient temperatures, because the gel transfers heat generated during cycling outside of the battery more efficiently than other VRLA technologies. Electrolyte will not stratify, Gelled thixotropic electrolyte, Low self discharge, Good tolerance to higher and lower temperature applications. 2. The electrolyte is immobilized in a gel (sulphuric acid: H2SO4). The gel is a mixture of sulphuric acid, water and SiO2. The gel system offers the possibility of varying the components and to include certain additives for the cycle stability. 3. When the battery is fully recharged water decomposition takes place causing water loss. In the valve regulated lead-acid battery the water decomposition is almost fully compensated by the recombination of the oxygen on the negative plates. This oxygen recombination is made possible by the immobilized electrolyte. As the speed of diffusion of oxygen into sulphuric acid is very low. However, in batteries with the gel electrolyte. System channels are formed through with the oxygen (which forms on the positive plate) can migrate to the negative plate without any interference. The electrolyte reserve is regulated so that the service life is not influenced by the water loss.