Railway & Transportation Signaling Batteries Storage Battery Systems offers a wide variety of railway, transportation & signalling batteries, battery system and chargers for engine starting, emergency braking, lighting, HVAC, radio communications, access control and as prime mover power solutions for the transportation industry. These include charging & battery systems for mass transit, rolling stock, street traffic control & line-yard signaling. Whether remotely deployed under extreme conditions such as a siding signal-switch or within the communications center as computer power back-up, the SBS solution will deliver the performance and service life required from your most demanding applications. Contact us for specifying, applications engineering and quotations.
Telecom Tubular Gel VRLA Batteries Storage Battery Systems has designed a robust GEL-Type VRLA battery specifically for those remote telecommunication installations where ′′computer room′′ temperature might not be easily maintained and discharge events may be quite deeper that what are usually found in COs or even outside plant environment. Although it is not uncommon to utilize true gel inside plant, typical applications include microwave towers, cellular huts, radio relay stations and even main switching stations. The ′′gell technology′′ affords a much wider operating temperture window, a greater tolerance to deep discharge cycles and more robust response to partial state of charge (PSOC) discharge events as well as extreme cyclic patterns of the above. Unlike other ′′hybrid′′ gel batteries that merely take a standard AGM case and spread a layer of gelled electrolyte across the top, the TG is a ′′true gell′′ battery employing vacuum impregnation fill technology to completely eliminate voids, air gaps and inclusions. Our gell is a homongonous compound at 1.250 S.G. that will not separate.
Telecom Gel-Type Tubular VRLA Battery Storage Battery Systems Inc. now offers a VRLA tubular grid Gel-Type battery well tailored for the telecommunications industry when ′′computer room′′ environments cannot be easily maintained and discharge events may be quite longer and deeper than what we normally see in a CO or even outside plant. Gel technology affords us higher operating temperatures, deeper discharges with recharges that do not unecessarily compromise battery service life. The TG Series is designed for microwave transmission towers, wireless/cellular huts, satellite receiver stations, fiber optic transmission systems, radio repeater and base stations as well as other applications. SBS employs a vacuum impregnation fill technology that eleminates air gaps, voids and inclusions prevelant in many other gel and hybrid gel batteries. This makes the TG series a ′′True-Gel′′ product as opposed to a standard VRLA/AGM battery with merely a layer of gelled electrolyte ′′spread′′ accross the top of the jar casing. The TG Series is well tolerant of deep discharge and partial state of charge (PSOC) cyclic operations.
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