Dynapower Multi Circuit Battery Formation Module

Multi Circuit Systems

Innovative design, combined with rugged heavy duty industrial grade construction makes Dynapower the best choice of Battery Formation equipment. High efficiency modules reduce energy consumption and power costs. Each module is a three phase design, featuring solid state control and low maintenance, along with the best warranty in the industry.

Specification

AC Input

Voltage: 240 - 575 V

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Phase: 3 Phase

Frequency: 50 - 60 Hz

DC Output

Voltage: 100 - 350 V Standard

Current: 7.5 - 50 A

Custom designed units are available to meet special input or output requirements

Features

Molded-case main disconnect switch that isolates the entire system from the incoming power (conforms to NEMA and OSHA requirements)

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Computer designed main isolation transformer wound from electrolytically pure copper. Coils are vacuum varnish impregnated for protection from aggressive environments and for electrical and mechanical integrity.

Forced air cooling.

A phase monitoring system to indicate correct power connection.

Plug in connector system for convenient installation/removal of module

Each module incorporates fault annunciation, indicating

Fuse fault

Overtemp

Power status

"Electronic fuse" provides short circuit protection

Solid stated components are protected from transient voltage spikes by snubber networks.

Constant current control ensures steady formations rates. Regulation is ± 1% of rated current in a range of 10% to 100% of rating.

Contactor used for power application to each module.

Enclosure built around a heavy duty welded angle iron frame. Panels are minimum 14 gauge steel.

Modules have acid resistant scuff proof Lexan front plates with a matte finish.

Modules are constructed with an aluminum chassis that slides in UHMW polyethylene guides.

Options

Remote Control Panels including: ammeter, power indicator, constant current control, and industrial grade pushbuttons. NEMA 4X enclosures are available for extremely corrosive environments.

Ampere Hour Control - The operator presets the total amp-hours to be delivered to the batteries, as well as the desired current level. The controller then continuously monitors amperage versus time and terminates the cycle as the formation process ends.

Analog or digital Voltmeter and Ammeter.

Timers - An economical way to automate formation rectifiers, timers automatically end a constant current formation cycle.

85 Meadowland Drive, South Burlington, Vermont 05403, USA

Phone: (802) 860-7200 | Toll Free 1-800-292-6792 | Fax: (802) 864-3782

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This site was last Revised: July 23, 2008