ICT

Isolated Series 2 20-60VDC – 55VDC / 5 Amp Isolated Converter

Part Number: ICT206048-5AI2

List Price: $240.00

(Request quote for discounted pricing)

In Stock: 2 Available

Quantity

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Isolated Series 2 DC-DC Converters

ICT ISOLATED SERIES 2 DC-DC converters feature an all new design that builds on the ICT legacy of reliability and performance. This line delivers higher efficiency, an on/off control contact to help save energy and battery life, three new high power models, and a 3-year warranty. With all new price points, the ISOLATED SERIES 2 provides an unmatched level of price-performance in the industry.

ISOLATED SERIES 2 converters can operate from a negative or positive ground electrical system, and are ideal for applications where complete isolation is necessary between primary and secondary circuits, as well as from the chassis.

Whether for a vehicle, off-grid power system, or utility substation, Isolated Series 2 will convert your DC voltage to meet your need.

Performance and Flexibility

Models are available from 120 watts to 420 watts to match your needs. Input voltages range from 10 to 60VDC, with outputs in 12, 24 and 48VDC to cover virtually every application requirement.

Up to three Isolated Series 2 converters can be mounted in a standard 19 inch equipment rack using the ICT-RM2U rack mount accessory kit.

Low Cost of Ownership

All models come with a 2 year warranty. Minimum internal wiring and conformal coating of the electronics protects these converters from life-shortening vibration and moisture.

Reliability

Reliability is achieved through careful design that virtually eliminates internal wiring and connections that can fail. Wide input voltage ranges are less susceptible to voltage spikes and drops. Every unit is extensively tested before it leaves the factory.

Energy Saving Design

A high-efficiency design means less energy is lost in the conversion process. A contact terminal is provided that allows the converter to be turned off and on by the main circuit, saving energy and avoiding standby drain on the battery.