460-2470-0 - Newmar Power Newmar 12-24-7 Step Up DC Converter 7AMP Conitnuos

These "UP" converters produce 24 volts from 12 volt systems and are ideal for managing dual voltage applications on marine vessels without having to install a 24 volt battery and dedicated charging system. Choose from two types depending on your application:

In the Standard, Non-Isolated Series the 12V input and 24V output share a common negative ground and are ideal when installing certain electronics that operate better on 24 volts when a robust 12 volt system exists. Models available in outputs of 7, 16 and 25 amps.

Standard, Non-Isolated Series

• Intended for use on negative ground systems
• 10 -15 VDC input range
• Available in 7, 16 and 25 amp outputs
• Current limited, voltage spike suppression, automatic thermal shutdown and recovery

Case Size

Specifications

Input: 10 - 15V DC

Output: 27.2 VDC +/-5% at extreme temperature load, input, tolerance, etc.

Ripple: <100mV P-P

Regulation: +/- 5% Line/Load

Duty Cycle:
Intermittent: 2 minutes, 20% duty
Continuous: 24 hours, 100% duty

Operating Temp: -25˚ - 30˚ C, derate linearly from 30 to 0% @ 80˚ C

• Efficiency: 93% - Typical.
• Anodized aluminum, glass filled polycarbonate, dust water and impact resistance to IP533
• Front panel terminal block
• Output indicator: Green LED

The Newmar 12-24-7 Step Up DC-DC Converter, part number 460-2470-0, is a heavy-duty voltage converter designed to produce a 24-volt output from a 12-volt DC input system. This unit is suitable for IT and industrial applications where specific 24-volt electronics need to be integrated into an existing 12-volt infrastructure without the complexity of a separate 24-volt battery and charging system. It is a non-isolated converter, meaning the 12V input and 24V output share a common negative ground. This design is intended for use in negative ground systems, making it appropriate for environments where such grounding is standard. The converter provides a continuous output of 7 amps and operates within an input range of 10-15 VDC. It incorporates current limiting, voltage spike suppression, and automatic thermal shutdown with recovery, contributing to system stability and protection for connected equipment.