460-2425-0 - Newmar Power PC-25 Power Conditioner

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 Power PC-25 Power Conditioner, part number 460-2425-0, is a heavy-duty voltage converter designed to produce a stable 24-volt output from a 12-volt DC input system. This non-isolated unit is suitable for applications where the 12V input and 24V output can share a common negative ground. It is particularly useful for integrating 24-volt electronics into existing 12-volt marine vessel systems without requiring a separate 24-volt battery bank or charging infrastructure. The PC-25 provides a continuous output of 25 amps and features current limiting, voltage spike suppression, and automatic thermal shutdown with recovery. It operates within an input range of 10-15 VDC and delivers an output of 27.2 VDC. This converter addresses the challenge of powering specific 24-volt equipment efficiently within a predominantly 12-volt environment.