Can PowerMax AC to DC Converter Power DC Accessory without Battery
Updated 02/19/2026 | Published 02/17/2026 >
Question:
I am needing to know if the PowerMax AC to DC Converter w/ Built-In 3-2-1 Stage Battery Charger - 12V - 55 Amps. Part Number: PM94VR can be hooked to components directly without a battery involved to power what you are needing?
asked by: Kevin D
Expert Reply:
Hey Kevin, yes you can power a DC appliance with the PowerMax AC to DC converter part # PM94VR directly without having to have a battery involved. As long as it draws less than 55 amps this will work just fine. You'd need to set the amperage to fixed on the side switch. I pulled a section from the instructions for this that state how to use it as a power source using fixed mode. What are you planning on powering with this?
Product Page this Question was Asked From
PowerMax AC to DC Converter w/ Built-In 3-2-1 Stage Battery Charger - 12V - 55 Amps
- RV Power Converter
- Converter Only
- No Battery Mode Switch
- 12V
- 55 Amps
- AGM
- Gel
- Lead Acid
- Lithium
- Multi-Stage Charge
- PowerMax
more information >
Featured Help Information
Instructions
Continue Researching
- Q&A: What Do The Different Charge Modes / Profiles Do On The PowerMax 12V AC To DC Converters?
- Q&A: Replacement Standalone Converter Options For WFCO 9845 In 2014 Jayco Jay Flight
- Q&A: What Setting Should I Use on the PowerMax AC to DC Converter PM34VR for a Trolling Motor?
- Q&A: Choosing Between PowerMax and Progressive Dynamics Converter Charger
- Q&A: Can PowerMax Converters Power 12V Lights and Water Pump When Plugged Into Shore Power?
- Q&A: Can PowerMax PM94VR 55A Converter Replace Original 55A RV Converter?
- Q&A: Upgrading To Lithium Batteries In RV - Do I Need To Replace Power Center Or Converter?
- Article: Converting Your RV Water Heater to Tankless
- Article: Replacing the Bearing, Races and Seals on a Trailer Hub
- Article: Most Popular Wheel Bearings
- Article: What are the Common Types of Propane Fittings Used on RVs?
- Article: 30-Amp and 50-Amp RV Service: What's the Difference?



