The Victron Energy Orion Non Isolated DC-DC Converter efficiently converts voltage from 12-Volt (9...The Victron Energy Orion Non Isolated DC-DC Converter efficiently converts voltage from 12-Volt (9-Volt - 18-Volt) to 24-Volt (20-Volt - 30-Volt) with a 10 Amp output. This converter is ideal for automotive and marine applications where equipment requires different voltage levels. It ensures optimal performance by maintaining stable voltage, making it a key component for ensuring compatibility across diverse electrical systems. The Victron Energy ORI122410020 Orion Converter 12/24V also features remote control and parallel use capabilities.
The Victron Energy Orion DC-DC Converter (ORI122410020) is designed for automotive and marine environments, efficiently converting 12V DC to 24V DC with a 10A output. It's ideal for users needing to power 24V equipment from a 12V system, ensuring stable voltage for optimal device performance. A potential consideration is the need for proper installation to manage heat and ensure longevity.
All features
Model Part Number
ORI122410020
Brand
Victron Energy
Extended Product Information
FAQs
What is the input voltage range for this converter?
The Victron Energy Orion DC-DC Converter operates with an input voltage range of 9V to 18V DC.
What is the output voltage and current capacity?
It outputs a stable 24V DC with a maximum continuous current of 10 Amps.
Can I connect multiple converters together?
Yes, these units can be paralleled to increase the total output current capacity if your application requires more than 10A.
Is this converter isolated?
No, this is a non-isolated DC-DC converter. This means the input and output grounds are not electrically separated.
What applications is this converter best suited for?
It is ideal for automotive, marine, and off-grid systems where a 24V device needs to be powered from a 12V source.
Do I need to consider heat when installing this converter?
Yes, the converter generates heat during operation. It requires adequate ventilation and should not be installed in a completely sealed, unventilated enclosure.
Can I use this to charge a 24V battery from a 12V alternator?
While it converts voltage, it is designed as a power supply, not a battery charger. For battery charging, Victron Energy offers specific battery chargers or smart DC-DC chargers designed for that purpose.
Troubleshooting
Converter not outputting 24V
Verify input voltage is within the 9V-18V range. Check all connections for proper polarity and tightness. Ensure the load does not exceed the 10A output limit.
Overheating
Ensure proper ventilation around the unit. Check if the load is drawing more current than the converter can safely provide. Consider installing a fan for active cooling in enclosed spaces.
Intermittent operation
Inspect input power source for stability. Check for loose connections or damaged wiring. Ensure operating temperature is within specified limits.
Remote control not working
Verify the remote control wiring is correct and securely connected. Ensure the remote switch or signal is functioning as expected.
Pros and Cons
Pros
Efficiently converts 12V to 24V systems.
Provides a stable and reliable voltage output.
Suitable for demanding automotive and marine applications.
Scalable through parallel connection.
Includes remote control functionality.
Cons
Non-isolated design requires careful grounding.
Requires adequate ventilation for heat dissipation.
Not suitable for direct connection to sensitive electronics without proper filtering.
Installation may require electrical expertise.
Setup, Compatibility & Care
Setup:
Ensure the input voltage is within the 9V-18V range.
Connect the 12V input terminals to the power source, observing correct polarity.
Connect the 24V output terminals to the target load, again observing polarity.
For remote control, connect the remote terminal according to the wiring diagram.
Ensure adequate ventilation around the converter to prevent overheating.
Compatibility:
Input Voltage: 9-18V DC
Output Voltage: 20-30V DC
Max Continuous Output Current: 10A
Can be paralleled with identical units to increase current capacity.
Care:
Keep the unit clean and free from dust and debris. Use a dry cloth for cleaning.
Periodically check connections for tightness and corrosion.
Ensure ventilation slots are unobstructed.
Avoid exposing the unit to excessive moisture or direct water spray.