EasyManua.ls Logo

MDC OFF-GRID extreme XT12HR - Extra Low Voltage (12 Vdc) Charging

MDC OFF-GRID extreme XT12HR
138 pages
Print Icon
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
www.mdcusa.com
I
Ph: 1-833-632-8721
I
©Copyri ght
I Page I 59
Inverter Charger LED Indicators
INV LED: Indicates inverter status and fault conditions.
BAT LED: Displays battery charging, discharging, and voltage status.
AC IN LED: Shows the status of AC input and any grid-related issues.
For a detailed breakdown of LED meanings and troubleshooting, refer to the provided
diagrams. If any LED displays a
solid yellow or red light
, or the
ERR LED flashes red
, check the
DC Home app
or the supplied Renogy User Manual for troubleshooting guidance.
Key Considerations for Safe AC Charging
Ensure the battery voltage does not exceed 17V, as this could damage the inverter-charger.
The system supports grid priority mode, meaning the AC power source is used to power loads while simultaneously
charging the battery.
If grid power is unavailable, the system seamlessly switches to battery power.
Regularly check all connections at the inverter-charger and AC input to ensure they are secure and free of corrosion.
Monitor charging progress via the DC Home app to verify proper function and detect any faults.
For information on
Maintenance & Cleaning of the Rengoy 12V 3000W HF Inverter-Charger
,
please refer to the supplied Renogy User Manual.
Extra Low Voltage (12Vdc) Charging
Your MDC Off-grid Extreme travel trailer’s electrical system is designed to efficiently manage DC charging sources, ensuring
the
Lithium Iron Phosphate (LiFePO4) battery remains adequately charged during use on and off-grid. The system utilizes
multiple charging sources, including:
DC-DC charging from a towing vehicle
Solar (PV) system charging
Each method ensures optimized energy management, maximizing off-grid performance.

Table of Contents

Related product manuals