What's the difference between an inverter charger and an inverter?
An inverter charger not only converts DC battery power to usable AC power but also functions as a battery charger when connected to shore power.
Can I use the inverter with a 24V system?
No, this model is designed to work with a 12V battery system.
What's a battery temperature sensor?
A battery temperature sensor is used to optimize charging for your battery based on temperature conditions. It compensates for battery voltage changes due to temperature, ensuring more accurate voltage recognition by the charger and stable, constant charging, which can help prolong battery lifespan. Please note that the temperature sensor is not used with lithium batteries.
What size inverter should I buy?
When selecting an inverter, consider the following factors:
- Sizing the right power output: Inverters are rated by their wattage, indicating how many watts they can handle simultaneously. For example, if you plan to power a 500 Watt fridge and an 800 Watt air conditioner, you would need an inverter with a wattage rating greater than 1300W. Renogy offers 2000W and 3000W inverters to meet your power needs.
- Check your battery voltage: The DC voltage rating on the inverter should match your battery bank's voltage. For instance, if you have a 12V battery bank, choose an inverter compatible with 12V DC input.
- Size your installation space: Ensure that the chosen inverter fits within the available space and provides proper ventilation without posing fire hazards.
- Consider remote operation: Renogy pure sine inverters come with a convenient remote control, allowing you to operate the unit remotely.
Do I need Modified Sine Wave or Pure Sine Wave?
Modified sine wave inverters are older technology and generally more affordable. They can power many standard appliances but may not be suitable for delicate electronics or audio equipment, and some devices may run hotter than usual.
Pure sine wave inverters are a greater investment but offer greater versatility and advantages:
- They produce a pure sine wave output with very low harmonic distortion, similar to utility-supplied electricity.
- They enable inductive loads like microwave ovens and motors to run faster, quieter, and cooler.
- They reduce audible and electrical noise in appliances such as fans, fluorescent lights, audio amplifiers, TVs, game consoles, fax machines, and answering machines.
- They prevent crashes in computers, eliminate weird printouts, and reduce glitches and noise in monitors.
Can I use the Bluetooth Module to monitor the inverter from my phone? Which Bluetooth Module should I buy?
We apologize, but there is no Bluetooth Module compatible with this inverter model.
Note
Please observe the following precautions when using the inverter:
- Do not over-torque or over-tighten the terminals, as this could potentially damage the unit.
- Be cautious of the positive and negative poles when connecting, as reversing the poles might cause permanent damage to the inverter and blow the internal fuse.
- Avoid switching on the inverter with electronic devices already switched on, as this may trigger an overload, especially since some electronic devices have an initial high power surge to start.
- When turning off the inverter, always turn off electronic devices first. Even when the inverter is off, capacitors may still have a charge, so it's essential to disconnect the DC and AC terminals if altering the circuitry.
(740) 990-2422
