Tripp Lite by Eaton 2000W 24VDC 230V Sine Wave Solar Inverter/Charger - 60A MPPT Solar Charge Controller, C13 Outlets, Wired Remote, Hardwire Input/Output

Upgrade your off-grid power setup or add a reliable extended-run solution with the Tripp Lite by Eaton 2000W Solar Inverter/Charger. Engineered for demanding environments, this unit combines a high-efficiency pure sine wave inverter, a robust 60A MPPT solar charge controller, and flexible input/output options into a single, compact system. Whether you’re building a standalone solar array, outfitting a backup power system for critical equipment, or integrating with a 24V battery bank, this inverter/charger delivers clean, stable 230V AC power from your 24V DC battery bank while intelligently managing solar charging. Its auto-transfer switching capability enables seamless operation as an extended-run UPS, so your essential devices stay online during grid interruptions. With multiple C13 outlets, wired remote control, and hardwire input/output options, installation is versatile enough for a wide range of applications—from home backup to RVs, off-grid cabins, fleets, and professional workstations.

Key benefits at a glance — designed to deliver reliable AC power from solar and battery sources with ease, ensuring your sensitive electronics stay protected and your loads stay energized when you need them most.

• High-capacity pure sine wave inverter (2000W) — provides clean, stable AC power suitable for laptops, home appliances, sensitive electronics, and small HVAC equipment. The pure sine wave output minimizes noise, avoids equipment misoperation, and supports devices with strict power characteristics for long-term reliability.
• 24V DC input with 230V AC output — seamlessly converts your 24V battery bank into dependable 230V AC power for standard outlets and hardwired circuits. This configuration is ideal for off-grid systems and backup power where 24V is the common battery voltage.
• 60A MPPT solar charge controller — optimizes solar charging by maximizing energy harvest from your PV array, delivering efficient and faster battery charging under varying sun conditions. The MPPT controller adapts to changing irradiance and temperature, helping you extract maximum performance from your solar setup.
• Flexible power distribution: C13 outlets and hardwire input/output — multiple C13 receptacles provide convenient, plug-and-play distribution for common loads, while the hardwire input/output option gives you the freedom to integrate this inverter/charger into custom electrical configurations and larger power systems.
• Wired remote and auto-transfer capability — monitor and control the system with a wired remote for quick access to essential parameters, and enjoy automatic transfer switching that enables extended-run UPS functionality, keeping critical loads powered during a grid loss.

Technical Details of Tripp Lite by Eaton 2000W 24VDC 230V Sine Wave Solar Inverter/Charger - 60A MPPT Solar Charge Controller, C13 Outlets, Wired Remote, Hardwire Input/Output

• Inverter rating: 2000W continuous output with pure sine wave AC
• Input voltage (DC): 24 V DC (battery/bank) for inverter operation
• Input voltage (AC): 230 V AC input supply for charging and operation
• Output voltage: 230 V AC (compatible with standard 230V systems and devices)
• Solar charge controller: 60A MPPT solar charge controller integrated for efficient PV charging
• Charge/transfer features: Auto-transfer switching option for extended-run UPS capability
• Outlets and connections: C13 outlets for flexible power distribution; supports hardwire input/output configuration
• Control and monitoring: Wired remote for monitoring and control of system status and settings
• Protection and safety: Built-in protections for overload and fault conditions; designed for robust operation in mixed indoor/outdoor environments

how to install Tripp Lite by Eaton 2000W 24VDC 230V Sine Wave Solar Inverter/Charger

• Plan your installation — choose a well-ventilated, dry location with adequate clearance for heat dissipation and safe access to all connection points. Ensure the mounting surface is sturdy and able to support the unit’s weight, and that nearby electronics are shielded from interference and moisture.
• Connect the DC battery bank — with the system powered off, connect the 24 V battery bank to the DC input terminals according to the provided polarity. Use appropriately rated cables for the battery current and keep connections tight to minimize voltage drop. If you have multiple batteries, wire them in series/parallel to achieve the 24 V configuration required by the unit, following best practices for battery safety.
• Attach the PV array — connect your solar array to the MPPT input ports as directed by the manual. Ensure proper PV wire sizing and conduit routing to protect cables from abrasion and moisture. The MPPT controller will optimize charging under varying sun conditions, so arrange panels for stable exposure.
• Connect the AC load distribution — plug essential loads into the C13 outlets or set up the hardwire input/output path if you are integrating this inverter/charger into a larger panelboard. For critical loads you can rely on the auto-transfer switch to maintain power during a grid interruption, while non-critical devices may be grouped off the inverter’s outputs as needed.
• Configure and test — power on the unit and verify all indicators on the wired remote. Test the transfer switch by simulating a utility outage and confirming that the loads continue to receive 230V AC from the battery/inverter. Review the MPPT charging behavior under different sunlight conditions and adjust any remote or system settings according to your application requirements.
• Safety and maintenance — routinely inspect cables for wear or loose connections, keep the unit free of dust and moisture, and observe all local electrical codes during installation. If you’re unsure about wiring or integration with an existing power system, consult a qualified electrician or an experienced installer.

Frequently asked questions

• Q: What power does the Tripp Lite inverter provide? A: It delivers up to 2000W of continuous, clean 230V AC power from a 24V battery source, suitable for a broad range of loads typical in off-grid and backup scenarios.
• Q: Does this unit support a solar-only charging setup? A: Yes. It includes a 60A MPPT solar charge controller to optimize energy capture from solar panels while simultaneously powering loads and recharging the battery bank.
• Q: Can it function as an extended-run UPS? A: Absolutely. The auto-transfer switching feature allows the inverter/charger to switch to battery power quickly when utility power is lost, enabling extended-run operation for connected critical loads.
• Q: What outlets are available? A: The system provides C13 outlets for convenient, plug-in devices and supports a hardwire input/output configuration for integration into custom electrical setups.
• Q: How do I install and maintain this unit? A: Installation involves connecting the 24V battery bank, wiring the solar array to the MPPT controller, and routing AC outputs to your loads or panelboard. Regular maintenance includes checking connections, ensuring adequate ventilation, and testing the transfer switch periodically to confirm uninterrupted power to essential equipment.