Victron PIN488010100 Phoenix Inverter 48/800 230V IEC

Victron PIN488010100 Phoenix Inverter 48/800 230V IEC

Professional 48V DC to 230V AC pure sine wave inverter delivering 800VA continuous power output enabling reliable operation of sensitive electronic equipment and household appliances using 48V battery systems. The Victron Phoenix Inverter 48/800 converts stored 48V direct current (DC) battery power into clean 230V alternating current (AC) power equivalent to or better than household mains electricity. Utilizing advanced pure sine wave technology, this inverter produces smooth, stable power suitable for powering sensitive electronics including televisions, laptops, digital microwaves, fridges, and other equipment that requires clean electrical power for safe operation without risk of damage. Unlike modified sine wave inverters that produce basic power suitable only for simple resistive loads, the Phoenix pure sine wave inverter protects even the most sensitive electronics while delivering reliable performance for off-grid installations, caravans, boats, mobile homes, and backup power applications requiring professional-grade power conversion.

Product Overview

Inverters allow you to power domestic equipment – requiring 230V AC – using 'leisure' or 'automotive' batteries rated at 12V, 24V or 48V DC. Inverters convert stored direct current (DC) power in your batteries into alternating power (AC) power, like the kind you get in your home, so you can run your electrical appliances wherever you are.

There are two types of inverters: pure sine wave and modified sine wave. Modified sine wave inverters are a more basic form of technology than pure sine wave inverters, they produce power which is perfectly adequate for powering simple electronics. Modified sine wave inverters are used to provide power for your less sensitive appliances like phone chargers, heaters and air conditioners. Modified inverters are best suited for resistive loads which don't have a start up surge.

Victron Pure sine wave inverters use more sophisticated technology to protect even the most sensitive electronics. Pure sine wave inverters produce power which equals – or is better than – the power in your home. Appliances which may not function properly, or which may be permanently damaged, without pure, smooth power will be safe with pure sine inverters. Use these inverters for televisions, laptops, digital microwaves, fridges and other sensitive electronic equipment. Victron Pure Sine inverters can power just about any AC appliance without risk of damage.

Key Features

Pure Sine Wave Output: Advanced pure sine wave technology produces clean, stable power equal to or better than household mains electricity protecting sensitive electronic equipment.

48V DC Input: Designed for 48V battery systems providing efficient power conversion for larger off-grid and backup power installations.

800VA Continuous Power: Delivers 800VA (approximately 640W) continuous power output suitable for running multiple appliances simultaneously.

230V AC Output IEC: Standard 230V AC output with IEC socket configuration compatible with European and Australian electrical appliances.

Sensitive Electronics Protection: Safe for powering televisions, laptops, computers, digital microwaves, fridges, medical equipment, and other sensitive electronics.

Universal Appliance Compatibility: Can power just about any AC appliance without risk of damage from poor power quality.

Reliable Performance: Professional-grade inverter technology ensures stable, consistent power output for critical applications.

Proven Victron Quality: Built to Victron Energy's exacting standards for reliability and performance in demanding applications.

Technical Specifications

Frequently Asked Questions

Q: What is the difference between pure sine wave and modified sine wave inverters?

A: Pure sine wave inverters like the Phoenix produce clean, smooth power identical to household mains electricity, making them safe for all types of electronic equipment including sensitive devices. Modified sine wave inverters produce basic "stepped" power suitable only for simple resistive loads like heaters and incandescent lights. Sensitive electronics such as laptops, televisions, microwaves, and fridges require pure sine wave power to function properly and avoid damage.

Q: What appliances can I run with this 800VA inverter?

A: The Phoenix 48/800 delivers approximately 640W continuous power (800VA), suitable for running laptops (50-100W), LED TVs (50-150W), small fridges (100-200W running, higher surge), phone chargers, LED lighting, and small kitchen appliances. Calculate total wattage of appliances you plan to run simultaneously, ensuring the combined load stays within the 640W continuous rating. Note that some appliances like fridges and microwaves have higher startup surge requirements.

Q: Why would I choose a 48V inverter over 12V or 24V?

A: 48V systems are more efficient for higher power applications and longer cable runs. At higher voltages, current is lower for the same power output, resulting in reduced cable losses, smaller cable requirements, and improved efficiency. 48V systems are commonly used in larger off-grid installations, professional solar systems, and applications requiring substantial power capacity where the benefits of higher voltage operation outweigh the cost of 48V battery banks.

Q: Can I use this inverter with solar panels?

A: The Phoenix inverter converts DC battery power to AC power for running appliances. To charge batteries from solar panels, you need a separate solar charge controller (sold separately). A complete off-grid system includes solar panels, charge controller to charge batteries, battery bank (48V), and this inverter to convert battery power to usable 230V AC power.

Q: What size 48V battery bank do I need?

A: Battery bank sizing depends on your power consumption and desired runtime. For example, running 400W of appliances for 5 hours requires approximately 2000Wh (2kWh) of energy. With a 48V system, this equals approximately 42Ah of battery capacity (2000Wh ÷ 48V = 41.7Ah). Consider depth of discharge limitations – for lead-acid batteries, double this capacity to avoid deep discharge (84Ah minimum). Lithium batteries allow deeper discharge, requiring less oversizing.

Q: What protection features does this inverter have?

A: The Phoenix inverter includes comprehensive protection: overload protection prevents damage if load exceeds rated capacity, over-temperature protection with automatic shutdown if internal temperature exceeds safe limits, short circuit protection prevents damage from output wiring faults, and low/high battery voltage protection prevents damage from excessive battery discharge or overcharge conditions.

Q: Is this inverter suitable for permanent installation?

A: Yes, the Phoenix inverter is designed for both portable and permanent installation applications. It's suitable for off-grid solar systems, caravans, boats, mobile homes, backup power systems, and remote installations. Ensure adequate ventilation around the unit for cooling fan operation and follow manufacturer's installation guidelines for cable sizing and connection.

Q: What is the difference between VA and Watts?

A: VA (Volt-Amperes) represents apparent power while Watts represent real power. For resistive loads like heaters, VA equals Watts. For inductive loads like motors and transformers, real power (Watts) is less than apparent power (VA) due to power factor. The Phoenix 48/800 is rated at 800VA, which equals approximately 640W real power assuming a typical 0.8 power factor for mixed loads.