1000W Pure Sine Wave Inverter Charger 12V/24V

SKU: PH-PI-LW1000

$641.28

● 1000W power inverter charger for sale, with a peak power of up to 3000W and UPS functionality. ● Supports 12V/24V DC battery packs, outputting pure sine wave AC power. ● Features overload, overtemperature, overcharge, and low battery protection for safe and reliable operation. ● Widely applicable to wind power systems, solar power systems, residences, vehicles, ships, marine equipment, communication systems, transmission stations, and mobile power supply scenarios in areas without mains power.

Input/Output Voltage *
Remote Control *
Battery Type *
Input DC Voltage *

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Overview
Specs
Application
FAQ
Reviews

Overview

This pure sine wave inverter charger can stably power AC mains or 12V/24V/48V DC battery packs, using a pure sine wave output, safely driving air conditioners, motors, inductive loads, and other equipment with high power quality requirements. The inverter charger 12v supports automatic switching between mains mode and battery mode, equipped with an clear digital display screen that shows real-time voltage, load power, and battery status information. Operating temperature range: 0–40℃, relative humidity: 0–90% RH, adaptable to various usage environments.

Feature

1000W continuous output power and 3000W peak power.
Pure sine wave output, suitable for sensitive loads such as air conditioners and motor doors.
Fast and powerful inverter charger, three-stage progressive charging, 7 battery type options, high power factor.
Automatic switching between battery mode and AC mode.
Microprocessor control ensures high reliability.
Optional remote control function.
LCD digital display shows real-time voltage, load, and battery information.
Suitable for split-phase systems, two live wires, one neutral wire, voltage 120V/240V.
Multiple safety protections, including overload, overtemperature, overcharge, and low battery protection.

Details

Pure sine wave output: Provides more stable power, easily driving demanding equipment such as air conditioners and motors, while protecting electrical safety.
Intelligent display: High-definition LCD screen displays voltage, load, and battery status in real time.
Multiple safety protections: Dual protection design for charging input and inverter output.
Remote control: Optional remote control function for remote start/stop.
Powerful cooling system: Equipped with a high-efficiency cooling fan, ensuring stable and reliable operation even during extended periods.
Multiple interfaces: Well-designed layout of battery and output interfaces for more efficient installation and maintenance.

Inverter/Charger Working Principle

1kw inverter charger working principle

Inverter Split-Phase Output Terminal Description

Inverter charger split phase output terminal description

Specs

Power	1000w
AC Input
Phase	Single Phase
Waveform	Pure Sine Wave
Voltage*	110V/120VAC or 220V/230V/240VAC
Acceptable Voltage	95-126VAC or 194-253VAC±4%
Low Line Disconnect	85VAC±4% or 184VAC±4%
Low Line Re-connect	95VAC±4% or 194VAC±4%
High Line Disconnect	136VAC±4% or 263VAC±4%
High Line Re-connect	126VAC±4% or 253VAC±4%
Frequency	50Hz: 41-54Hz or 60Hz: 51-64Hz (Autodetection)
AC Output
Phase & Waveform	Single Phase & Pure Sine Wave (bypass mode sync to input)
Voltage*	110V/120VAC or 220V/230V/240VAC
	120V/240VAC split phase output Also Available: L1+L2=240V, L1+N=120V,L2+N=120V
Voltage Regulation	±10%rms (bypass mode sync to input)
Frequency	50Hz±0.3Hz or 60Hz±0.3Hz (bypass mode sync to input)
Peak Power	3 times of rating power (3000W)
Short Circuit Protection	Yes, shutdown after 10ms
Power Factor	0.9-1.0
Outlet	Universal socket + wiring terminal block
DC Input
Battery Voltage*	12V DC	24V DC	48V DC
Minimum Start Voltage	10V DC	20V DC	40V DC
Low Battery Alarm	10.5±0.3V DC	21±0.6V DC	42±1.2V DC
Low DC Input Shut-down	10±0.3V DC	20±0.6V DC	40±1.2V DC
High DC Voltage Alarm & Fault	16±0.3V DC	32±0.6V DC	64±1.2V DC
High DC Input Recovery	15.5±0.3V DC	31±0.6V DC	62±1.2V DC
Max Charger Current	20A/35A/50A/75A/90A (According to the inverter model)
Effciency
Line Mode	>96%
Battery Mode	>85%
General
Power Saver	Load ≤ 25W (Enabled on "P/S auto" setting of Remote control)
Audible Alarm	Sounding when the heat sink's temperature is over 105°C and shutdown after 30 seconds.
Over Load Protection	110%
	Load> 150%, beeps 0.5s every 1s. and Fault after 20s.
Protections	Low battery, over charging, over temperature, over load
Remote Control*	Wired remote control (5m) for power on/off
Indicators	LCD display
Operating Environment	0-40°C, 0-90%C RH (non-condensing)
Protection Grade	IP20
Audible Noise	<60dB
Net Weight	15kg
Dimension (LxWxH)	480x225x190mm

•Catalogue

LW Series Inverter Charger Catalog.pdf

•User Manual

LW Series Inverter Charger User Manual (Lite Version).pdf

LW Series Inverter Charger User Manual (Full Version).pdf

Application

New Energy Power

Small Electrical Appliances

Outdoor Travel

Emergency Power Supply

FAQ

Q1: What’s the difference between an inverter and an inverter charger?

An inverter only converts DC power from a battery into AC power to run electrical devices. An 24v inverter charger, on the other hand, combines two functions in one unit: it converts DC to AC and charges the battery when shore power, grid power, or a generator is available, automatically switching between power sources.

Q2: What is an inverter charger and how does it work?

An inverter battery charger is a multifunction power device that supplies AC power from batteries and recharges those batteries when an external AC source is connected. When utility or generator power is present, it acts as a battery charger and passes AC power to the loads; when power is lost, pure sine wave inverter charger instantly switches to inverter mode to provide uninterrupted electricity.

Q3: Why do I need a pure sine wave inverter charger?

A pure sine wave inverter charger produces clean, stable power that closely matches utility electricity, making it safe for sensitive electronics such as laptops, medical equipment, motors, and appliances. The power inverter charger improves efficiency, reduces electrical noise, and helps extend the lifespan of connected devices compared to modified sine wave models.

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