2.2KW AC 220V Adjustable Load Bank for UPS Battery Power Supply Discharge

Product Specification

2.2KW AC 220V Adjustable Load Bank for UPS Battery Power Supply Discharge Testing

The 2.2KW AC 220V Load Bank is a professional adjustable resistive load testing solution designed for AC single-phase power systems. It is widely used for UPS battery power supply testing, discharge testing, system commissioning, routine maintenance, and performance verification. With stable electrical characteristics, flexible load adjustment, and reliable continuous operation capability, this load bank is an ideal choice for engineers, technicians, and manufacturers who require accurate and repeatable AC load testing.

Developed and manufactured by Shenzhen Jianhong Jitai Technology Co., Ltd., the 2.2KW AC 220V Load Bank reflects years of experience in resistors and load bank technology, ensuring high quality, safety, and long-term reliability.

Product Overview

The 2.2KW AC 220V Load Bank is designed for AC 220V single-phase input with a rated power of 2.2KW. It adopts high-quality resistive elements with excellent stability and a power factor close to 1. By simulating real electrical loads, this product allows users to accurately evaluate the performance of UPS systems, batteries, and AC power supplies.

Thanks to its compact structure and portable design, the 2.2KW AC 220V Load Bank is suitable for laboratory testing, factory inspection, and on-site field applications. It is especially useful in environments where reliable and controlled load testing is required.

Key Features of 2.2KW AC 220V Load Bank

One of the most important advantages of the 2.2KW AC 220V Load Bank is its adjustable resistive load configuration. Users can select different power steps to match real working conditions, enabling precise simulation of actual loads during testing.

Key technical features include:

* Rated power: 2.2KW
* Rated voltage: AC220V
* Single-phase resistive load
* Power factor: approximately 1
* Stable resistance accuracy
* Adjustable load steps

The 2.2KW AC 220V Load Bank is designed to deliver stable performance under continuous operation, making it suitable for long-duration discharge testing.

UPS Battery Power Supply Testing Applications

The 2.2KW AC 220V Load Bank is widely used in UPS battery power supply testing. It enables technicians to verify battery discharge capacity, backup time, and overall system stability under controlled load conditions.

Typical application scenarios include:

* UPS battery discharge testing
* Backup power system verification
* Battery maintenance and inspection
* Factory quality control testing
* Data center power testing
* Telecom power system testing

In all these applications, the 2.2KW AC 220V Load Bank provides accurate and repeatable testing results.

Adjustable Load Steps and Precise Control

Accurate load adjustment is essential for professional power testing. The 2.2KW AC 220V Load Bank supports step-by-step load control, allowing users to gradually increase or decrease power according to specific test requirements.

The resistive elements used in the 2.2KW AC 220V Load Bank are manufactured with strict quality standards, ensuring consistent resistance values and reliable measurement data. This precision is critical for evaluating battery performance and power supply stability.

Efficient Cooling and Continuous Operation

To ensure safe operation under full load, the 2.2KW AC 220V Load Bank is equipped with an efficient forced air cooling system. High-quality cooling fans provide effective heat dissipation, maintaining stable internal temperatures during operation.

With its optimized thermal design, the 2.2KW AC 220V Load Bank supports long-term continuous operation. This makes it particularly suitable for extended battery discharge tests and endurance testing of AC power supplies.

Safety Protection and Reliability

Safety is a key design consideration for the 2.2KW AC 220V Load Bank. The product integrates multiple protection mechanisms to ensure reliable and secure operation, including:

* Over-temperature protection
* Over-voltage protection
* Reliable internal wiring