Product Overview
1) Product overview
Product Features
- Rata 3‑phase resistive load bank is a commercial-grade electrical test device made by Deyang Rata Technology.
Product Value
- It is designed to apply controlled three‑phase resistive (and combined resistive/reactive) loads for verifying generator and turbine performance, UPS, batteries and other power equipment.
Product Advantages
- Built for durability and ease of use, it is offered in forms such as rack‑mount and portable units and is backed by Rata’s ISO9001-certified manufacturing.
Application Scenarios
2) Product features
- True three‑phase resistive loading with options to simulate inductive, capacitive, dynamic, stepped, pulse and nonlinear loads.
- High stability and measurement accuracy with adjustable load steps and fast dynamic response for realistic testing.
- Robust thermal design for continuous and overload testing, plus safety protections and compatibility with common electrical interfaces.
- Available in different form factors (rack, portable, electronic loads, battery dischargers) and supports long‑term data collection and control system validation.
3) Product value
- Provides reliable, repeatable test conditions to validate power output, efficiency, stability and protection systems of generators and wind turbines.
- Reduces commissioning and acceptance risk by producing objective performance data and enabling grid‑compatibility and protection testing.
- Speeds commissioning, troubleshooting and optimization of control strategies, improving equipment uptime and long‑term reliability.
4) Product advantages
- Manufactured by Rata, a national high‑tech, ISO9001‑certified firm with multiple patents and global export experience.
- Strong R&D and after‑sales support, with a product range covering medium/low voltage resistive and resistive‑reactive banks, electronic loads and discharge units.
- Competitive pricing, proven durability, and compliance with national and international safety requirements.
- Flexible configurations and good portability/installation convenience for on‑site testing.
5) Application scenarios
- Wind turbine load testing: power curve verification, dynamic/gust simulation, overload, durability and protection function tests.
- Generator and prime‑mover commissioning and acceptance testing in power plants and shipyards.
- UPS, data center and grid‑integration tests, including grid compatibility and control strategy validation.
- Battery discharge and storage system testing, instrument calibration, fault diagnosis, and routine maintenance checks.