Rata 1000kw Dc Load Bank​ 1000kw Dc Load Bank​ Supplier

Product Overview

- Branded as the Rata 1000 kW DC Load Bank and offered by Deyang Rata Technology Co., Ltd., the unit shown is a customer-configured resistive DC load bank (example configuration: 130 VDC, 1010 A → ≈131 kW). Rata provides OEM/ODM customization to meet different voltage/current/power ratings and shipment from Shanghai with wooden case/pallet packing.

Product Features

- Resistive DC load with 8020 Ni‑Cr alloy finned resistors and forced air cooling (horizontal discharge).

- Local touch‑screen control, emergency stop, and clearly defined load steps (1A, 2A, 2A, 5A, 10A, 15A, 25A, 50A, 100A, 200A, 300A, 300A).

- Power connections via two M12 connector pairs; control power via quick connector (230 VAC, single phase).

- IP23 rated enclosure, lift lugs plus universal wheels for mobility, compact footprint (720×935×1,230 mm), weight ~350 kg, industrial grey (RAL7035).

Product Value

- Provides safe, repeatable, and precise DC load simulation for commissioning, acceptance testing and maintenance of batteries, rectifiers, chargers, UPS/DC power systems and other DC sources.

- Customizable design lets customers get the exact voltage/current rating required, reducing need for multiple test rigs.

- Improves test accuracy and shortens downtime by enabling on‑site functional verification and capacity testing.

Product Advantages

- High build quality using top‑level components and proven Ni‑Cr resistors for long service life under regular maintenance.

- Professional R&D and 11+ years of experience in load bank design with OEM/ODM capability and fast production/delivery.

- User‑friendly local control (touch screen), safety features (emergency stop), and easy handling (lift lugs, wheels).

- Strong export and after‑sales support, plus short response times from the technical team.

Application Scenarios

- Battery discharge and capacity testing for industrial battery banks and UPS systems.

- Commissioning and load testing of DC rectifiers, chargers and DC power plants in telecom, data centers and substations.

- Routine maintenance and acceptance testing in power plants, renewable energy storage systems, and large industrial facilities.

- Lab test benches and manufacturing quality checks where controlled DC loads are required.