3 Phase AC Variable Resistive Load Bank For Generator Testing

Compact and Lightweight design that is ideal for moving from job site to job site or within your facility.

It offers the most robust, high-capacity designs in the industry.  It is setting the standard with intelligent operator controls, safety indication layouts, adjustable load step resolution, and lightweight designs.  It is the perfect solution for regularly scheduled maintenance testing and commissioning of mission-critical standby emergency power systems.

Main features

1. Multiple control mode: (1) manual panel control (2) remote control (3)software control

2. Multiple display function: voltage, current, frequency, power factor, active power, reactive power, apparent power etc.  

2. Multiple protection function: overvoltage, overcurrent, overheat, over low blowing rate, blower overheat, blower phase sequence reverse protection, smoke alarm etc.

3. Forced air cooling: industrial heavy duty fan, horizon air intake, upwards outlet, low noise.

4. Power consumption components: made by special alloy resistance, high temperature resisting, high heat dissipation capability, high heat stability, no naked light, safety and reliability. Running temperature is 1/3 of rating.

5. Weather-proof structure: containerized structure provides ultra protection, protection grade higher than IP55.

6. Material and coating: the body adopt cold-rolled steel plate that processed by galvanizing corrosion protection, powder coated and spray paint.

7. Integrated & modularization design: compact structure, easy to installation, maintenance and transportation.

8. Software control: it can test and display voltage, current, frequency, power factor, active power, reactive power, apparent power etc, the test result can be store & print and form all kinds of curve, chart and test report.

Resistive Load bank

Introduction

Resistive load bank is a device which can simulate the real-life resistive loads and provides a rigorous test regime for power supplies from 1kW to 60MW.The “load” of a resistive load bank is created by the conversion of electrical energy to heat by power resistors. It mainly used to test and maintenance of Engine Generators, Storage Battery Systems, UPS Systems, Inverters, Ground Power Units, Auxiliary Power Units, Aircraft Power Generators, Wind Generators, Hydro Generators etc.

Resistive load bank are available in stationary type for permanent installation or portable type with lifting rings, castors. Larger load banks, typically above 1250KW, are based on an ISO container construction. Special finishes including custom paint colors and stainless steel casings can be supplied.

Resistive /Reactive Load Bank

Introduction

The RL Series Resistive Reactive Load Bank can simulate motor loads and electromagnetic devices within a power system as well as purely resistive loads by offering the ability to set a specific power factor (pf). Resistive Reactive Load Bank is the perfect solution for regularly scheduled maintenance testing and commissioning of mission-critical standby emergency power systems where rated kVA, rated power factor and rated current testing is required. Usually, it offers a 0.80 power factor load and is designed for testing large generators, switchgear, transformers and UPS systems.

Resistive Reactive Load Bank can be designed to install the resistive components and reactive components in one enclosure or two separate enclosure. Same as the Resistive Load Bank, it is available in stationary type for permanent installation or portable type with lifting rings, castors. Larger load banks, typically above 1250KVA, are based on an ISO container construction. Special finishes including custom paint colors and stainless steel casings can be supplied.

Technical Parameters

The parameters is only for reference, pls contact supplier for exact information

High Voltage Load Bank

Introduction

The ability to test critical power systems at voltages of 1.2KV to 80kV using direct-connect, High Voltage Load Bank offers engineers flexibility, time savings, cost savings, space savings and simplicity. It mainly used to commission utility, oil & gas, and industrial power systems without the need for additional transformers and cabling.

Technical Parameters