Marine 2500kW/2000kvar Resistive Inductive Load Bank

Resistive inductive load bank is a load device used for testing electronic devices. It usually consists of resistive resistance and inductive resistance, and has various functions and parameter configurations to meet the testing needs of different types of electronic devices such as ship generator,power plant,electricity station,aviation,oil and chemical,drilling platforms,mining,self owned power plants and others.

R2500kW/L2000kvar 3 phase air cooled resistive inductive load bank is a power load test device independently developed by our company for use in Radar load test platform. It has the advantages of simple operation,parallel use of visible load capacity,high load test accuracy,no test preparation time,long-term continuous use,etc. R2500kW/L2000kvar/400V/690V resistive reactive load bank is divided into three parts: resistive loads, inductive loads and control system.

Our load bank main parts are the first level brand in the internal market and cooperated well during past 11 years. Good quality parts can make sure the load bank has good quality and long time service life base on the regular maintenance and normal operation.

1) After the equipment is used for half a year, the interior of the equipment should be treated with dust and cleaned with a vacuum cleaner. In the case of a harsh operating environment, the maintenance interval of the equipment should be appropriately shortened.

2) During the use of the equipment, the fan will vibrate slightly. After 2000 hours of use, the fan fixing parts should be reinforced.

3) If paint damage is found on the equipment, it should be repaired in time.

Load bank Package

Wood case based on a pallet.(For load bank in canopy design)

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The seller promises to provide lifelong technical services, including the following:

1) The system quality assurance period starts from the date of system acceptance and lasts for 12 months.

2) The seller shall provide free maintenance for any quality problems that occur within the warranty period of the system.

3) After encountering problems, users are guaranteed to respond within 2-10 hours (time difference limit).

4) If it is necessary to dispatch technical personnel to the site to solve the problem, the seller shall ensure that they arrive at the site within 24-72 hours. Service personnel shall not evacuate until the problem is solved.

5) Users can permanently enjoy free technical consulting services.

6) Save complete product technical files for users.

7) After the end of the 12 month warranty period, we provide users with lifelong paid maintenance services at a cost only.

8) If necessary, the seller will upgrade and renovate the system for the user at the most favorable price.

9) You can contact the seller if any question you have.

What is a load bank, and the HS code ?
A load bank is a device used to simulate an electrical load to test power sources such as generators, UPS systems, and other power equipment. It helps verify the performance, efficiency, and reliability of the power system.

HS code of load bank is commonly using 9030899090

2. What types of load banks are available?

Resistive load banks

Inductive load banks

Capacitive load banks

Resistive-reactive (combined) load banks

DC load banks

Customized load banks (e.g., rack-mounted, water-cooled, containerized, etc.)

3. Why do I need a load bank?
To perform regular preventive maintenance and commissioning of power systems, ensuring they can handle real-world loads, prevent wet stacking in diesel generators, and verify system performance under load conditions.

4. Where are load banks commonly used?

Data centers

Power plants

Marine/offshore

Renewable energy (wind/solar farms)

Military and aerospace

Manufacturing and industrial sectors

Generator rental and service companies

5. What parameters can a load bank test?

Voltage stability

Frequency stability

Generator load capability

Engine/generator performance

Battery capacity (for DC load banks)

Power factor (with inductive or capacitive load banks)

System integration and synchronization