Inductive Load Bank

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Product Details:

Efficiency >95%
IP Rating IP54
Surface Finish Powder Coated
Insulation Material Class F insulation
Mounting Type Floor Mounted
Shape Rectangular
Power Factor Up to 0.8 lagging
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Inductive Load Bank Price And Quantity

Inductive Load Bank Product Specifications

Surface Finish Powder Coated
IP Rating IP54
Application Generator Testing, UPS Testing, Battery Testing
No Of Poles 3
Output Type Inductive
Weight 1200 kg
Phase Three Phase
Efficiency >95%
Product Type Inductive Load Bank
Frequency (MHz) 50/60 Hz
Energy Consumption Variable as per capacity
Rated Voltage 415 V
Input Voltage 415 V AC
Size Standard/Custom
Protection Level High
Power Factor Up to 0.8 lagging
Overheating Protection YES
Shape Rectangular
Feature Portable framework, Heavy duty caster wheels, Digital meter panel
Material Mild Steel
Color Blue / Grey
Insulation Material Class F insulation
Dimension (L*W*H) 1800 mm x 1000 mm x 1500 mm
Mounting Type Floor Mounted

Product Description

Ours is a globally recognized firm, engaged in trading, supplying and exporting electrical devices that work on the concept of Inductive Loads. Our devices are acclaimed by clients for their excellent efficiency, low maintenance and prolonged functional life. Owing to these features, offered devices are widely used in various industries. We have adopted advanced TQM policies and check our devices that work on the concept of Inductive Loads on different parameters to ensure their quality and flawlessness.

Exceptional Flexibility and Safety

This load bank offers users remarkable flexibility with manually or remotely selectable load steps. Built to rigorous IEC 60076 and IS 2026 standards, it includes a suite of critical safety features such as emergency stop, robust thermal protection, and overload safeguards. The rigid, powder-coated enclosure and IP54 rating further enhance user and equipment safety, providing worry-free operation in diverse testing environments.

Versatile Application and Easy Integration

Ideal for testing generators, UPS systems, and batteries, the Inductive Load Bank integrates seamlessly with existing setups. With three-phase operation, multiple cable entry options, and compatibility with both 230V and 415V AC supplies, it is engineered for straightforward installation. The portable frame and heavy-duty caster wheels allow quick repositioning, while digital monitoring simplifies precise load management across variable capacities.

FAQs of Inductive Load Bank:

Q: How is the Inductive Load Bank cooled during operation?

A: The load bank utilizes an air-cooled system powered by heavy-duty fans to maintain optimal temperatures during extended testing cycles, ensuring consistent performance and safety.

Q: What are the cable entry and mounting options for installation?

A: It provides both bottom and side cable entry points and is floor mounted, which together facilitate flexible and secure integration into different testing environments.

Q: When should I use local versus remote control of load steps?

A: Local control is useful for on-site manual adjustments, while remote control allows operators to manage load steps from a distance, enhancing convenience and safety for various operational needs.

Q: Where is the load bank typically used?

A: This product is commonly used in environments requiring reliable load testing, such as generator facilities, UPS backups, battery stations, and industrial electrical testing labs.

Q: What safety features are included to protect users and equipment?

A: Key safety features include an emergency stop, overload, short circuit, and over-temperature protection systems, all of which safeguard both operators and connected devices during operation.

Q: How does the unit accommodate portability and relocation?

A: The load bank is designed with a portable framework and heavy-duty caster wheels, making it easy to move and reposition, even in tight or dynamic testing spaces.

Q: What are the primary benefits of using this Inductive Load Bank?

A: The main advantages are high efficiency, robust safety measures, comprehensive standards compliance, versatile installation, and enhanced usability, making it an excellent solution for precise electrical load testing applications.