AC Resistive Load Bank

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AC Resistive Load Bank Specification

Product Type
AC Resistive Load Bank

Material
Stainless Steel / Powder Coated Steel

Power
50 kW 2000 kW (Customizable)

Frequency (MHz)
50 Hz / 60 Hz

Working Temperature
-10C to +55C

Speed Regulation Method
Step or Continuous Manual/Automatic Control

Noise Level
< 75 dB at 1 Meter

Dimension (L*W*H)
Custom as per Ratings (e.g. 2000 x 1200 x 1800 mm)

Weight
Varies as per Rating (e.g. 400 kg 2000 kg)

Color
Gray / Custom as Requested

Altitude
1000 m (Customizable for Higher)

Connection Type
Busbar / Copper Lugs

Protection Level
IP23 / IP54

Resistor Type
Stainless Steel / Alloy Grid

Control Panel
Integrated with Indicators & Protection

Power Factor
1 (Purely Resistive)

Rated Voltage
415 V / 440 V / 480 V AC

Cooling Type
Air Cooled (Forced Ventilation)

About AC Resistive Load Bank

With the efficient support of our highly skilled and experienced professionals, we offer an incomparable range of AC Power Loads. Manufactured using best grade raw materials and advanced technology, these custom designed loads are widely used for separation of substances that are having variable densities.

Highlighting attributes:

Less time and power consumption while functioning
Technically improved and precision designed
Reliable and durable

Additional Information:

Minimum Order Quantity: 0 Kilowatt

Efficient Forced Air Cooled Technology

The load bank utilizes an advanced air-cooled (forced ventilation) system to maintain safe operating temperatures, even at higher loads. This feature enhances operational stability, allowing for long durations of continuous use. With noise levels below 75 dB at 1 meter, it ensures minimal disruption within industrial or testing environments.

Integrated Safety and Control Panel

A centrally mounted control panel provides streamlined operation and monitoring. The included indicators and protection systems safeguard the unit against electrical faults. Operators can control speed regulation either through step or continuous manual/automatic methods, which makes performance testing more flexible and efficient.

Customizable Design for Diverse Applications

Tailored to meet specific customer demands, this load bank is available with customizable power ratings, dimensions, and colors. It supports operation at altitudes up to 1000 meters (with options for higher), and its rugged construction in stainless steel or powder coated steel ensures durability in various climates and industrial settings.

FAQs of AC Resistive Load Bank:

Q: How is the AC Resistive Load Bank installed and connected in a test setup?

A: Installation involves positioning the load bank in a well-ventilated area and connecting it to the power source via busbar or copper lugs. The integrated control panel guides the setup process, and connections should follow recommended safety protocols outlined by the manufacturer.

Q: What protection features are provided to safeguard against electrical faults?

A: The unit is equipped with integrated indicators and protection mechanisms that monitor key parameters. Features like IP23/IP54 ingress protection and thermal overload safeguards prevent risks associated with moisture, dust, and overheating during operation.

Q: When is it beneficial to use a resistive load bank with a power factor of 1?

A: A purely resistive load bank, with a power factor of 1, is ideal for accurately testing and commissioning generators, UPS systems, and other electrical power sources under real-world full-load conditions. This helps ensure system reliability before deployment.

Q: Where can this load bank be customized for specific power and environmental requirements?

A: Custom configurations are available through the manufacturer, distributor, or supplier network. Options include tailored power ratings (from 50 kW to 2000 kW), enclosure materials, protection levels, colors, and dimensions to suit varied operational or site-specific needs.

Q: What is the process for regulating load and monitoring performance?

A: Load regulation can be performed in steps or continuously, either manually or through automatic control, using the integrated control panel. Monitoring is facilitated by built-in indicators and protection devices, allowing safe and precise evaluation of the connected power source.

Q: How does the air-cooled design benefit the maintenance and safety of the load bank?

A: The forced air-cooled system enhances heat dissipation, maintaining optimal operating temperatures even during prolonged use. This reduces thermal stress on resistors and internal components, extending the service life and promoting safe operation.

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