DC Electronic Load Bank

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DC Electronic Load Bank Specification

Product Type
DC Electronic Load Bank

Material
Powder Coated Metal Body

Power
Up to 100 kW (Model Dependent)

Frequency (MHz)
DC Operation (Not Applicable)

Working Temperature
0C to 50C

Speed Regulation Method
Step and Continuously Variable Control

Noise Level
Less than 70 dB

Dimension (L*W*H)
1200 x 800 x 1800 mm

Weight
Approx. 350 kg

Color
Grey

About DC Electronic Load Bank

We are a well-known manufacturer and supplier of DC Load Bank. These are made by using optimum quality raw material under the guidance of our senior experts. These are also checked on various quality check parameters by our quality experts to maintain its good quality and to make sure the delivery of the best quality product. These are mainly used in industries. It is also available to our customers on budget-friendly price. These DC Load Bank are made by using iron material which makes it corrosion resistant.

Versatile Load Control Modes

Switch easily between Constant Current, Voltage, Resistance, or Power modes to perform a diverse range of test simulations. This versatility enables accurate load testing for different device types, catering to industry, laboratory, and research requirements within one system.

Advanced Protection and Monitoring

Safeguard your equipment with integrated protection against over-temperature, overcurrent, overvoltage, and short-circuit scenarios. The digital LED display offers precise monitoring, ensuring both the safety and integrity of your power testing operations.

FAQs of DC Electronic Load Bank:

Q: How do I use the DC Electronic Load Bank for battery testing?

A: To test batteries, connect them to the load bank with appropriate terminals, select the desired load control modesuch as Constant Current (CC)on the digital LED display, and adjust the load settings. The device will then draw a programmable load, enabling controlled discharge and performance analysis.

Q: What protection features are included in the DC Electronic Load Bank?

A: The load bank is equipped with over-temperature, overcurrent, overvoltage, and short-circuit protection mechanisms that automatically respond to unsafe conditions, ensuring user safety and device integrity during operation.

Q: Where can this load bank be installed for optimal performance?

A: The unit is designed for floor-standing installation due to its substantial dimensions (1200 x 800 x 1800 mm) and weight (approx. 350 kg). It should be placed in environments with temperatures ranging from 0C to 50C and good ventilation to ensure effective forced air cooling.

Q: What connectivity options are available for remote operation and data communication?

A: Standard connectivity includes RS232 or RS485 interfaces for system integration and monitoring. An optional USB interface can be added for enhanced data communication and PC connection.

Q: When is it beneficial to use the step and continuously variable control speed regulation method?

A: Utilizing step or continuously variable control allows precise adjustment of load parameters during testing. This is beneficial in applications such as R&D or quality control, where nuanced changes in load are required for accurate simulation of real-world conditions.

Q: What industries commonly use DC Electronic Load Banks in India?

A: Industries such as battery manufacturing, power supply production, laboratories, and R&D centers regularly employ DC Electronic Load Banks for testing, validation, and compliance, especially where accurate, safe, and flexible load simulation is essential.

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