DC Electronic Load Bank

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DC Electronic Load Bank Specification

Product Type
DC Electronic Load Bank

Material
Powder Coated Steel

Power
500 W / 1000 W / 2000 W (Available in Multiple Ratings)

Working Temperature
0C to 40C

Speed Regulation Method
Microprocessor Controlled

Noise Level
<45 dB

Dimension (L*W*H)
500 mm x 400 mm x 250 mm (varies by model)

Weight
15 kg (approximate; varies by rating)

Color
Grey

Input Voltage Range
5 V to 500 V DC

Load Mode
Constant Current / Constant Voltage / Constant Power / Constant Resistance

Current Range
0 to 40 A (as per model)

Display Type
Digital LCD display

Operation Mode
Manual & Remote Control

Application
Battery Testing, Power Supply Testing, Laboratory Use

Resolution
1 mA / 1 mV

Protection Features
Over Voltage, Over Current, Over Power, Over Temperature

Cooling Method
Forced Air Cooled

Data Logging
Available

Interface
RS232 / RS485 (optional)

About DC Electronic Load Bank

Designed with utmost precision and perfection, our range of Load Banks is highly efficient in delivering output current at a medium-high voltage. Manufactured using superior grade components under the guidance of expert professionals, these custom designed load banks are extensively used for laboratory and manufacturing applications.

Features:

Know for their precision constant and voltage steady

Strong construction
Easy handling and operations
Longer hassle free service life

Versatile Load Simulation

This DC electronic load bank supports various load modesconstant current, voltage, power, and resistancemaking it suitable for a wide range of electronic testing scenarios. The device is ideal for battery evaluation, power supply testing, and laboratory troubleshooting, ensuring flexibility for different industry requirements.

User-Friendly Interface & Operation

Equipped with a digital LCD display, the load bank allows operators to accurately monitor all parameters in real time. Users can select between manual and remote operation, with optional RS232/RS485 interface to facilitate convenient control and data communication for comprehensive test automation workflows.

Robust Safety and Cooling Features

Safety is ensured with built-in protection against common fault conditions such as overvoltage, overcurrent, overpower, and overheating. Forced air cooling keeps the devices temperature under control, promoting a long operational lifespan, while its sturdy powder-coated steel body enhances durability during extended testing cycles.

FAQs of DC Electronic Load Bank:

Q: How is the DC electronic load bank used in battery and power supply testing?

A: The load bank simulates real-world load conditions by drawing pre-set current or power from batteries or power supplies. Users can choose specific modessuch as constant current or constant voltageto reliably measure and analyze the performance and endurance of battery packs or power supplies under controlled loads.

Q: What safety features are integrated into the load bank for reliable operation?

A: The device incorporates several protection mechanisms including over voltage, over current, over power, and over temperature safeguards. These features automatically disconnect or adjust the load to prevent device damage or unsafe operating conditions during testing.

Q: When is data logging particularly beneficial during testing?

A: Data logging enables continuous capture and storage of test results, making it invaluable for long-duration tests or detailed performance analyses. It allows users to track charge/discharge cycles, voltage drops, and overall stability, which is essential for research, quality control, or troubleshooting.

Q: Where can this electronic load bank be effectively deployed?

A: This device is well-suited for laboratories, research and development departments, manufacturing quality control lines, and companies engaged in battery or power supply design and production. Its sturdy build and configurable models make it adaptable for varied industrial environments across India.

Q: What process should be followed to ensure proper operation and longevity of the device?

A: Regularly inspecting air cooling paths, ensuring ambient working conditions (0C to 40C), and using the device within specified voltage, current, and power ratings are essential. Proper connection setup and monitoring via the LCD display or remote interface help maintain accurate performance and extend the equipments service life.

Q: What are the main benefits of employing a microprocessor-controlled load bank?

A: A microprocessor-controlled load bank offers precise measurement, stable load regulation, and advanced test automation capabilities. This results in higher testing accuracy, easier control through software, and reliable safety interventionsall of which streamline lab or production testing workflows.

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