Programmable DC Electronic Load Bank

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MOQ : 1 Piece

Programmable DC Electronic Load Bank Specification

Product Type
Programmable DC Electronic Load Bank

Power
Up to 6000W or as specified

Frequency (MHz)
DC Only (No Frequency)

Working Temperature
0C to 40C

Speed Regulation Method
Microprocessor Controlled

Noise Level
<55 dB

Dimension (L*W*H)
480 mm x 540 mm x 220 mm (approx.)

Color
Gray & Black

Current Range
0120A (depending on model)

Overvoltage Protection
Yes

Remote Sensing
Supported

Load Modes
CC, CV, CR, CP, CC+CV, CR+CV

Overcurrent Protection
Yes

Voltage Range
0500V DC (depending on model)

Control Method
Programmable by PC or Panel

Data Logging
Supported

Short Circuit Protection
Yes

Display
Digital LCD Touchscreen Display

Application
Battery, Power Supply, and Electronics Testing

Operating Humidity
80% RH

Cooling System
Intelligent Fan Cooling

Accuracy
Voltage: 0.05%+0.01%FS; Current: 0.1%+0.02%FS

Programmable DC Electronic Load Bank Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Day

Delivery Time
1 Week

About Programmable DC Electronic Load Bank

Load bank :

Our organization is engaged in offering a superior quality range of Load Banks. These banks are manufactured under the guidance of expert professionals, who make sure to use high-grade raw material in the manufacturing process.

Owing to their portability, these banks are used for laboratory and manufacturing usage. Moreover, the banks offered by us deliver output current at a medium-high voltage. Along with this, the banks offered by us are also known for their precision constant and voltage steady.

Advanced Load Modes for Versatile Testing

Choose from constant current (CC), constant voltage (CV), constant resistance (CR), constant power (CP), and mixed modes for granular testing control. These options make it ideal for validating batteries, power supplies, and electronic circuits in R&D and quality assurance.

Precision Control and Reliable Protection

Benefit from programmable controls via PC or the front panel, ensuring tailored test sequences. Built-in overvoltage, overcurrent, and short circuit protections safeguard both the device and your components during operation, enhancing test safety and reliability.

Data Logging and Remote Sensing Capabilities

Track and store detailed test data with integrated logging functionality. Remote sensing ensures measurement accuracy by compensating for lead losses, allowing more precise voltage and current assessments during every test cycle.

FAQs of Programmable DC Electronic Load Bank:

Q: How can I program the DC electronic load bank for specific test requirements?

A: You can program the load bank either directly from its intuitive LCD touchscreen panel or remotely via a connected PC. Software provided by the manufacturer allows you to set various test parameters, automate sequences, and monitor real-time data for tailored testing.

Q: What types of protection features does this load bank provide?

A: This electronic load bank includes multiple safety mechanisms: overvoltage protection, overcurrent protection, and short circuit protection. These ensure your devices and the load bank are safeguarded during unexpected surges or faults.

Q: When should I use the remote sensing feature, and what are its benefits?

A: Remote sensing is recommended when you need precise voltage measurements at your device under test (DUT), especially if there are significant cable lengths or resistance. It compensates for voltage drops in the leads, ensuring more accurate test readings.

Q: Where can this programmable load bank be used effectively?

A: It is well-suited for laboratories, manufacturing quality control, R&D environments, and servicing centers where testing of batteries, power supplies, and electronic modules is required. Its robust build and flexible features make it suitable for professional settings.

Q: What is the process for data logging and reviewing test results?

A: The load bank incorporates data logging, allowing you to automatically record test results during operation. These records can be viewed and exported for analysis, simplifying compliance and reporting tasks.

Q: How does the intelligent fan cooling system operate?

A: The unit features an intelligent fan cooling system that dynamically adjusts fan speed based on temperature and load conditions, maintaining optimal cooling while keeping noise below 55 dB for a quieter workspace.

Q: What advantages does microprocessor control offer for speed regulation?

A: Microprocessor-controlled speed regulation delivers highly accurate and consistent loading responses. It enables precise adjustments, enhances operational reliability, and increases efficiency during dynamic and static test conditions.

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