This 150-watt programmable DC electronic load features fully adjustable capabilities, allowing you to customize your test parameters easily. With support for various operation modes, including constant current, constant voltage, constant resistance, and constant power, you can effortlessly tailor your tests to meet specific requirements.
- 4 Operating Modes: The DC electronic load supports four modes: Constant Current (CC), Constant Voltage (CV), Constant Resistance (CR), and Constant Power (CP).
- Battery Discharge Testing: The programmable DC load tester includes a battery discharge testing feature with configurable termination conditions such as voltage, capacity, and time. During testing, users can monitor battery voltage, time elapsed, and discharged capacity.
- Advanced Control Software: The electronic load device is equipped with excellent control software for enhanced user experience and testing efficiency.
- Built-in Interfaces: SISCO adjustable electronic load includes built-in USB and RS232 interfaces for easy connectivity and communication.
- CR-LED Function Testing: This 150W programmable DC electronic load feature allows for real diode operation simulation, providing a more realistic representation of LED driver performance and simulating ripple current parameters during actual LED testing.
- Short Circuit Simulation: The 150V electronic load can simulate short circuit conditions at the input terminal for comprehensive testing.
- Automatic Testing: The programmable electronic load supports automatic testing functions for streamlined and efficient operations.
- Comprehensive Protection Features: This constant current electronic load includes over-voltage, over-current, over-power, over-temperature, and reverse polarity protection to ensure safe and reliable operation.
Applications
SISCO Electronic Loads are primarily used to test and evaluate power supply devices' performance and stability. They are widely used in power supply design, production testing, quality control, and research and development, simulating real load conditions to verify the reliability and efficiency of power products.
Production Test
R&D
Quality Control
Power Design
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| Model | SISCO-IT8511A+ | ||
| Rating (0~40℃) | Input Voltage | 0~150V | |
| Input Current | 0~3A | 0~30A | |
| Input Power | 150W | ||
| Min. Operating Voltage | 0.3V/3A | 3V/30A | |
| Constant Voltage Mode | Range | 0.1~18V | 0.1~150V |
| Resolution | 1mV | 10mV | |
| Accuracy | ±(0.05%+0.02%FS) | ±(0.05%+0.025%FS) | |
| Constant Current Mode | Range | 0~3A | 0~30A |
| Resolution | 0.1mA | 1mA | |
| Accuracy | ±(0.05%+0.05%FS) | ||
| Constant Resistance Mode | Range | 0.1Ω~10Ω | 10Ω~7.5kΩ |
| Resolution | 16bit | ||
| Accuracy | 0.01%+0.08S*2 | 0.01%+0.0008S | |
| Constant Power Mode | Range | 150W | |
| Resolution | 10mW | ||
| Accuracy | ±(0.1%+0.1%FS) | ||
| Measuring Range | |||
| Voltage Readback Value | Range | 0~18V | 0~150V |
| Resolution | 0.1mV | 1mV | |
| Accuracy | ±(0.025%+0.025%FS) | ||
| Current Readback Value | Range | 0~3A | 0~30A |
| Resolution | 0.1mA | 1mA | |
| Accuracy | ±(0.05%+0.05%FS) | ||
| Power Readback Value | Range | 150W | |
| Resolution | 10mW | ||
| Accuracy | ±(0.1%+0.1%FS) | ||
| Protection Range | |||
| Over Power Protection | ≈160W | ||
| Over Current Protection | ≈3.3A | ≈33A | |
| Overvoltage Protection | ≈160V | ||
| Over Temperature Protection | ≈85℃ | ||
| Specifications | |||
| Short Circuit | Current (CC) | ≈3.3A/3A | ≈33A/30A |
| Voltage (CV) | 0V | ||
| Resistance (CR) | ≈80mΩ | ||
| Input Terminal Impedance | ≈150kΩ | ||
| Battery Test | Capacity | Max 999AH | |
| Dynamic Mode | Frequency | 0.1Hz~1kHz | |
| Dimensions | 214.5x88.2x354.6mm | ||
| Weight | 5.5kg | ||
Details
Q1: What is adjustable electronic load?
A1: An adjustable electronic load is a versatile testing device used to simulate various load conditions on power sources by allowing users to configure the load parameters to meet specific testing requirements. This flexibility makes it a valuable tool for evaluating the performance and reliability of power supplies, batteries, and other electronic devices.Â
Q2: How does an electronic load work?
A2: An electronic load works by simulating a real-world load on a power source, such as a battery or power supply, to test its performance and behavior under various conditions. It achieves this by dynamically adjusting its internal resistance to maintain a set current, voltage, resistance, or power level, depending on the selected operating mode (Constant Current, Constant Voltage, Constant Resistance, or Constant Power). The electronic load can accurately control and measure the input parameters, providing valuable data on the power source's capabilities, efficiency, and stability under different load scenarios.
Q3: What is an electronic load used for?
A3: An electronic load is used to test and evaluate the performance of power sources such as power supplies, batteries, and solar panels. It simulates various load conditions by drawing controlled amounts of current or power, allowing engineers to assess the reliability, efficiency, and behavior of the power source under different operating conditions. Electronic loads are essential in research and development, quality assurance, and production testing, helping ensure that power devices meet specified performance standards and can handle real-world usage scenarios.
Tips: How can I connect my Programmable DC Electronic Load to a computer using USB?
Most Programmable DC Electronic Loads come with a USB interface that allows for easy connectivity to a computer. To connect your device:
- Install the Required Software: Ensure that you have installed the necessary drivers and software provided by the manufacturer. This software often includes a graphical user interface (GUI) for controlling and monitoring the electronic load.
- Connect the USB Cable: Use a USB cable to connect the electronic load to your computer. Make sure that the connection is secure.
- Launch the Software: Open the control software on your computer. The program should automatically detect the connected electronic load.
- Configure the Settings: Use the software to configure the electronic load's settings, such as voltage, current, and load profile. You can also monitor the performance and collect data through the software.
- Start the Test: Once everything is configured, you can start your testing procedure using the software interface.
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