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    3000W Programmable AC Electronic Load

    Powerful 3000W programmable AC electronic load is ideal for testing high-power devices and systems, delivering reliable and consistent performance across a wide range of applications. Seamlessly integrate with your existing testing setup using the RS-232 interface, allowing for enhanced control and data exchange with external devices and systems.
    SKU: SISCO-AEL-3000
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    $1,998.97
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    🚚 Free shipping
    🔙 30-day returns
    📅 Delivery: 7-12 days
    Overview


    The 3 kW programmable AC electronic load features a user-friendly interface with a 7-inch capacitive touchscreen, and its automatic compensation function maintains optimal performance by adjusting parameters in real time to ensure accurate readings and reliable results.

    6000W AC electronic load details
    • 4 Operating Modes: The programmable AC electronic load supports four distinct operating modes: constant power, constant current, constant resistance, and short circuit.
    • Four-Digit Precision Display: The programmable AC electronic load tester is equipped with a high-resolution four-digit display, ensuring precise and accurate readings.
    • 7-Inch Capacitive Touchscreen: It features a 7-inch capacitive touchscreen that allows for easy and intuitive operation.
    • Automatic Compensation Function: The AC electronic load device includes an automatic compensation function that adjusts settings in real-time to maintain stable operation.
    6000W AC electronic load back details
    • Intelligent Temperature-Controlled Fan: An intelligent temperature-controlled fan automatically adjusts its speed based on the load's temperature, providing efficient cooling and reducing noise for optimal performance and longevity.
    • Multiple Protection Features: The programmable ac electronic load simulator incorporates multiple protection features, including overvoltage, overcurrent, overpower, and overtemperature protection.
    • RS-232 Interface: SISCO 3 kW programmable AC electronic load comes with an RS-232 interface for easy communication with external devices and systems, allowing for remote control, data logging, and integration into automated test setups.

    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.

    Electronic load for production test

    Production Test

    Electronic load for research and development

    R&D

    Electronic load for quality control

    Quality Control

    Electronic load for power design

    Power Design

    Specs

     

    Model SISCO-AEL-3000
    Working Power Input Voltage AC220V±10%,50Hz
    Rated Power 60W
    Communication RS232 Baud rate 9600
    Load Function Input Voltage AC80~240V, rated AC110V/AC220V
    Input Frequency 50Hz/60Hz
    Rated Power 3000W
    Rated Current 27A@105~ 135V, 13. 6A@215~ 240V
    Power Setting Accuracy 20W
    Current Setting Accuracy 0.09A
    Load Return Actual Accuracy -3% +1.5% or ±20W
    Resistance Setting Range and Accuracy 4.1~ 6000@110V, 14~2400Ω@220V,±5%
    Power Factor PF=1.0
    Heat Dissipation Method Air cooling
    Other Functions Unloading/short circuit
    Measurement and Error Voltage ±(0.1% of reading + 0.2% of range)
    Current ±(0.1% of reading + 0.1% of range)
    Active Power ±(0.1% of reading + 0.1% of range)
    Frequency ±0.1%
    Power Factor ±0.02
    Protective Function Overvoltage √
    Overpower √
    Overtemperature √
    Working Environment Temperature 0~40℃
    Humidity ≤85%RH
    Atmospheric Pressure 86~ 106kPa (4000 meters above sea level and below)
    Dimension 481.8mm x 180mm x 568mm
    Weight 21.5kg


    Dimension

    6000W DC electronic load dimensions

    FAQs

    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. 

    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: What types of testing can the 3kW programmable electronic load perform?

    The 3kW programmable electronic load is designed to accommodate a variety of testing applications, making it suitable for diverse scenarios:

    • Battery Testing: Evaluate battery capacity, discharge rates, and cycle life by simulating real-world conditions and monitoring performance.
    • Power Supply Testing: Analyze the efficiency and stability of power supplies under varying loads to ensure reliable operation and optimal performance.
    • Inverter Testing: Test inverters by applying different load profiles to simulate real-world usage and verify their response to dynamic changes.
    • Component Testing: Assess the behavior and durability of electronic components, such as resistors and diodes, by subjecting them to controlled load conditions.
    • Renewable Energy Systems: Test solar panels and wind turbines by simulating different environmental conditions to evaluate their efficiency and output.
    • R&D and Production Testing: Support research and development efforts and streamline production testing processes by providing precise, repeatable load conditions.
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