MEET THE ZKETECH EBD-A20H DC ELECTRONIC LOAD/BATTERY CAPACITY & DISCHARGE TESTER/POWER SUPPLY TESTER

Summary of MEET THE ZKETECH EBD-A20H DC ELECTRONIC LOAD/BATTERY CAPACITY & DISCHARGE TESTER/POWER SUPPLY TESTER


The ZKETECH EBD-A20H is a versatile DC electronic load and battery tester designed for hardware professionals and hobbyists. It features multiple discharge modes to accurately measure battery capacity, power supply performance, and energy metrics. The device offers precise voltage and current settings with an LED display for real-time data and connects to "EB software" for advanced curve plotting, calibration, and firmware updates.

Parts used in the ZKETECH EBD-A20H Project:

  • ZKETECH EBD-A20H Battery Tester
  • DC Power Supply (12V/1A)
  • LED Display
  • EB Software

Battery testers provide an easy way for hardware designers and hobbyists to determine the genuine capacity of βatteries. There are different makes and models being sold across diverse online stores but one which stands out among all that I have used in recent times is the ZKETECH EBD-A20H.

MEET THE ZKETECH EBD-A20H DC ELECTRONIC LOAD BATTERY CAPACITY & DISCHARGE TESTER POWER SUPPLY TESTER

ZKE, over the years, has produced some interesting battery testers like the handy EBD-MO5, but the EBD-A20H is probably the most versatile and professional looking one I’ve seen.

Spotting the kind of professional look that will fit right on the workbench in any lab (Professional or DIY home lab), the ZKETECH EBD-A20H is essentially a DC electronic load with multiple, controlled, battery discharge modes, that can be used to conduct various battery capacity and other power-related tests.

Some specifications of the EBD-A20H include:

  • Power Supply: DC 12V/1A
  • Voltage Setting: 0.00-30.00V, minimum step is 0.01V
  • Current Setting: 0.1-20.00A, minimum step is 0.01A (Current automatically limits when power is overrun)
  • Test mode: DSC-CC: constant discharge current for testing battery capacity or supply current/ DSC-CP: Constant discharge power for simulating constant power equipment or testing power supply
  • Voltage Test: 0.000-4.500V (low pressure) accuracy to 0.003V, error ±0.5% / 4.50V-30.00V (high pressure) accuracy to 0.01V, error ± 0.5%
  • Current Test: 0.10-20.00A, accuracy to 0.01A, error ± 0.5%
  • Capacity Test: Within 10Ah, resolution is 0.001Ah/ 10Ah-100Ah resolution is 0.01Ah/ Above 100Ah resolution is 0.1Ah
  • Discharge Power: Max 200W (It should be controlled within 90% for a long time working)

To make the visualization and analysis of test data easier, asides the LED display where the test data including voltage, current, capacity, time, power, energy, are displayed, the device also works with the “EB software” which precisely displays and can be used to plot curves, perform calibration benchmark tests, automatic current testing and also push firmware upgrades to the Battery tester device.

Read more: MEET THE ZKETECH EBD-A20H DC ELECTRONIC LOAD/BATTERY CAPACITY & DISCHARGE TESTER/POWER SUPPLY TESTER

Quick Solutions to Questions related to ZKETECH EBD-A20H:

  • What is the primary function of the ZKETECH EBD-A20H?
    It is a DC electronic load with multiple controlled battery discharge modes used to conduct battery capacity and power-related tests.
  • Can the device test both low and high voltage ranges?
    Yes, it supports voltage testing from 0.000-4.500V for low pressure and 4.50V-30.00V for high pressure.
  • How does the device handle current when power is overrun?
    The current automatically limits itself when the power supply is overrun.
  • What are the two main test modes available on this unit?
    The device offers DSC-CC for constant discharge current and DSC-CP for constant discharge power.
  • Does the EBD-A20H support long-term operation at maximum power?
    No, the max discharge power of 200W should be controlled within 90% for long-term working.
  • What additional capabilities does the EB software provide?
    The software allows users to plot curves, perform calibration benchmark tests, conduct automatic current testing, and push firmware upgrades.
  • What is the minimum step size for voltage settings?
    The minimum step size for voltage setting is 0.01V.
  • How accurate is the current test measurement?
    The current test has an accuracy of 0.01A with an error margin of ±0.5%.

About The Author

Muhammad Bilal

I am a highly skilled and motivated individual with a Master's degree in Computer Science. I have extensive experience in technical writing and a deep understanding of SEO practices.