KKnoon E26150

KKnoon 8-Channel 18650 Battery Tester User Manual

Awoṣe: E26150

1. Ifihan

This manual provides detailed instructions for the safe and efficient operation of the KKnoon 8-Channel 18650 Battery Tester (Model E26150). This device is designed for testing the capacity and performance of 18650 lithium-ion batteries, offering multiple operation modes and comprehensive data display. Please read this manual thoroughly before use to ensure proper functionality and to prevent damage to the device or batteries.

2. Alaye Aabo

Awọn imọran Aabo pataki:

3. Ọja Ipariview ati irinše

The KKnoon 8-Channel 18650 Battery Tester is a compact and lightweight device designed for comprehensive battery analysis. It features an intuitive 2.4-inch TFT display and 8 independent channels.

3.1. Device Ìfilélẹ

Oke-isalẹ view of the KKnoon 8-Channel 18650 Battery Tester, showing 8 battery slots, two cooling fans, and a central TFT display.
olusin 3.1: Top-isalẹ view of the KKnoon 8-Channel 18650 Battery Tester.

This image displays the overall layout of the battery tester, highlighting the eight individual battery slots, two cooling fans for active heat dissipation, and the central 2.4-inch TFT display. The power input and control buttons are also visible.

3.2. Awọn irinše Bọtini

Alaye view of the KKnoon 8-Channel 18650 Battery Tester showing power interface, control buttons, TFT screen, cooling fan, battery holders, and external test terminals.
Nọmba 3.2: Alaye view of key components.

This image provides a closer look at the various interfaces and components:

  • Ni wiwo Ipese Agbara: DC5.5 interface and 5V positive/negative welding spots.
  • Ibi iwaju alabujuto: Includes buttons for CHN Switch, Run/Stop, S-SET, and MENU.
  • Ifihan: 2.4-inch TFT screen for real-time data.
  • Olufẹ itutu: For active heat dissipation.
  • Awọn dimu batiri: Eight slots for 18650 batteries.
  • External Test Terminals: 2P terminals for external discharge testing (Point B).
  • Awọn Atọka Ipo LEDs indicating channel status (Off is Stop, Flash is Running, ON is Complete).

4. Imọ ni pato

ParamitaIye
AwoṣeE26150
Ohun eloṢiṣu
Awọn ọna Voltage5VDC, 10A (Overvoltage will cause damage)
Ọlọpọọmídíà InterfaceDC5.5 interface, 5V positive and negative welding spots
Power Reverse Connection ProtectionAtilẹyin
Ikanni Iru8 ominira awọn ikanni
Amuṣiṣẹpọ ikanniSupports 8-channel setting synchronization, individual parameter settings
Gbigba agbara lọwọlọwọApprox. 1A non-constant current (not adjustable)
Charge Stop Voltage3.7V, 3.8V, 3.9V, 4.0V, 4.1V, 4.2V (6 levels adjustable)
Gbigba agbara Ifopinsi Lọwọlọwọ100mA, 200mA, 300mA (adjustable)
Sisọ lọwọlọwọApprox. 1A non-constant current (not adjustable)
Discharge Stop Voltage2.0V to 3.6V (17 levels adjustable)
Duro AkokoAwọn iṣẹju 1-5 (ṣe atunṣe)
Ifihan2.4-inch TFT Ifihan
Internal Resistance Detection2-wire (DC) method (for sorting/analogy only)
Ipo Itanna OoruActive heat dissipation
Overheat IdaaboboAtilẹyin
Cyclic Charge/DischargeAuto mode supports one cycle (Charge-Discharge-Charge) only
External Test SupportExternal discharge via 2P terminals (one channel at a time)
Batiri Yiyipada AsopọmọraAtilẹyin
Iwọn ọja310 x 112 x 38mm (12.20 x 4.41 x 1.50 inches)
Iwọn Ọja397g (0.88 poun)

5. Eto

Follow these steps to set up your KKnoon 8-Channel 18650 Battery Tester for operation.

  1. So agbara: Connect a 5VDC, 10A power supply to the DC5.5 power interface. Ensure the power supply meets the specifications to prevent damage.
  2. Fi awọn batiri sii: Carefully insert the 18650 batteries into the designated slots, paying attention to the positive and negative poles. Ensure correct polarity to avoid triggering reverse connection protection.
  3. Ṣayẹwo akọkọ: After connecting power and inserting batteries, the device will power on. Observe the 2.4-inch TFT display for initial status.
  4. Prepare for Test: The device is now ready for test configuration. Do not leave the site unattended during testing.
Image showing the 'Steps to use' section on the TFT display, detailing power connection, battery insertion, program start, and result checking.
Figure 5.1: On-screen guide for initial setup and operation.

This image illustrates the basic steps for using the tester as displayed on its screen, including connecting the 5V/10A power supply, inserting batteries with correct polarity, starting the test program, and checking the results.

6. Awọn ilana Iṣiṣẹ

The tester offers multiple operation modes for various battery testing needs.

6.1. Awọn ọna Isẹ Ti pariview

Diagram illustrating the flow of different operation modes: AUTO, CHG (Charge), DSG (Discharge), and ACTI (Activate).
Figure 6.1: Illustration of mode flow.

This diagram visually explains the sequence of operations for the AUTO, CHG (Charge), DSG (Discharge), and ACTI (Activate) modes. Each mode has specific steps like 'Run', 'Charge Complete', 'Discharge Complete', and 'Test Complete'.

6.2. Mode Selection and Parameter Setting

Use the control buttons (CHN Switch, Run/Stop, S-SET, MENU) to navigate through the modes and adjust parameters.

6.2.1. Ipo AUTO

The AUTO mode performs a charge-discharge-charge cycle to determine battery capacity. Only one cycle is supported.

6.2.2. CHG (Charge) Mode

Charges the battery to a specified voltage.

6.2.3. DSG (Discharge) Mode

Discharges the battery to a specified voltage to measure capacity.

6.2.4. ACTI (Activate) Mode

This is a forced charging mode. Use with caution and only if you are a professional. Do not leave unattended.

6.3. Channel Synchronization

The device supports 8-channel setting synchronization, allowing you to apply the same parameters to multiple channels simultaneously, or set parameters individually for each channel.

Image showing the menu settings for channel synchronization and various parameters like voltage, current, and time.
Figure 6.2: Menu for channel settings and synchronization.

This image displays the on-screen menu, showing options for 'Sync CHN Setting', 'Mode', 'Vol-CHG1', 'Vol-CHG2', 'Cur-CHG', 'Vol-STOP', 'Wati', and 'Min'. These parameters can be adjusted for individual channels or synchronized across multiple channels.

7. Interface Display

The 2.4-inch TFT display provides comprehensive real-time data and status information.

Two screenshots of the TFT display. One shows an 8-channel overview with basic status for each, and the other shows detailed information for a single channel including voltage, current, capacity, and time.
Figure 7.1: 8-Channel overview and single channel detailed display.

This image shows two main display views:

  • 8-Channel Overview: Displays a summary of the status for all eight channels simultaneously, including voltage, lọwọlọwọ, ati agbara.
  • Single Channel Detailed Display: Provides in-depth information for a selected channel, such as real-time voltage, current, operating status, measured capacity, and total program execution time.

7.1. Data Points Explained

Detailed explanation of data points on the TFT display, including channel indication, real-time status, stop/end, real-time voltage, real-time working current, capacity metering, and total program run time.
Figure 7.2: Explanation of display data points.

This image highlights and explains the various data points shown on the TFT display during operation:

  1. Ifihan ikanni
  2. Real-time status indication (e.g., CHG/Discharge)
  3. STOP / END (AWAIT / DSG(discharge))
  4. Real-akoko batiri voltage itọkasi
  5. Real-akoko ṣiṣẹ lọwọlọwọ itọkasi
  6. Iwọn agbara
  7. Lapapọ akoko ṣiṣe eto (wakati: iṣẹju: iṣẹju-aaya)
  8. Battery internal resistance (measured by DC two-wire method)

The display also supports single channel charge and discharge curve display, providing a visual representation of battery performance over time.

8. Itọju

9. Laasigbotitusita

IsoroOwun to le FaOjutu
Ẹrọ naa ko ṣiṣẹ.Ipese agbara ti ko tọ voltage/current, loose power connection.Ensure a 5VDC, 10A power supply is correctly connected. Check power cable integrity.
Battery not detected or error message.Incorrect battery insertion (polarity), battery type incompatibility, damaged battery.Re-insert battery with correct polarity. Ensure it's a flat-head 18650 battery. Do not test damaged or leaking batteries.
Test stops unexpectedly.Overheat protection triggered, battery fault, incorrect parameter settings.Ensure adequate ventilation. Check battery condition. Verify test parameters (stop voltage, termination current).
Inaccurate capacity readings.Improper calibration (not user-adjustable), battery degradation, incorrect test parameters.Ensure batteries are fully charged/discharged before testing. Verify test parameters. Note that internal resistance measurement is for sorting/analogy only.

10. Atilẹyin ọja ati Support

For warranty information, technical support, or service inquiries, please refer to the official KKnoon webojula tabi kan si wọn onibara iṣẹ taara. Tọju iwe-ẹri rira rẹ bi ẹri rira.

Olupese: KKnoon
Awoṣe: E26150

Documents - KKnoon – E26150

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