• JHEMCU Ruibet 2-6S LiPo/LiHv battery discharger module with voltage display, XT30 and XT60 ports
  • JHEMCU Ruibet LiPo battery discharger module shown on digital scale, compact size reference
  • Discharger module powered on with LED voltage readout and balance plug lead connected
  • Multi-angle close-ups showing side profile, mounting screws, and XT30/XT60 connectors on PCB
1 4

JHEMCU Ruibet 2-6S LiPo/LiHv Lithium Battery Discharger Module w/ Voltage Display, XT30 XT60

JHEMCU Ruibet 2-6S LiPo/LiHv Lithium Battery Discharger Module w/ Voltage Display, XT30 XT60

JHEMCU

$29.00 USD
$29.00 USD
Sale Sold out
Taxes included. Shipping calculated at checkout.
  • PayPal
  • Visa
  • Mastercard
  • American Express
  • JCB
  • Discover
  • Diners Club
  • Google Pay
  • Apple Pay
View full details

Overview

The JHEMCU Ruibet 2–6S lithium battery discharger module is designed to discharge supported battery packs while measuring and displaying pack voltage. It features an onboard voltage display, a discharge status LED, and cell-count selection for 2S to 6S operation.

Key Features

  • Measures and displays battery voltage (3-digit voltage display)
  • Built-in LED discharge indicator
  • Two working modes:
    • 3.8V Discharge Mode (default): discharges the battery to 3.8V for long-term storage without use
    • 0V Discharge Mode: insert the 2P jumper cap to enter 0V discharge mode
  • Supports 2S, 3S, 4S, 5S, and 6S discharge
  • Battery interfaces: XT30 / XT60
  • Onboard control button for selecting the corresponding discharge voltage level

Specifications

Brand JHEMCU
Series/Marking RUIBET
Product Lipo Discharger Module
Battery interface XT30 / XT60
Supported battery cells 2S - 6S
Indication status LED
Battery type (module label) Lipo/LiHv
Battery type (instruction text) Li-ion Battery / Lithium iron phosphate Battery
Printed reference voltages 7.6V / 11.4V / 15.2V / 19.0V / 22.8V
Weight 35.8 g

Discharge Power Reference

Cells Voltage (V) Current (A) Power (W)
2S 8.4 0.07 0.588
3S 12.6 0.08 1.008
4S 16.8 0.1 1.68
5S 21 0.1 2.1
6S 25.2 0.1 2.52

What's Included

  • LIPO Discharge x1
  • 2P*2.54MM jumper cap x1

Usage Method

  1. Determine the battery type and cells, then press the Button to select the corresponding discharge voltage level.
  2. When the LED is ON, the module is still discharging. When the LED turns OFF, discharge is complete.

Note: In 0V discharge mode, ignore the voltage display value until the white LED goes out and the discharge ends.

For product support and order assistance, contact https://rcdrone.top/ or email [email protected].

Details

JHEMCU Ruibet 2–6S LiPo/LiHv battery discharger module diagram with voltage display, LED, button and jumper

Clear onboard labels make setup straightforward: select 2S–6S, choose the discharge mode, and monitor pack voltage on the display.

JHEMCU Ruibet 2–6S LiPo/LiHv discharger module with 3-digit voltage display and XT30/XT60 ports

Compact discharger board with an integrated 3‑digit voltage readout and both XT30 and XT60 battery interfaces.

JHEMCU Ruibet discharger module on digital scale, approximately 35.8 g weight reference

Lightweight build keeps it easy to pack in a field kit or toolbox.

Voltage display lit during discharge with XT60 connected; discharge status LED on

The status LED indicates active discharging while the display provides a quick voltage check at a glance.

Battery discharger connected with XT30 lead; voltage display reading around 7.7V and discharge LED illuminated

Use the button to select the target level for your pack before starting the discharge cycle.

Top and bottom views of Ruibet LiPo discharger module, label lists 2S–6S reference voltages

Printed reference voltages on the housing help confirm the correct cell-count selection.

Angled front and back views of the JHEMCU Ruibet discharger module showing connectors and enclosureClose-up details of the discharger: button, jumper pins, XT ports, display and board markingsDischarge power reference table for 2S–6S packs listing voltage, current and wattage

Typical discharge current and power vary by cell count; refer to the table when estimating discharge time.

Related Collections