diymore 1865O Battery Holder Double

diymore 18650 Battery Holder Double Li-ion V8 Shield Power Bank Charging Module User Manual

Introduction

This manual provides instructions for the diymore 18650 Battery Holder Double Li-ion V8 Shield Power Bank Charging Module. This module is designed to provide portable power for various DIY electronics projects, including those involving Raspberry Pi and Arduino, by utilizing two 18650 Li-ion batteries. It features both 3V and 5V output capabilities and Micro USB charging.

Product Overview

The diymore 18650 Battery Holder Double Li-ion V8 Shield is a compact power solution. It includes a battery holder for two 18650 cells, a Micro USB input for charging, and multiple output pins for 3V and 5V power. An ON/OFF switch controls the power output.

diymore 18650 Battery Holder Double with USB cable

Image: The diymore 18650 Battery Holder Double module with an included Micro USB cable.

Top view of the 18650 Battery Shield V8 showing ports

Image: Top view of the 18650 Battery Shield V8, highlighting the 5V USB Output, Micro USB input, and Type-C input ports. Note: Batteries are not included.

Detailed diagram of the 18650 Battery Holder Double

Image: Detailed diagram of the 18650 Battery Holder Double, indicating the ON/OFF switch, 3V output ports, 5V output ports, USB 5V output, Micro USB, Type-C, and battery polarity markings.

Setup Instructions

  1. Battery Installation:

    Insert two 18650 Li-ion batteries into the battery holder. Pay close attention to the positive (+) and negative (-) markings on the board and the batteries. Incorrect installation will damage the module. Ensure the batteries are 65mm in length. The module supports two series-connected 18650 cells (nominal voltage 4.2V each).

    Video: A short demonstration of inserting 18650 batteries into the holder, emphasizing correct polarity and the series connection for external power input.

  2. Charging the Batteries:

    Connect a Micro USB cable to the Micro USB input port on the module. The charging current is approximately 600mA-800mA. The module will charge the installed 18650 batteries.

  3. Connecting to Devices:

    Use the designated 3V output ports (1A max) or 5V output ports (2.2A max) to power your electronic projects. The USB 5V output port can also be used for devices requiring 5V power.

Operating Instructions

  1. Powering On/Off:

    Use the ON/OFF switch located on the module to control the power output to connected devices. Ensure the switch is in the "ON" position for power delivery.

  2. Voltage Outputs:
    • The module provides 3V output at up to 1A.
    • The module provides 5V output at up to 2.2A.

    Connect your devices to the appropriate voltage output pins based on their power requirements.

  3. Charging Status:

    While charging via Micro USB, the module's indicator lights will show the charging status. Refer to the product's visual diagrams for specific LED indications.

Maintenance

Troubleshooting

Specifications

FeatureSpecification
Branddiymore
Model1865O Battery Holder Double
Battery Type Supported2 x 18650 Li-ion (65mm length recommended)
Micro USB Charging Current600mA-800mA
3V OutputUp to 1A
5V OutputUp to 2.2A
Package Dimensions4.8 x 2.32 x 1.06 inches
Item Weight1.76 ounces
Recommended UsesIndoor DIY electronics projects

Warranty and Support

For warranty information and technical support, please refer to the seller's policies on the platform where the product was purchased. Keep your purchase receipt for any warranty claims.

Related Documents - 1865O Battery Holder Double

Preview DIYMORE 6DOF Robotic Arm Assembly Guide
A comprehensive guide for assembling the DIYMORE 6DOF Robotic Arm kit, detailing parts identification, step-by-step assembly instructions, and tips for successful construction.
Preview diymore Robot Arm Assembly Guide: Step-by-Step Instructions
A comprehensive guide to assembling the diymore 6DOF Robotic Arm Kit. This manual provides detailed step-by-step instructions, a complete parts list, and helpful tips for building your own robotic arm using MG996 servos and compatible with Arduino and Raspberry Pi.
Preview ESP32-CAM: Arduino IDE Setup for Video Streaming and Photography
A comprehensive guide to setting up the Arduino IDE for the ESP32-CAM module. Learn how to install the IDE, configure the ESP32 board support, and run the example code for video streaming and taking photos.
Preview diymore DC 5V/12V 4 Channel Bluetooth Relay Module - Smart Home Control
Detailed overview of the diymore DC 5V/12V 4-channel Bluetooth relay module for smart home automation. Features remote control via mobile APP, JDY-31 Bluetooth module, and 10A relays.
Preview Operating Instructions for Diymore Adjustable Voltage Regulator
Detailed operating instructions and parameter settings for the Diymore Adjustable Voltage Regulator DC Buck Boost Converter, covering voltage and current adjustment, protection settings, and calibration.
Preview DIYMORE DSO 138 Oscilloscope Case DIY Kit Installation Guide
Step-by-step installation guide for the DIYMORE DSO 138 Oscilloscope Case DIY Kit. Learn how to assemble the acrylic case for your DSO 138 oscilloscope.