6Pin 5A High Current Magnetic Pogo Pin Connector Set with 15cm Cable

Specifications:

• Operating Voltage: 5V - 24V 
• Maximum Current: 5A (total capacity)
• Number of Pins: 6 (2 Power + 4 Data/Auxiliary) 
• Connector Type: Magnetic Spring-Loaded Pogo Pin (Male & Female Pair)
• Cable Length: 15cm (pre-soldered on both halves)
• Mounting Style: Free-hanging / inline cable
• Magnetic Configuration: Self-aligning with reverse polarity protection built-in 

Minimum hardware to get started:

• Soldering Iron & Solder : to securely attach the bare 15cm cable ends to your PCB, battery, or existing wiring harness.
• Heat Shrink Tubing : essential to insulate your solder joints and prevent accidental shorts.
• Power Source & Load : a compatible DC power supply or battery, and the peripheral or board you intend to power.

Safety Warnings:

• Short Circuit Risk: Magnetic connectors attract metallic debris (screws, wire clippings, iron dust). Always inspect the mating surfaces before snapping them together to ensure no metal is bridging the exposed power pins.
• Current Limits: The 5A rating is the total maximum capacity. Do not attempt to pull 5A through a single data pin; distribute heavy loads across the thicker outer pins.
• Polarity Verification: Because the pigtail wires may use generic color coding, always map and verify your connections with a multimeter before applying live power.

Accessories
Included in the Box:

• 1× 6P 5A Magnetic Pogo Pin Male Connector with 15cm Cable
• 1× 6P 5A Magnetic Pogo Pin Female Connector with 15cm Cable
   

Frequently Asked Questions

• Is this magnetic connector compatible with Arduino and ESP32?
  Yes, the inner pins can safely carry logic signals from 3.3V or 5V microcontrollers like Arduino and ESP32.
• Can I use this for outdoor projects?
  No, the exposed pins are not waterproof or sealed, so it should only be used in dry environments or protected enclosures.
• Does this work as a direct replacement for standard USB cables?
  While it can carry USB voltage and data, you will need to manually splice and solder the connections; it is not a plug-and-play USB cable.
• Will it hold together on a moving robot or drone?
  The magnetic connection is strong enough for stationary or lightly moving projects, but high-vibration applications may cause momentary disconnects.
• What is the maximum voltage this connector can handle?
  It is typically rated for standard DC ranges between 5V and 24V.
• Can I push 5A through a single pin?
  No, the 5A rating is the total combined capacity; distribute high currents across the two thicker outer power pins.
• Is it safe to hot-swap power connections with this pogo pin?
  While possible, frequent hot-swapping under heavy load may cause micro-arcing that degrades the spring contacts over time.
• How do I connect the 15cm cable to my board?
  The cables have bare wire ends that must be soldered directly to your PCB or spliced into your existing wiring using heat shrink or crimps.
• Does the connector have polarity protection built in?
  No, you must ensure you wire the positive and negative ends correctly on both halves to avoid short circuits.
• Are the wires color-coded for specific functions?
  The wires may have generic coloring, so it is highly recommended to use a multimeter to map each wire to its corresponding pin before applying power.
• Do I need a specific library to use this connector?
  No, this is a purely passive electrical component that does not require any software or libraries to function.
• Can I transmit UART or I2C data through these pins?
  Yes, the four inner pins are perfect for low-current serial data transmission like UART, I2C, or SPI.
• Will the magnetic connection cause interference with data lines?
  The static magnetic field generally does not interfere with standard low-speed data protocols like I2C or UART.