SPIDER Automation 4mm Gold-Plated Battery Connector Pair | Male & Female | Brass Power Connection
Description
The SPIDER Automation 4mm Gold-Plated Battery Connector Male/Female Pair is a machined connector set designed for reliable electrical connections between compatible batteries, electronic equipment, brushless motors and electronic speed controls. The set includes one male and one female 4mm sprung gold connector for creating a secure mating connection.
The connectors are manufactured from brass and finished with gold plating. Their low-resistance construction is designed to support efficient electrical current transfer, while the sprung contact arrangement provides a secure connection between the mating male and female components.
A rear-side cut is provided to facilitate soldering, making wire termination more convenient during assembly. The male and female connectors have specified lengths of approximately 19mm and 21mm, respectively.
The product is suitable for applications involving 3500mAh or larger battery systems and systems referenced at 80A+. The 80A+ figure is treated as an application/system reference and is not presented as a connector-specific current rating because a connector-rated current value was not provided.
Key Features
- 4mm Spring-Loaded Connectors: Provides a compact male/female connector pair with sprung contact construction.
- Male & Female Pair: Includes one mating connector of each gender.
- Brass Construction: Provides the conductive and mechanically robust connector material.
- Gold-Plated Contacts: Provides a conductive contact surface for the mating connection.
- Low-Resistance Design: Designed to support efficient electrical current flow.
- Rear-Side Solder Cut: Provides convenient access for soldering wires to the connector.
- 4mm Diameter: Provides the specified contact diameter for compatible mating components.
- 19mm & 21mm Lengths: Male and female connectors are specified with respective lengths of 19mm and 21mm.
- Power Connection Design: Suitable for compatible battery, motor and electronic power wiring.
Benefits
- Efficient Power Transfer: Low-resistance construction is designed to support efficient electrical flow.
- Secure Mating: Sprung connector construction provides a firm connection between compatible male and female contacts.
- Convenient Soldering: Rear-side cut simplifies wire attachment during assembly.
- Versatile Power Connectivity: Suitable for compatible battery, motor and ESC wiring applications.
- Durable Contact Construction: Brass base material with gold plating provides a robust conductive contact arrangement.
- Pair Configuration: Male and female connectors are supplied together for convenient installation.
Applications
- Battery-to-Electronics Connections: Suitable for connecting compatible battery systems to electronic equipment.
- Brushless Motor Connections: Suitable for compatible motor power wiring.
- ESC Connections: Applicable to compatible brushless motor and electronic speed-control wiring.
- High-Current System Wiring: Suitable for compatible systems referenced for 80A+ applications, subject to complete system design and connector limitations.
- Large Battery Systems: Suitable for compatible battery systems using 3500mAh or larger batteries.
- Custom Power Assemblies: Useful for electronic assemblies requiring a solderable 4mm male/female connector pair.
Package Includes
- 1 × 4mm Gold Connector Male/Female Pair – 1 Pair
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Type | Battery / Power Connector Pair |
| Connector Diameter | 4mm |
| Gender | Male & Female |
| Contact Type | Sprung Gold Connector |
| Material | Brass |
| Plating | Gold |
| Male Connector Length | 19mm |
| Female Connector Length | 21mm |
| Connection Type | Mating Male/Female Pair |
| Soldering Feature | Rear-Side Cut for Wire Soldering |
| Electrical Characteristic | Low-Resistance Connection |
| Application Reference | 3500mAh+ Battery Systems and 80A+ System Applications |
| Shipping Weight | 0.085kg |
| Shipping Dimensions | 6 × 6 × 3cm |



















