Amass XT30 Male to Open End Tinned Cable
Keywords :
XT30 Tinned Wire Cable
Specification :
XT30 Male Pigtail Cable
Performance :
PCM-HD-0282
Category :
XT30 XT60 Cable
Detail
Amass XT30 Male to Open End Tinned Cable
PCM-HD-0282 is an Amass XT30 Male to Open End Tinned Cable designed for efficient power distribution, soldering applications, and custom wiring assemblies. Featuring a durable XT30 male connector, 16AWG power cable, and a 1.2-meter overall length, this cable provides a reliable connection solution for low-voltage DC power systems. The open-end side includes 10cm stripped conductors with 3mm pre-tinned wire ends, allowing direct soldering to PCBs, terminal blocks, controllers, and custom electrical assemblies. Ideal for robotics, DIY battery systems, 3D printer modifications, industrial control modules, and prototype development, PCM-HD-0282 helps reduce installation time while ensuring dependable electrical performance.

Why Choose PCM-HD-0282?
Reduces Installation Time and Labor Costs
Pre-tinned leads simplify the soldering process, reducing assembly effort and improving production efficiency.
Supports Higher Current Loads
Built with 16AWG conductors, the cable offers lower resistance and improved current-carrying capability compared to smaller wire sizes.
Durable for Industrial Environments
The robust connector construction and quality cable materials support long-term use in industrial, automation, and electronic equipment.
Ideal for Custom Harness Development
The open-end configuration provides maximum flexibility for OEM wiring projects, custom equipment integration, and prototype development.
Reliable XT30 Power Interface
The XT30 male connector provides a secure and stable power connection, helping maintain consistent electrical performance in demanding applications.
Ready for Direct Soldering
The cable features 10cm pre-stripped conductors with 3mm tinned ends, eliminating additional wire preparation and enabling faster assembly during installation.
Specifications :
| Part Number | PCM-HD-0282 |
| Product Name | XT30 Male to Open End Tinned Cable |
| Connector A | Amass XT30 Male |
| Connector B | Open End Tinned Wire |
| Wire Gauge | 16AWG |
| Cable Length | 1.2m |
| Stripped Wire Length | 10cm |
| Tinned Length | 3mm |
| Conductor Color | Red / Black |
| Cable Type | Power Cable Assembly |
| Application | Power Distribution & Soldering |
| Custom Length | Available |
| OEM/ODM Service | Available |
Typical Applications :
DIY Battery Systems
Commonly used in custom battery packs and portable power projects requiring an XT30 power interface.
Custom Harness Assemblies
Frequently used as a building block in customized cable assemblies and OEM equipment wiring solutions.
3D Printer Modifications
Provides a convenient solution for upgrading or replacing power wiring in desktop and industrial 3D printers.
Industrial Control Modules
Can be integrated into industrial control cabinets and electronic modules requiring reliable DC power connections.
Prototype Development
Ideal for engineering evaluation, proof-of-concept designs, and rapid prototyping projects where flexible wiring is required.
Internal Robotic Wiring
Suitable for connecting controllers, motor drivers, battery modules, and power management systems within robotic equipment.
PCB Power Soldering
The pre-tinned wire ends allow direct soldering to printed circuit boards, making installation faster and more efficient for power distribution circuits.

FAQ :
What connector is used?
The cable uses an XT30 male connector.
Can the cable be directly soldered to a PCB?
Yes. The stripped and tinned wire ends are designed for direct soldering applications.
Is this cable suitable for DIY battery projects?
Yes. It is widely used in battery systems, portable power equipment, and hobby electronics.
Can I order custom cable lengths and wire specifications?
Yes. OEM and ODM customization services are available for cable length, wire gauge, and connector configurations.
Why use a pre-stripped and tinned cable instead of standard open wires?
Pre-stripped and tinned conductors reduce assembly time, improve soldering efficiency, and help ensure more consistent installation quality.
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