6 Port XT60 Power Distribution Board Hub
PCM Cable Co., Ltd. is one of the leading 6 port xt60 power distribution board hub manufacturers and suppliers in China. Welcome to wholesale high quality customized products at discount price from our factory. Contact us for quotation and free sample.
Premier Cable PCM-S-0978 is a 6 Port XT60 Power Distribution Board designed for multi-device power management applications. It distributes power from a single main input source to six XT60 output ports, providing an organized and efficient power distribution solution.
Compared with traditional individual wiring methods, this XT60 Power Distribution Board reduces cable complexity, improves installation efficiency, and creates a cleaner power system layout. The six XT60 ports are suitable for applications requiring multiple power outputs, including drone platforms, robotics systems, mobile equipment, and high-power electronic devices.
With an optimized circuit layout, the 6 Port Power Distribution Board helps build a reliable power distribution architecture for systems requiring stable power delivery and convenient connection management.
Core Advantages
The heavy-duty 6 Port XT60 Power Distribution Board engineered by Premier Cable embodies elite design experience in large-current power management grids. In autonomous high-payload aircraft and automated hardware, simultaneous high-amp flow demands superior thermal balancing from power distribution blocks. This module completely replaces hazardous, high-resistance manual wire splicing, building a regulated heavy-load distribution network on one integrated deck. Its competitive advantage centers on sustaining micro-ohm impedance under long full-load operations, acting as a cool-running energy hub for multi-axis systems.
Stable Connection
Under hard maneuvers or ongoing mechanical shaking, minor electrical contact slips cause immediate, catastrophic system crashes. Countering this threat, this heavy Multichannel Parallel Busbar board integrates industry-standard XT60 receptors built with dense, high-tension copper sleeves that secure substantial structural grasp. Once plugged, the assembly locks in tightly to deliver unshakeable anti-vibration performance, ensuring continuous micro-volt electrical continuity through violent g-force drops and continuous dynamic travel.
Installation Requirements
Tailored for the congested battery chambers of UAVs and cramped electrical enclosures, this power board incorporates rigorous geometric space saving. The PCB layout features four standardized corner mounting holes paired with rugged nylon anti-vibration standoffs, supporting easy vertical stack aggregation. The recessed socket layout trims total module thickness, while the calibrated gaps between outlets offer comfortable finger access, ensuring smooth manual plugging or cable-tie dressing in dark chassis corners.
Products Specification
| Product Name | XT60 Male to 6-Port XT60 Female Power Distribution Cable |
| Drawing Number | PCM-0978 |
| P1 Connector | XT60 Male Connector |
| P2-P7 Connectors | 6 XT60 Female Connectors |
| Product Structure | 1 Input Channel to 6 Parallel Output Channels |
| Length | 500 + 20 mm |
| Wire rod | UL2464, 14AWG, 2-core, black PVC sheath, outer diameter 6.5 mm |
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Product Features
6-Way Parallel Equipotential Bus Topology
Featuring 6 genuine fire-retardant XT60 female sockets linked via an integrated internal bus, this grid distributes master source current equally across up to 6 electronic speed controllers or linear actuators.
Multi-Layer Heavy Copper Thermal Substrate
The core frame is forged with multi-layered low-impedance material layered with ultra-thick heavy copper traces. This layout cuts trace heat generation while upgrading peak overcurrent fuse protection under heavy loads.
Recessed Thru-Hole Double-Sided Welds
The terminal pins of each connector pass directly through the circuit core and are bound via double-sided wave soldering. This layout neutralizes aggressive mechanical leverage from repetitive plugging, preserving the copper pads.
High-Thermal Self-Extinguishing Fiberglass Shell
The main deck is shielded with high-rigidity, custom-formulated FR-4 military-grade glass-reinforced polymers. This insulation layer resists high soldering heat while introducing self-extinguishing safety boundaries during power spikes.
Core Application Scenarios
Multi-Axis Multi-Station Robotic Arms
Deployed as a standardized Multi-axis robotics power matrix inside advanced factory arms to deliver structured energy to discrete joint motors or micro actuator pumps
Heavy-Duty RC Cars & Marine Propulsion
Employed as a Heavy-duty RC power splitter hub within large scale electric crawlers or speed boats to branch single high-discharge packs into multiple speed drive rails.
Multi-Rotor Agriculture & Filming UAVs
Installed as a mission-critical High current drone PDB module inside industrial hexacopter or octocopter mainframes to distribute clean multi-amp juice to power ESCs.
Mapping Airships & Autonomous Unmanned Surface Vessels (USV)
Utilized within autonomous patrol boats or deep-sea mapping USVs to partition massive primary LiPo reserves out to localized thrusters and scanning telemetry modules.
Core Performance Advantages
Minimal Voltage-Drop Efficiency
Leveraging micro-ohm (μΩ) loop paths, this 6 Port XT60 Power Distribution Board maintains a near-zero voltage drop between source input and sub-ports during heavy-duty runtimes, optimizing battery output efficiency.
Aggressive Heat Dissipation Engineering
Thoroughly tested under high ongoing current draws, the exposed open-copper cooling channels ensure that thermal spikes stay locked in nominal bands, eradicating component damage caused by hot-spot buildup.
Common-Mode Surge Attenuation
The Multichannel Parallel Busbar geometry delivers intrinsic parasitic inductance suppression, filtering out reverse back-EMF spikes generated by brushless motor RPM adjustments to protect electronic flight chips.
High-Vibration Arc-Free Continuity
Featuring heavy-tension spring-loaded leaf contacts, the gold-plated interfaces preserve uninterrupted surface connection during harsh aerial shaking, completely cutting micro-arcing power micro-cutouts.
Frequently Asked Questions
Q1: What is the maximum current rating per port, and what is the maximum collective total input limit?
A1: Each independent XT60 outlet handles transient current spikes up to 60A (30A continuous). The total collective continuous input ceiling for the Multichannel Parallel Busbar grid is rated at 120A to 150A, depending on localized airflow cooling variables, making it optimal for heavy multi-rotor agricultural multi-motor drivetrains.
Q2: Does this distribution hub feature regulated sub-outputs (e.g., 5V or 12V for flight electronics), or is it pure raw battery voltage?
A2: This module is an un-regulated, purely physical high-power direct parallel routing hub. It contains no DC-DC buck IC components that could introduce active electronic switching noise, meaning all 6 outlets deliver identical source pack voltage. This direct wiring setup eliminates the single-point failure risk of an overheated regulator burning out and cutting main power to the craft.
Q3: What should I consider when soldering input wires? Are the onboard pads resilient against high iron temperatures?
A3: Because the PCB embeds heavy high-capacity copper sheets, its thermal absorption capacity is substantial. When terminating your main input power lines (10AWG or 12AWG silicone wires recommended), we advise using a high-performance soldering station rated at 90W+ set between 380°C to 420°C with a thick chisel tip for swift heat transfer. The military-grade FR-4 deck and genuine XT60 polymer possess high heat resistance, and will not experience blistering or delamination under standard professional workflows.
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