Description
The QS10P-L Anti-Spark Female Connector is engineered for heavy-duty, ultra-high-power electrical systems, including high-capacity energy storage battery banks, new energy applications, electric motorcycles, and heavy electric vehicles. Built with rugged nylon plastic housing and robust gold-plated 8mm copper contact sockets, this connector is designed to withstand massive electrical loads without thermal degradation.
Featuring an integrated anti-spark mechanism, it effectively neutralizes initial surge currents to protect your speed controllers, ESCs, and battery terminals from harmful arcing. Supporting continuous currents ranging from 210A to 270A and wide wire compatibility from 4AWG to 10AWG (with an operational temperature range of -30°C to 200°C), this female connector ensures ultra-reliable and safe power transmission in the most demanding environments.
Note: This package includes the female connector housing and contact. Ensure proper wire stripping, crimping, and insulation methods are used to match the 4AWG-10AWG gauge range securely.
Key Features
- High Current Support: Handles massive continuous currents between 210A to 270A, specifically designed for heavy-duty, high-power electrical applications.
- Anti-Spark Design: Integrated anti-spark mechanism prevents dangerous electrical arcing during initial connection, ensuring safer operation.
- Durable Materials: Constructed with a rugged Nylon plastic body and gold-plated copper connectors (8mm) for enhanced durability and conductivity.
- Temperature Resistance: Can withstand extreme operational temperatures ranging from -30°C to 200°C, with a maximum temperature rating of 200°C.
- Unpolarized / Reverse Design: Flexible, reverse-friendly structure allows for adaptable and error-free connections in complex setups.
- Customizable Wire Compatibility: Broadly compatible with thick wire gauges ranging from 4AWG to 10AWG for diverse cabling needs.
- Compact and Efficient: Small, space-saving design optimized to handle high current loads without taking up excessive space.
- Versatile Applications: Ideal for energy storage systems, electric motorcycles, folding lithium vehicles, and electric bicycles.
Benefits
- Protect Sensitive Electronics: Eliminates high-amp connection arcs that can fry expensive controller capacitors and battery management systems.
- Minimize Contact Wear: Prevents terminal pitting and surface degradation over hundreds of frequent plug and unplug cycles.
- Prevent Thermal Runaway: Premium gold-plated contacts minimize internal heat generation during peak power draws.
- Ensure Safe Handling: Built-in safety features reduce the risk of accidental electrical shocks or sparks in high-voltage setups.
- Long-Lasting Durability: Heavy-duty materials resist mechanical fatigue, vibrations, and high operational temperatures.
Applications
- Energy Storage Systems (ESS): Safe power routing for large lithium battery storage banks and solar power arrays.
- Electric Vehicles & Mobility: High-power connections for custom e-bikes, high-performance electric motorcycles, and light electric motor cars.
- Heavy-Duty Drones & UAVs: Main power supply harness connections for industrial multirotors and agricultural drones.
- Folding Lithium Vehicles: Secure main battery disconnections for high-draw portable electric personal mobility devices.
- Portable Power Generators: Reliable high-current interfaces for renewable energy storage and generation setups.
Package Includes
- 1 x QS10P-L Anti-Spark Female Connector
Specifications
| Parameter | Specification |
|---|---|
| Item Type | High-Current Anti-Spark Power Connector |
| Model Number | QS10P-L.F (Female Housing) |
| Gender | Female |
| Contact Material | Gold-Plated 8mm Copper Socket |
| Housing Material | High-Temperature Resistant Nylon Plastic |
| Current Handling Capacity | 210A to 270A Continuous |
| Recommended Wire Gauge | 4AWG to 10AWG |
| Operating Temperature Range | -30°C to +200°C |
| Net Weight / Shipping Weight | ~60 g / 0.083 kg |
| Shipping Dimensions | 9 cm × 10 cm × 3 cm |



























