COUPLER [TRI PIN] (M+F) (COUPLER [TRI PIN] (M+F))

#Compatible with Flasher Mcb & Coupler

COUPLER [TRI PIN] (M+F)

Description COUPLER TRI PIN (MALE + FEMALE) � 3-Pin Connector for Electric Scooters Enhance your electric scooter's wiring system with the COUPLER TRI PIN (MALE + FEMALE). This high-quality, reliable, and efficient 3-pin electrical connector is designed to simplify connections and ensure seamless performance. Whether you're assembling, repairing, or upgrading your electric scooter, this connector provides secure and stable connections for a range of components, including lights, sensors, brake systems, and more. Built for durability and ease of installation, the COUPLER TRI PIN (MALE + FEMALE) is an essential component in any DIY electric vehicle project or scooter maintenance kit. The 3-pin configuration allows for the management of multiple signals, making it ideal for connecting components that require both power and signal wires.

Key Features

• OEM Grade Precision Engineering: Manufactured strictly to OEM specifications for seamless fitment and peak performance.
• Durable Industrial Construction: High-grade materials tested to withstand continuous heavy-duty electric vehicle usage.
• Direct Plug & Play Fitment: Standardized connectors and wiring harness for hassle-free installation.
• Certified Quality Assured: Tested for high electrical reliability, thermal safety, and maximum efficiency.

Product Specifications

• Model: COUPLER [TRI PIN] (M+F)
• Category: Flasher Mcb & Coupler
• Compatibility: Electric Bikes, Scooters, E-Rickshaws & Smart Mobility
• Input Voltage: AC 100–240V, 50/60Hz

Why Choose the COUPLER [TRI PIN] (M+F)?

1. Reliable Performance: Engineered and tested to provide consistent output and dependable operation in all driving conditions.
2. Certified Safety & Quality: Manufactured to adhere to strict electrical and thermal safety standards to safeguard your vehicle components.
3. Extended Lifespan & Value: Premium build quality reduces replacement frequency and ensures long-term reliability.