DTAP CAN 2+6 PIN FEMALE SOCKET (05f5)
Part Number: N/A
Brand:
₹125.00
In Stock: 99967 units
Product Description
D-TAP CAN 2+6 Pin Female Connector – High-Performance Power and Data Solution
The D-TAP CAN 2+6 Pin Female Connector is a versatile, high-quality connector designed for power transmission and CAN communication in electric vehicles (EVs) and industrial systems. This connector supports multi-channel operations, making it ideal for battery management systems (BMS), robotics, and other electronic applications requiring stable and secure connections. With 2 power pins and 6 signal pins, it offers efficient, safe, and reliable connections for data and power transfer.
Key Features
- 2+6 Pin Configuration: Allows simultaneous power and CAN data transfer.
- Durable Design: Constructed from high-quality plastic and metal contacts for long-lasting use.
- CAN Bus Compatible: Ideal for Controller Area Network (CAN) applications in electric vehicles and automation systems.
- Secure Locking Mechanism: Tight-fit design prevents accidental disconnections, ensuring stable performance.
- Easy Installation: User-friendly design for quick and hassle-free setup.
- Reliable Power Delivery: Supports high-current and low-resistance power transmission.
- Environmental Protection: Resistant to moisture, dust, and temperature fluctuations.
- Wide Compatibility: Works with D-TAP Male Connectors, BMS systems, EV controllers, and more.
Technical Specifications
- Product Name: D-TAP CAN 2+6 Pin Female Connector
- Connector Type: D-TAP Female – 2 Power Pins + 6 Signal Pins
- Material: Reinforced Plastic Housing with Metal Contacts
- Pin Configuration: 2 Power Pins + 6 Data Pins (CAN Bus compatible)
- Wire Compatibility: Suitable for high-current and low-voltage applications
- Current Rating: Supports high-current power delivery
- Voltage Rating: Compatible with low and medium voltage systems
- Temperature Range: Operates between -40°C to +85°C
- Locking Mechanism: Secure latch for a firm connection
- Compatibility: Compatible with D-TAP male connectors and CAN-enabled systems
- Usage: Designed for multi-channel power and data transmission
Applications of D-TAP CAN 2+6 Pin Female Connector
The D-TAP CAN 2+6 Pin Female Connector is designed for various power and data applications, including:
- Electric Vehicles (EVs): Facilitates power and CAN bus communication in e-bikes, scooters, and electric cars.
- Battery Management Systems (BMS): Connects BMS modules for efficient energy monitoring.
- Industrial Automation: Powers motors, sensors, and controllers in factory automation.
- Robotics: Enables secure and reliable power/data transfer for robotic systems.
- Communication Systems: Transmits data signals and power in networked devices.
- Medical Devices: Provides reliable connectivity in healthcare and diagnostic equipment.
Benefits of the D-TAP CAN 2+6 Pin Female Connector
- Enhanced Connectivity – Supports both power and CAN data transmission.
- Durable & Long-Lasting – Made from premium materials for industrial and automotive use.
- Secure Fit – Locking mechanism prevents loose or unstable connections.
- High Efficiency – Ensures low-resistance and efficient power delivery.
- Weather-Resistant – Withstands harsh environmental conditions.
- Easy to Use – Plug-and-play installation for quick setup.
Why Choose the D-TAP CAN 2+6 Pin Female Connector?
1. Premium Quality: Engineered for high performance and long-term durability.
2. Versatility: Suitable for EVs, BMS, robotics, and industrial automation.
3. Secure & Reliable: Provides a stable connection with a locking latch.
4. Optimized Performance: Designed for efficient power and signal transfer.
5. Easy Integration: Compatible with D-TAP male connectors and CAN-enabled systems.
Specifications
- Category: POWER CONNECTOR (CHOKARI)
- Subcategory: Not specified
- Brand: Not specified
- SKU/Code: Not specified
- Price: ₹125.00
- Available Stock: 99967
- Weight: Not specified
- Dimensions: Not specified
- Material: Not specified
- Color: Not specified
- Warranty: Not specified
Compatible Vehicles
No specific compatibility information available.
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