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1SET 64320-3311 64320-3318 64320-3319 64320-3315 643201301 Molex 48 Pin ECU Automotive connector CMC Receptacle wire harness
Premium Molex 64320 series 48-pin ECU automotive connectors with CMC receptacle design. Reliable wire harness solution for engine control unit applications. Durable, precise fit, and weather-resistant for professional use.
5/5
35 sales
5 Reviews
10,25€
12,06€
-15%
The price includes VAT
Key points
- Highly compatible with major automotive ECU systems
- Durable CMC receptacle design for secure and stable connection
- Resistant to vibration, moisture, and temperature extremes
- Precision-engineered for seamless plug-and-play installation
- Complete set includes multiple essential Molex part numbers View product presentation
Certificate
RED
Shipped from : China Mainland
Color: 10x 64320-1301
France
Shipping fee 3,86€
Delivery: jun 01 - 10
CAINIAO_STANDARD
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Product presentation
Upgrade Your Vehicle's Electrical System with Premium Molex 48-Pin ECU Connectors – Reliable, Precise & Built to Last!
This high-quality automotive connector set includes multiple Molex part numbers (64320-3311, 64320-3318, 64320-3319, 64320-3315, and 643201301) designed for reliable electrical connections in vehicle engine control units (ECU). Featuring a durable 48-pin CMC receptacle configuration, this wire harness ensures optimal signal transmission and resistance to vibration, moisture, and extreme temperatures. Ideal for automotive repair, aftermarket upgrades, or OEM replacements, these connectors are precision-engineered for secure mating, easy installation, and long-term performance in demanding environments.
| Brand Name DACIKEYS |
| High-concerned chemical None |
| Origin Mainland China |
| Model Number 64320-3311 6432-3318 64320-3319 64320-3315 64320-1301 64323-1029 |
Reviews
Professional-grade components. No issues after 10,000 miles of use.
Very reliable product. Slight difficulty with initial alignment but worked fine once installed.
Used these connectors for a customer’s truck and they’ve held up perfectly under harsh conditions.
