RJ7124 DB9 Crimping Pin Flat Cable – RS232 D-SUB 9PIN Gray Ribbon Cable
Product Specifications:
- Product Number: RJ7124
- Product Name: DB9 Crimping Pin Flat Cable – RS232 D-SUB 9PIN
- Core Material: Tinned Copper Wire
- Conductor Count: 9 Cores
- Nominal Cross-Section: 0.079mm²
- Voltage Rating: DC 300V
- Sheath Color: Gray
- Sheath Material: Eco-Friendly PVC
- Sheath Thickness: 0.23mm
- Insulation Material: Eco-Friendly PVC
- Insulation Color: Gray
- Insulation Thickness: 0.23mm
- Working Temperature: -20°C to 105°C
- Wire Gauge: UL2651, 28AWG
- Connector Type: DB9 Crimping Pin
- Application: Display Screen Serial Connection
Detailed Product Description:
The RJ7124 DB9 Crimping Pin Flat Cable is a premium quality ribbon cable designed for RS232 D-SUB 9PIN connections. This gray-colored cable features 9 cores of tinned copper wire, offering excellent signal transmission and durability. The 0.079mm² nominal cross-section ensures minimal signal loss, while the eco-friendly PVC insulation provides reliable protection against electrical interference and mechanical wear.
This cable is rated for DC 300V and is suitable for applications requiring high voltage resistance. The temperature range of -20°C to 105°C allows it to perform in harsh environments, making it ideal for use in display screens, industrial equipment, and communication systems. The DB9 crimping pin connectors ensure a secure and robust connection for RS232 serial data transmission.
With UL2651, 28AWG wire gauge, the cable is designed to meet high safety and reliability standards, ensuring long-lasting performance in electrical systems.
Key Features:
✅ 9 Tinned Copper Conductors – Ensures high conductivity and minimal resistance
✅ PVC Sheath & Insulation – Eco-friendly and provides durable protection
✅ Rated for DC 300V – Suitable for high-voltage applications
✅ Temperature Range: -20°C to 105°C – Reliable performance in varying environments
✅ DB9 Crimping Pin Connectors – Ideal for RS232 serial connections
✅ UL2651, 28AWG Wire Gauge – Ensures safety, durability, and flexibility
