Description
The SE8FF-02 RJ45 Adapter is a high-performance feedthrough coupler designed to seamlessly link cables in networking environments. This compact and lightweight adapter is engineered to accommodate the SE8MC-02 model and boasts a sleek design, making it an excellent addition to any setup.
Key Features:
- Efficient Cable Linking: The SE8FF-02 serves as a reliable RJ45 feedthrough coupler, enhancing connectivity between cables.
- Compact Design: With a shorter length and exquisite build, it maximizes space while maintaining functionality.
- Compliance Standards: The adapter complies with CAT 5e specifications according to TIA/EIA 568B and ISO/IEC 11801 standards, ensuring high-quality performance in data transmission.
- Lightweight Construction: Designed for portability, this adapter enables fast and stable signal transmission without the added bulk.
Product Parameters:
- Connection Type: Adapter
- Contact Resistance: < 10 mΩ
- Rated Current: 1.5 A
- Rated Voltage: 50 V
- Insulation Resistance: ≥ 0.5 GΩ
- Dielectric Strength: 1 KV DC
- Frequency Range: 1~100 MHz
- Transmission Performance: CAT 5e Compliant
Mechanical Specifications:
- Insertion Force: ≤ 20 N
- Service Life: > 1000 mating cycles
- Locking Device: Equipped with a latch lock for secure connections.
Material and Environmental Parameters:
- Contacts: Copper alloy
- Insert Material: PBT
- Contact Surface: Gold plating
- Panel Material: Zinc alloy
- Temperature Range: -30 °C to +80 °C
- Protection Rating: IP65, providing dust and water resistance.
Standards and Certifications:
- Complies with TIA/EIA 586B and IEC11801 standards for reliability and performance.
Packaging: The SE8FF-02 is packaged in a PE bag, with one piece per bag. Each inner carton contains 50 pieces, and there are five inner cartons per master carton, totaling 250 pieces per master carton.
This versatile and dependable RJ45 adapter is ideal for a wide range of networking applications, making it a must-have for IT professionals and businesses looking to enhance their network connectivity solutions.
