Gigabit slip ring with 25.4mm through hole ECN025-08P2-02EG

Product catalog summary

Product Overview: The ECN025-08P2-02EG is a hollow shaft Ethernet slip ring designed by CENO Electronics Technology Co., Ltd. It facilitates the transmission of 100M/1000M Ethernet signals and includes 10 amp power connections. Key benefits include reliable transmission, no package loss, no cross talk, low loss, and low electrical noise, with Ethernet cables terminated with RJ45 connectors.

Features:

Multiple Ethernet channel, power, and signal combinations available.
RJ45 connector for direct plug-and-play standard.
High-performance contact technology ensuring smooth rotation.

Applications:

1000BaseT transmission.
CCTV IP-surveillance.
Amusement equipment.

Optional Features:

Customizable through hole size.
Adjustable current rating.
Different Ethernet signal types.
Various IP protection grades.

Specifications:

Current: 8*10A, 2*1000M Ethernet.
Voltage: 380VAC.
Electrical noise: ≤70mΩ at 50rpm.
Dielectric strength: ≥1000V@50Hz (power), ≥500V@50Hz (signal).
Insulation resistance: 500MΩ@500VDC (power), 100MΩ@100VDC (signal).
Operating speed: 0-300 rpm.
Contact material: Precious metals.
Operating temperature: -20 to +60℃.
Through bore size: 25.4mm.
IP protection grade: IP54.

Catalog excerpts

Gigabit slip ring with 25.4mm through hole ECN025-08P2-02EG-1

ECN025-08P2-02EG Ethernet Slip Ring Hollow shaft Ethernet slip rings transmit 100M/1000M Ethernet signal. Ethernet connections with a combination of 10 amp power connections,with advantages of reliable transmitting,no package loss,no cross talk,low loss, low electrical noise and Ethernet cables terminated with RJ45 connectors. Applications ♦ 1000BaseT transmission ♦ CCTV IP-surveillance ♦ Amusement equipment Optional ♦ Through hole size ♦ Current rating ♦ Ethernet signal type ♦ IP protection grade Features ♦ Available with multiple Ethernet channel, power and signal combinations ♦ RJ45 connector for direct plug-and-play standard ♦ High performance contact technology,smooth rotation

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