CENO Through Hole Slip Ring ECN025-12P

Product catalog summary

Product Overview: The ECN025-12P is a through hole slip ring designed for applications requiring signal and power transfer in compact spaces with a through hole for shafts or other feed-throughs. It features a modular design for flexibility in package size, circuit count, and power/signal circuit mix, utilizing advanced bundle brush technology for enhanced service life and transmission stability.

Features:

Supports both power and signal transmission
Integrates various signal types
Low friction
High reliability and long life

Applications:

Automation equipment
Amusement and construction engineering
Robotic arms

Options:

Customizable circuit number
Adjustable current rating
IP protection grade options
Various wiring methods
Different signal types

Specifications:

Current: 12 circuits at 2A each
Voltage: 380VAC
Electrical noise: Maximum 70mΩ at 50rpm
Dielectric strength: ≥1000V at 50Hz
Insulation resistance: 500MΩ at 500VDC
Operating speed: 0 to 1000rpm
Contact material: Precious metal
Operating temperature: -20°C to +60°C
Through bore size: Ø25.4mm
Protection grade: IP66

Catalog excerpts

CENO Through Hole Slip Ring ECN025-12P-1

CENO Electronics Technology Co.,Ltd ECN025-12P Through Hole Slip Ring Through bore slip rings is ideally suited for applications where signals and power need to be transferred in a compact space and a through hole is required to pass a shaft or other feed through. ECN series uses a modular design that allows for unprecedented flexibility with respect to package size, circuit count, and mix of power and signal circuits. ECN series uses CENO's advanced bundle brush technology to greatly increase service life and optimize transmission stability. Features ♦ Support power and signal transmitting ♦ Integrate various signal ♦ Low friction ♦ High reliability,long life Applications ♦ Automation equipment ♦ Amusement,construction engineering ♦ Robot arm Optional ♦ Circuit number ♦ Current rating ♦ IP protection grade ♦ Wiring way ♦ Signal type

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