CENO Through hole slip ring for crane ECN038-03P1-36S

Product catalog summary

Overview: The ECN038-03P1-36S is a through-hole slip ring designed by CENO Electronics Technology Co., Ltd. It is used in electromechanical applications to transmit power, electrical signals, and data through a 360° rotating joint from a stationary to a rotating part. Typical applications include cranes and radars.

Features:

Capable of transmitting data and signals, compatible with data bus protocols.
Can integrate hydraulic, pneumatic, fiber optical, and RF rotary joints.
Offers low torque, smooth rotation, and high-speed operation.

Applications:

Construction engineering
Package equipment
Medical equipment

Optional Features:

Customizable through-hole size
Variable circuit number
Adjustable current rating
Different installation methods
Various IP protection grades

Specifications:

Current: 10*2A, 26*1A, 3*5A
Voltage: 380VAC
Electrical noise: ≤70mΩ@6VDC, 50mA
Dielectric strength: ≥500V@50Hz
Insulation resistance: 300MΩ@100VDC
Operating speed: 0-500 rpm
Contact material: Gold to gold
Operating temperature: -30~+40℃
Through bore size: 38.1mm
IP protection grade: IP44

Catalog excerpts

CENO Through hole slip ring for crane ECN038-03P1-36S-1

ECN038-03P1-36S Through Hole Slip Ring Slip rings are used in electromechanical applications for transmitting power, electrical signals and data through a 360°rotating joint from a stationary part to a freely rotating part. Typical use applications are cranes and radars.below through hole slip ring with 38.1 hole size ,rotation speed can reach 500 rpm,fast and smooth rotation. Applications ♦ Construction engineering ♦ Package equipment ♦ Medical equipment Optional ♦ Through hole size ♦ Circuit number ♦ Current rating ♦ Installation way ♦ IP protection grade Features ♦ Transmit data and signal,compatible with data bus protocol ♦ Integrate hydraulic,pneumatic,fiber optical,RF rotary joint ♦ Low torque, smooth rotation,high speed Outline Drawing Slop turn plots [Con accommodate) Stator Lead Wire

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