Wave Guide slip ring with RF signal ( CPR284G(EIA RS-271A) )

• Customization: Available
• Certification: ISO9001, RoHS, CE, UL
• Transmission Medium: Optical Fiber Slip Ring
• Model NO.: ECN000-26P-01R
• Circuits & Current: 4*40A,10*1A,12*1A,1*Wave guide
• Voltage: 0~250VAC/VDC
• Dielectric strength: ≥1500V@50Hz(power) ≥500V@50Hz (signal)
• Insulation resistance: 500MΩ@500VDC 100MΩ@500VDC
• Contact resistance fluctuation: Max 50m&Omega
• Contact material: Precious metal
• Housing material: Aluminum alloy
• Working speed: 0~50 rpm
• Interface type: CPR284G(EIA RS-271A)
• Frequency range: 2.7~2.9 GHz
• Peak power ,max: 1.0MW
• Insertion loss ,max: 0.2dB
• VSWR,max: 1.2
• Transport Package: Carton Box
• Specification: Precious metal / Alloy / Engineer plastic
• Trademark: CENO
• Origin: Shen Zhen, China

Product Description

Product Description

The wave guide slip ring, also known as the wave guide rotary joint, it is specially developed for microwave transmission.

It has the ability to transmit high frequency bandwidth and high power. The highest frequency can reach 94GHz. It can

provide 1 channel of separate wave guide transmission,it can also be used as a conductive slip ring to achieve

simultaneous transmission of wave guide, coaxial, power and precision signals, etc.

Features

1. Simultaneous transmission waveguide and coaxial signal

2. Strong anti-interference ability

3. Integrate high frequency signaland power

Applications

1. Defensive system

2. Radar antenna

3. Microwave antenna test bench

Optional

1. Channel number

2. Current rating

3. Signal type

4. Frequency range

 

 

 

Product Parameters

ECN000-26P-01R	Specification
Current	4*40A,10*1A,12*1A,1*Wave guide
Voltage	0~250VAC/VDC
Electrical noise	≤30mΩ(50rpm)
Dielectric strength	≥1500V@50Hz(power) ≥500V@50Hz (signal)
Insulation resistance	500MΩ@500VDC(power) 100MΩ@500VDC(signal)
Operating speed	0-50 rpm
Interface type	CPR284G(EIA RS-271A)
Frequency range	2.7~2.9 GHz
Peak power ,max	1.0MW
Insertion loss ,max	0.2dB
VSWR,max	1.2

 

Outline drawing