CENO slip rings for CCTV applications

Voltage: 380 V
Primary current: 2, 5, 10, 15 A
Rotational speed: 300 rpm - 2,000 rpm

Through hole slip rings is also called as hollow shaft slip rings.CENO's hollow shaft slip ring hole size from 3mm to 5000mm are optional.Standard ...

Voltage: 240 V
Primary current: 1 A
Rotational speed: 0 rpm - 300 rpm

Typical applications: ◆ Electrical test equipment ◆ Manufacturing and process control equipment ◆ Indexing table ◆ CCTV pan / tilt camera mounts ◆ Robotics, rotary sensors, urgent illumination equipment ◆ ...

Voltage: 240 V
Primary current: 2 A
Rotational speed: max 300.0 rpm

... capsule slip rings.Ring number are range from 2 up to 100 rings.Power and signal are easily to be integrated into one slip rings under ...

Voltage: 240 V
Primary current: 18 A
Rotational speed: 0 rpm - 300 rpm

CENO Ethernet slip ring transmission distance could up to 1000Mbps , or over this speed. It could integrate another current and signal into one slip ring for different ...

Voltage: 380 V
Primary current: 5 A
Rotational speed: 300 rpm

This is Ethernet slip ring for automation equipment ,through bore size 25.4mm,with CAT 5e cable, transmit 2 group of 1000M Ethernet and power ,it is designed for Ethernet transmission,compatible with ...

Voltage: 0 V - 380 V
Primary current: 2 A - 15 A
Rotational speed: 0 rpm - 300 rpm

Hollow shaft Ethernet slip rings provide 100Base-T or 1000Base-T Ethernet connections with a combination of 2&15 amp power connections,with advantages of reliable transmitting,no package loss,no cross ...

Voltage: 380 V
Primary current: 15 A
Rotational speed: 0 rpm - 300 rpm

Thermocouple slip ring This is a K type thermocouple slip ring with 25.mm through bore,It’s also integrate 4* 15A power.CENO thermocouple slip ring ...

Primary current: 0.2 A
Rotational speed: 200, 300 rpm
Number of channels: 1 unit

... electrical slip ring, hybrid transmission of high frequency signals, current and other types. Features Stable performance and high reliability Integrated RF rotary joint Apply to RF signal and ...