1200RPM Pneumatic Through Bore Slip Ring Hollow Shaft 38.1mm Medium Size

1200RPM 38.1mm Medium Size Hollow Shaft Through Hole Slip Ring Description of H3899 Through Bore Slip Ring Senring H3899 series through bore slip ring,hole size 38.1mm(suitable for shaft≤38.1mm),OD 99

Brand
YUMO
Place of Origin
China

1200RPM 38.1mm Medium Size Hollow Shaft Through Hole Slip Ring

Description of H3899 Through Bore Slip Ring

Senring H3899 series through bore slip ring,hole size 38.1mm(suitable for shaft≤38.1mm),OD 99mm,housing material can be use plastic, aluminum alloy or stainless, it is ingergal precision slip ring.It can stably transmit 2~36 circuits power@10A

Benefits

  • transfers control and data signals
  • Fiber brush technology provides maintenance-free operation (no lubrication required)
  • Modular design meets special requirements through off-the-shelf manufacturing techniques
  • Customized configurations for your application
  • Quick shippments

Features of H3899 Through Bore Slip Ring

1. Maximum speed: 1200RPM (multiple specifications)

2. The standard model supports 1-24 channels (10A per channel) of current or 1-72 channels (5A per channel) of signal, and can be customized for other channel numbers;

3. Small torque, stable operation, long service life;

4. Support mixed transmission of signal and power;

5. Integrated structure design, easy installation.

Technical Specification of H3899 Through Bore Slip Ring

Mechanical parameters
Working Life refer to slip ring grade table
Rotating speed refer to slip ring grade table
Working Temp. -30°C~80°C
Work Humidity 0~85% RH
Contact Material refer to slip ring grade table
Housing Material AL alloy
Torque 0.05N.m+0.02N.m/6 wire
IP Grade IP51
Electrical parameters
Spec. Power Signal
Voltage Range 0~690VAC/VDC 0~440VAC/VDC
Insolution Resistance ≥1000MΩ/500VDC ≥1000MΩ/500VDC
Lead wire Spec. AWG17# Silver-plated teflon AWG22# Silver-plated teflon
lead wire length standard length 300mm(can be customized)
Dielectric Strength 800VAC@50Hz,60s
Electrical Noise < 0.01Ω