Image of O.C.E. Technology - RW5 - Single Axis Micro Wheel 500mNms on the satsearch marketplace

Key highlights

The O.C.E. Technology RW5 Single Axis Micro Wheel 500mNms is a reaction wheel designed for nanosatellites. It consists of an electromechanical structure with light weight design. The product also consists of several military components including digital controlling electronics, ball bearing, driving motor and connecting cable.

Applications

Suitable for Nanosats (50~100kg) requiring high attitude controlling accuracy

Key features

  • Wide power voltage range
  • Direction connection to power supply system of satellite 
  • Adapting Hall measurement method without photoelectric encode
  • Designed to have high accuracy of speed controlling
  • Low power consumption

Disclaimer: satsearch is not responsible for any mistakes on this page, although we do our best to ensure correctness. Please report any mistakes to us.

Last updated: 2024-11-30

RW5 - Single Axis Micro Wheel 500mNms

lead time: 8 mo

Image of O.C.E. Technology - RW5 - Single Axis Micro Wheel 500mNms on the satsearch marketplace

Downloads

Technical specs

maximum angular momentum
500 mN m s @ 6000 rpm
maximum speed
≥ ±6500 rpm
maximum output torque
≥ 18 mN m
power consumption at steady state
≤ 6.5 W
maximum power consumption
≤ 27 W (@ 18 mN m reaction torque)
voltage
24 to 32 V
mass
≤ 1.3 kg
length
110 mm
width
110 mm
height
97 mm
data interface
CAN 2.0B

Export

  • Click here to add the O.C.E. Technology - RW5 - Single Axis Micro Wheel 500mNms to the Valispace engineering tool from satsearch
  • Click here to add the O.C.E. Technology - RW5 - Single Axis Micro Wheel 500mNms to Lynapse Studio by Spacebackend
  • Click here to add the O.C.E. Technology - RW5 - Single Axis Micro Wheel 500mNms to 360 by IENAI

from our blog

Go to blog

Reaction wheels: an overview of attitude control systems available on the global marketplace for space

An overview of on-board computer (OBC) systems available on the global space marketplace

Sun sensors - an overview of systems available on the global marketplace for space