Release of satellites into space

order to be able to launch a satellite from the Areane rocket unobstructed into space, the nose cone section, together with the side shield, have to be separated from the main rocket immediately before the release of the satellite. Simultaneous and controlled activation of a series of preloaded springs, provide the propulsion force for the separation of the nose cone and side shield. It is of vital importance that the section separates itself in an absloute linear motion from the main rocket, with-out any non-linear tumbling movement that could cause damage to the satellite. The separation movement is controlled by 3 Draw-wire sensors mounted on the booster rocket.

(GSC96)

Related sensors and products

Draw-wire displacement sensors

More application examples in Distance

Sensor systems in the car Automotive Pinching protection Experimental tests on a drop impact tester Active suspension cylinder Overhead conveyor distance Engagement length control in high performance screwdrivers Piston position in hydraulic valves On-line inspection of the dimensions of sand-lime bricks Measurement system for the flat setting on carding machines Dosing systems for high-viscosity glues Jib lengths of mobile cranes Crane support distance Exact crusher gap adjustment in rotary crushers Displacement sensor for washing machines Strip width when trimming metal strips Lip Gap Measuring in Paper Manufacture Tester for pneumatic actuator Control and monitoring of the production sequence in a refinery Measurement of the tilt angle on tilting trains Clutch wear in racing cars Checking the accuracy of robot trajectories Position checking on robots Satellite release Displacement measurement on slag transporter Test facility for shock absorbers Camber / toe angle Ram travel at a pill press Valve Inspection of valve cones Active damping of liquid-cooled centrifuges Low cost sensors for cylinder applications