Industrial Automation
Rotary input and position feedback for control panels, fixtures and automated mechanisms.
Mechanical fit
Body, shaft profile, bushing and panel clearance.
Useful signal
Resistance, effective electrical angle and rotation direction.
Operating duty
Temperature, sealing and cycle requirements for the selected configuration.
Robotics & Motion
Review joint movement, control-lever input and sensor integration within your motion system.
Mechanism
Lever travel, gear ratio, stops and shaft load.
Response
Centre behaviour, track layout and useful electrical angle.
Integration
Bore or shaft fit, mounting and terminal clearance in the assembly.
Automotive & Transport
Discuss position sensing, rotary input and application-specific installation requirements.
Function
Identify the required sensing functions, output and supply.
Installation
Review mounting datums, mating connector and useful motion.
Qualification
Define the project-specific evaluation, environment and document requirements.
Audio & Lighting
Manual and motor-actuated faders, rotary controls and tactile interfaces for control surfaces.
Operator control
Travel, lever height, operating feel and panel opening.
Electrical response
Resistance, taper, track configuration and noise requirements.
Motor integration
Connector, touch sensing, motor supply and driver for the selected part.
Agriculture & Heavy Machinery
Review rotary or linear feedback for hydraulic linkages, valves and equipment controls.
Coupling
Shaft fit, alignment, direction and mechanical stops.
Feedback range
Useful electrical angle and resistance requirements.
Environment
Temperature, installation protection and evaluation conditions.
Aerospace
Define motion, mechanical interfaces and qualification requirements for your aerospace development project.
Motion & installation
Define useful angle or stroke, mounting datums, load and the available envelope.
Signal interface
Specify resistance or output, supply, connector and the required electrical response.
Project qualification
Agree the applicable test conditions, traceability and documentation before evaluating a candidate component.
Medical & Laboratory
Position feedback and adjustable controls for laboratory mechanisms and instrument development.
Movement & space
Define the adjustment angle or stroke, coupling and installed envelope.
Signal & repeatability
Specify resistance or output, required repeatability and controller interface.
Project qualification
Agree cleaning, operating duty and application-specific evaluation. A component listing does not establish medical approval.
Energy & Power Systems
Review position feedback for tracking mechanisms, power-system actuators and adjustable controls.
Useful movement
Define pivot travel, actuator stroke and the mechanical stops.
Installed environment
Specify temperature, exposure, sealing and cable routing requirements.
Interface & evaluation
Match the signal to the controller and agree an application-specific test plan.
Marine & Vessel Controls
Compare control inputs and position-sensing formats for civilian marine development projects.
Control geometry
Define lever travel, rotary coupling and mounting in the available console.
Exposure & connection
Specify humidity, vibration, sealing and the mating connector.
Configuration review
Confirm the output, installation drawing and applicable qualification requirements before selection.
Motorcycles
Review rotary input and position feedback for motorcycle control and actuator development.
Control movement
Define grip or actuator rotation, mechanical stops, coupling and the available mounting space.
Controller interface
Specify the required signal, direction, connector and any diagnostic or redundancy requirements.
Operating conditions
Review vibration, temperature, moisture exposure and the project-specific evaluation before selecting a configuration.
Injection Moulding
Review linear position feedback for clamp movement, injection stroke and other moving mechanisms in a moulding machine.
Stroke & mounting
Define useful travel, mounting centres, coupling alignment and clearance throughout the machine movement.
Signal & dynamics
Match the controller interface and review response, repeatability and machine-cycle requirements.
Machine environment
Specify temperature, vibration, contamination, cable routing and the evaluation conditions for the chosen configuration.
Dexterous Robotic Hands
Explore compact rotary and magnetic sensing formats for finger-joint feedback and dexterous-hand development.
Joint packaging
Review the useful joint angle, shaft or bore interface, gearing, backlash and the space around each finger joint.
Feedback integration
Define the signal, response direction, repeatability requirement and wiring through the moving mechanism.
Duty & validation
Agree joint-cycle conditions, temperature, load and calibration checks for the proposed hand assembly.
Review the configuration, operating conditions and application qualification requirements for the selected component before use.
Linear position & displacement
Rod-style position sensors and control-panel faders have different installation needs. Start with the moving linkage and useful measurement stroke.
Stroke and envelope · Useful measurement travel, body length and clearance through the full movement.
Mounting and linkage · Mounting centres, rod coupling, alignment and cable clearance.
Signal and duty · Required output, connection, environment and operating cycle.
Compare CLP25 Compare LEC