1PCS 25 50 75 100 125 150 175 200 300mm Dual-Joint Linear Sensor Linear Position Travel Sensor with Eye Rod KPM18(300mm,A3 4-20mA)

1PCS 25 50 75 100 125 150 175 200 300mm Dual-Joint Linear Sensor Linear Position Travel Sensor with Eye Rod KPM18Rod Eye End Linear Actuated Position Travel SensorRange: 10mm~600mm for optionKPM18 diameter is 18mmRod diameter: 5mmApplication for short range and swinging moments, such like: robots, brick machines, ceramic machines, sluice gate,footwear machines and so onThe sensor can monitor the size of the crack, fix the two joints on the wall, when the crack in the wall increases, the sensor bar will move accordingly, and the size of the crack can be measured sideways.The sensor is used on the brake pedal of the simulated driver. When you step on the brake pedal, the sensor will move accordingly to control the braking distance.Data parametersIntegrated signal converterVoltage and Current Module A2A3 V1 V2Size : 18mmType : Linear Position Travel sensorModel Number : KPM18DIY Supplies : ElectricalStyle : GreenDiameter : 18mmAllow power supply voltage : 28VResolution : InfiniteRepeatability Precision : 0.01mmMechanical fixation : Fisheye ball joints at both endsShell material : Anodized AluminumRod material : Stainless steelElectrical connections : 1M CableProtection Level : IP65Operating temperature : -40/ +80

• Wide Compatibility & High-Accuracy Positioning:Fit for CNC routers, milling machines, lathes, and 3D printers, this linear encoder provides high-accuracy positional feedback
• Durable design and easy installation:Featuring precise mounting holes and a straightforward design, allows for quick and easy integration into your existing systems, minimizing setup time and downtime
• Durable Construction:Robust design with reasonable structure and a beautiful shape, ensuring long-term use
• Environmental Resistance: Consider IP rating, operating temperature, vibration/shock resistance. Optical may need protection in dusty/oily environments; magnetic is more robust
• Precautions: Requires precise alignment with the moving part to avoid measurement errors, and proper cable connection and shielding to reduce interference