Direct Outlet of Waterproof Connector Linear Position Sensor MTC 80mm-350mm Magnetostrictive Non-Contact Linear Scale Analog and Digital Sensors(80mm)

Product DescriptionMagnetostrictive sensors are non-contact and never wear out.It has the advantages of high resolution, high stability, high reliability, fast response time and long working life.Sensors do not need to be re-calibrated or regularly maintained.Please pay attention to the cable length is one meter, if you need a longer one please let us know and also need let us know the output signal you need ,this is the options : 0-10V/0-5V/4-20mA/RS485. Any confusion please contact us thanks !!Performance parameter1. Measuring range :80 ~ 3000mm (can be customized)2. Power supply voltage: +12VDC ~ +24VDC3. Output form/analog signal: current 4-20mA and 0-20mA, voltage 0-5V and 0-10V, digital signal: RS4854. Load capacity: Voltage signal output load 3 K Current signal output load 1K 5. Nonlinear error :0.05%FS6. Repeatability error :0.005%FS7. Resolution :0.038mm8. Hysteresis: acuities were 0.001% FS9. Temperature stability: 0.002%/10. Working current: 16mA; Current output 35mA11. Operating temperature :T1: -20 ~ +55, T2: -40 ~ +8012. Rod material: 0Cr18Ni9 (304) 13. Electronic bin shell material: anodized alumina14. Lead mode: high-temperature twisted-pair shielded cable (default length: 1M, can also be provided according to user requirements)15. Protection grade of enclosure: IP65Connection methodBefore connecting cables, ensure that the power supply meets the requirement of +24VDC and that the output power of the power supply is greater than or equal to 95mA for each sensor. If the power supply cannot meet the requirements, replace the power supply to ensure the normal operation of the sensor.Analog signal output wiring mode of MTC pull rod magnetostrictive displacement sensor:1. Connection mode of direct outlet of waterproof connector:The sensor has five contacts: positive power supply (brown), negative power supply (black), positive signa

• Working Principle: By detecting changes in physical quantities such as resistance, magnetic induction or photoelectricity inside the sensor, the displacement is converted into an electrical signal output.
• Measuring range: Usually used to measure linear displacement, suitable for different application scenarios.
• Accuracy: Linear displacement sensors can achieve high-resolution measurements and are often used for position detection that requires precise control.
• Various types: including resistive (potentiometer type), inductive, photoelectric and magnetostrictive types to meet different measurement needs.
• Wide range of applications: Widely used in mechanical automation, robotics, automotive engineering, aerospace and other fields of displacement and feedback control.