Digital Linear Displacement Sensor, Injection Molding Machine Pull Rod Measure Resistance, 1pc(KPC-150mm)

Digital Linear Displacement Sensor, Injection Molding Machine Pull Rod Measure Resistance, 1pcApplication scope of tie rod electronic ruler: suitable for position detection of various types of equipment, such as injection moulding machine, die casting machine, rubber machine, shoe machine, EVA injection moulding machine, hollow bottle blowing machine, woodworking machinery, hydraulic press, etc.KPG twisted linear displacement sensor,usually powered by 5V and 10V power supply, outputs 0-5V and 0-10V voltagesignals; Or 12-24V power supply, output 0-5V, 0-10V, 4-20mA analog signals andRS485 digital signals through internal or external transmission modules. Sideoutgoing line, shielded wire standard configuration is 1m. If you have specialrequirements, please contact us to explainThe installation instructions and theselection of linear displacement sensor range need to leave margin. It isrecommended to select a slightly larger range based on the actual travel. Wheninstalling the sensor, it is advisable to leave the allowance evenly at bothends, and then lock the bracket screws after the position is adjusted. 2. Thetwo ends of KP twisted linear displacement sensor are twisted and fixed, andthere is no special requirement for installation to neutral. 3. The length ofthe linear displacement sensor is connected to the circuit as a voltage dividerto display the actual value of the measured position with relative voltage. Thesensor power supply voltage should be stable, and the industrial power supplyrequires ± 0.1% stability, otherwise the measured data will fluctuate greatlyThe power supply should have sufficient capacity. If the power supply capacityis too small, it is easy to cause the display data to jump, especially when thesolenoid valve drive power supply and the sensor power supply are together, thedigital jump is more likely to occur. 6. There shall be no externalinterference, including electrostatic interference and high-frequencyinterference. Therefore, the sensor signal line should be routed with theequipment power line in separate slots; The sensor shall be installed with aforced grounding bracket, and the sensor housing shall be well grounded; Theshielded wire shall be used for the signal wire, and the shielded wire shall begrounded or connected to the negative pole of the DC power supply at one end ofthe electric box. 7. The sensor should be wired correctly. If the wiring iswrong, the sensor may be seriously damaged. 8. For sensors used for a longtime, the contact resistance of the brush will be affected due to the invasionof water, oil, dust, etc., which will cause the measured data of the sensor tojump.Important noteBattery Included : NoHigh-concerned chemical : NoneModel Number : KPC-75-275Measuring stroke : 50-1250mmLinearity : ±0.1%--±0.04%RESISTANCE : 5kQ~20kQRESOLUTION : InfiniteREPEATABILITY PRECISION : 0.01mmTEMPERATURE : -60~+150POWER SUPPLY : 1V-36VMAX SPEED : 10m/S

• 【High precision measurement】:With micrometer level resolution, small measurement errors, and the ability to accurately capture small displacement changes, it meets the stringent requirements of precision machining and high-precision positioning
• 【Wide range adaptation】:The range covers from a few millimeters to several meters, and can be flexibly selected according to different application scenarios, balancing the needs of short stroke precision measurement and long stroke displacement detection
• 【Multi scenario universality】:Widely used in fields such as CNC machine tools, automated production lines, 3C electronic manufacturing, automotive parts testing, surveying instruments, etc., it is the core component for achieving intelligent manufacturing and precise control
• 【Diversified signal output】:Supports multiple output modes and seamlessly integrates with mainstream industrial control equipment such as PLC, CNC systems, servo drives, etc
• 【Industrial grade durability】:Adopting a metal shell and sealed structure, it has the ability to resist vibration, impact, and electromagnetic interference