Non-Contact Linear Distance Measuring Sensor for Position Detection

• Type: Magnetostrictive Displacement Sensor
• Output Signal Type: Modbus Output
• Movement: Linear Displacement
• Model NO.: EJ-M0630-S1-DU02-R912-S0-CN
• Production Process: SemiConductor Integrated
• Material: Stainless Steel
• Accuracy Grade: ≤10um
• IP Rating: IP67
• Certification: CE
• Customized: Customized
• Stroke Length: 25~5500 mm(Customizable)
• Data Format: Modbus Output
• Resolution: ≤10um
• Nonlinearity: Minimum ±50um(or <±0.01%F.S.)
• Repetition Accuracy: Minimum ±10um(or <±0.001%F.S.)
• Hysteresis: <10µm
• Temperature Coefficient: <30ppm/ºC
• Magnet Velocity: Arbitrary
• Protection Level: P67
• Operating Temperature: -40ºC ~ +75ºC
• Input Voltage: 24VDC
• Operating Current: <80mA (Varying with Range)
• Polarity Protection: Max.-30VDC
• Overvoltage Protection: Max.36VDC
• Outer Tube Pressure: 35MPa (Continuous)/70MPa (Peak)
• Transport Package: Paper Tube
• Trademark: TEC Sensors
• Origin: China
• HS Code: 90318090
• Production Capacity: 80000PCS/Year

Product Description

 

 

Product Parameters

Output:	Modbus Output
Measuring length:	25~5500 mm,others can be customized according to needs
Repeat accuracy:	Minimum ±10um(or <±0.001%F.S.)
Non-linearity:	Minimum ±50um(or <±0.01%F.S.)
Operating voltage Ub:	24Vdc
Ambient temperature:	-40ºC ~ +75ºC
Mechanical configuration:	Fastening M20 threads, Fastening M18 threads, Fastening 3/4" threads
Housing material:	304L stainless steel
IP rating:	IP67
Approval/Conformity:	CE

 

Product Description

TEC magnetostrictive displacement sensor is a new generation of linear displacement sensor independently developed by Zheda Jingyi. It can provide users with real-time, reliable, accurate and continuous linear displacement signals under harsh working environment,and is widely used in metallurgical equipment, wind power equipment, construction machinery, rubber machinery, port machinery,energy and other industrial automation fields.

 

 

Installation Instructions

When selecting the sensor range for the existing hydraulic cylinder, ensure that the sensor range covers the cylinder piston measuring rod stroke, that is, the sensor range 0 point is before the piston measuring rod stroke starting point, and the sensor range end point is after the poiston measuring rod stroke ends.

 

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