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Eddy Current Displacement Sensor
Eddy Current Displacement Sensor
Eddy Current Displacement Sensor
Eddy Current Displacement Sensor

Eddy Current Displacement Sensor

Payment Type:Others,D/P
Incoterm:FOB,EXW
Min. Order:1 Kilogram
Transportation:Others,Ocean,Air
Port:hubei
option:
  • Ripple Wave:≤20mV
  • Temperature Drift:≤0.05%/℃
  • Calibration Temperature:20±5)℃
  • Output Signal:0~5V,0~10V,4~20mA,RS485
  • Probe Cable Length:Standard 2m,(customized)
  • Power Cable Length:Standard 2m,(customized)
  • $265-265 /Kilogram

265~265USD

  • Product Attributes
  • Packaging & Delivery
  • Product Description
  • Supply Ability & Additional Information
Product Attributes

Model No.ML33-01(V/A)

Brandmiran

UseLevel Sensor

PrincipleCurrent Sensor

OutputSwitching Transducer

Amplifier TypeAnalog Output

Resolution (bit)Not Applicable

JackAnalog

TechnologyNot Applicable

FeaturesNot Applicable

ApplicationIndustrial Automation

Output FunctionNot Applicable

Place Of OriginChina

Packaging & Delivery
Selling Units: Kilogram
Package Type: Package
Picture Example:
Product Description

Sensor Product details

By measuring the relative position of the subject and the probe end, the eddy current displacement sensor is inducted and processed into the corresponding electrical signal output. Sensors can be long time and reliable work, high sensitivity, strong anti-jamming capability, non-contact measurement, fast response speed is not affected by water medium.Widely used for the shaft displacement, shaft vibration and spindle speed of the large rotating machinery real-time monitor.

Sensor Working Principle

The principle of eddy current sensor system is eddy current effect,It belongs to the principle of inductive measurement.The eddy current effect results from the energy of the oscillating circuit. On the other hand, The eddies need to be formed in conductive material. An alternating current is introduced into the coil inside the sensor probe, which forms a magnetic field around the coil. If a conductor is placed in this magnetic field, According to the Faraday's law of electromagnetic induction,Then there will excites an eddy current inside the conductor. According to lenz's law, the magnetic field of the eddy current is opposite to that of the coil, which changes the impedance of the coil inside the probe. This impedance change is directly related to the distance between the coil and the measured object. After the sensor probe is connected to the controller, the controller can obtain the change of voltage value from the sensor probe and calculate the corresponding distance value based on this. The eddy current measurement principle can measure all conductive materials.
Because the eddy current can penetrate the insulator, even the metal material covered with the insulator,it also can be used as the measured object of the eddy current sensor. The unique coil winding design not only realizes the extremely compact shape of the sensor, but also meets the requirements of its operation in the high-temperature measurement environment.


Sensor Application

By measuring the relative position of the subject and the probe end, the eddy current displacement sensor is inducted and processed into the corresponding electrical signal output. Sensors can be long time and reliable work, high sensitivity, strong anti-jamming capability, non-contact measurement, fast response speed is not affected by water medium.Widely used for the shaft displacement, shaft vibration and spindle speed of the large rotating machinery real-time monitor.The eddy current displacement sensor is also extended to the satellite launch, material identification, weighing, metal thickness measurement, material shape variables etc.

Sensor Product Specification

Measure range

1mm

2mm

4mm

5mm

12.5mm

20mm

25mm

50mm

Probe Diameter

Φ6mm

Φ8mm

Φ11mm

Φ17mm

Φ30mm

Φ40mm

Φ50mm

Φ60mm

Linearity (%FS)

≤±0.25

≤±0.25

≤±0.5

≤±0.5

≤±1

≤±1

≤±1

≤±2

Resolution

0.05um

0.1um

0.2um

0.25um

0.625um

1.0um

1.25um

2.5um

Repeatability

0.1um

0.2um

0.4um

0.5um

1.25um

2.0um

2.5um

5um

Frequency Response (-3dB)

0~10KHz

0~8KHz

0~2KHz

0~1KHz

Output Signal

0~5V,0~10V,4~20mA,RS485

Power Supply

Voltage Type:+9~18VDC,+18~36VDC or ±15V~±18VDC

Current Type:+22~30VDC,RS485+12VDC

Working Current

Voltage Type:<45mA

Current Type:<25mA

RS485<40mA

Ripple Wave

≤20mV

Temperature Drift

≤0.05%/℃

Static Sensitivity

According to the output signal and the corresponding range

Output Load

Votage Output:Load capacity<10KΩ

Current Output:Load capacity<500Ω

Calibration Temperature

(20±5)℃

Working Temperature

Probe:-30℃~+150℃

Converter:-30℃~+85℃

Protection

Probe:   IP67

Converter: IP65

Probe Cable Length

Standard 2m,(customized)

Power Cable Length

Standard 2m,(customized)

Ml3 03 JpegMl3 02 Jpeg

Our Electronic Product company produces high-quality angular displacement sensor and can provide you with high-quality Foreign trade service. You are welcome to contact us to order Angular Displacement Sensor and more Electronic Product.

Supply Ability & Additional Information

PackagingPackage

Productivity10000pcs/month

TransportationOthers,Ocean,Air

Place of Originhubei

Supply Ability10000pcs/month

Porthubei

Payment TypeOthers,D/P

IncotermFOB,EXW

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