SSPM-LINEC เซนเซอร์วัดตำแหน่ง Linear Displacement Position Sensor LinecSKI LS2-50/LS2-600mm

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Standard Technical Parameters LinecSKI

Electrical Principle:

In this sample, all sensors are absolute position measurement types, used in control and measurement systems to measure displacement and position. They output DC voltage signals and can also use internal or external A/D conversion modules to convert signals into standard formats such as 0-5V, 0-10V, 4-20mA current signals, and RS485 digital signals. This allows for remote control and monitoring requirements to be met.

Main Product Description (Left Side)

• Linear displacement sensor with an aluminum body and green protective caps.
• Bottom mounting installation (as shown in the image).

Accessories (Right Side)

1. Standard Hirschmann Connector – Included by default.
2. Large Hirschmann Connector Optional.
3. Standard Universal Joint  Included by default.
4. Extended Universal Joint Optional.
5. Rod End Bearing Universal Joint Optional.

Electrical Principle Diagram:

Electrical Principle Diagram

• 1.Brown Wire Power + / –
• 2.Black Wire Output
• 3.Blue Wire Power – / +

A voltage divider circuit, where the input voltage varies between 0-100% depending on the displacement.

Product Features:

• Long lifespan: Supports over 100 million operations.
• Operating distance: More than 250 million mm.
• Contactless conductive sliding structure: Ensures smooth signal transmission.
• Excellent linearity: Some models have a ±0.04% FS linear deviation.
• High resolution: Less than 0.01 mm, supports continuous analysis.
• High-speed operation:
• Maximum operating speed: 10 m/s
• Maximum acceleration: 10 m/s²
• High repeatability accuracy: Less than ±0.01 mm.
• Shock resistance:
  • IEC 68-2-29:1968 standard, up to 50g.
• Vibration resistance:
  • IEC 68-2-6:1982 standard, up to 20g.
• Maximum load capacity:
  • DC60V/5KΩ – 20KΩ
  • DC36V/2KΩ – 4KΩ
  • DC24V/1KΩ

Environmental Characteristics:

• Operating temperature range: -60°C to +150°C
• Temperature drift coefficient: <1.5ppm/°C

Structure and Materials:

• All structural components are oxidation-resistant.
• Surface coated with anti-static and radiation-resistant material.
• Made of high-strength engineering materials to ensure durability.
• Sensor components are electromagnetically shielded, ensuring high abrasion resistance and stability, even in harsh environments.
• The sensor’s front end has some capability to compensate for minor misalignments and vibrations during mechanical operation.

Dimension