— IC芯片 | 连接器 | 传感器 | 被动器件 —
Product Detailed Parameters
- Description:DEMO CASE MS3 CORE IO EMPTY
- Series:*
- Mfr:SICK, Inc.
- Package:Box
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Overview
The SICK 1068154 is a photoelectric retro-reflective sensor featuring a Reflex Array dual lens system. It utilizes visible red light from a PinPoint LED source with a wavelength of 635 nm. The unit has rectangular housing dimensions of 21.5 mm x 36 mm x 37.7 mm and weighs 38 grams. It offers a sensing range up to 1.5 meters when used with the P250F reflector. The detection height is 25 mm, capable of detecting objects as small as 5 mm. Adjustment is performed via a potentiometer.
Feature Summary
- Reflex Array dual lens system for minimum distance to reflector
- Immune to interference from ambient light and shiny surfaces
- Capable of detecting transparent, perforated, and uneven objects
Applications
- Detection of transparent objects
- Detection of perforated objects
- Detection of flat objects with position tolerances
Procurement Notes
Verify the specific ordering code against official SICK documentation to ensure correct configuration. Confirm compatibility with required reflectors, such as the P250F model, for optimal performance. Check environmental ratings and connection requirements before integration into existing systems.
Selection Notes
Select this sensor for applications requiring reliable detection of challenging materials like transparency or perforations. Ensure the installation space accommodates the compact rectangular housing. Verify that the operating environment falls within the specified temperature and electrical limits for continuous operation.
Part Context
This component belongs to SICK's portfolio of photoelectric sensors designed for industrial automation. It is engineered for precise object detection in environments where standard sensors may fail due to surface properties or material characteristics.
Replacement Considerations
Consult official SICK substitution guides for compatible alternatives. Ensure replacement units maintain identical functional principles and mounting dimensions to preserve system integrity.
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