— IC芯片 | 连接器 | 传感器 | 被动器件 —
Product Detailed Parameters
- Description:IRM100-B16COF2BDC00 MICHELIN STD
- Series:*
- Mfr:SICK, Inc.
- Package:Box
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Overview
The SICK part number 1086983 identifies a specific variant within the LMS111 series of laser scanners. This device is engineered for high-precision distance measurement and spatial mapping in industrial environments. It utilizes laser technology to generate detailed point clouds, enabling accurate detection of object positions and dimensions. The unit is designed for integration into automated systems requiring reliable obstacle avoidance and positioning data.
Feature Summary
- Laser-based scanning technology for precise spatial data acquisition
- Capable of generating detailed point clouds for object detection
- Designed for robust performance in automated industrial settings
Applications
- Automated guided vehicle navigation
- Industrial robot obstacle avoidance
- Warehouse logistics automation
Procurement Notes
Verify the complete part number against official SICK documentation to ensure correct configuration. Confirm interface requirements and mounting specifications match the target application. Request current technical datasheets to validate firmware compatibility and safety certifications before procurement.
Selection Notes
Select this model based on required scan range and field of view specifications. Ensure environmental conditions such as ambient light and dust levels are within the sensor's operational limits. Verify that the output format aligns with the host controller's data processing capabilities.
Part Context
This component belongs to the LMS111 family of laser scanners manufactured by SICK. The series is characterized by compact housing designs and high measurement frequencies. These devices are widely used in material handling and process automation sectors for non-contact distance measurement.
Replacement Considerations
Consult official SICK cross-reference lists for verified substitute models. Ensure replacement units maintain identical mechanical dimensions and electrical interfaces. Validate functional equivalence regarding scan parameters and communication protocols.
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