Identification Systems
SICK V2D621P-2MSFBB5 Sensor
SICK V2D621P-2MSFBB5 image-based code reader, part 1110847. Camera-based 1D/2D code reading for serialization and traceability.
Overview
The SICK V2D621P-2MSFBB5 (part number 1110847) is an image-based code reader of the V2D6xx family. It reads 1D and 2D codes camera-based with integrated illumination, delivering reliable identification for serialization, traceability and product verification on industrial lines.
How It Works
The reader captures images of passing codes, decodes them with robust algorithms, and communicates results and code content to the control system. Its optical system is tuned for short reading distances typical of direct part marking and small codes.
Key Features
- Image-based 1D and 2D code reading
- Part number 1110847
- Integrated illumination for consistent images
- Robust decoding for demanding code quality
- Fast read cycle for line speeds
- Industrial interfaces for control integration
Typical Applications
- Serialization verification in pharmaceutical packaging
- Direct part marking verification in automotive supply
- 2D code reading in electronics production
- Product identification on packaging machines
- Traceability at assembly stations
Specifications
Attribute | Value |
|---|---|
Model | SICK V2D621P-2MSFBB5 |
Part number | 1110847 |
Device type | Image-based code reader |
Family | V2D6xx image-based code readers |
Installation and Setup Notes
Align the reader so codes traverse the center of the field of view, set the optical configuration for the code size, and configure symbologies and interfaces with the family tools. Validate read rates with the full range of production codes before go-live.
Frequently Asked Questions
What does the 2M in the order code mean?
The suffix identifies the optical and interface configuration of this V2D621P variant.
Can it read DPM codes?
Direct part marking reading depends on the marking method and surface; validate with production parts.
How fast can it read?
The read cycle supports typical line speeds; verify with the actual code size and quality.
