DLPLC-CSD Conveyor Belt Module Technical documents
- Dolang
- Jinan
- 60 days
- 100 units per year
This DLPLC-CGQ Sensor Module is highly consistent with real industrial sensor application scenarios, allowing students to quickly get familiar with and adapt to actual on-site operation standards. It adopts dual training modes of physical operation and simulation, perfectly bridging the gap between professional theoretical knowledge and practical industrial application and optimizing the traditional vocational teaching system. Built with multiple safety protection designs for personnel and equipment, the module features standardized structure, flexible operation and strong practicability for long-term teaching use. It is constructed with special mold profiles and processed by anodizing coating, boasting a reasonable structural design, sturdy texture and modern and elegant appearance. Equipped with customized safety test leads and connectors that exceed US military MIL standards and international IEC standards, the module eliminates electric shock hazards during hands-on training, ensuring safe and stable experimental teaching.
I. Equipment Overview
Conveyor belt sorting is a commonly used mechanical structure and control method in modern industrial production, which greatly improves productivity and product accuracy. "DLPLC- CSD" The "Conveyor Belt Sorting System" is a product scaled up based on real industrial products and actual teaching situations. It integrates commonly used components in real industry, making it closer to the industrial scene while meeting teaching requirements.
DLPLC- CSD The "conveyor belt sorting system" consists of a sheet metal training platform, a material conveying section, a sorting and handling mechanism, and a storage mechanism. The equipment base is made of bent iron plate with a powder-coated surface; the execution unit is made of machined aluminum parts.
II. Technical Parameters
1. Equipment dimensions: not less than 600*500*320mm
2. Device capacity: <0.5KVA
3. Usage: Used in conjunction with the platform.
4. Gas source: 0.3 MPa or higher








