Industrial Robot PLC Control Cabinet Mechanical Arm Motion Control
Product Describe:
- Industrial manufacturing (assembly lines, welding, material handling).
- Logistics & warehousing (automated storage, sorting robots).
- Automotive production (robot arms for painting, component fitting).
- Food & beverage (packaging, processing with hygiene-compliant setups).
- Healthcare (surgical robots, lab automation).
- Construction & mining (heavy-duty robotic machinery control).
- Electronics (precision assembly of circuit boards).
Specification:
Type |
Dimensions (Height × Width × Depth, unit: mm) |
Standard Sizes |
Small (single robot/station): 800×600×300 – 1200×800×500 |
Medium (multi-robot coordination): 1500×1000×600 – 1800×1200×800 |
Large (line-level control): 2000×1500×800 – 2200×1800×1000 |
Custom Sizes |
Flexible based on: |
- Number of connected devices (robots, sensors, actuators) |
- Installation space (floor-mounted, wall-mounted, or embedded in production lines) |
- Special requirements (e.g., explosion-proof enclosures for paint shop zones) |
Material:
Aluminum alloy, stainless steel, carbon steel
IP Rating:
IP54/IP55/IP65/IP66
Suggestion:
1. Match environmental specs: Use dustproof/ waterproof enclosures (IP65+) for factory floors; anti-corrosion materials (316 stainless steel) for food/chemical sectors; explosion-proof designs for hazardous areas.
2. Optimize space & layout: Compactize for tight spots (e.g., collaborative robot cells); modularize internal components for easy maintenance.
3. Enhance connectivity: Pre-install ports for common protocols (EtherCAT, Profinet) to link robots, sensors, and HMI/SCADA systems.
4. Boost reliability: Add redundant power supplies for critical tasks; integrate cooling fans or heat sinks for high-load operations.
5. Tailor to robot type: Size cabinets for specific robots (e.g., lightweight for cobots, ruggedized for heavy-duty industrial arms).
6. Prioritize safety: Include emergency stop buttons, lockable panels, and overload protection per industry standards .