Ground-source Heat Pump PLC Control Cabinet Green Building Saving Energy
Product Describe:
The application scenarios of ground-source heat pump PLC control cabinets are essentially the combination of where ground-source heat pump systems are applicable and the demand for automatic control. Their core is to maximize the energy efficiency, stability and adaptability of ground-source heat pumps through precise and intelligent control. Thus, they can work in places that require long-term heating/cooling and have demands for operational efficiency and management convenience.
Specification:
Size |
W × D× L,mm |
Regular Sizes |
Common ones include 800×600×2100, 600×600×1900, 2200×800×600, 2200×1000×800, 1200×600×400, etc. Smaller ones may be 400×500×200. |
Custom Sizes |
Can be customized according to actual needs, such as 1800×800×(400-600), 1600×600×450, etc. Specific dimensions are determined through communication with us based on factors like installation space, number and layout of internal components. |
Material:
Aluminum alloy, stainless steel, carbon steel
Suggestion:
1. Internal Component Layout
Determine the size based on the number and dimensions of core components (PLC modules, contactors, frequency converters, meters, etc.). Ensure sufficient space for wiring, heat dissipation, and future maintenance/expansion.
2. Installation Environment
For indoor use (e.g., machine rooms), focus on space constraints (width, height, depth) to avoid conflicts with walls or other equipment.
For semi-outdoor use, choose weather-resistant materials (e.g., stainless steel) and add waterproof/ dustproof designs; size should also account for heat dissipation from enclosed structures.
3. Heat Dissipation Requirements
Large cabinets with high-power components (e.g., frequency converters) may need built-in fans or air conditioners. Reserve space for these cooling devices during customization.
4. Operational Convenience
Ensure the height of control panels (buttons, displays) is within easy reach (typically 1.2-1.5m from the ground) for daily operation.
5. Standard Compatibility
Align with electrical safety standards (e.g., IP rating for protection) and structural standards (e.g., mounting hole positions for easy fixing) to avoid installation issues.