Ventilation System Power Distribution Control Cabinet LV Switchboard
Product Describe:
Ventilation System Power Distribution Control Cabinet LV Switchboards are used in factories to regulate ventilation for dust/odor control. In commercial buildings (malls, offices), they manage HVAC ventilation. Hospitals rely on them for clean air systems in wards/operating rooms. Industrial plants use them for exhaust fans, ensuring safe airflow.
Specification:
| Product Name |
Control cabinet/panel |
Box/cabinet size |
Customizable |
| Product type |
One control by one |
Function |
Start Stop |
| Specifications |
Support customization |
Weight |
Customizable |
| Box/cabinet thickness |
0.8/1.2/1.5mm |
Warranty |
A year |
| Voltage |
220/380/415/440/460/480V |
Instal type |
Wall mounting/console mode |
| Feature |
Overload protection |
Phase protection |
Short circuit protection |
Material:
Aluminum alloy, stainless steel, carbon steel
Suggestion:
1. Match core parameters
Ensure inverter power is 10-20% higher than the motor’s, with 15-20% extra capacity for multi-device setups.
Choose basic PLCs for simple control (e.g., single pump) or advanced models with analog/communication modules for complex logic (e.g., remote monitoring).
2. Fit structure and environment
Opt for floor-mounted cabinets (≥1800mm height) for large systems, or wall-mounted (≤1200mm) for small setups, checking weight capacity.
Use IP54+ enclosures for dusty/damp areas; add explosion-proof features for hazardous zones.
3. Add functional extras
Include a 7-10 inch touchscreen for parameter adjustments; integrate 4G/Ethernet for remote access if needed.
Ensure overload/short-circuit protection; add temperature sensors for high-heat environments.
4. Optimize cooling and wiring
Use forced air cooling for inverters over 5.5kW; separate power and signal cables to avoid interference.
5. Balance cost and lead time
Prioritize standard components to cut costs. Allow 7-15 days for simple customizations, 30-45 days for complex ones (e.g., explosion-proof designs).
