Smart Building Control Cabinet Reliable Electrical Enclosure for HVAC, Lighting & Automation Systems
Certification:CE
Model Number:JL1561541566
Minimum Order Quantity:5
Delivery Time:15 Days
Payment Terms:T/T,Western Union
Place of Origin:China
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Location:
Guangzhou China
Address:
Building B, Letian Zhigu (Smart Valley), Guanzhou Street, Haizhu District, Guangzhou, China
Supplier`s last login times:
within 15 hours
Product Details
Company Profile
Product Details
Smart Building Control Cabinet | Reliable Electrical Enclosure for
HVAC, Lighting & Automation Systems
Product Attributes
| Attribute | Value |
|---|---|
| Usage | Electrical equipment storage/ Industrial/ Building Control |
| Weight | Varies based on size |
| Ventilation | Yes |
| Mounting Type | Wall-mounted, Floor Standing, Pole Mount |
| Fireproof | No/Yes |
| Waterproof | Yes/No |
| Certifications | CE |
| Shape | Rectangular |
| Number Of Shelves | Adjustable |
| Number Of Doors | Single/Double |
| Size | Customizable |
| Material | Metal |
| Lock Type | Key lock |
| Color | Grey/Others |
Product Description
1.HVAC Systems
Regulate heating, cooling, ventilation, and air quality—e.g.,
adjusting home AC by room temperature; optimizing zone-specific airflow in offices/malls; maintaining precise temp/humidity for industrial workshops.
2. Lighting Control
Enable smart lighting—auto-on/off/dimming in lobbies/parking
garages via motion/light sensors; scene-based lighting (e.g., "opening/closing modes" for
hotels/stores); app/timer control in smart homes.
3. Power Management
Monitor/distribute power—track floor-level energy use in
high-rises; ensure stable UPS power for data center servers; adjust industrial production line power and trigger overload
alarms.
4. Security & Access Control
Integrate with intercoms, access readers (RFID/facial recognition),
and cameras—authorize entry for residents/employees; alert on unauthorized access in communities/offices.
Design Specifications
| Type | Common Dimensions (H × W × D, mm) |
|---|---|
| Wall-mounted | 500 × 400 × 150 800 × 600 × 200 1000 × 800 × 200 1200 × 1000 × 200 |
| Floor-standing | 1400 × 600 × 500 1800 × 800 × 600 2000 × 1000 × 600 2200 × 800 × 800 1800 × 1200 × 400 2000 × 1600 × 500 |
| Special Sizes | 508 × 508 × 254 (20in×20in×10in) 762 × 762 × 254 (30in×30in×10in) |
| Custom | Custom on requirement |
IP Rating Specifications
| IP Rating | Protection Capability | Application Scenarios | Special Requirements |
|---|---|---|---|
| IP20 | Protects against ≥12.5mm solids/No water protection | Dry indoor environments (electrical rooms, server rooms) | Standard steel plate, no special sealing required |
| IP54 | Dustproof + Splash-proof | Industrial workshops (light dust/humidity) | Door gaps require sealing strips |
| IP55 | Dustproof + Low-pressure water jet protection | Outdoor uncovered areas | Full weld seams required, surface powder coating |
| IP65 | Complete dustproof + High-pressure water jet protection | Harsh environments (ports, mines, etc.) | Double sealing structure + Drainage design |
| IP66 | Complete dustproof + Powerful water jet protection | Ship decks, petrochemical plants | 304 stainless steel hinges + Pressure relief valve |
Configuration Suggestions
1. Function adaptation: Determine the input/output modules, sensor
types, and control logic that need to be integrated based on the
control object (such as only air conditioning/including
lighting+security, etc.).
2. Scale matching: Select controller specifications based on project volume (small building/large complex), and clarify whether redundant configuration or expansion modules are required.
3. Protocol compatibility: Confirm the protocols (such as BACnet IP, Modbus TCP) of the building systems (such as BMS, security systems) that need to be connected to ensure data interoperability.
4. Environmental adaptation: Determine the enclosure protection level (such as IP54/IP65) and temperature and moisture resistance performance based on the installation scenario (indoor computer room/outdoor pipe gallery).
5. Operational requirements: Determine whether to configure HMI human-machine interface and the complexity of interface operation (basic parameter settings/advanced data analysis).
6. Safety standards: Follow the electrical safety regulations (such as national/European standards) of the project location, and configure appropriate overload protection, lightning protection, and encryption modules.
2. Scale matching: Select controller specifications based on project volume (small building/large complex), and clarify whether redundant configuration or expansion modules are required.
3. Protocol compatibility: Confirm the protocols (such as BACnet IP, Modbus TCP) of the building systems (such as BMS, security systems) that need to be connected to ensure data interoperability.
4. Environmental adaptation: Determine the enclosure protection level (such as IP54/IP65) and temperature and moisture resistance performance based on the installation scenario (indoor computer room/outdoor pipe gallery).
5. Operational requirements: Determine whether to configure HMI human-machine interface and the complexity of interface operation (basic parameter settings/advanced data analysis).
6. Safety standards: Follow the electrical safety regulations (such as national/European standards) of the project location, and configure appropriate overload protection, lightning protection, and encryption modules.
Smart Building Control Cabinet Reliable Electrical Enclosure for HVAC, Lighting & Automation Systems
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