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| Categories | Low Voltage Switchgear |
|---|---|
| Model Number: | Remoting Fire Control JL15641522 |
| Certification: | ISO9001/CE |
| Place of Origin: | China |
| MOQ: | 5 |
| Payment Terms: | T/T,Western Union |
| Delivery Time: | 20 days |
| Packaging Details: | Wooden case Packaging |
| Ip Rating: | IP54 IP55 IP65 IP66 IP67 |
| Application: | Industrial, commercial, and Process control |
| Material: | Mid Carbon Steel / Carbon Steel |
| Color: | Silver or Others |
| Customization: | Logo printing, size and color customization available |
| Mounting Type: | Wall mount, pole mount，free standing |
| Usage: | PLC control/Instant Remoting Fire Control System |
| Certifications: | CE |
| Size: | Various sizes available |
| Locking Mechanism: | Key lock |
| Finish: | Powder coated |
| Shape: | Rectangular |
| Features: | Durable, corrosion-resistant, weatherproof |
| Price: | USD28-68889 |
| Company Info. |
| Guangzhou Hengmeida Automation Technology Co., Ltd |
| Verified Supplier |
| View Contact Details |
| Product List |
IP65 IP66 PLC Control Cabinet Instant Remoting Fire Control System
Product Describe:
| Application Scenarios | Core Applications |
| Large industrial plants | Monitor flammable risks, automatically activate fire-fighting equipment, remotely operate emergency devices, and link production equipment to shut down |
| High-rise buildings and commercial complexes | Integrate fire signals, control regional fire-fighting facilities, remotely monitor equipment status, and link elevators, air conditioners and other systems |
| Underground spaces | Automatically start smoke exhaust and partition equipment, remotely transmit fire data, and link garage gates and other facilities |
| Warehousing and logistics centers | Locate fires and activate local fire suppression, monitor fire resources, remotely cut off power supplies, and dispatch logistics |
| Remote/unattended locations | Automatically trigger fire plans, remotely alarm, ensure system operation in extreme environments, and link cameras to identify fire situations |
| Public facilities and municipal engineering | Balance fire suppression and personnel evacuation, remotely handle flammable gas leaks, and flexibly adjust fire-fighting modes to adapt to scenario needs |
Design:
| Cabinet Type | Common Dimensions (mm, Length × Width × Height) | Application Scenarios | Key Features |
| Small-sized Control Cabinet | 600 × 400 × 300 | Simple fire scenarios: small shops, independent machine rooms | Integrates small PLC modules, basic relays, and communication modules; controls 1-2 fire devices (e.g., local sprinklers, small smoke exhaust fans). |
| Medium-sized Control Cabinet | 800 × 600 × 500 | Medium-small buildings/areas: multi-story residences, small factory workshops | Accommodates standard PLC hosts, expansion modules, fire linkage relays, remote communication terminals (e.g., 4G/5G modules), and small power systems; controls 5-10 fire devices (e.g., zoned sprinklers, fire shutters, sound-light alarms). |
| 1000 × 600 × 800 | |||
| Large-sized Control Cabinet | 1200 × 800 × 1000 | Complex fire systems: large industrial plants, commercial complexes, subways | Integrates high-performance PLCs, multi-loop control modules, redundant power supplies, fire alarm controller interfaces, data storage units, and remote monitoring servers; links dozens of fire devices (e.g., fire pumps, smoke exhaust systems, emergency lighting, gas fire suppression devices) and supports complex logic control and remote data interaction. |
| 1600 × 800 × 1200 | |||
| 2000 × 1000 × 1500 |
IP Grade:
IP54 IP55 IP65 IP66 IP67
Suggestion:
| Customization Aspect | Key Recommendations |
| Size & Layout | - Adjust dimensions based on installation space (e.g., narrow cabinets for tight areas like machine rooms). |
| - Optimize internal layout for heat dissipation (reserve 15-20% space for airflow) and maintenance access. | |
| - Include cable management slots for neat wiring. | |
| Environmental Adaptation | - For harsh environments (dust, humidity, corrosion), use IP54/IP65 enclosures and anti-rust coatings. |
| - In high-temperature areas (e.g., foundries), add forced ventilation or cooling fans. | |
| - For explosive zones, adopt explosion-proof certified components. | |
| Function Expansion | - Integrate extra I/O modules for future fire device additions (e.g., gas detectors, emergency doors). |
| - Add redundant communication modules (4G/5G + Ethernet) to ensure stable remote connectivity. | |
| - Include backup power (UPS) for 2-4 hours of operation during outages. | |
| Safety & Compliance | - Comply with local fire codes (e.g., NFPA, GB standards) for component ratings and wiring. |
| - Install emergency stop buttons and status indicator lights (power, alarm, communication) for quick troubleshooting. | |
| Remote Monitoring Compatibility | - Equip with IoT gateways to support cloud platforms (e.g., MQTT protocol) for real-time data transmission. |
| - Add USB/SD card slots for local data backup and log storage. | |
| User Interface | - For on-site operation, install a touchscreen HMI to display system status and allow manual control. |
| - Simplify button layouts for critical functions (e.g., fire alarm reset, device test). |
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