THLYZDH-3 Building Intelligent Engineering Training System

THLYZDH-3Building Intelligence Engineering Training System

THLYZDH-3The system is a building intelligence technology training and assessment equipment developed for vocational colleges and vocational education and training institutions. Based on the characteristics of building intelligence in the intelligent building industry, it is specially designed for practical teaching on the basis of proximity to the engineering site. It includes computer technology, network communication technology, comprehensive cabling technology, DDC technology, etc., strengthening the engineering capabilities of building intelligence system design, installation, cabling, wiring, programming, debugging, operation, maintenance, etc. It is suitable for teaching and training in building intelligent engineering technology, mechanical and electrical installation engineering and other related majors.

The system is based on an intelligent building model in terms of structure, including typical structures such as intelligent buildings, intelligent communities, management centers, and corridors. It covers seven systems: intercom access control, security, video surveillance, fire protection, comprehensive cabling, remote meter reading, and DDC monitoring lighting. Each system can operate independently or be linked together. Through this system for project training, students' teamwork ability, planning and organization ability, building equipment installation and debugging ability, engineering implementation ability, professional ethics, and communication skills are tested. This device is the equipment for the "Installation and Debugging of Building Intelligent Systems" competition in the vocational group of the 2011 National Vocational College Skills Competition.

THLYZDH-3The intelligent building engineering training system adopts an intelligent building model, which includes functional areas such as intelligent buildings, intelligent communities, management centers, and corridors. The system is equipped with a main power box, security control box, fire control box, and DDC control box.

The intelligent building is designed as a two-story structure, which can achieve engineering training for fire protection, video surveillance, and comprehensive cabling systems.

The hallway and smart community are respectively equipped with unit doors and single household doors, which can realize engineering training such as equipment installation of the smart community intercom access control system, and realize the visual intercom function of units and single households.

The management center realizes centralized monitoring and management of intelligent communities and buildings, including management equipment for various functional areas such as management center machines, video monitoring consoles, and fire control hosts.

Install and arrange on-site equipment for the fire protection system in the intelligent building and management center area. The fire protection system is equipped with simulated fire pumps, smoke exhaust fans, and fire-resistant rolling shutter doors.

Install typical monitoring equipment (various types of high-speed ball gimbal cameras, integrated gun type cameras, universal gimbal cameras, etc.) in various areas of the intelligent building, management center, and corridors to achieve video surveillance of the main entrances and key areas. There are three monitors, including two 17 inch LCD monitors and one 14 inch CRT monitor.

Three meters, data acquisition units, as well as power, gas, and water sources for the three meters are installed in various areas of the intelligent building, management center, and corridors.

Installing infrared radiation around the smart building model and installing curtain detectors on the windows of rooms in smart communities to achieve typical perimeter protection in the smart building industry.

Engineering cable trays are used to connect the various functional areas of the system.