Smart Building Security Comprehensive Experimental Device

Smart Building Security Comprehensive Experimental Device,Experimental device of sieve plate distillation operation unit

1. System summary

This system is a building intelligent security wiring tr--ning assessment equipment developed for secondary vocational schools and vocational education and tr--ning institutions. According to the characteristics of the security wiring system in smart building engineering, the system is based on the characteristics of the security wiring system. The installation, wiring and debugging of the system are also designed to strengthen students' capabilities such as installation, electrical wiring, debugging, fault diagnosis and m--ntenance of each module of security wiring systems. It is suitable for the installation and operation of the building's intelligent equipment Professional teaching and tr--ning.

The system uses the building model as the structural foundation, including the two parts: smart building (community) and management center. The smart building (community) can simulate the security room of the smart building, and it can also simulate the security room of the smart community. In this system, project tr--ning can test students' team collaboration ability, planning organization ability, building equipment installation and debugging capabilities, engineering implementation capabilities, occupational literacy and communication ability.

The equipment consolidated by 1 aluminum alloy bracket and 17 mesh plates, and the first floor of the building, the first floor channel, the gate of the first floor, the two -story corridor, the two -story corridor, the two -story corridor, the two -story corridor, the two -story corridor gate, the two -story corridor gate, the two -story channel, the two -story channel, the two -story channel, the two -story channel, the two -story channel door Window, second -floor residents, the door of the second floor, the windows on the second floor, the vertical well and the surrounding buildings. The room provides the installation range of the front and back walls and the top wall, which can be installed on it with various building intelligent devices. At the same time, the door and windows of the room can be installed. Eliminating devices can be installed and operated by various systems of intelligent buildings, such as "intercom and indoor security systems" and "closed -circuit TV monitoring and peripheral security systems". Compared with a single -layer simulation floor, the two -floor simulation floor needs to consider the multi -floor structural relationship of smart buildings. In addition to cultivating students' engineering construction capabilities, it can also cultivate their engineering design capabilities and engineering innovation capabilities, which is in line with the practice of colleges and universities in colleges and universities. Teaching needs.

Smart Building Security Comprehensive Experimental Device,Experimental device of sieve plate distillation operation unit

1. The composition and characteristics of the tr--ning device

1. Equipment framework: Long*width*height: about 3800*2000*3700mm, the m--n skeleton of the upper and lower platforms is 8#slot steel, the auxiliary skeleton uses 4#corner steel, and the 4 installation pillars are φ89*3 steel pipes. The platform board uses Δ3 lentil pattern board. The st--rs are placed on the left side of the frame, and the st--rs skeleton uses 4#corner steel, and the st--rcase is a lazer pattern plate. The vertical installation column of the fence is 30 × 30 × Δ1.5 square steel pipes, and the horizontal pipe is φ25*Δ1.5 steel pipe. Rust -proof redda p--nt, facial p--nt is industrial blue.

2. The operating medium of the device is a ethanol-water system, and the analysis instrument is the proportion of alcohol.

3. Sieve plate speculation tower body: m--n st--nless steel φ108 × 100 × 4mm, not less than 10 towers, including glass observation sections. The glass observation section of the sieve plate speculation tower covers two tower plates. The structure and working status of the panels of the panel tower.

4. Mechanical and equipment configuration: distilled tower body, re -boiling device, raw material tank, finished tank, backflow tank, feed heater, feed temperature heater, tower top tube heat exchanger, tower bottom product condenser, condenser of tower bottom, condenser of tower bottom products, condenser of tower bottom, condenser of tower bottom, condenser of tower bottom, condenser of tower bottom products, condenser of tower bottom products, condenser of tower bottom products, condenser of tower bottom, condenser of tower bottom products, condenser of tower bottom products, condenser of tower bottom products, condenser of tower bottom products, condenser of tower bottom products, condenser of tower bottom products, condenser of tower bottom products, condenser of tower bottom products, condenser of tower bottom products, condenser of tower bottom products, condenser, and condenser of tower bottom products, condenser for tower bottom products, condenser of tower bottom products, condenser of tower bottom, condenser, and condenser of tower bottom. Auxiliary pipes and valves.

5. Power conveying equipment: st--nless steel centrifugal pump, metering pump, circulating pump, etc.

6. The equipment design is equipped with a circulating pump. The product and tower bottom residual fluid can be recycled back to the raw material tank to continue recycling to reduce the discharge of experimental materials and wastewater.

7. Detection Configuration: Automatic control of the temperature of the boiling device, automatic control of feeding flow, automatic control of the background liquid level, automatic control of the flow of the top of the tower, the control of condensation water flow, and automatic control of the feed temperature. Tower temperature detection, automatic testing of tower pressure, automatic detection of tower kettle level. Tower condensed water lock re -boiling device heated; raw material liquid pre -heating and feed pump lock lock; flow detection and pressure detection requirements; automatic detection and local detection redundant settings.