WQ-DT2006 double six transparent elevator simulation model of teaching an overview of transparent elevator simulation teaching is in line with colleges, technical schools about the elevator, vocational schools, employment training centers, elevator maintenance and other professional property management and industrial automation Experimental demonstration of professional courses, so that more people can better understand the elevator, use the elevator, the elevator train more professionals to meet the development needs of the lift industry, our company through in-depth exploration and research, well-designed. The elevator is based on the most common lift elevator structure, made of transparent organic material, which is identical with the actual structure of the elevator, and has almost all the features of the actual elevator. In order to facilitate teaching, lift most of the parts are made of transparent organic material, so that the internal structure of the elevator at a glance; at the same time, during the operation of the elevator, and each action are very clear, and can be repeated hands-on operation. So that students can be very intuitive, thorough knowledge about the structure and operation principle of the elevator, to achieve a multiplier effect. Solved in the past, a simple theory teaching methods teaching or visit the actual elevator elevator brought insecurity, can not fully understand the practical issues of its internal structure and operation processes. Elevator electrical control system programmable logic controller (PLC) to achieve intelligent control logic, AC variable frequency (VVVF) drive, the composition and function of the hardware configuration and the actual elevator exactly the same. With automatic leveling, automatic door closing, both inside and outside the car forward in response to the call signal, straight ahead, as well as the protection of the safe operation of the lift elevator stops, the slow, slow down, lighting, fans, and other functions. And has a reliable, stable, simple operation, low power consumption and ease of teaching and so on. In addition, XIOU transparent elevator simulation teaching software and hardware are open architecture, institutions can also use this set of equipment for secondary development research. Such as: a group control elevator (unified centralized multiple parallel elevator); two parallel control elevator (2-3 sets of elevator control lines in parallel, logic control, external shared landing call button); Episode 3 election. control of the elevator;. 4 signal controlling elevator, and the like. Second, the basic structure of the elevator: 1, room section: includes traction machine, speed limiter, electromagnetic brake; 2, the control cabinet components: total power, control power supply, PLC programmable logic controller, inverter, wiring boards and other equipment; 3, shaft parts: including rail, heavy equipment, buffers, the governor rope tensioning device, limit switches, leveling sensors, trailing cable; 4, Tingmen part: including the door and check the car call button, floor display devices; 5, car parts: including car, safety gear, guide shoe, automatic door opener, leveling device, manipulating hand, guiding the car lights, car lighting. ...... Third, the basic function of the lift mechanism A. overspeed safety system when the elevator accident, the car speed or high-speed decline (such as broken wire rope, pulley off the car roof, traction machine worm combined failure, decreased motor speed is too Higher reasons). At this time, the governor will be the emergency brake cable and linkage mechanism through security, driving safety gear, the car stuck in the rails without falling. B. car for reuse buffer spring buffer device is elevator safety device limit position, when the elevator breaks down, causing the car or at the bottom or hoisting heavy squats (limit switch failure protection), car or counterweight impact spring buffer, absorbing energy from the elevator buffer, so that the car or counterweight safety decelerate to a stop. C. Door safety edge protection device on the edge of the car door, equipped with active safety edge. When the door is in the closed process, safety edge contact with the passengers or obstacles, through a link with safety edge connected, mounted on the car hit the door micro switch operation, the door opened again, to avoid accidents . D. upper and lower limit and the limit switch: in the elevator hoistway, the lower end of the limit switches and limit switches installed to protect the more box does not exceed this range, if the upper limit or lower limit is exceeded, the motor automatically stops, not working beyond the upper and lower limits of power down the elevator stopped. E, the elevator hall door automatic closing device opening and closing of the door, is mounted on the car door by the door blade to achieve. Each floor is equipped with a door lock. After landing door is closed, the door of a mechanical latch hook engages, then lift to start running. F-layer door interlock switch: When the door is closed all the layers, elevator can lift, if one layer door was open, the elevator that can not run. G. terminal limit switch security system at the top and bottom of the elevator shaft with a terminal limit switch. When the elevator is out of control due to a fault, rather than taking the car or squat bottom occurs, the terminal limit switch operation, an alarm signal and cut off the control circuit, the car stopped running. Fourth, the basic functions of an electrical control unit, set the select control and signal control 1) Automatic leveling 2) automatic switch door, manual door switch in advance 3) along the ladder to cut, cut back the most remote ladder 4) Over / stall stop exit 5) overweight suspended 6) upper and lower limit 7) Exception re-switch door switch 8) door interlock protection layer 9) and drivers (straight ahead), automatic / manual 10) Access Control 11) lighting, fans simulate 12) by When the station re-opened two call forward, group control function group run independently, uplink peak downlink peak five main technical parameters 1, Dimensions: length × width × height (mm) 1100 × 960 × 2600 2, net Weight: 280kg 3, load capacity: 5kg 4, the control mode: PLC control (PLC requirements: relay output; input and output points of at least 64 points;) used Mitsubishi brand PLC FX2N-64MR: 5, Speed ??mode: VVVF 6. Structure: six six stations 7, hoisting machine: Ratio 15: 1 modulus 1.5 (worm gear) 8, drag motor: Model: JW524 Voltage: AC220V 50Hz Power: 0.12KW speed: 1400 rpm double Alliance six transparent elevator simulation teaching Configuration Checklist (Mitsubishi) No. Name Unit Quantity Remarks 1 hoistway station 1 × 2 2 Mitsubishi FX2N - 64MR programmable controller sets 1 × 2 installed in the electrical control panel 3 Mitsubishi FX2N-485BD communication module sets 1 × 2 installed on PLC 4 485 shielded twisted pair communication lines 1 × 2 is mounted on the elevator body 5 Toshiba Inverter VFNC1S-2004P-W 1 × 2 installed in the electrical control panel to layer 6 months 1 Tip bells × 2 installed in the electrical control panel 7 1 × 2 sets of traction motor mounted on top of the elevator frame 8 worm gear (30: 1) 1 × 2 units installed in the elevator at the top rack only nine couplings 1 × 2 installed in the elevator top shelf 10 electromagnetic brake only 1 × 2 frame 11 mounted on top of the elevator traction sheave only 1 × 2 mounted on top of the lift frame 12, only 2 × 2 guide rollers mounted on the top of the lift frame 13 speed limiter only 1 × 2 installed in the elevator top frame 14 rotary encoders only 1 × 2 frame 15 mounted on top of the elevator guide rail section 4 × 2 is installed in the shaft 16 pairs of heavy equipment is installed in a 1 × 2 heavy tranches within the rail 17 18 3 × 2 Toolbox spring buffer is only 2 × 2 installed base in the elevator pit outline the cable 19 root 5 × 2 installed in the hoistway 20 the governor rope tensioning device (weight) a 1 × 2 is mounted on the lift base 21 sets an overload device × 2 mounted on top of the cable car traveling 22 Article 1 × 2 is installed in the hoistway 23 magnetic sensors only 1 × 2 is installed in the hoistway 24 floors 6 × 2 block call boxes installed jogbox block 25 within each floor outside the car 1 × 2 mounted on a base outside the elevator 26 floors display a 7 × 2 installed on each floor and the base of the outer layer of the door mechanism fan 27 6 × 2 installed on each floor of the external safety gear 29 28 car only 1 × 2 is mounted on rails 2 × 2 is mounted on the bottom of the car frame guide shoe 30 is only 2 × 2 mounted on top of the car frame 31 motor system sets 1 × 2 mounted on the cage 32 lights only the 1 × 2 mounted on one side of the cage 33 Fan only 1 × 2 installed in the back of the car electrical control section 34 1 × 2 mounted on the side of the lift frame 35 alarm buzzer only 1 × 2 installed in the electrical control panel 36 DC 12V power supply section 1 × 2 installed in the electrical control 37 AC contactor board only 1 × 2 installed in the electrical control panel 38 leakage release only 1 × 2 installed in the electrical control panel wiring plate 39 1 × 2 installed in the electrical control panel 40 limit switch (on, Under) only 2 × 2 installed in the shaft, the lower limit switch 41 (upper and lower) only 2 × 2 installed in the shaft, the lower 42 Mitsubishi FX2N Manual Volume 143 Toshiba Inverter Manual Volume 144 dedicated communication cable MELSEC -PC & FLEX-PC (SC-09 type) Article 245 Mitsubishi PLC programming software CD (includes PLC control reference procedure) dish 146 rotary encoder manual instruction booklet 147 248 copies elevator manual hex wrench (M2, M3, M5, M6) each one, wrench 150mm × 1 handle, Shaft Collar clamp 6 # × 1 rats a needle nose pliers, Phillips screwdriver Φ3, Φ6 each one, flathead screwdriver Φ3, Φ6 each 1 502 1 bottle of glue, screws used several pieces, micro-switches 4, a towel Kit