DYDT-102C Physical Elevator Installation, Disassembly and Debugging Training Platform

Release time：2024-06-16 22:00viewed：times

I. Equipment requirements
1. Tr*ning device for disassembling and assembling elevator parts Tr*ning bracket: Made of finely processed steel, with overall epoxy polystyrene spraying, and equipped with universal wheels with brakes at the bottom for easy movement and fixation.
2. Elevator accessories: Industrial-grade components are used, and some mechanisms are designed in proportion to actual specifications to facilitate teaching and tr*ning.

Serial number	Configuration Name	Specifications (length x width x height)	unit	quantity
1	Elevator guide rl installation and adjustment trning equipment	Length: ≥1500mm Width: ≥1100mm Height: ≥1700mm	set	1
2	Elevator rope head cone installation and adjustment tr*ning equipment	Length: ≥1500mm Width: ≥1100mm Height: ≥1700mm	set	1
3	Elevator traction machine installation and adjustment tr*ning equipment	Length: ≥1500mm Width: ≥1100mm Height: ≥1700mm	set	1
4	Elevator safety clamp installation and adjustment tr*ning equipment	Length: ≥1500mm Width: ≥1100mm Height: ≥1700mm	set	1
5	Elevator car door installation and adjustment tr*ning equipment	Length: ≥1500mm Width: ≥1100mm Height: ≥1700mm	set	1
6	Elevator hall door installation and adjustment tr*ning equipment	Length: ≥1500mm Width: ≥1100mm Height: ≥1700mm	set	1
7	Elevator car installation, disassembly and commissioning tr*ning equipment	Can meet the requirements of elevator car installation, disassembly and commissioning assessment and tr*ning Length: ≥1500mmWidth : ≥1100mmHeight : ≥2400mm	set	1
8	Elevator guide r*l verticality measuring instrument (optional)	Measuring range: ≥0.5m/s Accuracy: ﹤±1% Number of saved measurements: ≥100 groups Power supply: AC 220V Maximum speed of driving motor : ≥3000rpm	set	1
9	Elevator speed limiter tester (optional)	Measuring range: ≥0.5m/s Accuracy: ﹤±1% Number of saved measurements: ≥100 groups Power supply: AC 220V Maximum speed of driving motor: ≥3000rpm	set	1
10	Tr*ning tools	Common tools that can meet the needs of elevator installation, disassembly and debugging	set	1
11	Tr*ning guide	Installation, disassembly and debugging of physical elevator components	share	1

2. Specific configuration of equipment

1 Tr*ning equipment for installation and adjustment of elevator guide r*ls
Product overview:
This equipment is designed according to the requirements of the elevator installation and m*ntenance course. The equipment adopts a mobile modular structure and is equipped with industrial-grade elevator accessories. It can carry out courses such as installation and adjustment of elevator hall doors, installation and adjustment of car doors, installation and adjustment of safety clamps, installation and adjustment of speed limiters, installation and adjustment of traction machines, installation and adjustment of guide r*ls, installation and adjustment of car boxes, installation and adjustment of rope heads, etc. It is suitable for vocational schools, technical schools, etc. to carry out elevator installation tr*ning.
Composition structure:
1. Disassembly and assembly steel bracket, the surface is treated with phosphating spraying.
2. Elevator guide shoe;
3. T89 guide r*l size: 89mm×62mm×16mm, length 2000mm×2;
4. Guide r*l pressure plate
Product process:
1. Tr*ning bracket: It is made of high-quality square tube steel welded and sprayed, with overall epoxy polyplastic spraying, and the bottom foot is equipped with universal wheels with brakes for easy movement and fixation.
2. Elevator accessories: Industrial-grade devices are used, and some mechanisms are designed in proportion to actual specifications to facilitate teaching and tr*ning.
Tr*ning projects
Installation of guide r*ls.
Correction of guide r*ls.
Knowledge of relevant national standards for elevator guide r*ls.
Assembly of typical parts and components such as guide shoes and guide r*l frames.

2 Tr*ning equipment for installation and adjustment of elevator rope head cones

Product overview:
This equipment is designed according to the requirements of the elevator installation and m*ntenance tutorial. The equipment adopts a mobile modular structure and is equipped with industrial-grade elevator accessories. It can carry out courses such as installation and adjustment of elevator hall doors, installation and adjustment of car doors, installation and adjustment of safety clamps, installation and adjustment of speed limiters, installation and adjustment of traction machines, installation and adjustment of guide r*ls, installation and adjustment of car boxes, and installation and adjustment of rope heads. It is suitable for vocational schools, technical schools, etc. to carry out elevator installation tr*ning.
Composition structure:
1. Disassembly and assembly steel bracket, the surface is treated with phosphating spraying.
2. Rope end combination:
8mm self-locking rope end combination of
wire rope end combination 10mm self-locking rope end combination of
wire rope end combination 13mm self-locking rope end combination of wire rope end combination
3. Elevator special wire rope:
8mm elevator special wire
rope 10mm
elevator special wire rope 13mm
4. Elevator wire rope tensioner/rope tensioner device/diameter 240/diameter 320/bearing 6201/6002
Product process:
1. Tr*ning bracket: Made of high-quality square tube steel welding and spraying, the whole is epoxy polystyrene sprayed, and the bottom foot is equipped with a universal wheel with a brake for easy movement and fixation.
2. Elevator accessories: Industrial-grade devices are used, and some mechanisms are designed to be reduced in proportion to actual specifications to facilitate teaching and tr*ning.
Tr*ning projects:
1. Tr*ning on the rope head combination method of "plug-in method";
2. Tr*ning on the rope head combination method of "metal sleeve method";
3. Tr*ning on the rope head combination method of "conical sleeve method";
4. Tr*ning on the rope head combination method of "self-locking wedge-shaped rope loop method";
5. Knowledge of relevant national standards for wire ropes.

3 Tr*ning equipment for installation and adjustment of elevator traction machine

Product overview
The equipment is designed according to the requirements of the elevator installation and m*ntenance course. The equipment adopts a mobile modular structure and is equipped with industrial-grade elevator accessories. It can carry out courses such as installation and adjustment of elevator hall doors, installation and adjustment of car doors, installation and adjustment of safety clamps, installation and adjustment of speed limiters, installation and adjustment of traction machines, installation and adjustment of guide r*ls, installation and adjustment of car boxes, and installation and adjustment of rope heads. It is suitable for elevator installation tr*ning in vocational colleges, technical colleges, etc.
Composition structure:
1. Disassembly and assembly steel bracket, the surface is treated with phosphating spraying.
2. Elevator traction machine;
3. Hand ch*n hoist 0.5 tons, 3 meters;
4. Traction machine mounting bracket;
Product process:
1. Tr*ning bracket: Made of high-quality square tube steel welding and spray-p*nted, the whole is epoxy poly-plastic sprayed, and the bottom is equipped with a universal wheel with a brake for easy movement and fixation.
2. Elevator accessories: Industrial-grade devices are used, and some mechanisms are designed in proportion to actual specifications to facilitate teaching and tr*ning.
Tr*ning projects:
Traction machine installation and commissioning tr*ning;
reduction box installation and commissioning tr*ning;
traction wheel installation and commissioning tr*ning;
electromagnetic brake installation and commissioning tr*ning;
machine base installation tr*ning;
VVVF elevator control technology tr*ning.

4 Elevator safety clamp installation and adjustment tr*ning equipment

Product Overview:
The equipment is designed according to the requirements of the elevator installation and m*ntenance course. The equipment adopts a mobile modular structure and is equipped with industrial-grade elevator accessories. It can carry out courses such as installation and adjustment of elevator hall doors, installation and adjustment of car doors, installation and adjustment of safety clamps, installation and adjustment of speed limiters, installation and adjustment of traction machines, installation and adjustment of guide r*ls, installation and adjustment of car doors, installation and adjustment of rope heads, etc. It is suitable for vocational schools, technical schools, etc. to carry out elevator installation tr*ning.
Composition structure:
1. Detachable European standard aluminum profile bracket, with phosphating spray treatment on the surface;
2. Progressive safety clamp;
3. Elevator guide shoe;
4. T89 guide r*l size: 89mm×62mm×16mm; length 2000mm×2;
5. Guide r*l pressure plate;
6. Car frame (bending type);
7. Elevator square oil box universal square oil cup oil collection box guide r*l lubrication;
Product process:
1. Tr*ning bracket: Made of high-quality square tube steel welding and spraying treatment, the whole epoxy polyplastic spraying, the bottom foot is equipped with a universal wheel with brake, which is easy to move and fix.
2. Elevator accessories: Industrial-grade devices are used, and some mechanisms are designed in proportion to actual specifications to facilitate teaching and tr*ning.
Tr*ning projects:
installation and debugging tr*ning of safety clamps;
installation and debugging tr*ning of speed limit mechanisms;
installation and adjustment of buffer devices;
installation and adjustment of protection devices; installation, design and debugging of
elevator electrical safety protection systems.

5 Tr*ning equipment for installation and adjustment of elevator car doors

Product overview:
This equipment is designed according to the requirements of the elevator installation and m*ntenance course. The equipment adopts a mobile modular structure and is equipped with industrial-grade elevator accessories. It can carry out courses such as installation and adjustment of elevator hall doors, installation and adjustment of car doors, installation and adjustment of safety clamps, installation and adjustment of speed limiters, installation and adjustment of traction machines, installation and adjustment of guide r*ls, installation and adjustment of car doors, and installation and adjustment of rope heads. It is suitable for vocational schools, technical schools, etc. to carry out elevator installation tr*ning.
Composition structure:
1. Made of high-quality square tube steel welded and sprayed, the surface is phosphating sprayed;
2. Center-split variable frequency elevator door machine assembly:
center-split imported variable frequency asynchronous door machine, standard imported inverter, door opening width 600mm, door machine plate length 1250mm, hanging plate hole distance: 275mm, Panasonic door machine inverter, applicable motor output 0.4kw, rated output current 2.1A, rated output capacity 1.0kVA;
3. Center-split elevator door knife;
4. Elevator aluminum sill/car door 60 aluminum sill, elevator special car door aluminum alloy sill, width 60mm;
5. Micro-Tech infrared light curt*n/917A61, length: 1000mm;
4. Elevator car door: 1200×305mm, 2 doors
5. Comprehensive integrated tr*ning virtual simulation system for vocational skills The model
in the software can be rotated 360°, enlarged, reduced, and translated, and is equipped with general interactive buttons: return, home page, help. There are prompts for all virtual simulation task processes, and the software automatically ticks after completing a task. There is an experimental task 1 above the tool library, Basic Solid ( the XYZ space coordinate icon automatically rotates with the model when rotating.) A. Plane Solid: The experimental steps are divided into experimental tasks (text prompt tasks) - Build model (drag the model in the tool library to the three-projection surface system, and the projection will be automatically displayed. There will be prompts when the selection is wrong) - Change posture (change by clicking the up, down, left and right arrows) - Select projection (enter the answer interface, and select the three-dimensional projection diagram completed at this time from the 6 items) B. Cut Solid: The experimental steps are divided into experimental tasks (text prompt tasks) - Build model (drag the model in the tool library to the three-projection surface system, and the projection will be automatically displayed) - Mark the projection situation (mark the three-dimensional projection diagram, and select the corresponding marking symbol in the 14 blank columns) C. Intersecting solids: The experimental steps are divided into experimental tasks (text prompt tasks) - digging holes (select any digging hole model, then you can select any surface in the XYZ space coordinates, the models will switch at the same time, and a coordinate slider will appear. According to the displacement of the slider, the model will have a corresponding degree of cross-section) - aperture change (select 1-4 apertures) - rear through hole - select projection (enter the answering interface, and select the completed three-dimensional projection diagram at this time in 8 items) 2. Assembly A. Assembly assembly: The experimental steps are divided into experimental tasks (text prompt tasks) - select the assembly model (8 models can be selected) - assemble the assembly (select the tool library model according to the selected model and drag and drop the assembly) - section the assembly (you can select any surface in the XYZ space coordinates, the models will switch at the same time, and a coordinate slider will appear. According to the displacement of the slider, the model will have a corresponding degree of cross-section) - select side projection (enter the answering interface, based on the known front and horizontal projection diagrams, select the correct side projection diagram in 3 items) B. Assembly drawing reading: The experimental steps are divided into experimental tasks (text prompt tasks) - select the assembly section view (8 types of drawings can be selected) - build the assembly model (select the tool library model according to the selected model and drag and drop the combination) - cut the assembly (you can select any surface in the XYZ space coordinates, the model will switch at the same time, and a coordinate slider will appear. According to the displacement of the slider, the model will appear with a corresponding degree of section) - select the left view (enter the answer interface, according to the known m*n view and top view, select the correct left view from the 3 items) 3. Assembly A. Mechanical transmission mechanism : 8 mechanisms (worm gear, gear rack, spiral transmission, plane external meshing gear, plane internal meshing gear, space spur bevel gear, belt drive , ch*n drive) are optional. After selecting, the model will appear in the toolbar. Drag the model freely to combine. After the combination is completed, the model can be operated. Each mechanism comes with an introduction, video demonstration, and drawing method. There are 6 questions in the answer interface, and each question has 4 options.
B. Gear oil pump: Select the tool library model according to the prompts and build the model step by step. You can choose to learn the introduction, drawing method, and animation principle (the internal movement principle of the model can be visualized). There are 2 questions in the answering interface, and each question has 4 options.
C. Mechanical mechanism construction: 2 mechanisms (2-degree-of-freedom robotic arm, 3-degree-of-freedom robotic arm). Select the tool library model according to the prompts and build the model step by step. After the combination is completed, the model can be operated. Each mechanism has an introduction and video demonstration. There are 2 questions in the answering interface (both models must be built before entering). There are 4 options for each question.
Product process:
1. Tr*ning bracket: It is made of high-quality square tube steel welding and spraying treatment, with overall epoxy polyplastic spraying, and the bottom foot is equipped with universal wheels with brakes for easy movement and fixation.
2. Elevator accessories: Industrial-grade devices are used, and some mechanisms are designed in proportion to actual specifications to facilitate teaching and tr*ning.
Tr*ning projects:
Assembly according to the car door assembly drawing;
installation and debugging tr*ning of car door; installation and
debugging tr*ning of automatic door opener;
installation and debugging tr*ning of door cover;
troubleshooting of car door f*lure to open and close normally.

6 Tr*ning equipment for installation and adjustment of elevator hall doors

Product overview
This equipment is designed according to the requirements of the elevator installation and m*ntenance course. The equipment adopts a mobile modular structure and is equipped with industrial-grade elevator accessories. It can carry out courses such as installation and adjustment of elevator hall doors, installation and adjustment of car doors, installation and adjustment of safety clamps, installation and adjustment of speed limiters, installation and adjustment of traction machines, installation and adjustment of guide r*ls, installation and adjustment of car boxes, installation and adjustment of rope heads, etc. It is suitable for vocational schools, technical schools, etc. to carry out elevator installation tr*ning.
Composition structure
1. Disassembled European standard aluminum profile bracket, the surface is treated with phosphating spray.
2. Middle layer door device assembly, door opening width 800, including guide tube, heavy hammer assembly, small package, triangular lock, etc.
3. Elevator floor hall door aluminum sill: 60mm;
4. Elevator floor door: 1200×325mm, 2 leaves;
Product process
1. Tr*ning bracket: Made of high-quality square tube steel welding and spraying, the whole epoxy poly plastic spraying, the bottom foot is equipped with a universal wheel with brake, which is easy to move and fix.
2. Elevator accessories: Industrial-grade devices are used, and some mechanisms are designed in proportion to actual specifications to facilitate teaching and tr*ning.
Tr*ning projects
Installation and commissioning tr*ning of the car body;
installation and tr*ning of the elevator overload device;
installation and tr*ning of the elevator control box.

7 Elevator car installation and adjustment tr*ning equipment

1. Product overview
This device is a platform for elevator shaft layout and installation tr*ning assessment developed based on the current real elevator shaft system installation and m*ntenance needs. It is suitable for elevator installation and m*ntenance, building automation, electromechanical automation and other elevator-related majors in various vocational colleges and technical schools, as well as professional qualification appr*sal centers and tr*ning and assessment institutions.
This device uses real elevator door sills, car guide r*ls, car frames, cars, car door sills, car buffers, counterweight guide r*ls, counterweight frames, guardr*ls, counterweight blocks, counterweight buffers and other devices. With the help of the elevator shaft system design drawing, students can lay out the lines on the top of the simulated shaft and install and measure the shaft equipment in sequence to make them meet the requirements of the specifications. The up and down movement of the car frame and counterweight frame is used to simulate their operation on the shaft r*ls and assist in verifying the actual installation quality of the r*ls.
II. Product Features
1. It adopts a steel structure elevator shaft platform design, and the overall appearance is simple and clear;
2. It follows the modular design concept and conducts teaching and tr*ning design according to the requirements of elevator installation process;
3. It adopts real mechanism devices to make what students learn consistent with actual application;
4. It simulates the real environment to make its installation process consistent with the actual installation, and it can more conveniently operate its m*ntenance projects;
5. It adopts a manual hoist to drag the movement of the car frame and the counterweight frame on the guide r*l, making demonstration and debugging more convenient.
III. Technical Parameters
1. Shaft size: 2000mm×2000mm×3000mm (length×width×height);
2. Safety protection: buffer;
3. Machine weight: ≤1000KG;
4. Overall dimensions: 2240mm×2240mm×3000mm (length×width×height).
IV. Configuration list

Serial number	name	quantity	unit	Remark
1	Hoistway frame	1	tower	Steel structure
2	Manual hoist	2	tower
3	Wire and sinker	1	set
4	Guide r*l bracket	16	set
5	guide	8	strip
6	Guide r*l connecting plate	4	piece
7	Guide Shoes	8	set
8	Lubricating oil bottle	4	set
9	Car frame	1	indivual	Tie rod seat, inclined tie rod and shock absorbing rubber seat, etc.
10	Car	1	indivual	Car roof, car wall and car bottom components, etc.
11	Car door sill	1	strip
12	Spring hydraulic buffer	1	indivual
13	Door sill	1	strip
14	Landing door sill bracket	2	indivual
15	Counterweight frame	1	indivual
16	Counterweight guardr*l	1	indivual
17	Counterweight	2	piece
18	Polyurethane buffer	1	indivual
19	Mounting Accessories	2	set	1 spare set
20	Installation and measuring tools	1	set	Level ruler, measuring tape, calibration ruler, magnet, etc.
twenty one	Random Information	1	share	Tr*ning guide and related atlas, etc.

V. Practical tr*ning course content
1. Layout of elevator shaft;
2. Installation and adjustment of elevator guide r*l bracket and guide r*l;
3. Installation and adjustment of elevator car gantry and guide shoe;
4. Installation of elevator car;
5. Installation and adjustment of elevator car sill;
6. Installation and adjustment of elevator counterweight frame and guide shoe;
7. Installation of elevator counterweight block;
8. Installation and adjustment of elevator counterweight guardr*l;
9. Installation and adjustment of elevator floor door sill;
10. Adjustment of the size of elevator floor door sill and car door sill;
11. M*ntenance of guide r*l and guide shoe.

8 Elevator Guide R*l Verticality Measuring Instrument (Optional)
Product Overview
The elevator guide r*l verticality detector is a high-precision laser instrument that integrates light, machinery and electricity. It is composed of laser, optical alignment system, automatic compensation system, power supply and circuit system, as well as mechanical parts including special fixtures, adjustment handwheel, round bubble, shell, etc. It forms a complete elevator guide r*l measurement system with a digital display light target or other light targets. The
elevator guide r*l verticality detector is a semiconductor laser with a wavelength of 658nm and an output light power of <1mw. It belongs to Class 2 lasers. This type of laser can be protected by the eye's avoidance reaction to light (including blinking), which fully complies with the requirements of China's national standard "Classification, Requirements and User Guide for Radiation Safety Equipment of Laser Products" GB7247-1995. It also fully complies with the European standards of EN61010-1:2001 EN60825-1:1994+A1A2, and has passed the CE certification for safe use by TUV. The product is a safe laser instrument, and users do not need to worry about the hazards of laser radiation.
The elevator guide r*l verticality detector uses a DC 3V power supply and only needs 2 ordinary No. 5 batteries to work continuously for more than 35 hours, which is both convenient and safe.
The m*n body and the connecting seat of the elevator guide r*l verticality detector can be rotated 360°. The m*n body is marked with 0°, 90°, 180°, and 270° scales. There is a white mark on the connecting seat as a pointer to the corresponding scale value. Users can easily self-check the accuracy of the instrument. The measurement error generated in the actual application measurement process can be eliminated by rotating 180°. The
elevator guide r*l verticality detector has optional configurations and accuracy levels. Different accuracy levels and configurations are set. Users can choose according to their needs. Our company can also design and manufacture according to the special requirements of users. The
elevator guide r*l verticality detector has a firm and convenient mounting interface with the elevator guide r*l, equipped with a safety rope to prevent the instrument from falling, and an installation interface between the m*n body and the tripod is set to solve the measurement work in other occasions.
The m*n body of the instrument weighs 1500g and is easy to carry. As a measurement system for the verticality and str*ghtness of the guide r*l, it is obvious that in addition to the m*n body, the performance of its receiving device will affect the measurement accuracy of the entire system. The JZC digital display light target has been scientifically designed to integrate optics, machinery and electronics. It is composed of mechanical parts such as caliper, digital display vernier, prism, graticule, tray, laser pointer, special power supply and circuit system, special fixture, etc., forming a multifunctional digital display light target for receiving and emitting laser systems.

9 Elevator Speed Limiter Tester (Optional)
Product Overview
The elevator speed limiter tester is the latest portable field test instrument developed according to the requirements of elevator safety detection. It is suitable for on-site testing of elevator speed limiters and testing and use by elevator and speed limiter manufacturers on the production line.
Product Function
1. It can measure various speed limiters with an action speed of 0.5m/s-10m/s;
2. It can measure the speed limiter wheel linear speed of the speed limiter with an electric contact switch when it is switched;
3. It can automatically capture the action speed of the speed limiter and immediately stop the rotation of the motor;
4. It can automatically print out the action speed of the speed limiter (including the wheel linear speed when the electric contact switch is activated), and can print repeatedly;
5. Motors with different torques (powers) can be selected to meet the detection requirements of various speed limiters;
6. The date and time can be set, and there is a power-off memory function.
7. It can store 49140 sets of test data and related information, and can query the memory status in real time.
8. The host data and information can be exported to the computer through the computer USB port, and the data can be managed through special computer software.
9. LCD display, menu management.
Technical parameters:
Speed regulation range: 0.5m/s-10m/s (segment setting);
servo acceleration during test: ≤0.02m/S2;
motor rated drive torque (3 optional): 1800g•cm; 3000g•cm; 6500g•cm;
speed measurement error: ≤1%
power supply: AC220×(1±10%)V, 50×(1±2%)Hz;

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