Basic parameters
1. Load capacity: determines the maximum weight that an elevator can transport at once. Common load capacities include 500kg, 630kg, 800kg, 1000kg, 1250kg, etc. For passenger elevators, the load capacity can also be determined based on the number of passengers, generally calculated at 75kg/person.
2. Speed: determines the efficiency of elevator operation. Common speeds include 0.63m/s, 1m/s, 1.5m/s, 1.75m/s, 2m/s.
3. Lift height: determines the maximum service floor height of the elevator.
4. Number of stops: determines how many stops the elevator has on the first floor, which affects the convenience of passengers getting on and off the elevator.
Technical parameters
1. The form of doors: In addition to split doors, side doors, and folding doors, there are other forms such as flip down doors and flip up doors.
2. Control mode: determines the level of intelligence in elevator operation, including handle switch control, button control, signal control, collective selection control, parallel control, group control, etc.
3. Drive mode: It determines the operating efficiency and performance of the elevator, and common drive modes include traction drive, hydraulic drive, linear motor drive, etc.
4. Elevator control technology: such as programmable controllers (PLCs), microprocessors (MPUs), and microcomputers. These technologies make the operation of elevators more intelligent and efficient, and can automatically complete lifting and stopping actions according to the needs of passengers and system instructions.
5. Sensor technology: such as photoelectric sensors, infrared sensors, etc., used to detect the operating status and position of elevators, ensuring accurate operation and safe parking of elevators.
6. Power system and energy-saving technology: such as frequency converters, energy feedback devices, etc., are used to control the power supply and energy consumption of elevators, improve the energy efficiency and energy-saving performance of elevators.
7. Communication technology: such as bus communication, wireless communication, etc., used to achieve information exchange and data transmission between elevators and control systems, improving the intelligence and remote monitoring capabilities of elevators.
8. Human machine interaction interface: such as touch screen, button panel, etc., used to provide interaction interface with passengers, display the operation status and floor information of the elevator, and provide control options and emergency call functions.
9. Intelligent functions: such as automatic floor recognition, voice recognition, automatic door opening and closing, etc. By integrating various sensors and control technologies, intelligent operation and personalized services of elevators can be achieved.
10. Remote monitoring system: By connecting with the Internet, real-time monitoring and remote control of elevator operation status can be achieved, making it convenient for elevator management and maintenance.
11. Energy saving technology: Advanced energy-saving technologies, such as energy feedback systems, can effectively reduce energy consumption during elevator operation, achieving 12. Energy saving and environmental protection effects.
13. Green and environmentally friendly materials: Using environmentally friendly materials to make various components of elevators reduces environmental pollution and resource waste.
14. Efficient computer room: Adopting an efficient computer room design can effectively reduce the temperature and humidity inside the computer room, improve the efficiency and stability of elevator operation.
15. Crowd control function: Automatically adjust the operating status and stopping floors of the elevator based on the number and flow of passengers on different floors, improving passenger travel efficiency.
16. Emergency rescue system: In case of elevator malfunction or emergency situation, it can quickly activate the emergency rescue program to ensure the safety of passengers.
17. Video monitoring system: Install video monitoring equipment inside the elevator and in the machine room to monitor the real-time operation status and environmental conditions of the elevator, improving safety and reliability.
18.Intelligent fault diagnosis system: Through sensors and data analysis technology, intelligent diagnosis and prediction of elevator faults are carried out, and potential problems are discovered and dealt with in a timely manner.
19. Facial recognition technology: Combining artificial intelligence and biometric technology to achieve fast and accurate facial recognition functions and improve security.
20.IoT technology: Through IoT technology, elevators can be interconnected with smart homes and other smart devices, providing a more convenient service experience.
21.Big data analysis technology: By collecting and analyzing a large amount of data, optimizing the operation and maintenance plan of elevators, improving efficiency and reducing costs.
The detailed explanation of safety parameters is as follows
1. Safety protection devices: including touchboards or light curtains that prevent passengers from entering or exiting the elevator when the elevator door is not fully open or closed, as well as speed limiters that prevent the elevator from speeding.
2. Brake: Used to ensure reliable braking of the elevator car when the elevator stops running.
3. Buffer: When the elevator suddenly stops due to a malfunction, the absorption of the buffer reduces the impact and injury to passengers inside the elevator.
4. Overload protection device: To prevent elevator overload operation and ensure the safety of elevator carrying capacity.
5. Electrical protection devices: such as short circuit protection, overload protection, undervoltage protection, phase failure protection, etc., ensure the safe operation of the elevator's electrical system.
6. Emergency rescue devices: such as emergency call buttons, alarm devices, etc., to ensure emergency situations. Can quickly contact external rescue.
7. Fall protection device: To prevent elevators from falling due to malfunctions and ensure passenger safety.
8. Fire protection function: For example, the firefighter operation mode can operate the elevator according to the needs of the firefighter in emergency situations such as fires.
9. Light curtain system: Infrared sensing devices are installed on both sides of the elevator door. When an obstacle affects the normal closing of the elevator door, it can detect the obstacle and reopen the door.
10. Abnormal operation protection: To prevent damage or safety hazards to the elevator caused by abnormal use.
11.Safety tongs: When the elevator malfunctions, the safety tongs will act to fix the elevator carriage on the guide rail to prevent it from continuing to slide.
Brand and Manufacturing Process Description
Different brands of elevators have differences in technology and quality. Taking FUJI elevator as an example, it is a company with a rich history and technological strength, and its products enjoy a good reputation worldwide. FUJI elevator, based on its outstanding group of strong technical talents and high-tech equipment, has comprehensive manufacturing advantages in electromechanical products. Significant achievements have been made in both basic research and application development.
FUJI elevator has accumulated rich experience in product design and development, quality technology, and production management, and continuously pursues technological innovation and upholds a down-to-earth and sincere professional spirit, providing customers with epoch-making products with high reliability and high standards. Significant achievements have been made in both basic research and application development. With Fuji computer control technology, FUJI frequency regulation technology, and FUJI power semiconductor technology, which rank first in Japan, FUJI has a leading position in the market.
In addition, FUJI elevator also emphasizes the quality and reliability of its products. Strict quality control is carried out during the product design phase to ensure that the performance and reliability of the product reach the highest level. At the same time, FUJI elevator also ensures the quality of its products through various quality testing methods, such as life testing, environmental testing, etc.
The characteristics and advantages of FUJI elevator
1. Advanced technology: FUJI elevator adopts advanced programmable controllers, microprocessors, and microcomputers. Using control technology to ensure efficient and intelligent elevator operation.
2. Reliable quality: FUJI elevator values product quality and reliability, strictly controls product design and production processes, and ensures that product reliability reaches the highest level through various quality testing methods.
3. Efficient and energy-saving: FUJI elevator adopts advanced power systems and energy-saving technologies, such as frequency converters and energy feedback devices, to effectively reduce energy consumption and improve energy efficiency.
4. Comfort and safety: FUJI elevator focuses on the comfort and safety of passengers, using advanced sensor technology and safety protection devices to ensure their comfort and safety.
5. Intelligent Services: FUJI elevator provides intelligent services, such as remote monitoring systems, intelligent fault diagnosis systems, and big data analysis technology, to improve the management and maintenance efficiency of elevators.
6. Humanized design: FUJI elevator focuses on humanized design, providing human-machine interaction interface and intelligent functions, making it convenient for passengers to use and control.
7. Environmentally friendly materials: FUJI elevator uses environmentally friendly materials to make various components, reducing environmental pollution and resource waste.
8. Efficient computer room design: FUJI elevator adopts an efficient computer room design, which can effectively reduce the temperature and humidity inside the computer room, improve the operating efficiency and stability of the elevator.
9. Innovative product development: Fuji elevator continuously pursues technological innovation and breakthroughs in product development to meet the constantly changing market and diverse customer needs.
10. Comprehensive after-sales service: FUJI Elevator provides comprehensive after-sales service, including installation, maintenance, and repair, to ensure long-term customer use and satisfaction.
The important parameters of passenger elevators include basic parameters, technical parameters, and safety parameters. Among them, technical parameters are the key factors determining the performance and quality of elevators. FUJI elevator, as a company with rich history and technological strength, focuses on advanced technology, reliable quality, efficient energy conservation, comfort and safety, intelligent services, user-friendly design, and environmentally friendly materials for its products, providing customers with highly reliable and high standard time-saving products.