HAYASHIMU Premium Passenger Elevator

HAYASHIMU Premium Passenger Elevator 

Specifications:

Ceiling: Steel plate spraying + LED lightshidden light strips
Cabin Wall: Center plate is middle art glass + auxiliary platebronze sandblasted St.St & side panel is middle bronze mirrored SS + auxiliary plate bronze sandblasted SS
Floor: PVC (Standard)

Design and Structure of Passenger Elevators

A passenger elevator system is made up of multiple elevator components, each designed to deliver safety, efficiency, and comfort. The primary part is the elevator car, which serves as the compartment that carries passengers. It is engineered with smooth interiors, durable materials, and aesthetic designs that match the architectural style of the building.

The elevator car is connected to traction ropes or belts, which are driven by a traction machine—usually located in the machine room or mounted on top of the shaft in a machine-room-less (MRL) configuration. Counterweights balance the load, ensuring efficient movement and reducing motor energy requirements. Guide rails keep the car stable, while advanced door systems ensure quick and safe passenger entry and exit.

Passenger elevators come in a range of weight capacities, from 320 kg for small residential units to 1600 kg or more for commercial installations. The choice of capacity depends on the building’s purpose, height, and passenger traffic flow.

Technology and Control Systems

Modern passenger elevators integrate advanced control systems to enhance safety, comfort, and performance. Microprocessor-based controllers precisely manage the elevator’s acceleration, deceleration, and stopping accuracy. In high-rise applications, group control technology coordinates multiple elevators to minimize waiting times and energy use.

Many elevators also use destination control systems (DCS), which allow passengers to input their desired floor before entering the car. This system groups passengers traveling to similar floors, improving efficiency and reducing stops during busy hours.

Additionally, touchless operation panels, voice command features, and smart sensors are becoming common. These technologies are designed not only to enhance convenience but also to ensure hygiene and safety in shared environments like commercial buildings and public facilities.

Safety Features

Safety is the top priority in any passenger elevator design. Elevators are equipped with emergency braking systems, overspeed governors, and safety gear that prevent accidents in case of cable failure or excessive speed.

Other essential safety features include:

• Emergency communication systems, such as intercoms or alarms, to alert technicians in case of malfunction.

• Automatic rescue devices (ARD), which bring the elevator car to the nearest floor during power failures.

• Overload sensors, which prevent the elevator from operating if the weight capacity is exceeded.

• Seismic and fire safety mechanisms, which ensure compliance with modern building codes, especially in high rise buildings.

These systems work together to provide maximum reliability and ensure every passenger experiences a safe ride.