Structural Shaft Passenger Lift

Name: Structural Shaft Passenger Lift
Brand: AMPLE ELEVATOR
Price: 850000 INR
Availability: InStock

Price 850000 INR/ Bale

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MOQ : 1 Piece

Structural Shaft Passenger Lift Specification

Material
Stainless Steel

Drive Type
Hydraulic

Structural Shaft Passenger Lift Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Supply Ability
50 Pieces Per Month

Delivery Time
1 Months

Main Export Market(s)
Asia

About Structural Shaft Passenger Lift

Machine Room	Without Machine Room
Usage/Application	Residential
Brand	Ample
Max Persons	13 Persons
Machine Type	Geared
Cabin Finish	Stainless Steel
Door Style	Manual
Drive Type	Hydraulic
Warranty	12 Months
AMC/After Sales Service	Provided

A passenger lift, also known as a passenger elevator, is a vertical transportation system designed to carry people between different floors of a building. It consists of a lift car (or cabin) that travels within a dedicated shaft, and is typically driven by a traction (rope and pulley) or hydraulic mechanism. Passenger lifts are a fundamental part of building infrastructure, especially in multi-story structures, facilitating efficient and safe movement of people.

Key Components and Features:

Lift Car/Cabin:

The enclosed space where passengers travel.
Lift Shaft:

The vertical passage or enclosed structure within which the lift car moves.
Driving Mechanism:

Traction (cable and pulley) or hydraulic systems are common, with traction systems often preferred for taller buildings due to their efficiency and speed.
Doors:

Typically automatic, center-opening or telescopic doors on both the lift car and the shaft landings, ensuring safety and accessibility.
Control System:

Sophisticated electronic controls manage lift operation, including speed, direction, and safety features like emergency braking and door controls.
Safety Features:

Passenger lifts are equipped with numerous safety mechanisms, such as emergency brakes, overspeed governors, and door interlocks, to prevent accidents and ensure passenger safety.

Typical Applications:

Multi-story Buildings:

Essential for transporting people between floors in offices, residential buildings, shopping centers, and other structures.
Accessibility:

Provide convenient access for individuals with mobility impairments, especially when combined with platform lifts.
High-rise Buildings:

Traction elevators, with their speed and ability to service taller structures, are crucial for vertical transportation in high-rise buildings.
Hospitals and Medical Facilities:

Specialized lifts designed to accommodate beds or stretchers, along with attendants, are crucial for patient transport.

Structural Considerations:

Shaft Design:

The lift shaft must be designed to withstand the loads imposed by the lift car, passengers, and the driving mechanism, and it needs to be structurally sound and aligned to ensure smooth operation.
Pit Depth:

The pit, located at the bottom of the shaft, needs to be deep enough to accommodate the lift car at its lowest level and to house safety components.
Machine Room:

While machine-room-less elevators are becoming increasingly common, some lift systems still require a separate machine room for the motor and control equipment.
Load Analysis:

Lift loads, including the weight of the lift car, passengers, and the mechanism, need to be considered in the overall structural design of the building.
Shaft Construction Materials:

Shafts can be constructed from various materials, including concrete, steel, and timber, depending on the building type and design requirements.