EN 81-20 elevator dimensions table define the minimum safety and sizing requirements for passenger, hospital, and freight lifts across Europe. Below is a complete reference including shaft dimensions, pit depth, and headroom for all standard elevator loads. For comprehensive details, refer to the EN 81-20/50 Elevator Dimensions Table.

Note: Values are typical industry references. Final dimensions may vary depending on design, speed, and manufacturer.


Passenger Elevator Dimensions (MRL / Traction)

Load (kg)PersonsCar Width (mm)Car Depth (mm)Door Width (mm)Shaft Width (mm)Shaft Depth (mm)Pit (mm)Headroom (mm)
320480010007001400140010003400
4506100012508001600160011003600
6308110014009001800170012003800
80010135014009002000180013004000
1000131400160010002200200014004200
1250161600150011002400210015004500
1600211600210011002600240016004800
2000261800220012002800260017005000

Hospital Bed Elevator (Stretcher Lift) Dimensions (EN 81-20 Compliant)

Load (kg)Car Width (mm)Car Depth (mm)Door Width (mm)Shaft Width (mm)Shaft Depth (mm)Pit (mm)Headroom (mm)
10001400240011002200260014004200
16001600240013002500270015004500
20001800240014002800280016004800
25002000270014003000300017005000

Freight Elevator Dimensions

Load (kg)Car Width (mm)Car Depth (mm)Door Width (mm)Shaft Width (mm)Shaft Depth (mm)Pit (mm)Headroom (mm)
10001500150012002300220014004200
20001800200014002600260015004500
30002000250015003000300016004800
50002500300018003500350017005200

Key EN 81-20/50 Requirements

  • Minimum car height: 2100 mm
  • Pit depth: 1000 – 1700 mm
  • Headroom: 3400 – 5200 mm
  • Door width: typically 800 – 1400 mm depending on application
  • Mandatory safety spaces for maintenance personnel

How to Choose the Right Elevator Dimensions According to EN 81-20

Choosing the correct EN 81-20 elevator dimensions table values is essential for ensuring safety, efficiency, and compliance in modern building projects. The selection process depends on several factors including building type, passenger traffic, and intended usage.

For residential and commercial buildings, 630 kg and 800 kg passenger elevators are the most commonly used configurations. These systems provide an optimal balance between cabin size and shaft space, making them suitable for mid-rise developments across Europe.

In healthcare facilities, hospital elevator dimensions must accommodate stretchers and medical equipment. This is why larger car depths and wider door openings are required, along with increased pit depth and headroom for safety compliance under EN 81-20 regulations.

For industrial applications, freight elevator dimensions are determined by load capacity and goods type. Higher capacities require reinforced structures, larger shaft sizes, and extended headroom to ensure safe operation.

Ultimately, selecting the correct elevator size should always involve coordination with an experienced manufacturer to ensure full compliance with EN 81-20/50 standards, local regulations, and project-specific requirements.

Additionally, proper planning of elevator dimensions improves long-term maintenance efficiency, energy consumption, and user comfort, making it a critical factor in sustainable and future-proof building design projects.


Frequently Asked Questions (FAQ)

What is the shaft size for a 630 kg elevator?

Typical shaft size is approximately 1800 mm width and 1700 mm depth for EN 81-20 compliant passenger elevators.

What pit depth is required for hospital elevators?

Hospital lifts typically require 1400 mm to 1700 mm pit depth due to larger car size and safety requirements.

What is the headroom for freight elevators?

Freight elevators generally require 4200 mm to 5200 mm headroom depending on load capacity and configuration.