Hospital Lift Requirements: Stretcher Size, Safety & Standards
Hospital lift requirements explained: bed and stretcher car sizes, capacity, speed, levelling, two-side doors, ARD, hygiene finishes and fire lift rules.
- A hospital lift must fit a bed or stretcher plus staff, with a deep car and wide doors.
- Accurate levelling and a smooth V3F ride protect patients on trolleys and beds.
- ARD and power backup keep patients from being trapped during power cuts.
- Plan fire lifts per NBC 2016 and keep uptime high with a strong maintenance contract.
A hospital lift must carry a patient lying on a bed or stretcher, along with attendants and equipment, safely and without jolts. In practice, the key hospital lift requirements are a deep car with wide doors, enough capacity, precise levelling at every floor, a smooth variable-speed drive, automatic rescue during power cuts, easy-to-clean finishes and reliable maintenance. Getting these right at the design stage saves money and, more importantly, protects patients.
This guide is for hospital owners, nursing home managers, architects and builders in Bihar, Eastern UP and beyond. We have written it from our experience of supplying and maintaining lifts for healthcare buildings such as Narayan Medical College & Hospital in Jamuhar, Sasaram.
Why Hospital Lift Requirements Are Different
A lift in a hospital is part of patient care. It moves patients from the emergency ward to the operation theatre, from wards to diagnostics, and supplies, food and linen around the building. It runs all day and night. A breakdown or a rough stop is not just an inconvenience; it can delay treatment or disturb a critically ill patient. That is why hospital lifts are specified differently from ordinary passenger lifts.
Bed and Stretcher Car Dimensions
The car must be deep enough for a hospital bed or stretcher with room for at least one attendant at the head or foot, and the doors must be wide enough to wheel the bed in without tilting. The table below shows sizes commonly used for bed lifts, based on internationally used planning layouts. They are typical figures for early planning only; your final size depends on the beds and trolleys you use and on the supplier's drawing.
| Rated load (typical) | Car inside width × depth (typical) | Door clear width (typical) | Common use |
|---|---|---|---|
| 1275 kg | 1200 mm × 2300 mm | 1300 mm | Standard bed or stretcher with attendant |
| 1600 kg | 1400 mm × 2400 mm | 1300 mm | Bed plus attendants and small equipment |
| 2000 kg | 1500 mm × 2700 mm | 1400 mm | Larger beds, ICU transfers with equipment |
| 2500 kg | 1800 mm × 2700 mm | 1400 mm | Specialist beds, heavy equipment and staff |
Measure your largest bed or trolley before finalising. A car that is a little too short forces staff to tilt the bed, which is exactly what a hospital lift should avoid.
Capacity, Speed and Levelling Accuracy
Capacity
Capacity is set by car size and use. A bed lift needs more capacity than its passenger count suggests, because beds, patients and medical equipment are heavy. Separate lifts for visitors, patients and services help keep patient lifts free when they are needed most.
Speed
Speed should match the building height and traffic. A very fast lift is not always better in a hospital, because smooth acceleration matters more than top speed. For low- and mid-rise hospitals, a moderate speed with a good drive is usually the right balance. For taller blocks, a traffic study helps decide speed and the number of lifts.
Levelling accuracy
Levelling is how precisely the car floor lines up with the landing floor. Even a small step can jolt a trolley wheel or trip a patient. EN 81-20, with which IS 17900 is harmonised, sets limits on stopping and levelling accuracy (±10 mm on stopping and ±20 mm for maintained levelling). Ask your supplier to confirm the levelling performance in writing.
Drive, Doors and Safety Features
V3F drive for a smooth ride
A V3F (VVVF, variable-voltage variable-frequency) drive controls the motor speed smoothly. It gives soft starts and stops, accurate levelling and lower energy use. For patient transport, we consider V3F essential.
Two-side (through-car) doors
Many hospitals use lifts with doors on two opposite sides. This lets staff wheel a bed in from one side and out from the other without turning it, and helps separate clean and dirty routes, or public and restricted areas. Plan this early, because it affects the shaft and floor layout.
Essential safety features
- Automatic Rescue Device (ARD): brings the car to the nearest floor and opens the doors during a power failure.
- Light curtain door protection: stops doors from closing on a bed, trolley or person.
- Overload sensor with alarm or voice prompt.
- Intercom to the nursing station or security desk.
- Emergency light and alarm inside the car.
- Attendant or priority service mode so staff can take the lift directly to a floor during an emergency.
- Connection to the hospital's standby generator, so critical lifts keep running during long outages.
IS 17900, which per BIS became mandatory for new installations from 22 December 2025, also emphasises UCMP (unintended car movement protection) and ACOP (ascending car overspeed protection). Ask how your lift meets these requirements.
How Many Lifts Does a Hospital Need?
There is no single number that fits every hospital. It depends on the number of floors, beds, departments and daily visitors. As a practical rule, plan separate lifts for different kinds of traffic:
- Bed or stretcher lifts for patients, ideally at least two so one is always available.
- Passenger lifts for visitors and outpatients, so they do not crowd the bed lifts.
- Service or goods lifts for food, linen, waste and supplies. Smaller items can use dumbwaiter lifts.
Separating traffic keeps patient lifts free for emergencies and improves hygiene. Your architect and lift supplier can study expected traffic to fix the number, size and speed.
Hygiene and Finishes
Hospital lifts are cleaned often and with strong disinfectants. Choose finishes that are durable and easy to clean.
- Stainless steel wall panels (hairline finish hides scratches better than mirror).
- Seamless, non-slip, washable flooring.
- Bumper rails at bed height to protect walls from trolleys.
- Handrails for patients who are standing.
- Simple buttons that are easy to wipe.
- Good lighting and ventilation inside the car.
Fire Lifts and the National Building Code
The National Building Code of India 2016, Part 8 Section 5, covers building-side lift requirements. Among other things, it requires fire lifts in taller buildings, with features such as a protected power supply and firefighter control. Hospitals are also subject to fire safety rules because patients may not be able to use stairs. Your architect and the local fire department will confirm how many fire lifts you need and where they must be located. Plan them at the design stage, since adding a fire lift later is costly.
Hospital lifts in Bihar and Uttar Pradesh also fall under state lift laws. The Uttar Pradesh Lifts and Escalators Act, 2024 requires registration and regular maintenance. The Bihar Lift and Escalator Bill, 2024 covers registration, inspections, mandatory maintenance and third-party insurance. Please confirm the current notifications with your local authority.
Maintenance and Uptime
In a hospital, a lift out of service can mean patients being carried on stairs. Plan for uptime from day one:
- Install at least two bed lifts where possible, so one can be serviced while the other runs.
- Choose a comprehensive AMC so parts are replaced quickly without approval delays.
- Agree a clear response time for breakdowns, including nights and holidays.
- Schedule preventive maintenance at quieter hours.
- Keep a service log and review repeat faults.
Our guide to comprehensive vs non-comprehensive lift AMC explains which suits a hospital. For older lifts with frequent breakdowns, lift modernisation can add a V3F drive, ARD and new doors without replacing everything.
Hospital Lift Planning Checklist
- Measure your largest bed and trolley.
- Decide car size, capacity and door width.
- Decide single-side or two-side doors.
- Specify a V3F drive and confirm levelling accuracy.
- List safety features: ARD, light curtain, overload, intercom, emergency light.
- Connect critical lifts to the standby generator.
- Plan fire lifts with your architect as per NBC and fire department advice.
- Choose hygienic finishes and bumper rails.
- Agree AMC terms and response time before installation.
Why Hospitals Choose Eldeal Engineers
Eldeal Engineers supplies, installs and maintains hospital elevators for healthcare buildings across Bihar and Eastern UP. Our healthcare clients include Narayan Medical College & Hospital, Samarpan Hospital and Janata Nursing Home in Sasaram, RDMH Hospital in Mohania and Singh Healthcare in Varanasi. We use V3F drives with ARD, overload sensor with voice prompt, intercom, emergency light and door protection, inspect every installation stage and provide 24/7 support from our Sasaram office and branches in Patna, Varanasi and Bhagalpur.
Plan Your Hospital Lift with Us
Building a new hospital or upgrading an old lift? Book a free site survey and our engineers will help you plan the right car size, capacity and safety features. Call or WhatsApp +91 84489 44342 or email info@eldealengineers.com.
