| Standard Passenger Elevator | Residential buildings, offices, schools, hotels, and public facilities | 630–1,600 kg | 1.0–2.5 m/s | Traction drive, usually with a variable-frequency drive | General-purpose passenger transportation, automatic doors, programmable landing control, and emergency lighting | Cabin dimensions, door configuration, finishes, lighting, handrails, mirrors, floor indicators, and control-panel layout |
| Machine-Room-Less Passenger Elevator | Modern residential and commercial buildings where roof or machine-room space is limited | 450–1,600 kg | 1.0–2.5 m/s | Compact gearless or geared traction machine installed within the hoistway | Reduced building space requirements, efficient motor control, and flexible architectural integration | Hoistway layout, cabin size, landing-door finishes, control system, energy-saving settings, and destination control compatibility |
| High-Speed Passenger Elevator | High-rise offices, hotels, residential towers, and mixed-use skyscrapers | 1,000–2,000 kg | 2.5–8.0 m/s | High-performance gearless traction system with advanced motion control | High acceleration control, improved ride comfort, aerodynamic cabin design, and multi-zone service planning | Speed zoning, destination dispatch, cabin pressure control, door speed, noise reduction, and high-rise traffic configuration |
| Panoramic Passenger Elevator | Shopping centers, hotels, museums, atriums, and buildings requiring visual appeal | 630–1,600 kg | 0.63–2.5 m/s | Traction drive with a glazed or partially glazed cabin and hoistway | Enhanced visibility, architectural presentation, natural-light integration, and optional exterior-facing travel | Glass type, cabin shape, stainless-steel finishes, lighting color, frame design, panoramic wall arrangement, and custom interior materials |
| Hospital Bed Elevator | Hospitals, clinics, medical centers, and healthcare campuses | 1,600–2,500 kg | 0.63–2.0 m/s | Traction drive designed for smooth starting, stopping, and frequent operation | Wide cabin, large door opening, stretcher clearance, durable surfaces, and precise leveling | Cabin length and width, rear or through-opening doors, impact-resistant wall panels, handrails, corner guards, and antimicrobial finishes |
| Firefighter or Fire-Service Elevator | Buildings requiring dedicated emergency-response access under applicable local regulations | 1,000–2,000 kg | 1.0–4.0 m/s | Traction system with protected controls and emergency operating functions | Emergency recall, protected landing access, water-resistant features where required, and firefighter operation mode | Fire-rated landing doors, emergency communication, protected lobbies, backup power interface, and local code-specific controls |
| Service-Compatible Passenger Elevator | Hotels, apartment buildings, offices, and facilities that move both people and light goods | 1,000–2,000 kg | 1.0–2.5 m/s | Heavy-duty traction drive with reinforced cabin components | Higher duty cycle, durable flooring, strengthened doors, and greater resistance to interior wear | Protective wall panels, rubber flooring, ventilation, larger doors, rear opening, loading protection, and service-control settings |
| Gearless Traction Elevator | Medium- and high-rise buildings prioritizing efficiency, comfort, and reduced maintenance requirements | 630–2,000 kg | 1.0–8.0 m/s | Permanent-magnet synchronous gearless motor with variable-frequency control | High efficiency, smooth ride quality, compact machine arrangement, and suitability for higher speeds | Motor rating, roping arrangement, regenerative drive, braking system, speed profile, and traffic-management software |
| Energy-Efficient Passenger Elevator | Green buildings, commercial developments, residential projects, and facilities with high operating hours | 630–1,600 kg | 1.0–4.0 m/s | High-efficiency traction machine with variable-frequency regenerative or non-regenerative drive | LED lighting, standby mode, efficient motor control, low-energy ventilation, and reduced idle consumption | Regenerative drive, sleep-mode settings, solar-power interface, energy monitoring, LED systems, and building-management-system integration |
| Accessibility-Focused Passenger Elevator | Public buildings, transit facilities, schools, offices, residential projects, and barrier-free developments | 630–1,600 kg | 0.63–2.5 m/s | Traction drive configured for accessible dimensions and control requirements | Level boarding, adequate wheelchair turning space, tactile controls, audible announcements, and visual indicators | Cabin size, door width, handrail height, Braille buttons, voice announcements, induction-loop systems, and low-mounted controls |
| Destination-Controlled Elevator Group | High-rise offices, hotels, mixed-use towers, and buildings with concentrated passenger traffic | 630–2,000 kg per car | 1.6–8.0 m/s | Multiple traction elevators coordinated by group supervisory control | Passenger grouping by destination, reduced unnecessary stops, improved peak-period handling, and traffic analytics | Number of cars, zoning strategy, dispatch algorithms, touchscreen or keypad interfaces, access control, and integration with security systems |
| Outdoor or Semi-Outdoor Passenger Elevator | Transport hubs, tourist attractions, parking structures, campuses, and external building extensions | 630–1,600 kg | 0.63–2.5 m/s | Traction drive with weather-protection measures for exposed components | Corrosion-resistant materials, weatherproof landing arrangements, drainage provisions, and temperature protection | Enclosure design, anti-corrosion finishes, heating or ventilation, waterproof controls, glass panels, and local climate protection |