Product 1

NINGBO SIGMA Luxurious Passenger Elevator

Model: HGM-PO6

Specification:

Ceiling: Hairline stainless steel, acrylic lighting
Cabin Wall: Hairline stainless steel, mirror etched stainless steel
Handrail: Stainless steel Flat double round tube
Floor: PVC(Standard), Marble(Optional)

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Product Details


NINGBO SIGMA Luxurious Passenger Elevator 

Passenger elevators (lifts) are engineered systems designed to transport people between levels in residential buildings, commercial complexes, and high-rise structures. Unlike freight elevators, these prioritize passenger safety, comfort, and energy efficiency. Modern elevator systems integrate advanced motor technology, regenerative drives, and AI-powered traffic management to reduce energy consumption by 25-40% compared to conventional models.

Core Elevator Components & Technical Specifications

  • Elevator Car: Available in stainless steel, glass, or custom finishes (standard capacities: 630kg/8 persons to 2,500kg/33 persons)

  • Drive Systems: Gearless traction (for buildings >10 floors), hydraulic (2-6 floors), or MRL (machine-room-less) options

  • Safety Systems: Dual electromagnetic brakes, overspeed governors, and seismic sensors compliant with EN 81-20/50 standards

  • Control Systems: Destination dispatch technology with IoT-enabled predictive maintenance

  • Weight Capacity Optimization: Dynamic load sensors adjust acceleration for 1-5,000kg loads

 

Applications Across Building Types

Building Type Recommended System Key Features
Residential Buildings Hydraulic/MRL Compact shaft (as small as 1.2m²), silent operation (<45dB)
Commercial Buildings Gearless Traction Destination dispatch, 1.75-2.5m/s speeds, 50+ daily trips
High-Rise Buildings Double-Deck Elevators Speeds up to 10m/s, sky lobby transfer systems

 

Energy Consumption Innovations


Modern elevators reduce power usage through:

  1. Regenerative drives converting braking energy into reusable electricity

  2. LED lighting with motion sensors

  3. Sleep mode during inactivity (consuming <15W)

  4. VVVF (Variable Voltage Variable Frequency) drive technology

Case Study: Skyline Tower (45-story commercial building)

  • Installed 12 gearless traction elevators

  • Reduced energy costs by 38% vs. previous system

  • Average wait time: <15 seconds during peak hours

  • Annual maintenance savings: $18,500

Drawings & Parameters:

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