Grand Fuji Elevator Technical Specification & Engineering Guide
Project-Specific Parameters
Elevator configuration requires coordination of building structural constraints, traffic profiles, and electrical specifications. Standardized models cannot be applied universally across different destination markets.
Shaft Dimensions:
Clear hoistway width, depth, plumbness tolerance, and wall material.
Travel Characteristics:
Travel height, number of stops, floor-to-floor heights, and landing configurations.
Pit & Overhead:
Pit depth and overhead clearance conforming to rated speed and safety buffer requirements.
Power Supply:
Main voltage, frequency, phase balance, and line stability.
Integrated System Architecture
|
Subsystem |
Core Assemblies |
Functional Scope |
|
Traction System |
Permanent magnet synchronous motor (PMSM), traction sheave, wire ropes, counterweight |
Generates and transfers lifting force |
|
Drive & Control |
VVVF closed-loop drive, main controller, signal processors |
Regulates speed profile, leveling, and logic control |
|
Door System |
Permanent magnet synchronous door operator, car/landing doors, mechanical interlocks |
Manages opening, closing, and interlock safety |
|
Safety System |
Overspeed governor, progressive safety gear, hydraulic/spring buffers |
Provides mechanical protection under abnormal conditions |
|
Guidance System |
Machined/cold-drawn guide rails, roller/sliding guide shoes |
Maintains vertical alignment of car and counterweight |
Architectural & Cabin Finishes
Configuration of interior components matches building aesthetics, structural load limits, and accessibility codes.
Car Enclosure:
Car walls (hairline/mirror stainless steel, etched sheets, laminated panels), ceiling layouts, and floor recessing for PVC or stone finishes.
Fixtures & Signal Devices:
Car Operating Panel (COP), Hall Operating Panel (HOP), dot-matrix/LCD/TFT indicators, and voice synthesizers.
Accessibility Provisions:
Braille buttons, audio gongs, and landing heights conforming to EN 81-70 or ADA requirements.
Lighting & Ventilation:
Emergency lighting duration, LED fixtures, and forced/natural ventilation provisions.
Engineering & Technical Review Process
Parameter Audit:
Verify rated load, rated speed, car dimensions, and door opening against shaft layouts.
01
Interface Verification:
Review machine room or machine-room-less (MRL) integration, structural reaction forces, and beam load limits.
02
Electrical Matching:
Calculate starting current, running power, harmonic distortion, and emergency rescue device (ARD) integration.
03
Compliance Alignment:
Align specifications with EN 81, ASME A17.1, or destination jurisdiction codes.
04
Verification protocols ensure component traceability and functional performance before dispatch.
FAQ

Technical Proposal Requirements
Submit the following parameters for engineering evaluation and configuration:
Project Location: Country / City
Building Classification: Commercial / Residential / Industrial / Healthcare
Elevator Category: Passenger / Freight / Service / Automotive
Rated Capacity & Speed: kg | m/s
Travel DatTravel height m / Number of stops / Entrances
Shaft Interface: Clear width × clear depth (W × D) / Pit depth / Overhead height
Electrical Parameters: Voltage / Frequency / Phase
Compliance Standards: Applicable local or international codes


