Industry Overview
An elevator system is a vertical transportation system designed to move people or goods efficiently between different floors of a building. Most modern elevators are powered by electric motors, with traction (rope) elevators being among the most widely used systems. In a traction elevator, the car is raised and lowered using steel ropes, providing reliable and efficient vertical movement for residential, commercial, industrial, and institutional buildings.
Elevator safety is achieved through multiple integrated mechanisms. Electromagnetic brakes hold the elevator securely when it stops and automatically engage if power is lost. Additional automatic braking systems positioned near the top and bottom of the elevator shaft provide further protection during operation. These safety features help ensure reliable performance under both normal and emergency conditions.
Modern elevator systems are controlled by computerized control units that continuously process operational data to ensure accurate movement and efficient service. The controller receives requests from call buttons located on each floor and inside the elevator car, determines the desired destinations, identifies the elevator's current position, and controls the motor to move the car to the appropriate floor. By coordinating passenger requests with the elevator's location, the control system improves operational efficiency, minimizes waiting time, and enhances the overall user experience.
Cost Estimation
| Particulars | Value |
|---|---|
| Plant Capacity | 1100 Nos./Year |
| Land & Building (8000 sq.mt.) | Rs. 1.07 Cr |
| Plant & Machinery | Rs. 3.94 Cr |
| Working Capital for 2 Months | Rs. 8.31 Cr |
| Total Capital Investment | Rs. 13.63 Cr |
| Rate of Return | 25% |
| Break Even Point | 53% |
Content Index
- INTRODUCTION
- IN ORDER TO DO THIS THE COMPUTER NEEDS TO KNOW AT LEAST THREE THINGS THOSE ARE:
- HISTORY OF ELEVATOR
- FIG. 1.1 (STANDARD ELEVATOR)
- FIG. 1.2 (ELEVATORS IN HOSPITAL)
- ELEVATOR SYSTEM OVERVIEW
- DESCRIPTION
- METHODOLOGY:
- ELEVATOR TECHNOLOGY-
- TYPES OF ELEVATOR CONTROL SYSTEMS:
- SINGLE AUTOMATIC OPERATION:
- SELECTIVE COLLECTIVE OPERATION:
- GROUP AUTOMATIC OPERATION:
- HYDRAULIC ELEVATORS OPERATION-
- FIG. 2.1 HYDRAULIC LIFT
- THE CABLE SYSTEM-
- GEARED VERSUS GEARLESS ELEVATORS
- FIG. 2.2 DETAILED VIEW OF ERECTION
- ELEVATOR SAFETY MECHANISM:
- THE ROPE SYSTEM:
- SPEED GOVERNOR:
- ELECTROMAGNETIC BRAKES:
- SEQUENTIAL LOGIC CIRCUITS:
- COMPONENTS OF ELEVATOR
- ELEVATOR FABRICATION:
- FIG. 3.1 HOSITWAY OF A 6 STORYED BUILDING
- MARKET POSITION
- INDIA ELEVATOR MARKET OVERVIEW:
- INDIA ELEVATOR MARKET KEY PLAYERS
- DESIGN SPECIFICATIONS:
- CAR HEIGHT AND OVERHEAD CLEARANCE:
- PLATFORM CONFIGURATION:
- NUMBER OF STOPS:
- FIG. 3.2 MODERN DAY MOTOR
- TYPES OF MATERIALS USED AND IT’S PROPERTIES:
- ELEVATOR CAR: STAINLESS STEEL/3CR12
- GUIDE RAILS/HAND RAILS: STEEL E235B
- SUSPENDING ROPES: UNALLOYED CARBON STEEL (CARBON 0.4-0.8 %)
- CONTROLLING METHODS
- FIG. 4.1 MANUAL PUSHBUTTON ELEVATOR CONTROLS
- FIG. 4.2 OTIS 1920’S CONTROLLER
- GENERAL CONTROLS
- A TYPICAL MODERN PASSENGER ELEVATOR WILL HAVE:
- FIG.4.3 TYPICAL FRIEGHT ELEVATOR CONTROL
- SOME ELEVATORS MAY HAVE ONE OR MORE OF THE FOLLOWING:
- FIG. 4.4 DUAL DOOR OPEN AND CLOSE DOOR BUTTONS
- FIG. 4.5 SIGNAL BUTTON
- EXTERNAL CONTROLS
- FIG. 4.6 AN EXTERNAL CONTROL PANEL
- THE ELEVATOR ALGORITHM
- RELAY LOGIC ELEVATOR
- CONTROLLER
- THE PRIMARY FUNCTION OF THE ELEVATOR CONTROLLER
- YPES OF ELEVATOR CONTROLLERS:
- 1- RELAY BASED CONTROLLER (ELECTROMECHANICAL SWITCHING)
- FIG.4.7 RELAY BASED CONTROLLER (ELECTROMECHANICAL SWITCHING)
- SOLID-STATE LOGIC TECHNOLOGY
- FIG.4.8 SOLID-STATE LOGIC TECHNOLOGY
- PLC CONTROLLER (COMPUTER BASED TECHNOLOGY)
- FIG.4.9 PLC CONTROLLER (COMPUTER BASED TECHNOLOGY)
- COMPUTER BASED CONTROLLERS ARE SUITABLE FOR THE FOLLOWING:
- ELEVATOR CONTROL SYSTEM SEQUENCE DIAGRAMS
- 1- FROM THE POINT OF VIEW OF AN INDIVIDUAL USER:
- DISCRETE CONTROL AND COMMUNICATION INTERFACES IN ELEVATOR CONTROL SYSTEM:
- UNDER THIS TITLE, (5) COMPONENTS AS FOLLOWS:
- CAR OPERATING PANEL COP
- FIG.4.12 OPERATING PANEL
- CAR OPERATING PANEL-
- FIG.4.13 CAR OPERATING PANEL COP BUTTONS
- A- DOOR-CLOSE-BUTTON
- B- DOOR-OPEN-BUTTON
- C- ALARM BUTTON
- D- FAN BUTTON
- E- OVERLOAD INDICATOR
- F- CAR POSITION INDICATOR/DIRECTION INDICATOR
- G- FIREMAN BUTTON
- H- FLOORS BUTTON
- I- INSTRUCTION PLATE
- FIG.4.15 CONTROLLER CABINET
- COMMUNICATIONS INTERFACE
- A- STANDARD PHONE
- FIG.4.16 STANDARD PHONE
- B- HANDS FREE ADA PHONE
- FIG.4.17 HANDS FREE ADA PHONE
- SUPERVISORY CONTROL PANEL
- FIG.4.18 SUPERVISORY CONTROL PANEL
- SPECIAL OPERATING MODES FOR ELEVATOR CONTROL SYSTEM
- 1- ANTI-CRIME PROTECTION (ACP)
- 2- UP PEAK (MIT)
- 3- DOWN PEAK
- SABBATH SERVICE (SHO)
- FIG.4.20 SABBATH SERVICE
- 4- INDEPENDENT SERVICE (ISC)
- 5- INSPECTION SERVICE (INS)
- 6- FIRE SERVICE MODE (EFS)
- 7- MEDICAL EMERGENCY/'CODE BLUE' SERVICE (EHS)
- 8- EMERGENCY POWER OPERATION (EPO)
- CONTROL ROOM ELECTROMECHANICAL REQUIREMENTS
- ELEVATOR MODERNIZATION
- FIG.5.1 AN ELEVATOR TEST TOWER
- USES OF ELEVATORS
- BRIEF DESCRIPTION OF PROJECT & PRODUCT
- ABOUT THE LIFT AND THEIR COMPONENTS
- 1) LIFT COMPONENTS
- PLAN AND SECTION OF A PASSENGER ELEVATOR
- I) HOIST WAY OR SHAFT
- II) MACHINE ROOM
- III) LIFT PIT
- IV) OVERHEADS
- V) COUNTERWEIGHT
- VI) GUIDE RAILS
- VII) BUFFERS
- 2) CLASSIFICATION
- I) DRUM TYPE
- II) TRACTION TYPE
- GEARLESS TRACTION ELECTRIC ELEVATORS
- GEARED TRACTION ELEVATORS
- TYPES OF COMMERCIAL LIFTS AND THEIR USES
- MACHINERY AND EQUIPMENT
- PRODUCTION PROCESS FLOW
- LOCATION OF SITE
- PRINCIPLES OF PLANT LAYOUT
- PLANT LOCATION FACTORS
- EXPLANATION OF TERMS USED IN THE PROJECT REPORT
- UTILITIES
- TOTAL MANPOWER AND PAYROLL
- PRODUCTS PHOTOGRTAPH
- PLANT LAYOUT
- ORGANIZATION CHART
- LIST OF DOCUMENTS REQUIRED TO GET FOR LICENSES
- PROJECT IMPLEMENTATION SCHEDULE
Appendix
- 01. PLANT ECONOMICS
- 02. LAND & BUILDING
- 03. PLANT AND MACHINERY
- 04. OTHER FIXED ASSESTS
- 05. FIXED CAPITAL
- 06. RAW MATERIAL
- 07. SALARY AND WAGES
- 08. UTILITIES AND OVERHEADS
- 09. TOTAL WORKING CAPITAL
- 10. TOTAL CAPITAL INVESTMENT
- 11. COST OF PRODUCTION
- 12. TURN OVER/ANNUM
- 13. BREAK EVEN POINT
- 14. RESOURCES FOR FINANCE
- 15. INSTALMENT PAYABLE IN 5 YEARS
- 16. DEPRECIATION CHART FOR 5 YEARS
- 17. PROFIT ANALYSIS FOR 5 YEARS
- 18. PROJECTED BALANCE SHEET FOR (5 YEARS)
Frequently Asked Questions
An elevator system is a vertical transportation system that moves passengers or goods between building floors.
Most modern elevators use electric motors to move a car through a shaft using steel ropes or other drive mechanisms. A computerized controller receives floor requests, monitors the elevator's position, and manages movement, stopping, and door operations to provide safe and efficient transportation throughout the building.
Elevator control systems are designed to manage passenger requests and optimize elevator movement.
Common control methods include single automatic operation, selective collective operation, and group automatic operation. Modern systems may also use PLC-based and computer-based controllers to improve scheduling, reduce waiting times, coordinate multiple elevators, and enhance operational efficiency in different building environments.
Modern elevators incorporate multiple safety systems to protect passengers during operation.
Typical safety features include electromagnetic brakes, speed governors, overload sensors, door sensors, automatic rescue devices, buffer springs, over-travel protection, and emergency communication systems. These mechanisms work together to prevent uncontrolled movement, ensure safe stopping, and improve reliability during both routine and emergency situations.
Elevator manufacturing requires fabrication, machining, and assembly equipment.
Typical machinery includes drilling machines, cut-off saws, grinding machines, manual drilling equipment, glass cutters, and general tool kits. These machines support fabrication, component assembly, finishing, inspection, and quality control throughout the production process before packaging and delivery.
The manufacturing process follows a structured sequence from material procurement to final delivery.
According to the project report, the workflow includes procurement of raw materials, cutting, drilling and screw fitting, grinding, glass fitting, quality checking, packaging, and delivery. Following a standardized process helps maintain product quality, dimensional accuracy, and reliable installation performance.
Elevator modernization improves safety, reliability, and operational efficiency.
Upgrading controllers, drive systems, communication interfaces, safety devices, and other components can enhance performance while reducing downtime and maintenance requirements. Modernization also helps extend the service life of existing elevators and supports improved passenger comfort and compliance with updated operational requirements.
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