Electric ref desptn Semi Automatic lift automation controller

₹ 5 Lakh - ₹ 28 Lakh / Set

Materialref desptn,ref description
Driven TypeElectric, ref descptn
Automatic GradeSemi Automatic, Manual, ref description
Brand Nameref description
Supply TypeManufacturer, Exporter, Supplier, Retailer, Distributor, Importer, Trader, Buying House
Preferred Buyer Location All over the world

Company Information

Member Since 10 Years
Nature of Business Retailer
GST No. 27AABCL9949B1ZC

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Product Details
Company Details

Driven TypeElectric, ref descptn
ShapeSquare, Round, Rectangular, ref description
ConditionNew, ref description
Automatic GradeSemi Automatic, Manual, ref description
Power9-12kw, 6-9kw, 3-6kw, 1-3kw, ref description
Number Of Flowerref description
Total Carbohydrateref description
Brand Nameref description
Materialref desptn,ref description

We are offering all types of lift system that are available from us at very nominal prices. Lift Automation & Control

Lift System (or Elevator System) is an electromechanical vertical transport system designed to move people or goods between floors of a building. It uses electric motors, drive mechanisms, and control systems to operate lift cars safely and efficiently.

leelavati automation

Lift systems are used in:

Residential buildings

Commercial complexes

Hospitals

Warehouses and factories (freight lifts, goods lifts, dumbwaiters)

Types of Lift Systems

Traction LiftUses ropes and counterweights, motor-drivenMedium/high-rise buildings

Hydraulic LiftUses fluid pressure to raise the carLow-rise, up to 5–6 floors

Machine Room-less (MRL)Compact traction system, no machine roomSpace-saving modern buildings

Freight/Goods LiftHeavy-duty design for cargo transportFactories, warehouses, loading docks

Hospital LiftLarge cabin size, smooth operationHospitals and medical facilities

DumbwaiterMini-lifts for kitchen/office documentsRestaurants, hotels, libraries

Home ElevatorCompact, low-speed lifts for villasResidential use, 2–4 floors

leelavati automation

Components of Lift Systems

Lift Car/CabinCarries passengers or goods

Shaft/HoistwayEnclosed path for lift movement

Drive MotorPowers lift movement (AC gearless or geared motor)

Control Panel/PLCControls operations, floor stops, speed, safety

Door SystemAutomatic/manual doors, with sensors and locks

CounterweightBalances lift car in traction systems

Guide RailsKeep car aligned during vertical movement

Safety Gear & BufferPrevents free fall or collision

Display and Call ButtonsFor floor selection, status, overload, direction

Lift Automation & Control

Modern lift systems integrate:

PLC or Microcontroller-based logic

VFDs (Variable Frequency Drives) for motor speed control

leelavati automation

Limit switches, proximity sensors for door and position sensing

Touchscreen or keypad-based HMIs for user interaction

IoT/SCADA connectivity for remote monitoring and diagnostics

UPS & backup systems for power failure protection

Safety Systems & Features

Overspeed GovernorStops lift if it moves too fast

Automatic Rescue Device (ARD)Moves lift to nearest floor during power failure

InterlocksPrevents door opening when car isn't aligned

Load SensorsDetects overload and disables operation

Emergency AlarmAlert system for users

Fire Recall SystemReturns lift to ground floor in case of fire

Door SensorsInfrared curtains or bump sensors for safety

Lift Specifications (Typical)

ParameterRange

Load Capacity200 kg – 5000 kg

Speed0.3 m/s – 2.5 m/s

Number of Stops2 to 30+ floors

Power Supply3-phase, 415V AC / single-phase for home lifts

Cabin DimensionsVaries (standard ~1100 x 1400 mm for 6–8 persons)

Shaft SizeVaries by model (min ~1500 x 1500 mm for passenger lift)

leelavati automation

Industrial Applications

Factory floors – Material handling between levels

Warehouses – Goods lifts for pallet or trolley transport

Hotels & Hospitals – Guest and stretcher lifts

Shopping malls – High-traffic passenger lifts with voice guidance

Residential buildings – Passenger lifts with minimal pit/headroom

Home Lift (2–4 floors)250–400 kg

Passenger Lift (6–10 persons)450–680 kg

Hydraulic Lift (low-rise)300–1000 kg

Freight/Goods Lift500–3000 kg

Hospital/Stretcher Lift1000–1600 kg

MRL Lift (compact)450–1000 kg

leelavati automation

Additional Information

Packaging DetailsLift Automation & Control Lift System (or Elevator System) is an electromechanical vertical transport system designed to move people or goods between floors of a building. It uses electric motors, drive mechanisms, and control systems to operate lift cars safely and efficiently. leelavati automation Lift systems are used in: Residential buildings Commercial complexes Hospitals Warehouses and factories (freight lifts, goods lifts, dumbwaiters) Types of Lift Systems Traction Lift Uses ropes and counterweights, motor-driven Medium/high-rise buildings Hydraulic Lift Uses fluid pressure to raise the car Low-rise, up to 5–6 floors Machine Room-less (MRL) Compact traction system, no machine room Space-saving modern buildings Freight/Goods Lift Heavy-duty design for cargo transport Factories, warehouses, loading docks Hospital Lift Large cabin size, smooth operation Hospitals and medical facilities Dumbwaiter Mini-lifts for kitchen/office documents Restaurants, hotels, libraries Home Elevator Compact, low-speed lifts for villas Residential use, 2–4 floors leelavati automation Components of Lift Systems Lift Car/Cabin Carries passengers or goods Shaft/Hoistway Enclosed path for lift movement Drive Motor Powers lift movement (AC gearless or geared motor) Control Panel/PLC Controls operations, floor stops, speed, safety Door System Automatic/manual doors, with sensors and locks Counterweight Balances lift car in traction systems Guide Rails Keep car aligned during vertical movement Safety Gear & Buffer Prevents free fall or collision Display and Call Buttons For floor selection, status, overload, direction Lift Automation & Control Modern lift systems integrate: PLC or Microcontroller-based logic VFDs (Variable Frequency Drives) for motor speed control leelavati automation Limit switches, proximity sensors for door and position sensing Touchscreen or keypad-based HMIs for user interaction IoT/SCADA connectivity for remote monitoring and diagnostics UPS & backup systems for power failure protection Safety Systems & Features Overspeed Governor Stops lift if it moves too fast Automatic Rescue Device (ARD) Moves lift to nearest floor during power failure Interlocks Prevents door opening when car isn't aligned Load Sensors Detects overload and disables operation Emergency Alarm Alert system for users Fire Recall System Returns lift to ground floor in case of fire Door Sensors Infrared curtains or bump sensors for safety Lift Specifications (Typical) Parameter Range Load Capacity 200 kg – 5000 kg Speed 0.3 m/s – 2.5 m/s Number of Stops 2 to 30+ floors Power Supply 3-phase, 415V AC / single-phase for home lifts Cabin Dimensions Varies (standard ~1100 x 1400 mm for 6–8 persons) Shaft Size Varies by model (min ~1500 x 1500 mm for passenger lift) leelavati automation Industrial Applications Factory floors – Material handling between levels Warehouses – Goods lifts for pallet or trolley transport Hotels & Hospitals – Guest and stretcher lifts Shopping malls – High-traffic passenger lifts with voice guidance Residential buildings – Passenger lifts with minimal pit/headroom Home Lift (2–4 floors) 250–400 kg Passenger Lift (6–10 persons) 450–680 kg Hydraulic Lift (low-rise) 300–1000 kg Freight/Goods Lift 500–3000 kg Hospital/Stretcher Lift 1000–1600 kg MRL Lift (compact) 450–1000 kg leelavati automation
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