QL Parallel Type Hanging Overhead Crane
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Capacity:
50 ton
Lifting Height:
9.8-16m
Voltage/Hertz:
380V/50HZ
Working Class:
A6-A7
Span:
Apply: Building Material Shops, Machinery Repair Shops, Manufacturing Plant, Construction works , Energy & Mining, Construction Works, Energy Mining
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Introduction
Technical Data
Application
Features
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PRODUCT INTRODUCTION
The QL Parallel Type Hanging Overhead Crane is a compact, space‑optimized material handling solution designed for facilities where floor space is limited and structural support from existing building columns is either unavailable or undesirable. Unlike traditional top‑running cranes that require runway beams supported by columns, the QL parallel type hanging crane is suspended directly from the overhead building structure—typically roof trusses, steel beams, or reinforced concrete ceilings—using a parallel rail system.
TECHNICAL DATA
APPLICATION
1. Low‑Headroom Manufacturing Facilities
Factory Retrofits: Installing overhead lifting capability in existing factories where ceiling height is limited and floor space cannot accommodate support columns.
Machinery Servicing: Lifting motors, pumps, and machine components for maintenance in facilities with restricted vertical clearance.
Assembly Stations: Providing localized lifting at workstations where traditional cranes cannot be installed due to height constraints.
2. Warehouses & Distribution Centers Narrow‑Aisle Storage: Operating in warehouses with narrow aisles where floor‑mounted forklifts or column‑supported cranes cannot maneuver. High‑Density Racking: Servicing storage racks with precise lifting for palletized goods, cartons, and oversized items. Cross‑Docking Operations: Supporting rapid transfer of goods between receiving and shipping areas without obstructing floor traffic.
3. Automotive Service & Repair Shops Engine & Transmission Removal: Lifting engines, transmissions, and drivetrain components from vehicles in repair bays with limited overhead clearance. Parts Handling: Moving heavy components (cylinder heads, brake calipers, suspension assemblies) between workbenches and storage. Vehicle Maintenance: Supporting specialized repairs on trucks, buses, and heavy equipment where traditional floor cranes are impractical.
4. Machine Shops & Fabrication Workshops Workpiece Positioning: Lifting raw materials (bars, plates, castings) onto CNC machines, lathes, mills, and grinding stations. Tool & Fixture Handling: Moving heavy vises, rotary tables, and work holding fixtures between machines. Finished Part Removal: Lifting completed workpieces from machines for inspection, packaging, or further processing.
5. Assembly Lines & Production Cells Workstation Support: Providing dedicated lifting at individual assembly stations for component installation, reducing manual lifting and operator fatigue. Line‑Side Material Feeding: Lifting and positioning bins, trays, and containers of components alongside assembly lines. Flexible Manufacturing Cells: Supporting reconfigurable production cells where crane positioning must adapt to changing layouts.
6. Laboratories & Research Facilities Sensitive Equipment Handling: Lifting and positioning delicate laboratory instruments, analytical equipment, and experimental apparatus with precise, vibration‑free control. Cleanroom Operations: Available with stainless steel components and sealed drives for use in cleanroom environments. Prototype Assembly: Moving heavy prototype components, test fixtures, and measurement equipment in R&D facilities.
2. Warehouses & Distribution Centers Narrow‑Aisle Storage: Operating in warehouses with narrow aisles where floor‑mounted forklifts or column‑supported cranes cannot maneuver. High‑Density Racking: Servicing storage racks with precise lifting for palletized goods, cartons, and oversized items. Cross‑Docking Operations: Supporting rapid transfer of goods between receiving and shipping areas without obstructing floor traffic.
3. Automotive Service & Repair Shops Engine & Transmission Removal: Lifting engines, transmissions, and drivetrain components from vehicles in repair bays with limited overhead clearance. Parts Handling: Moving heavy components (cylinder heads, brake calipers, suspension assemblies) between workbenches and storage. Vehicle Maintenance: Supporting specialized repairs on trucks, buses, and heavy equipment where traditional floor cranes are impractical.
4. Machine Shops & Fabrication Workshops Workpiece Positioning: Lifting raw materials (bars, plates, castings) onto CNC machines, lathes, mills, and grinding stations. Tool & Fixture Handling: Moving heavy vises, rotary tables, and work holding fixtures between machines. Finished Part Removal: Lifting completed workpieces from machines for inspection, packaging, or further processing.
5. Assembly Lines & Production Cells Workstation Support: Providing dedicated lifting at individual assembly stations for component installation, reducing manual lifting and operator fatigue. Line‑Side Material Feeding: Lifting and positioning bins, trays, and containers of components alongside assembly lines. Flexible Manufacturing Cells: Supporting reconfigurable production cells where crane positioning must adapt to changing layouts.
6. Laboratories & Research Facilities Sensitive Equipment Handling: Lifting and positioning delicate laboratory instruments, analytical equipment, and experimental apparatus with precise, vibration‑free control. Cleanroom Operations: Available with stainless steel components and sealed drives for use in cleanroom environments. Prototype Assembly: Moving heavy prototype components, test fixtures, and measurement equipment in R&D facilities.
FEATURES
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No Floor Columns Required: Suspended design eliminates the need for floor‑mounted support columns, maximizing usable floor space and allowing unobstructed material flow.
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Ideal for Low Headroom: Compact design maximizes lifting height in facilities with limited vertical clearance, enabling efficient operation where traditional cranes cannot be installed.
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Lightweight Construction: Optimized structural design minimizes dead load on existing building structures, often allowing installation without costly structural reinforcement.
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Smooth & Stable Operation: Parallel runway design provides exceptional stability during bridge and trolley travel, reducing load sway and enabling precise positioning.
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Flexible Installation: Can be installed on various overhead structures, including steel trusses, concrete ceilings, and I‑beams, accommodating diverse facility layouts.
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