Automated Warehouse Storage System Stacker Cranefor Automated Industrial Warehouse Applications

i

Overview & Basic Info

Usage

Tool Rack, Beverage, Clothing, Tools, Supermarket, Food, Industrial, Warehouse Rack

Material

Steel (Q235)

Structure

Rack

Type

Selective Pallet Racking

Mobility

Combined

Height

5-40m

Weight Capacity

200-6000kg

Pallet Size

1*1.2 or Customized

Package Size

120.00cm * 70.00cm * 60.00cm

Gross Weight

1500.000kg

★

Automated Stacker Crane AS/RS

Stacker Crane AS/RS for pallets is an automated system that efficiently stores and retrieves goods, replacing manual warehousing tasks. The storage and retrieval machine (SRM) operates as a crane that moves horizontally within a single aisle.

Stacker cranes move in length, height, and depth to load and unload goods from racking structures in a highly agile, precise manner. Equipped with state-of-the-art technology, they significantly increase warehouse productivity and maximize space utilization.

✔

Product Features

Stacker Crane Controls up to 6000kgs load capacity
Compatibility with multiple lifting attachments, carriages, and forks
User-friendly design with four motion motorized movement
Solid-state controls with variable speeds for precise positioning
4-Bar insulated conductor system for continuous power supply
Safety features: Two hoist brakes, overweight limit, and free-fall catching system
Narrower aisle requirements compared to conventional forklifts
Maximum stability at high positions with minimum sway

⚙

Core Components

Storage / Retrieval Machine (S/RM)

Enables efficient horizontal and vertical positioning. Supports heights up to 140 feet with a double mast design for heavy loads. Horizontal speeds reach up to 900 ft./min.

Conveying Systems

Ensures seamless material flow. Engineered to handle large volumes with precision control and real-time monitoring. Integrates with stretch-wrappers, labelers, and dispensers.

ASRS Racking

Compact storage for high bay warehouses. Precision-engineered fully bolted structures optimized for crane forces and local environmental requirements (seismic/soil type).

📋

System Specifications

System Module	Structural & Technical Features
Racking	Composite structure with pallet or drive-in options. Steel or wooden panels available. Integrated with central computer for auto loading/unloading.
Stacker	Double upright structure, vector frequency conversion drive, encoder position control. Includes mechanical and electronic safety devices.
Conveying System	Equipped with rolling or chain conveyors, lifts, and rotating devices. Bridges the gap between forklifts and automated stackers.
Controlling System	Communicates via OPC agreement and PROFIBUS. Powered by Siemens S7-300 controllers for offline or automatic operation.
WMS/WCS Software	Star network structure. OS: Windows Server. Database: MS SQL Server. Includes WMS (Management), WCS (Control), and RFS (Barcode management).

🖼

Gallery & Applications

?

Frequently Asked Questions

What is a Pallet Type AS/RS?

It is a Unitload Automated Storage and Retrieval System designed to handle large palletized goods automatically using stacker cranes, maximizing storage density and speed.

What load capacities can your stacker cranes handle?

Our systems are capable of handling loads ranging from 200kg up to 6000kg, depending on the specific model and warehouse requirements.

Can this system be integrated into an existing warehouse?

Yes, the system is designed to be compatible with both existing warehouses and new build facilities, offering flexible configurations to optimize available space.

What are the main benefits of using an automated stacker crane?

Key benefits include increased storage capacity via narrow aisles, reduced manual labor errors, improved safety, and significantly faster order fulfillment through automated software integration.

What industries are these automated systems suitable for?

These systems are primarily used in the food and beverage, tobacco, electronic, mechanical, pharmaceutical, and industrial manufacturing sectors.

What is the project implementation process?

The process involves six steps: Defining objectives, Measuring data, Analyzing requirements, Designing the model, Validating feasibility/costs, and final Client Presentation of the best solution.