Components of 16 Ton Single Beam Overhead Crane

A 16 Ton Single Beam Overhead Crane mainly consists of the following components:

1. Main Girder

The primary load-bearing structure of the crane.

Usually manufactured from high-quality steel plates.

Designed as a box girder or European-style optimized girder for maximum strength and reduced weight.

2. Electric Wire Rope Hoist

The lifting mechanism that raises and lowers loads.

Includes motor, gearbox, drum, wire rope, hook block, and brake.

Can be standard or low-headroom type.

3. End Carriages (End Trucks)

Mounted at both ends of the main girder.

Support the crane and enable longitudinal travel along the runway beams.

Equipped with drive and driven wheels.

 

4. Hoist Traveling Mechanism

Allows the hoist to move horizontally along the main girder.

Consists of traveling motor, wheels, gearbox, and transmission system.

5. Crane Traveling Mechanism

Enables the entire crane to move along the workshop runway.

Includes travel motors, gear reducers, wheels, and braking devices.

 

6. Electrical Control System

Controls lifting, cross travel, and long travel motions.

Includes electrical cabinet, contactors, inverters, relays, and protection devices.

7. Power Supply System

Supplies power to the crane and hoist.

Commonly uses festoon cables, conductor bars, or cable reels.

8. Control Devices

Pendant push-button control.

Wireless remote control.

Optional operator cabin control for special applications.

9. Hook Block Assembly

Comprises hook, pulley block, bearings, and safety latch.

Designed for safe lifting of heavy materials.

.

10. Safety Protection Devices

Overload limiter.

Upper and lower limit switches.

Emergency stop button.

Travel limit switches.

Phase loss and phase sequence protection.

Buffer stops and rail sweepers.

11. Runway System

Crane rails.

Runway beams.

Rail clips and fastening accessories.

Supports smooth crane movement throughout the workshop.

 

12. Painting and Corrosion Protection System

Surface shot blasting.

Anti-rust primer coating.

Industrial finish paint for long-term durability.

These components work together to provide safe, stable, an

 

 

Sketch

 

13. Fasteners and Auxiliary Components

High-strength bolts

Connecting plates

Cable trays

Junction boxes

Maintenance platforms (optional)

Protective covers

 

 

 

Main technical

 

Advantages of 16 Ton Single Beam Overhead Crane

1. Cost-Effective Solution

Lower manufacturing, installation, and maintenance costs compared to double girder overhead cranes.

Ideal for medium-duty lifting applications.

2. Lightweight Structure

Single girder design reduces the overall crane weight.

Decreases wheel loads and building structure requirements.

3. Efficient Space Utilization

Compact design maximizes available workshop space.

Optional low-headroom hoist increases effective lifting height.

4. Reliable Performance

Equipped with high-quality motors, reducers, and electrical components.

Ensures stable and continuous operation.

5. Easy Installation and Maintenance

Fewer structural components simplify installation.

Convenient access for inspection and maintenance.

6. Smooth and Precise Operation

Variable Frequency Drive (VFD) control can be equipped for lifting and traveling motions.

Provides accurate positioning and reduced load swing.

7. Enhanced Safety

Features overload protection, limit switches, emergency stop devices, and braking systems.

Ensures safe operation and operator protection.

8. Energy Efficient

Lightweight design requires less power consumption.

Modern electrical systems help reduce operating costs.

9. Wide Range of Customization

Available with different spans, lifting heights, speeds, and control methods.

Can be customized to meet specific project requirements.

10. Versatile Applications

Suitable for workshops, warehouses, manufacturing plants, assembly lines, steel fabrication facilities, maintenance shops, and logistics centers.

11. Long Service Life

Robust steel structure and durable components ensure long-term reliability.

Corrosion-resistant painting system extends equipment lifespan.

12. Increased Productivity

Enables fast and efficient material handling.

Reduces manual labor and improves overall operational efficiency.

The 16 Ton Single Beam Overhead Crane offers an excellent balance of lifting capacity, operational efficiency, safety, and affordability, making it a popular choice for industrial material handling operations.

 

Applications of 16 Ton Single Beam Overhead Crane

The 16 Ton Single Beam Overhead Crane is widely used for lifting, transporting, loading, and unloading materials in various industrial environments.

1. Manufacturing Workshops

Handling raw materials, machine parts, and finished products.

Supporting assembly and production processes.

2. Warehouses and Storage Facilities

Loading and unloading heavy goods.

Transporting materials between storage locations.

3. Steel Fabrication Plants

Lifting steel plates, beams, pipes, and structural components.

Assisting welding, cutting, and fabrication operations.

4. Machinery Manufacturing

Moving large mechanical components and equipment.

Supporting machine assembly and maintenance work.

5. Automotive Industry

Handling vehicle parts, molds, engines, and production equipment.

Improving efficiency in assembly lines.

6. Construction Material Yards

Transporting construction materials such as steel structures, precast components, and equipment.

Facilitating loading and unloading operations.

7. Power Plants and Utility Facilities

Lifting motors, pumps, generators, and maintenance equipment.

Assisting routine inspection and repair activities.

8. Logistics and Distribution Centers

Moving heavy cargo and palletized goods.

Enhancing material flow and operational productivity.

9. Maintenance Workshops

Handling heavy machinery during repair and servicing.

Improving workplace safety and efficiency.

10. General Industrial Facilities

Suitable for factories, processing plants, and industrial production lines requiring medium-duty lifting operations.

 

Crane Production Procedure (16 Ton Single Beam Overhead Crane)

The manufacturing of a 16 Ton Single Beam Overhead Crane follows a strict production and quality control process to ensure safety, durability, and reliable performance.

1. Technical Design & Engineering

Customer requirements review (span, lifting height, duty class, speed, etc.)

Structural design of main girder and end beams

Electrical system and hoist configuration design

3D modeling and stress analysis

Final technical drawing approval

2. Raw Material Procurement & Inspection

Purchase of certified steel plates and structural steel

Inspection of material quality (chemical composition & mechanical properties)

Verification of standards (ISO, CE, or equivalent)

3. Steel Cutting & Blanking

CNC plasma or flame cutting of steel plates

Precision cutting according to design drawings

Edge preparation for welding

4. Main Girder Fabrication

Assembly of upper and lower flanges and web plates

Automatic submerged arc welding (SAW)

Correction of deformation and alignment

Box girder shaping and reinforcement

5. End Carriage Manufacturing

Steel structure cutting and welding

Wheel set assembly (driving and driven wheels)

Gearbox and motor installation preparation

6. Welding Inspection

Non-destructive testing (NDT) such as ultrasonic or radiographic testing

Weld seam inspection and quality verification

Defect correction if necessary

7. Shot Blasting & Surface Treatment

Steel structure cleaning to remove rust and impurities

Surface preparation for painting (Sa2.5 standard commonly used)

8. Painting Process

Anti-corrosion primer coating

Intermediate protective coating (if required)

Final industrial top coat (color customized)

Drying and curing process

9. Mechanical Assembly

Installation of end carriages to main girder

Hoist trolley installation

Wheel alignment and mechanical adjustment

10. Electrical System Installation

Control panel installation

Wiring of motors, limit switches, and safety devices

Installation of pendant or wireless remote control system

11. Pre-Delivery Testing (No-load Test)

Crane traveling test (long travel & cross travel)

Hoist lifting/lowering test

Brake and limit switch function check

12. Load Testing

Static load test (usually 1.25× rated capacity)

Dynamic load test (usually 1.1× rated capacity)

Verification of structural deflection and stability

13. Final Inspection & Quality Control

Full system inspection

Safety device verification

Compliance check with design standards

14. Packaging & Delivery

Disassembly (if required for transport)

Protective wrapping and labeling

Container or truck loading

Shipping documentation preparation

The entire production process ensures the 16 Ton Single Beam Overhead Crane meets high standards of strength, safety, precision, and long service life.

 

 

Workshop view:

The company has installed an intelligent equipment management platform, and has installed 310 sets (sets) of handling and welding robots. After the completion of the plan, there will be more than 500 sets (sets), and the equipment networking rate will reach 95%. 32 welding lines have been put into use, 50 are planned to be installed, and the automation rate of the entire product line has reached 85%.