10 Ton Gantry Crane for Precast Concrete Handling Indonesia

Project Overview

A precast concrete manufacturer in Surabaya, Indonesia needed a safer and more efficient way to handle heavy precast elements across its production yard.

A customized 10 ton single girder gantry crane was supplied for lifting, positioning, stacking, and truck loading.

Project Technical Parameters

Questions This Project Solved

1. What Type of Gantry Crane Is Suitable for Handling 10 Ton Precast Concrete Elements?

For this project, a 10 ton single girder gantry crane was selected for outdoor precast handling.

The customer needed to lift, position, stack, and load precast components within a defined production yard. The single girder configuration provided the required lifting capacity and working coverage while maintaining a practical structure for the application.

For similar applications: A single girder gantry crane can be considered when the required capacity, span, duty class, and operating conditions are within its engineering range.

2. What Span and Lifting Height Do I Need for a Precast Yard?

This project required a 14 m span and 8 m lifting height.

The 14 m span provided coverage across the customer's required handling area, while the 8 m lifting height allowed the team to lift and position precast elements for stacking and truck loading.

For a new project, the required dimensions should be determined from the working area, load dimensions, stacking height, truck-loading position, and required hook coverage rather than selecting standard dimensions first.

3. What Should I Specify When Buying a Gantry Crane for a Precast Plant?

The project shows the key information required for a preliminary crane selection:

10 Ton Capacity + 14 m Span + 8 m Lift + Precast Handling + Outdoor Installation

The customer also required overload protection, limit switches, emergency stop functions, installation, commissioning, and local after-sales support.

For a quotation on a similar project, provide:

Capacity + Span + Lifting Height + Application + Working Frequency + Site Conditions

The engineering team can then evaluate the appropriate crane configuration, duty class, hoisting system, control method, and safety features.

Yuantai Material Handling Solutions for Precast Concrete Handling

Precast concrete plants deal with heavy loads every day. Concrete beams, columns, wall panels, slabs, molds and finished components all need to be lifted and moved between production, storage and loading areas.

The right crane depends on more than the weight of the concrete element. Span, lifting height, lifting frequency, production layout and the way the load is handled all affect the final crane design.

Yuantai provides customized crane and material handling solutions for precast concrete factories, precast yards and concrete component production facilities, including gantry cranes and overhead cranes.

Typical Technical Data

Actual specifications are selected according to the precast element weight and dimensions, lifting method, working frequency, production layout and site conditions.

Choosing the Right Crane for a Precast Concrete Plant

For a smaller or medium-capacity precast operation, a single girder gantry crane can provide a practical solution for moving concrete components around an outdoor production or storage yard.

When the loads become heavier or the crane needs to operate more intensively, a double girder gantry crane can provide a more robust configuration.

For indoor precast production halls, an overhead bridge crane can be used for mold handling, demolding, concrete component positioning and production-line material transfer.

For large outdoor storage yards, the choice may be between a rail mounted gantry crane for fixed-track movement and a rubber tyred gantry crane where greater mobility is required.

Precast Concrete Handling Applications

A crane system can support several stages of the precast production process:

Mold Handling → Demolding → Lifting → Positioning → Storage → Stacking → Truck Loading

For long beams, wall panels or other large precast elements, the lifting system may also require variable-speed control, multiple lifting points or synchronized lifting to keep the load stable during movement.

What Determines the Precasting Handling Crane Configuration?

A 10 ton precast crane and a 50 ton precast crane may look similar from the outside, but their engineering requirements can be very different.

The main factors include:

• Load weight — maximum weight of the precast element
• Load dimensions — length, width and height of the component
• Span — required horizontal working coverage
• Lifting height — required hook height and stacking clearance
• Working frequency — lifting cycles and operating hours
• Production process — mold handling, demolding, storage or loading
• Installation location — indoor production hall or outdoor yard
• Power supply — voltage, frequency and phase
• Control requirements — pendant, radio remote, cabin or PLC
• Special handling requirements — synchronized lifting, rotation or positioning

Example: 10 Ton Precast Gantry Crane

For the Surabaya project, the actual requirement was:

10 Ton Capacity + 14 m Span + 8 m Lifting Height + Outdoor Precast Handling

The solution was a 10 ton single girder gantry crane with an electric wire rope hoist, configured for lifting, positioning, stacking and truck loading.

This is a good example of why crane selection should start with the actual handling process and site requirements, rather than simply asking for a standard 10 ton crane.

Engineering Support for Precast Crane Projects

Planning a gantry crane for a precast concrete factory?

Send the following information:

Load Weight + Load Dimensions + Span + Lifting Height + Working Frequency + Handling Process + Site Conditions

The engineering team can then evaluate the suitable gantry crane type, duty class, hoisting system, travel arrangement, control method and lifting accessories for the project.