Steel coils are difficult to transport safely because their cylindrical shape can create rolling and stability risks.
For factories handling coils regularly, an electric coil transfer cart can be designed with a dedicated support structure to keep the load stable during movement.
Why Use a Saddle-Type Platform?
A conventional flat platform may not provide sufficient lateral restraint for cylindrical loads.
A saddle-type or V-shaped platform supports the coil from both sides and helps prevent unwanted movement.
The saddle dimensions should be designed according to:
- Coil diameter
- Coil width
- Maximum coil weight
- Loading direction
- Required number of coils per trip
Load Capacity Is Not the Only Requirement
For example, a 20-ton coil does not automatically mean that every 20-ton transfer cart is suitable.
The engineer must also consider the coil’s center of gravity and how the weight is distributed across the platform.
Trackless or Rail-Mounted?
For repetitive transportation between fixed production stations, a rail-mounted coil transfer cart can provide a simple and stable solution.
When a vehicle needs to serve several production areas or routes change frequently, a trackless coil transfer cart provides greater flexibility.
Loading and Unloading
The transfer process should also be considered during vehicle design.
Coils may be loaded by:
- Overhead crane
- Gantry crane
- Coil handling equipment
- Hydraulic lifting system
The platform height can be customized to match surrounding equipment.
Safety Features
Depending on the application, a coil transfer cart may include:
- Emergency stop
- Warning lights
- Audible alarms
- Anti-collision sensors
- Wireless remote control
- Mechanical coil supports
Information to Provide Before Ordering
For an accurate configuration, provide:
- Maximum coil weight
- Minimum and maximum coil diameter
- Coil width
- Required transport distance
- Floor or rail condition
- Loading and unloading method
- Required operating frequency
A properly designed coil transfer cart can simplify heavy coil movement while providing a platform specifically matched to the transported material.