It is used during the placement of tightly tied rebar bundles to the stockpile and vehicle loading.
Compared to standard chain hoisting operations, this type of magnetic systems can be used by a single operator. It is ensured that the load is caught and transported from the control cabin of the crane or by means of the remote control. There is no need to leave space between the bundles when placing the rebar bundles in the stockpile or on the vehicle, and there is no need for an extra sling operator for handling operation. In this way, the system progresses faster. In addition, when magnet systems are used, damages such as bruising, bending, and bending are prevented.
The number of magnets and the magnetic power of the magnets are determined according to the length and weight of the rebar bundles to be lifted. Magnet applications can be designed for rebar bundles between 6 and 24 meters, depending on the needs. The beam system is preferred as fixed or telescopic, depending on the place and location of application.
In addition, with magnet systems, more than one rebar beam can be lifted at once. The number of packages that can be lifted depends on the lifting tonnage of the crane. The bulk removal and transportation of the iron bundles allows maximum utilization of the storage medium.
Considerations When Choosing Rebar Magnet
Application information (rolling mill, stockpile, truck loading and unloading)
Bond diameter maximum value (such as Ø250 - Ø300 mm)
Minimum and maximum lengths of rebar bundles,
The number of bunches to be lifted at once,
Lifting tonnage of the crane to be used in the operation, the number of cars and the distance between cars,
Temperature information of the materials to be lifted,
The number of tie straps on the bundles and the distance between each other.
Compared to standard chain hoisting operations, this type of magnetic systems can be used by a single operator. It is ensured that the load is caught and transported from the control cabin of the crane or by means of the remote control. There is no need to leave space between the bundles when placing the rebar bundles in the stockpile or on the vehicle, and there is no need for an extra sling operator for handling operation. In this way, the system progresses faster. In addition, when magnet systems are used, damages such as bruising, bending, and bending are prevented.
The number of magnets and the magnetic power of the magnets are determined according to the length and weight of the rebar bundles to be lifted. Magnet applications can be designed for rebar bundles between 6 and 24 meters, depending on the needs. The beam system is preferred as fixed or telescopic, depending on the place and location of application.
In addition, with magnet systems, more than one rebar beam can be lifted at once. The number of packages that can be lifted depends on the lifting tonnage of the crane. The bulk removal and transportation of the iron bundles allows maximum utilization of the storage medium.
Considerations When Choosing Rebar Magnet
Application information (rolling mill, stockpile, truck loading and unloading)
Bond diameter maximum value (such as Ø250 - Ø300 mm)
Minimum and maximum lengths of rebar bundles,
The number of bunches to be lifted at once,
Lifting tonnage of the crane to be used in the operation, the number of cars and the distance between cars,
Temperature information of the materials to be lifted,
The number of tie straps on the bundles and the distance between each other.