A Korean customer required a cable conveyor for power cable installation with specific requirements on pulling force, operating speed, power supply and braking performance.
After reviewing the project conditions, the GSS-6 cable conveyor was selected and configured according to the customer's technical requirements.
| Item | Project Requirement |
|---|---|
| Country | South Korea |
| Equipment | GSS-6 Cable Conveyor |
| Cable Diameter | 46–180 mm |
| Required Pulling Force | ≥11 kN |
| Operating Speed | 5.6 m/min |
| Power Supply | 380 V / 3 Phase / 60 Hz |
| Control Functions | Forward / Reverse / Stop |
| Safety Function | Emergency Stop |
| Brake Requirement | Holding after stop |
| Inspection | Factory inspection before shipment |
The customer needed the cable conveyor to handle large power cables while maintaining stable conveying force and controlled movement during installation.
The key requirement was not only the cable diameter range, but also sufficient pulling force and reliable braking performance during stop conditions.
The customer specified:
These requirements were reviewed before production to ensure that the machine configuration matched the actual site conditions.
The GSS-6 cable conveyor was selected because it is suitable for large-diameter power cable installation and provides higher conveying force than smaller cable conveyor models.
The machine uses a large contact area between the conveyor tracks and the cable, allowing stable cable movement while helping reduce local pressure on the cable sheath.
For this Korean project, the machine configuration was adjusted according to the required pulling force, operating speed and 60 Hz electrical supply.
The customer's site power supply was:
380 V / 3 Phase / 60 Hz
Therefore, the motor and electrical control system were configured accordingly before shipment.
The control system was required to support:
The control response and motor rotation direction were checked during factory testing.
One of the important technical requirements of this project was the braking function.
When the machine stops during cable installation, the conveyor should not release the cable unexpectedly.
For this reason, brake holding performance was included in the factory inspection before delivery.
This function is especially important when the cable route includes:
Before shipment, the Korean customer arranged factory inspection of the cable conveyor.
The inspection items included:
The inspection was used to verify that the machine met the confirmed technical requirements before delivery.
Before packing, the GSS-6 cable conveyor was tested under factory conditions.
The main testing points included:
The machine was also checked for loose fasteners, abnormal vibration and control response before final packing.
The GSS-6 cable conveyor can be used for:
For projects involving long laying distances, multiple cable conveyors can also be installed along the cable route.
For cable conveyor selection, cable diameter alone is not enough.
The following information is normally required:
Based on these project details, the appropriate model and machine configuration can be selected.
A Korean customer required a cable conveyor for power cable installation with specific requirements on pulling force, operating speed, power supply and braking performance.
After reviewing the project conditions, the GSS-6 cable conveyor was selected and configured according to the customer's technical requirements.
| Item | Project Requirement |
|---|---|
| Country | South Korea |
| Equipment | GSS-6 Cable Conveyor |
| Cable Diameter | 46–180 mm |
| Required Pulling Force | ≥11 kN |
| Operating Speed | 5.6 m/min |
| Power Supply | 380 V / 3 Phase / 60 Hz |
| Control Functions | Forward / Reverse / Stop |
| Safety Function | Emergency Stop |
| Brake Requirement | Holding after stop |
| Inspection | Factory inspection before shipment |
The customer needed the cable conveyor to handle large power cables while maintaining stable conveying force and controlled movement during installation.
The key requirement was not only the cable diameter range, but also sufficient pulling force and reliable braking performance during stop conditions.
The customer specified:
These requirements were reviewed before production to ensure that the machine configuration matched the actual site conditions.
The GSS-6 cable conveyor was selected because it is suitable for large-diameter power cable installation and provides higher conveying force than smaller cable conveyor models.
The machine uses a large contact area between the conveyor tracks and the cable, allowing stable cable movement while helping reduce local pressure on the cable sheath.
For this Korean project, the machine configuration was adjusted according to the required pulling force, operating speed and 60 Hz electrical supply.
The customer's site power supply was:
380 V / 3 Phase / 60 Hz
Therefore, the motor and electrical control system were configured accordingly before shipment.
The control system was required to support:
The control response and motor rotation direction were checked during factory testing.
One of the important technical requirements of this project was the braking function.
When the machine stops during cable installation, the conveyor should not release the cable unexpectedly.
For this reason, brake holding performance was included in the factory inspection before delivery.
This function is especially important when the cable route includes:
Before shipment, the Korean customer arranged factory inspection of the cable conveyor.
The inspection items included:
The inspection was used to verify that the machine met the confirmed technical requirements before delivery.
Before packing, the GSS-6 cable conveyor was tested under factory conditions.
The main testing points included:
The machine was also checked for loose fasteners, abnormal vibration and control response before final packing.
The GSS-6 cable conveyor can be used for:
For projects involving long laying distances, multiple cable conveyors can also be installed along the cable route.
For cable conveyor selection, cable diameter alone is not enough.
The following information is normally required:
Based on these project details, the appropriate model and machine configuration can be selected.
