Scenario & Requirements
At the drum oil loading test site, slope control is critical. The aim is to keep the drums stable during conveying and loading, preventing the cargo from tipping over. The site leaves a safety margin around slope and docking to ensure every connection section can handle drums that are prone to tipping.
How the solution connects
The multi-wedge belt powered rubber roller conveyor connects directly to the truck loading opening. The rubber-coated rollers advance the drum oil with coordinated cushioning and drive, keeping the contact between the carrier and the cargo stable. The medium hydraulic conveyor connects to the ground; hydraulic lifting adjusts the roller conveying surface to the height of the truck opening. The top bracket docks with the roller conveyor line to form a continuous flow channel, and the slope is manually monitored to prevent abnormal tilting.
Multi-Wedge Belt Powered Rubber-Covered Roller Conveyor
The multi-wedge-belt Powered Rubber-Covered Roller Conveyor is specifically designed for the smooth conveying of bagged goods. It uses multi-wedge-bel...
Metal Drum
Plastic Drum
Roll
Carton
Bagged
Operating process & labor coordination
Operators use manual start/stop and forward/reverse control of the roller conveyor to slowly advance the drum oil to the hydraulic conveyor entrance while monitoring slope changes on the incline section. Staff at the hydraulic conveyor end handle hydraulic lifting and fine adjustments to conveying speed, and coordinate casters for repositioning to match the truck-compartment height, ensuring the cargo remains stable when the conveying surface connects to the truck compartment.
Changes after implementation
With the rubber-coated rollers working together with the hydraulic conveyor, drum oil flows more smoothly from the ground into the truck compartment. The cargo remains stable within a channel with controllable lifting and slope, forming a coherent overall loading line and reducing the risk of tipping.
