The difference between powered roller conveyors and unpowered roller conveyors

Thread Content

According to the driving method, roller conveyors can be divided into powered roller conveyors and unpowered roller conveyors. What is the difference between the two? I. Unpowered roller conveyor: An unpowered roller conveyor does not have its own driving mechanism; the rollers rotate passively, and the items are moved by human effort, gravity, and external pushing or pulling devices. The power-free roller conveyor features a rational design; its rollers rotate smoothly, and it offers excellent load-bearing capacity when transporting materials. In addition to its attractive appearance, it also boasts advantages such as dust prevention, low noise levels, smooth operation during transportation, a high capacity for carrying materials, and a long service life. It is easy to connect filters between the idler drums; multiple drum lines can be used, or they can be combined with other conveyor systems or specialized equipment to create complex logistics conveying systems that can meet various process requirements. The arrangement methods are: horizontal arrangement and inclined arrangement. II. The powered roller conveyor is suitable for transporting items with a flat bottom, and it mainly consists of drive rollers, a frame, supports, and a driving unit. It features a large handling capacity, high speed, smooth operation, and the ability to enable concurrent split transportation of multiple product types on the same line ； It is easy to connect and integrate filter systems between powered roller conveyors; multiple roller conveyors, along with other conveying equipment or specialized machines, can be used to create complex logistics conveying systems that meet various process requirements. Stacking rollers can be used to achieve the piled transportation of materials. The powered roller conveyor has a simple structure, high reliability, and is easy to use and maintain. Transmission methods: single sprocket, double sprocket, O-ring belt, flat friction belt, synchronous belt, etc. Speed control methods: variable frequency speed control, stepless speed variation, etc.