beltconveyor_w300_l500
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There are significant differences between the driving roller and the driven roller in the conveyor belt in multiple aspects, and the following are their main differences:
1、 Definition and operation mode
Active roller:
Definition: A roller that can actively rotate.
Operation mode: Usually driven by motors and other equipment, the rollers are rotated through transmission mechanisms such as chains, belts, or gears.
Driven roller:
Definition: A roller that cannot rotate actively.
Operation mode: It must rely on the driving of equipment such as active rollers to maintain the continuous operation of the conveyor belt.
2、 Function and purpose
Active roller:
Main function: Transport materials, provide continuous and stable power, and ensure smooth transportation of materials between various links.
Speed regulation function: Adjust speed according to production needs to meet different process requirements.
Control function: By controlling the speed of the motor, the items can be accelerated, decelerated, stopped, and other controlled functions to achieve the transportation and sorting of items.
Driven roller:
Main function: As an auxiliary of the active roller, it assists in completing the task of conveying items.
Positioning function: In some special production situations, the driven roller can also be used to strongly position items to ensure production accuracy and efficiency.
3、 Installation location and characteristics
Active roller:
Installation position: Generally installed at the beginning or end of the conveyor line.
Features: It has a power source, can actively rotate, and control the speed and direction of the conveyor line.
Driven roller:
Installation position: Usually installed in the middle or end of the conveyor line.
Characteristic: Without its own power source, it must rely on the driving force of the active roller to rotate.
4、 Friction and material requirements
Active roller:
Friction requirement: Sufficient friction is needed to drive the conveyor belt and materials.
Material requirements: Usually made of wear-resistant and corrosion-resistant materials to ensure long-term stable operation.
Driven roller:
Friction requirements: Friction requirements are relatively low, sometimes even requiring anti sticking requirements.
Material requirements: Select appropriate materials based on specific application scenarios, such as anti stick materials or wear-resistant materials.
In summary, there are significant differences between the active and passive rollers in the definition, operation mode, function and purpose, installation position and characteristics, as well as friction and material requirements of the conveyor belt. These differences enable them to leverage their respective advantages in different application scenarios, jointly achieving smooth and efficient material transportation.
输送带中的主动辊和从动辊在多个方面存在显著差异,以下是它们的主要区别:
一、定义与运转方式
-
主动辊:
- 定义:能够主动转动的辊子。
- 运转方式:通常由电机等设备驱动,通过链条、皮带或齿轮等传动机构带动辊子旋转。
-
从动辊:
- 定义:不能主动转动的辊子。
- 运转方式:必须依靠主动辊等设备的带动,以保持输送带的连续运转。
二、功能与用途
-
主动辊:
- 主要功能:传输物料,提供连续、稳定的动力,确保物料在各个环节之间顺畅传输。
- 调速功能:根据生产需求进行调速,以满足不同工艺要求。
- 控制功能:通过控制电机的转速,对物品进行加速、减速、停止等控制,实现物品的输送和分拣。
-
从动辊:
- 主要功能:作为主动辊的辅助,协助完成物品的输送任务。
- 定位功能:在一些特殊的生产场合中,从动辊还可以用来对物品进行强力定位,以确保生产的精度和效率。
三、安装位置与特点
-
主动辊:
- 安装位置:一般安装在输送线的起始端或末端。
- 特点:具有动力源,能够主动转动,并控制输送线的速度和方向。
-
从动辊:
- 安装位置:通常安装在输送线中部或末端。
- 特点:没有自己的动力源,必须依靠主动辊的带动才能转动。
四、摩擦力与材质要求
-
主动辊:
- 摩擦力要求:需要足够的摩擦力来驱动输送带和物料。
- 材质要求:通常选用耐磨、耐腐蚀的材料制成,以确保长期稳定运行。
-
从动辊:
- 摩擦力要求:摩擦力要求相对较低,有时甚至需要防粘要求。
- 材质要求:根据具体应用场景选择合适的材质,如防粘材料或耐磨材料等。
综上所述,输送带中的主动辊和从动辊在定义、运转方式、功能与用途、安装位置与特点以及摩擦力与材质要求等方面都存在显著差异。这些差异使得它们能够在不同的应用场景中发挥各自的优势,共同实现物料的平稳、高效传输。