2015-6-1  thrust load during operation. This is particularly important in long conveyors to prevent the screw pipe from contacting hanger bearings and transferring thrust loads that would result in early failure. A minimum clearance of 1/3” must be allowed between the conveyor pipe end and the hanger bearing on the side nearest the conveyor discharge. A Leader in the Design of Belt Conveyors and Transfer Chutes Systems / Components / Controls / Commissioning Feasibility studies, route selection and optimization Overland, horizontally curved, regenerative, bi-way conveyors Static and dynamic analysis of trough and pipe conveyors.

For companies entering the market for – and even companies that already have them, planning, designing and building these systems can often seem overwhelming. There are certainly many variables to consider, especially when a poorly designed and executed system will cause frustration and loss of time, money and production long after the installation team has left. Browning fn 1910 serial numbers.

Careful planning is necessary to maximize the benefits of any conveyor system. Yet by answering just a few simple questions, companies can sidestep these pitfalls common to mechanical conveyors selection and operation. With the right conveyor system solution and the right implementation, companies will realize significant production efficiencies and safety gains. What follows here is a review of several factors often forgotten when businesses select a conveyor system.

Materials One of the most crucial variables affecting conveyor system design is also the most basic: the materials to be transported on it. Although this may seem straightforward, a thorough understanding of the material’s intrinsic properties often determines which type of conveyor systems are viable options. For example, a conveyor belt designed for mineral ores is quite different from one carrying raw food products. To understand just how important material properties are for conveyor system design, consider these material factors it must contend with. • Size, shape, density, and mass • Baseline temperature and potential fluctuations up or down • Explosivity, corrosiveness, toxicity, oiliness, dustiness, and abrasiveness • Potential for air and water absorption or release • Compressibility under pressure • Degradation, segregation, and friability • Particle interlock potential and flow resistance • Gentle handling requirements How a material behaves determines parameters for system engineers and guides the overall direction of the proposed conveyor structures as mentioned. Movement Movement of materials and conveyor components are also essential system elements that must be carefully planned. System movement typically occurs in three dimensions, but there are other aspects to take into account like facility layout, speed and distance that impact design.