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• Conveyor Belting

  Conveyor Belting although typically a bought out item , has various engineering and design parameters, that effectively make it a fit for purpose product only. As a result, a set of selection characteristics are required to be composed of individual design components. This section covers the combined grouped nodes from the database used for selection of conveyor belts.

  • Ply Belting

    The details in this section cover the various selections of ply belting used on this site. Note, steel core belting and ply are currently combined, however, this will be separated in future development. This separation is required to distinguish the calculation of estimates for thickness and belt mass on the two separate belts.
  • Steel Cord Belting

    The details in this section cover the various selections of ply belting used on this site. Note, steel core belting and ply are currently combined, however, this will be separated in future development. This separation is required to distinguish the calculation of estimates for thickness and belt mass on the two separate belts.
• Design Criteria

  The items in this section cover the Design Criteria for the functional specification of various materials handling equipment components.

  • Belt Cleaning Arrangements

    Belt cleaners are an integral part of the belt conveyor system due to their ability to remove carrybacks from the belt. Carryback results in operational efficiencies and belt mistracking. A list of belt cleaning arrangements is provided below.
  • Conveyor Chute Components

    Conveyor Chutes are generally specified upfront using a set of characterizing selection criteria. For example wear, adhesive characteristics or cost. This section covers various characteristic selection criteria of conveyor transfer chutes.
  • Pedestrian crossing criteria

    Various site-specific design criteria apply for the selection of pedestrian crossing criteria. The criteria below cover various selection criteria used on this site.
  • Pull Keys

    Pull Keys are governed by typical design and selection criteria, this table references various installations conducted on conveyors on the Shiftbulk site.
  • Spares

    Dependent on the site-specific requirements various arrangements of spares keeping for conveyor systems are required. This table covers various spares holding configurations.
• Design Parameters

  Belt conveyors are required to meet certain criteria for its operation, portions of the criteria ( functional requirements ) are governed by typical mathematical operations which quantify the behavior of the equipment and assist in the determination of belt width, drive power determination and load-bearing capabilities of the structural elements of the belt conveyor. This section covers various configurations of these design parameters used on this site.

  • Belt Speed

    Suitable belt conveyor speeds depend largely upon the characteristics of the material to be conveyed and the capacity desired. The table below covers speeds of belt conveyors used on this site.
  • Conveyor Installation

    The primary conveyor installation criteria are governed by its physical installation. Installation parameters that will not be shared between conveyors are there height and length. This group of design components will be refined by later versions of the site.
  • Conveyor System

    In the event of a set of conveyor installations being required on a site, there are design criteria that can be shared between similar conveyors.
  • Design Scenarios

    In the event of a set of conveyor installations being required on a site, there are design criteria that can be shared between similar conveyors.
  • Drive System Details

    Belt conveyor installations are governed primarily by their height and length (which are invariably unique), and as such are generally built from individual parts. The items in this section are grouped design parameters for drive systems used on this site.
  • Idlers

    Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for idlers used on this site.
  • Materials

    Belt conveyors are utilized for the transportation of loose materials. The items below describe groupings of material categorizations used on this site.
  • Operating Hours

    This is a place holder for the addition of typical operational hours table.
  • Operations

    Primary project characterizations start with where the conveyor is to be installed. This section covers operations (mines) that are utilizing conveyor systems.
  • Power and Tensions

    This section covers the groupings for power and tension characteristics for designs on this site.
  • Take-up

    Take-up systems are grouped according to a set number of parameters. This table describes the set of categorization parameters for selection of a take-up system.
• Idler Components

  Conveyor Idlers although typically a bought out item, have various engineering and design parameters, that effectively make it a fit for purpose product only. As a result, a set of selection characteristics are required to be composed of individual design components. This section covers the combined grouped nodes from the database used for the selection of Idlers pulleys.

  • Carry Idlers

    Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for carrying idlers used on this site.

    • Impact 5 Roll

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for carrying idlers used on this site.
    • 1 Roll Flat Carry

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for carrying idlers used on this site.
    • Troughing 2 Roll

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for carrying idlers used on this site.
    • Impact 2 Roll

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for carrying idlers used on this site.
    • Impact 3 Roll

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for carrying idlers used on this site.
    • Picking Centre Roll

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for carrying idlers used on this site.
    • Troughing 3 Roll - Garland

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for carrying idlers used on this site.
    • Troughing 5 Roll

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for carrying idlers used on this site.
    • Troughing 3 Roll

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for carrying idlers used on this site.
  • Idler Rolls

    Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for idler rolls used on this site.

    • Idler Roll Sets

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for idler rolls used on this site.
  • Idler Structure

    Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for Idler Structure used on this site.

    • Idler Trestles

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for Idler Structure used on this site.
    • Idler Stringers

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for Idler Structure used on this site.
    • Idler H-Frames

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for Idler Structure used on this site.
    • Idler Feet

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for Idler Structure used on this site.
  • Return Idlers

    Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for Return Idlers used on this site.

    • 1 Roll Flat Return

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for Return Idlers used on this site.
    • 1 Roll Extended Return

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for Return Idlers used on this site.
    • 2 Roll V-Return

      Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for Return Idlers used on this site.
• Power Pack Criteria

  A Conveyor Power Pack, although typically a bought out item, have various engineering and design parameters, that effectively makes it a fit for purpose product only. As a result, a set of selection characteristics are required to be composed of individual design components. This section covers the combined grouped nodes from the database used for the selection of conveyor Power Packs.

  • Fluid Couplings

    This section covers various selection criteria used to specify a Fluid Coupling.
  • Gear Units

    This section covers various selection criteria used to specify a Gear Units.
  • High-speed couplings

    This section covers various selection criteria used to specify High-speed couplings for a belt conveyor.
  • Induction Motors

    This section covers various selection criteria used to specify Induction Motors for a belt conveyor.
  • Tru-line Flange Coupling

    This section covers various selection criteria used to specify Flange Couplings for a belt conveyor.
• Pulleys

  Conveyor Pulleys although typically a bought out item, have various engineering and design parameters, that effectively make it a fit for purpose product only. As a result, a set of selection characteristics are required to be composed of individual design components. This section covers the combined grouped nodes from the database used for the selection of conveyor pulleys.

  • Lagging Types

    Pulley Lagging Types are governed by typical design and selection criteria, this table references various configurations on conveyors on the Shiftbulk site.
  • Pulley Components

    Conveyor Pulleys although typically a bought out item, have various engineering and design parameters, that effectively make it a fit for purpose product only. As a result, a set of selection characteristics are required to be composed of individual design components. This section covers the combined grouped nodes from the database used for the selection of conveyor pulleys.
• Special Components

  The items in this section require further characterization.

  • Drive Head

    The conveyor belt drive system consists of multiple components including the electrical prime mover, the electrical motor starter/controller with control/regulator system, the motor coupling, the speed reducer. A list of head drives used in the bulk material handling belt conveyor system and their respective suppliers is provided below.
  • Wheel Drives

    This section covers various selection criteria used to specify a wheel drive.

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