Conveyor Belt Idler Roller Brackets - Standard Dimensions from China Suppliers & Factory
- The installation angle of the groove type roller group is usually 30° or 35°.
- The center distance of the flat roller group is generally 1200–1500 mm.
- Special spacing requirements apply for buffer roller groups.
- Q235B steel welded parts are the mainstream choice for conveyor bracket construction.
- C-shaped steel or H-shaped steel is used as the primary supporting beam material.
- Surface rust prevention treatment is required: hot-dip galvanizing or spray coating.
ISO 1537:2018 — "Continuous Mechanical Handling Equipment"
DIN 22112 — "Belt Conveyor" Standard System
Note: These dimensions are for reference only. Specific dimensions may vary depending on the manufacturer and product model. It is recommended to consult a professional belt conveyor manufacturer or supplier to ensure the appropriate roller bracket size is selected.
Supports all conveyor components to ensure stable operation. Height-adjustable to create horizontal or inclined conveying surfaces. Load-bearing capacity must exceed the combined weight of conveyor components and conveyed items to guarantee safe system operation.
Common materials include steel (high-strength, impact-resistant, for heavy industrial use), aluminum alloy (lightweight, corrosion-resistant, for food & pharma), wood (low-cost, for light/temporary use), and plastic (water & chemical resistant, for special environments).
Includes C-shaped steel (open structure, easy to install/adjust), square/rectangular tubing (closed structure, strong torsional resistance, ideal for long-span support), and truss structures (distributes loads, reduces resonance in long-distance conveying).
Fixed supports are bolted to the ground for stable, permanent installation. Mobile supports are equipped with casters for easy repositioning, suitable for temporary or frequently moved applications.
Standard supports are used for general conveyor support. Driven supports add a reinforced structure at the drive end to ensure the stability and reliability of the drive section.
Critical design parameters include span, height, and load-bearing capacity. The support span must be engineered based on specific load requirements and allowable material stress values to ensure structural strength and long-term stability.
