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Electric hoists represent their own machinery, strength, and toughness, while the stage is elegant, flowing, and soft, with conflicts and collisions between the two.

Truss System Stage Hoist

Time：2025-06-07

Brief Explanation :

The thickness of the chain is one of the core parameters for selecting stage electric hoists, requiring a balance among load capacity, safety, and flexibility. It is recommended to choose a chain of s

Category : V7 Stage Electric Series

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Product Details

Product Name: V7 Stage Electric Hoist

Technical Parameters of V7 Stage Electric Hoist

Truss system stage hoists, thick chains have greater weight, which may increase the overall load on the truss. It is necessary to confirm whether the truss structure can bear the additional weight. Additionally, thick chains have greater inertia during winding, which may affect the precise control of lifting speed (e.g., in scenarios requiring fine-tuning of position). Thin chains, being lighter, are suitable for scenarios that require quick adjustment of set positions or have limited truss load-bearing capacity (such as temporarily built stages). Maintenance Complexity

- Thick chains in truss system stage hoists typically require more frequent lubrication and inspection (due to high loads and wear risks), leading to higher maintenance costs and workload. - Thin chains are relatively simpler to maintain but require stricter monitoring of wear conditions.

Matching Requirements The thickness of the chain for truss system stage hoists must match the **sprocket tooth profile and drum diameter** of the electric hoist:

- If the chain is too thick for the sprocket specification, it may cause poor meshing, loud operation noise, or chain jamming. - Conversely, if the chain is too thin, insufficient tension may cause chain skipping.

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