Indexa V300FA 'U' Bar Adjustable Vertical Clamp
Description
ManoMano
Indexa: V300FA 'U' Ba Adjustable Vetical Clamp U Bar (Adjustable) Type Designed to improve performance in fabrication and engineering clamping applications. The rapid clamping/unclamping made possible by the use of toggle clamps can greatly reduce machine/operator down-time during all stages of production. Clamping Capacity - the forces stated are the maximum loads that can be applied without causing permanent deformation. Due to leverage ratios, the holding capacity will be greatest at the point on the bar nearest to the handle of the clamp and forces stated have been achieved at this point. MPN: GH-14412 EAN: 5036140086715 V300FA 'U' Ba Adjustable Vetical Clamp Attributes: Bar Movement: 140° Clamp Type: Flanged Handle Movement: 67° Nominal Holding Force: 300kgf Supplied With: Hex Head Spindle (M10) Type: Vertical Clamp Weight: 1250g
Indexa: V300FA 'U' Ba Adjustable Vetical Clamp U Bar (Adjustable) Type Designed to improve performance in fabrication and engineering clamping applications. The rapid clamping/unclamping made possible by the use of toggle clamps can greatly reduce machine/operator down-time during all stages of production. Clamping Capacity - the forces stated are the maximum loads that can be applied without causing permanent deformation. Due to leverage ratios, the holding capacity will be greatest at the point on the bar nearest to the handle of the clamp and forces stated have been achieved at this point. MPN: GH-14412 EAN: 5036140086715 V300FA 'U' Ba Adjustable Vetical Clamp Attributes: Bar Movement: 140° Clamp Type: Flanged Handle Movement: 67° Nominal Holding Force: 300kgf Supplied With: Hex Head Spindle (M10) Type: Vertical Clamp Weight: 1250g
Zoro ToolsU Bar (Adjustable) Type Designed to improve performance in fabrication and engineering clamping applications. The rapid clamping/unclamping made possible by the use of toggle clamps can greatly reduce machine/operator down-time during all stages of production. Clamping Capacity - the forces stated are the maximum loads that can be applied without causing permanent deformation. Due to leverage ratios, the holding capacity will be greatest at the point on the bar nearest to the handle of the clamp and forces stated have been achieved at this point.
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