Pump Shaft Sample Clauses
The Pump Shaft clause defines the specifications, requirements, and responsibilities related to the pump shaft component in a contract or technical agreement. It typically outlines the materials, dimensions, manufacturing standards, and quality control measures that must be met for the pump shaft, and may also address inspection, testing, and acceptance criteria. By clearly establishing these parameters, the clause ensures that both parties understand the expectations for the pump shaft, reducing the risk of disputes over quality or performance and ensuring the component meets the necessary operational standards.
Pump Shaft. Pump shaft shall be constructed of AISI-410 or 416 stainless steel and shall be accurately machined to provide smooth operation. It shall easily withstand torsional loads and other stresses encountered within the pump. Pump shaft shall have adequate bearing support at every bowl section and at top bottom and case section, and shall be equipped with a suitable steel coupling for connection to the line shaft.
Pump Shaft. The pump shaft shall be constructed of ASTM A582 grade 416 stainless steel and shall be accurately machined to a sufficient dimension to provide smooth operation and to easily withstand torsional loads and other stresses encountered within the pump. The pump shaft shall have adequate bearing support at every bowl section with water lubricated bronze bearings.
Pump Shaft. The pump shafts shall be of sufficient dimension in order to avoid excessive torsional or bending stresses and deflection. The pump shaft shall be designed so that the critical speed of the rotating assembly is well above the maximum pump operating speed. The impeller shall be secured to the shaft in such a way that it can be readily removed without any damage to the impeller and the shaft. The shafts shall be protected by replaceable sleeves manufactured from non-corrosive material. The shaft shall be manufactured from stainless steel.
Pump Shaft. 1. The shaft shall be designed with the same diameter along the surface; no machined shoulders for
a. The shaft shall not extend or overhang more than 2-1/2 times its diameter below the bottom support bearing. Certification by the manufacturer that this shaft limitation has been met shall be provided.