A reinforcing structure for mounting a three-phase asynchronous constant temperature motor

Abstract

This utility model discloses a reinforcement structure for installing a three-phase asynchronous constant temperature motor, relating to the field of reinforcement structure technology. The utility model includes a base with a housing on top, and a fixing mechanism. When the motor is fixed to the foundation, a bolt, through a conical surface engagement, pushes a linkage component to rotate a 90-degree angle, misaligning the reinforcement support rod with a sliding groove. This causes the reinforcement support rod to engage within the groove, forming a dual reinforcement structure of foundation fixing and misalignment engagement. This significantly enhances installation stability and effectively reduces the likelihood of loosening or shifting during motor operation. The four reinforcement support rods are evenly distributed, applying a balanced reinforcement force, reducing component damage caused by localized stress concentration, and enhancing the coaxiality and operational stability of the motor installation. This structure is easy to install, with smooth positioning and reinforcement connections, requiring no complex tools, improving installation efficiency. Disassembly can be performed by reversing the operation, facilitating inspection and maintenance.

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