The Magnetic Wheel is a wheel driven by the magnetic field effect. It is magnetic and can be tightly adhered to magnetic materials, generating a static pressure that drives the wheel to rotate. The torque transmitted by the Magnetic Wheel is affected by several factors, primarily including the model of the Magnetic Wheel and the installation gap.
In terms of magnetic wheel models, different specifications of magnetic wheels possess varying magnetic properties and transmission torque capabilities. For instance, high-intensity magnetic wheels like the MGS4510P can have an installation gap as tight as 0.5mm, offering a higher transmission torque.
In terms of installation gaps, the transmission torque of magnetic wheels also increases with the widening of the gap. However, if the gap is too small, the two magnetic wheels may be drawn together due to the magnetic field, potentially causing damage. Therefore, when selecting the installation gap, it's necessary to consider the specifications of the magnetic wheels, the mechanical gap, and the stability of the shaft. Generally speaking, a larger gap is preferable as long as the transmission torque is ensured.
It's important to note that the transmission torque of the magnetic wheel is not constant; it varies with the installation gap. Therefore, during the design and installation process, it is adjustable to accommodate actual needs for gap adjustments. Additionally, for each specification of magnetic wheel, we can provide a very reasonable installation gap recommendation to ensure the customer's transmission torque.
