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It is recommended to install vertically on the side to create strong air convection for the heat dissipation teeth. If necessary, install a fan near the driver to forcefully dissipate heat and ensure that the driver operates within a reliable temperature range.
CONVERTEAM P110-6152｜Controller module｜
The power supply voltage of the driver can work normally within the specified range. If you need the motor to achieve better high-speed performance, you need to increase the power supply voltage of the driver.
The current of the power supply is generally determined based on the output phase current of the driver. Normally, the power supply current of the driver can be 1.1 to 1.3 times the output current of the driver.
At the same time, the magnitude of the input current of the power supply is also related to the speed and load of the motor during operation, so for specific application scenarios, users need to conduct specific analysis and estimation.
The Y2SS3-EC driver can operate normally within the specified range of power supply voltage. If it is necessary to improve the high-speed performance of the motor, it can be achieved by increasing the power supply voltage of the driver.
CONVERTEAM P110-6152｜Controller module｜
The power supply current is usually determined based on the output phase current of the driver. In general, the power supply current of the driver should be 1.1 to 1.3 times the output current of the driver. At the same time, the magnitude of the input current of the power supply is also affected by the speed and load of the motor during operation. Therefore, in specific applications, users need to conduct detailed analysis and estimation based on the actual situation.
The maximum output current of Y2SS3-EC driver is 7A, which can be adapted to two-phase DC stepper motors with flange sizes of 86 and below. This driver has an integrated open-loop and closed-loop feature, compatible with both open-loop and closed-loop control stepper motors.
By structuring the information in this manner, the article provides a clear and organized understanding of input channels, transducer supply, and communication implementations in distributed control systems.
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