Theme
Digital Transformation
Green Transformation
COMETECH TESTING MACHINES CO., LTD.
Product Description :
If you are looking for a low-cost but with great function performance motor driver, then the C2A series will be a great bargain. This series is suitable for motors below 150W, and the small size occupies no space. Besides adjusting the motor speed, users can set up detailed motor-related data settings with our C2 series driver. Its multifunctional integrated design is the main feature and advantage for saving costs and reducing external components.
Users can connect directly to the dedicated software for easy parameter tuning and configuration with the built-in Wi-Fi module. An over-the-air firmware update without assembling the driver from devices can improve maintenance efficiency and convenience.
Moreover, the driver features a modular expansion design that allows flexible extensions of communication formats, wireless screen modules, and more to meet various user needs.
※Specification
-Rated Voltage: DC 12~48V
-Rated Output: 150W
-Rated Current: 7.5A
-Applicable Motor: BDC, BLDC
-Motor Feedback: Hall Sensor, Sensorless; Encoder input signal is available
-Communication Interface： Built-in Wi-Fi module and RS-485
-Speed Control: Analog input, Command sources
-Display: 2.8" wireless color touch screen for options
-Software: Equipped with dedicated motor monitoring software which is available to connect with mobile devices (smart phone, pad, notebook, etc.) through Wi-Fi.
※Features
-Compact size
-Integrate multiple functions to reduce the external components' cost
-Monitor the motor's status such as voltage, current, speed, etc. through dedicated software
-Data setting and devices' status monitoring by dedicated software through Wi-Fi connection
-Support different motor control modes (revolutions, distance, operation speed, etc.) and multi-step programmable settings
-Modbus-compatible driver for various host controllers.
-Over-the-air firmware update
-Multiple I/O (open collector) for flexible expansion of different applications
