50 pin SCSI-connector for Servo Drive Input/output
CN-50 50-Pin I/O Signal Connection with PLC Cable for YASKAWA Mitsubishi Servo Drive. Delta 50pin CN servo motor sinewave. The sine wave can be converted into communication signals through the CN2 connector for the use of Delta’s ASDA-A2R servo system. Panasonic Servo Driver connector Io Signal for controlling.
The Controller integrates industrial robot and servo drive as the all-in-one PCB adapter. And wires (SCSI 26PIN SCSI 26 PIN Digital input 50. DO 12 Digital output 17 DO. 04 Digital output 34. Analog signal to control by an external signal
- Terminal Blocks: Many servo drives use terminal blocks for their I/O connections. These terminal blocks allow for easy wiring using screw terminals. Typically, there will be separate terminals for different types of I/O signals such as digital inputs, digital outputs, analog inputs, analog outputs, encoder feedback, etc.
- D-sub Connectors: Some servo drives use D-sub connectors (e.g., DB9, DB15, DB25) for their I/O connections. D-sub connectors are versatile and can accommodate multiple signals within a single connector, making them popular for servo drive applications.
- Circular Connectors: Certain industrial servo drives use circular connectors such as M12 or M23 connectors. These connectors are robust, reliable, and designed for industrial environments where vibration and harsh conditions are common.
- Ethernet (RJ45) Ports: For networked servo drives or drives that support Ethernet communication, you might find RJ45 ports for I/O connections. Ethernet ports are used for communication purposes and can also carry I/O signals in some cases.
When selecting or working with a servo drive, it’s essential to refer to the manufacturer’s documentation (such as the datasheet or user manual) for detailed information about the specific connector types and pinouts used by that particular model.
