To Next PageTo Next PageWhat to do if my Delta Servo Drives motor is overheating?
If your Delta Servo Drives motor is overheating, check the mounting surface for flatness and any obstructions like paint or gaskets that could impair heat dissipation between the motor and the mounting surface. Remove any such objects. You can also use methods to improve heat dissipation, such as forced air cooling.
Why is my Delta Servo Drives motor making abnormal noise?
Abnormal noise from a Delta Servo Drives motor can stem from a vibration source in the connecting component, such as the coupling. Consider replacing the connecting component or contacting the manufacturer. Alternatively, the encoder might be experiencing excessive vibration or shocks, in which case you should replace the servo motor.
General| Series | ASD-B2 |
|---|---|
| Model | ASD-B2-0721-B |
| Power | 0.75 kW |
| Output Power | 0.75kW |
| Communication Interface | RS-485 |
| Main circuit power supply | 200-240 VAC |
| Protection Features | Overcurrent, Overvoltage, Undervoltage, Overheat |
Explanation of various operation modes like Position, Speed, and Torque modes, along with their codes and descriptions.
Details on mounting orientation, clearance, and ventilation for drives and motors.
Detailed explanation of servo drive terminals, signals, wire colors, and descriptions for power, motor, and regenerative resistor connections.
Describes wiring methods for single-phase and three-phase power supplies, and notes on power cutoff and wire separation.
Diagrams illustrating basic wiring for different servo drive models (200W, 400W-750W, 1kW-3kW).
Details on CN1 connector terminal layout, supporting 9 digital inputs and 6 digital outputs for flexible control.
Detailed pin assignments for CN1 connector, listing digital inputs, outputs, analog signals, and encoder signals.
Explanation of general signals for CN1, including analog command, position pulse, high-speed pulse, and encoder signals.
Wiring diagrams for analog input commands in speed/torque modes and analog monitor outputs, illustrating circuit connections.
Details on the two types of CN2 encoder cables (Quick Connector, Military Connector) and their pin definitions.
Illustrates standard connection examples for Position (PT) Control Mode, Speed Control Mode, and Torque Control Mode.
Step-by-step guide on navigating modes, setting parameters, and saving configurations via the control panel.
Procedure for inspecting the servo motor and drive before operation without load, checking for damage and correct wiring.
Instructions on correctly wiring and applying power to the servo drive, including wiring checks and power-on sequence.
Convenient method to test motor and drive using JOG trial run without load, recommended at low speed for safety.
Steps for tuning the servo drive, including estimating load inertia, using JOG mode, and understanding tuning flowcharts.
Comprehensive tables listing parameters, abbreviations, functions, default values, control modes, and related sections for easy reference.
Detailed descriptions of individual parameters, including address, operation interface, default values, and settings for various groups.
Details on essential communication parameters like Address Setting (P3-00), Transmission Speed (P3-01), Protocol (P3-02), and Mechanism (P3-05).
List of servo drive alarms, including display code, alarm name, description, corresponding DO, and servo status.
Detailed breakdown of causes and corrective actions for specific alarms like Over current, Over voltage, Under voltage, and Motor combination error.
