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| Brand | Delta |
|---|---|
| Model | ASD-B2-0121-B |
| Category | Controller |
| Language | English |
Covers critical safety guidelines for inspection, installation, wiring, and operation to prevent hazards.
Details on how to inspect the servo drive and motor for damage and proper condition before installation.
Explains how to interpret model names for ASDA-B2 Servo Drive and ECMA Series Servo Motor based on nameplate information.
Table matching servo drive models with corresponding servo motor specifications for proper selection.
Highlights the key features and components of the ASDA-B2 series servo drive, including display and connectors.
Describes the various operation modes (Position, Speed, Torque, Dual) supported by the servo drive and their functions.
Important notes regarding cable strain, screw tightening, shaft parallelism, wire thickness, and motor screws.
Guidelines for storing the product safely to maintain warranty coverage and ensure proper condition.
Specifies the recommended operating temperatures and ambient conditions for installing the servo drive and motor.
Provides guidance on correct mounting orientation, ventilation, spacing, and drive/motor installation to prevent malfunction.
Lists recommended circuit breaker and fuse specifications for different servo drive models to ensure safety and proper operation.
Details on connecting the servo drive to peripheral devices, including power, electromagnetic brake, EMI filter, and regenerative resistor.
Presents basic wiring diagrams for different servo drive models (200W, 400W-750W, 1kW-3kW), illustrating internal components and connections.
Describes the I/O signal connector (CN1) layout, including digital inputs (DI) and outputs (DO) and their functions.
Details the types of CN2 encoder cables and their connectors (Quick, Military) for connecting the motor encoder.
Explains the wiring for CN3 connector, used for connecting to personal computers via RS-232 or RS-485 communication.
Describes the CN5 connector for analog monitor output, providing terminal layout and signal descriptions for MON1 and MON2.
Provides example wiring diagrams for Position (PT), Speed, and Torque control modes, illustrating typical connections.
Explains the functions of the servo drive's front panel display, LEDs, and control keys (MODE, SHIFT, UP/DOWN, SET).
Details the step-by-step process for navigating modes, selecting groups, editing values, and saving parameters via the panel.
Describes various status displays shown on the panel, including save status, read-only parameters, locked status, and power-on status.
Covers general functions like fault record display, JOG mode operation, force DO output, and digital input/output diagnosis.
Provides safety precautions and checks to perform on the servo motor and drive before applying power and running without load.
Details the procedure for correctly connecting power to the servo drive, including wiring checks and power-on sequence.
Explains how to perform a JOG trial run without load using software settings, focusing on safety and step-by-step operation.
Guides users through setting up digital inputs for trial runs in speed control mode, including parameter values and function descriptions.
Describes the process for estimating load inertia ratio, tuning procedures, and methods for suppressing mechanical resonance.
Lists and describes the basic operation modes (Position, Speed, Torque) and dual modes available for servo drive control.
Explains the position mode, its applications, command input types (pulse), and related parameters like Pulse Type and Filter Width.
Details the speed control mode, including command sources (analog, register), S-curve, and analog speed command filters.
Covers torque control mode, including command sources (analog, register), scaling, and smooth torque settings.
Describes dual modes (Speed/Position, Speed/Torque, Torque/Position) that allow switching between modes via DI signals.
Explains other functions like speed limit, torque limit, and analog monitor output settings for advanced control.
Defines parameter groups (Monitor, Basic, Extension, Communication, Diagnosis) and explains symbols used in parameter descriptions.
Provides a comprehensive list of parameters, their abbreviations, functions, default values, units, and related sections.
Details specific parameters, including monitor parameters (P0-xx), their addresses, operation interface, and settings.
Explains the hardware interface for RS-485 and RS-232 serial communication, including wiring descriptions and cable length considerations.
Details essential communication parameters like Address Setting, Transmission Speed, Protocol, and Mechanism for system configuration.
Describes MODBUS communication modes (ASCII, RTU), character structure, and data framing for network communication.
Lists parameters that can be written to or read from the servo drive via communication, categorized into groups.
Lists all servo drive alarms, their corresponding DO output status, and servo status for quick identification.
Provides detailed causes and corrective actions for specific alarm codes (AL001, AL002, AL003, etc.) to help resolve issues.
Outlines general corrective actions for various alarms, including DI.ARST usage, re-powering, and parameter resets.
Presents detailed technical specifications for ASDA-B2 servo drives across various power ratings (100W to 3kW).
Provides specifications for ECMA series servo motors, categorized by inertia (Low, Medium, High), including electrical and mechanical parameters.
Illustrates torque-speed characteristics (T-N curves) for different ECMA servo motor models, showing continuous and acceleration/deceleration areas.
Defines overload protection and explains the cause of overload, including graphs of load vs. operating time for different inertia series.
Shows dimensional drawings and weights for various ASDA-B2 servo drive models, aiding in physical installation planning.
Provides dimensional drawings and specifications for ECMA series servo motors, including frame sizes and key details.
Lists Delta part numbers for power connectors used with 220V servo drives, with and without brake contact.
Details Delta part numbers for power cables, including straight connectors and available lengths in mm and inches.
Provides Delta part numbers for encoder cables and connectors (D-SUB, Military), including straight connector types and lengths.
Lists Delta part numbers for I/O signal connectors (CN1) and communication cables for PC connection.
Details Delta part number for communication cables, connector types (RJ45, USB), and length specifications.
Provides Delta part number and serial number for the voltage output cable used for analog signals.
Lists Delta part number for the RS-485 connector, including dimensional drawings.
Provides Delta part number for the terminal block module, including dimensional drawings.
Shows combinations of servo drives, servo motors, and accessory part numbers for different power ratings and inertia types.
Covers general periodic checks for screws, connections, cooling fan gaps, and control chamber environment.
Lists essential checks to perform before applying power, including wiring, electrical conductivity, control switch status, and electromagnetic brake.
Provides general maintenance guidelines for product storage, cleaning, avoiding disassembly, and operating in high-temperature sites.
Discusses the expected lifespan and factors affecting components like smoothing capacitors, relays, and cooling fans.
