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General| Type | DC Drive |
|---|---|
| Frequency | 50/60 Hz |
| Protection Features | Overcurrent, overvoltage, undervoltage, overtemperature |
| Communication | Modbus, RS485 |
| Enclosure Rating | NEMA 1, NEMA 12 |
Verifies drive firmware versions for consistent functionality across models, especially when connecting to existing systems or after repairs.
Details commitment to minimizing environmental impact through ISO 14001 EMS and promotes product recycling.
Informs about EC Regulation 1907/2006 concerning chemicals and Substances of Very High Concern (SVHC).
Configures Menu 0 access via sub-blocks, allowing user-defined or pre-defined block organization.
Defines and enables/disables pre-defined sub-block headers for Menu 0 navigation.
Configures Menu 0 for linear access, integrating commonly used advanced parameters.
Describes navigation and availability of advanced menus, including keypad-specific options.
Explains how Solutions Modules integrate with drive types and slots, defining menus 15, 16, and 17.
Details the SM-Keypad (LED) and MP-Keypad (LCD) display structures and their information presentation.
Explains the functions of keypad controls, including the joypad, mode button, and control buttons for drive operation.
Describes the drive status display, showing a four-letter mnemonic and the last viewed parameter.
Explains how to navigate menus and parameters, including incrementing/decrementing and rollover behavior.
Details how to adjust parameter values using Up/Down keys and select digits with Left/Right keys.
Covers user security settings and parameter access levels (L1, L2) that control visibility and writability of menus.
Explains the procedures for resetting the drive from trips and other functions via multiple methods.
Describes how setting Pr x.00 to specific values and initiating a drive reset performs actions like saving parameters.
Details the process of saving drive parameters to EEPROM, including user save and power-down save parameters.
Explains how to load factory default settings (EUR or USA) using Pr x.00 and a drive reset.
Covers transferring drive parameters, setup macros, and ladder programs to and from SMARTCARDs.
Defines how parameter ranges and variable maximums are presented, including dependencies on other parameters or drive ratings.
Explains the concepts of source and destination pointer parameters for routing data and control signals within the drive.
Details the update rates for parameters, including normal and fast update rates under special circumstances.
Controls the main speed reference selection, including limits and filters for drive operation.
Manages acceleration and deceleration ramp profiles, including linear and S-ramp functions for smooth speed changes.
Configures speed feedback sources and parameters for the speed control loop, ensuring accurate motor speed regulation.
Sets parameters for controlling torque and current limits, essential for motor protection and performance.
Manages motor parameters, including field control, voltage, and saturation settings for optimal motor operation.
Provides functions for drive sequencing, logic control, and clock management for timed operations.
Configures analog inputs and outputs for interfacing with external control signals and monitoring drive status.
Manages digital inputs and outputs, including relays and buttons, for controlling drive functions and status indication.
Offers programmable logic functions, motorized pot emulation, and binary sum operations for flexible control.
Displays current drive status, alarms, and trip information for monitoring and troubleshooting.
Configures fundamental drive settings, including communication protocols, security, and power-up behavior.
Implements threshold detection, variable selection, and brake control for advanced operational logic.
Enables precise control of motor position, supporting features like jogging, orientation, and referencing.
Allows configuration of a user-defined PID controller for custom regulation tasks.
Stores and configures parameters for a second motor, enabling dual-motor operation.
Configures Menu 0 for linear access, integrating commonly used advanced parameters.
Identifies all 32-bit parameters in the drive and Solutions Modules for advanced configuration.
Details the ANSIx3.28 communication protocol, including physical layer and command structure for drive access.
Explains the MODBUS RTU protocol adaptation, physical layer, framing, and function codes for drive communication.
Defines accuracy and resolution for digital speed references, impacting precise speed control.
Specifies accuracy, resolution, and update rates for analog references, enabling external control signals.
Details accuracy and resolution for current feedback, crucial for motor protection and current control.
Outlines the bandwidth of the speed and current control loops, indicating system dynamic response capabilities.
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