What to do if I cannot communicate with the ABB NextMove e100 Controller after downloading firmware?
After downloading firmware, always power cycle the ABB NextMove e100 controller. Remove the 24 V power and then reconnect it.
Why the Spy window does not update on ABB NextMove e100?
The system refresh might be disabled. To fix this, go to Tools, Options, select the System tab, and choose a System Refresh Rate (500 ms is recommended).
What to do if Mint WorkBench fails to detect the ABB NextMove e100 Controller?
If Mint WorkBench isn't detecting the NextMove e100, here's what you can check:* Make sure the NextMove e100 has power and the Status LED is lit.* Verify the Ethernet or USB cable is properly connected between your PC and the NextMove e100.* For serial connections, ensure the serial cable is correctly wired and connected. Also, check for any other applications using the same serial port. If using the "Only scan COMx" option, confirm the correct COM port is selected and the baud rate is supported by both the PC and NextMove e100.* For USB connections, ensure the cable is properly connected, check for damage to the USB connector socket pins, and verify the USB device driver is installed (a ‘USB Motion Controller’ device should be listed in Windows Device Manager).* For Ethernet con...
General| Brand | ABB |
|---|---|
| Model | NextMove e100 |
| Category | Controller |
| Language | English |
Overview of the General Information chapter and its contents.
Important safety warnings and precautions for operating the equipment.
Details the key features and capabilities of the NextMove e100 motion controller.
Procedure for checking the condition and catalog number of the received unit.
List of units and abbreviations used throughout the manual for clarity.
Specifies environmental conditions, location criteria, and mounting instructions for the unit.
Details PC specifications and other requirements necessary for installing the unit.
Diagrams and descriptions of all input and output connector locations on the unit.
Details on analog inputs and outputs, including voltage ranges, resolution, and wiring.
Information on digital inputs and outputs, including configuration and usage.
Specifications and wiring for stepper motor control outputs for different models.
Details on encoder inputs, node ID selector switches, and other miscellaneous I/O.
Information on connecting and using USB and serial ports for communication with the unit.
Details on Ethernet interface capabilities, including TCP/IP and Ethernet POWERLINK.
Information on the CAN interface, including connectors, wiring, and CANopen protocol.
Example of typical minimum wiring for connecting a local axis servo amplifier.
Example of typical minimum wiring for connecting a remote EPL servo amplifier.
Steps for connecting the unit to a PC, installing software, and initial power-on checks.
Guide to using Mint WorkBench for configuration and Mint Machine Center for network viewing.
Instructions for configuring axes (stepper, servo, remote) and setting parameters like scale.
Procedures for testing stepper and servo axes, including demand output and loop tuning.
Steps for diagnosing issues and understanding the meaning of unit status and communication LEDs.
Guidance on resolving communication problems and motor control issues, including Ethernet and CANopen.
Details on input power, analog and digital I/O specifications, including voltage, current, and resolution.
Specifications for Ethernet, CAN, serial interfaces, and environmental operating conditions.
Information on available accessory cables and 24 V power supplies for the unit.
Comprehensive alphabetical listing of Mint keywords and their descriptions for programming.
Information regarding CE marking, EMC compliance, and environmental considerations for the unit.
To Next Page
