The modular drive system ctrlX DRIVE allows commissioning using ctrlX WORKS software and the physical connection to the USB-C port available at the optional drive display.
This video provides:
- USB-C connection to the ctrlX DRIVE
- ctrlX DRIVE engineering software and review of
- Commissioning of the converter and inverter
- Diagnostics
- Parameter settings.
For more details see below.
Video content:
00:08 Introduction
00:30 ctrlX DRIVE control panel or display panel with USB-C port
00:38 Example configuration- XCD double axis converter and XMS single axis inverter
00:52 Connecting the USB-C cable
01:04 Open ctrlX WORKS software and then ctrlX DRIVE Engineering
01:13 Display the drive system in the software
01:16 Different ways to connect to the drive system
- Network search
- IP address search
- Control unit
- Offline
01:50 Control panel (display) use with hot swapping between drives
02:52 Double axis converter (XCD) review in ctrlX DRIVE Engineering
03:02 Overview screen shows status, connectors, Safe Torque Off (STO) and motor information
03:31 Power supply information with mains connection and settings
- Configuration (three phase, single phase, control methods, status)
- Mains connection (overview, voltage/current monitoring)
- Braking resistor option settings
- Power supply status information
- Power supply error reaction
- DC bus configuration of Ready for power output (Ab)
04:49 Master communication (fieldbus or network selection)
05:02 Motor, encoder/measuring system, holding brake control and drive mechanics (rotary/linear)
07:00 Operation Modes and selection via fieldbus or I/O
07:14 Drive Halt settings when drive is being disabled
07:38 Drive system motion limit value settings
07:38 Drive system torque/force limit value settings
08:08 Drive control type (velocity/position control open/closed loop with monitoring)
09:31 Drive control status (position, velocity, acceleration, power, torque, force)
10:13 Error reaction drive, configuration and test depending on Fx errors and Ex warnings
11:23 Error reaction DC bus (under voltage and voltage loss)
11:30 E-stop function via digital input and interpretation
11:40 Drive integrated safety technology settings and status, Safe Torque Off (STO)
12:04 Probe 1/Probe 2 settings
12:23 Optimization and commissioning
- Easy startup mode
- Device integrated command value generator
- Encoder validation check
- Motor data identification
- Characteristic curve of drive
- Automatic setting of position/velocity control loops
- Frequency response analysis
- Axis simulation
- Error reaction test
12:42 Local I/O settings
13:13 Analog input scaling and mapping to drive data / parameters
Product documentation, go to
bit.ly/39Kgx64 and search for R911... :
R911403761 - ctrlX WORKS Basic System
R911386579 - ctrlX DRIVE Drive Systems
Visit ctrlX AUTOMATION at bit.ly/3scRezN
The online site to
- become a member of the ctrlX AUTOMATION COMMUNITY
- explore the many Apps in the ctrlX STORE
- quickly find under How-To information (FAQs, Examples, Technotes and How-To)
- use the ctrlX Forum to post, interact and find solutions
- access the product documentation download area
- go to the ctrlX AUTOMATION in GitHub
Full playlist at:
• ctrlX AUTOMATION
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2 окт 2024
