Brushed DC Servo Motor Controllers with USB Interface 980-0060-USB
• USB powered • Compact • Full featured Windows software included • Virtual serial port communication using FTDI drivers for Windows and other OS • RoHS compliant 980-0060-USB is a compact, low cost USB powered… Read more →
Listed in
Order
| SKU | Description | |
|---|---|---|
| 980-0060-USB | Controller Board. OEM version |
Out of stock
$371
|
| 980-0060-USB-B1 | 1 axis Controller. Controller in a box |
Out of stock
$371
|
Specifications
Specifications
| Input Power | USB, external 12V DC up to 500 mA |
| Motor Output Power | up to 12V/500mA, 6W |
| Operating Modes | position, velocity, tune-up, loft compensation |
| Control Algorithm | PID |
| Velocity Profile | trapezoidal |
| Position Count | 32 Bit |
| Feedback | incremental encoder, potentiometer and limit switches |
| Feedback Bandwidth | 200 kHz |
| Dimensions board | 35x74.5x15 mm |
| Size of 1-axis box | 35x80x20 mm |
| Number of multiple axes | 128 |
Description
- USB powered
- Compact
- Full featured Windows software included
- Virtual serial port communication using FTDI drivers for Windows and other OS
- RoHS compliant
980-0060-USB is a compact, low cost USB powered controller for brushed DC servo motors. This controller is a great solution for almost all compact DC brushed motors up to 6W that are equipped with encoder or potentiometer feedback. Multiple units can be connected to a single PC via standard external USB hub for multi-axis motion control applications.
The 980-0060-USB utilizes well known FTDI virtual COM-port technology and supports Windows Vista, Windows XP, Windows Server 2003, Windows 2000, Windows ME, Windows 98, Linux, Mac OS X, Mac OS 9, Mac OS 8, Windows CE.NET etc. Included control software provides a fully featured suite of tools for Windows that allows immediate and easy out-ofthe-box configuration and use of the 980-0060-USB. Using the software interface, you are able to select which controller in your system you want to control and then monitor the critical parameters.