Micro stepper motor controller PMC006x3s-NEMA 11/17/23


 
 

       Description
The PMC006x3 is a miniature all-in-one stepper motor controller that can be mounted directly on the back cover of NEMA 11/17/23 series stepper motors. PMC006x3 provides a simple and rich set of control commands, which not only greatly simplifies the complexity of the upper control system, but also retains the flexibility of control to the greatest extent, and is suitable for a variety of high-precision and wide-range industrial applications.

       Technical data

        General
PMC006x3 bus series
Host
PC,PLC,MCU
Support motor
4/6/8 line two-phase stepper motor
The development environment
VC C# Labviwe VB Linux Python
The power supply voltage
DC 9-36V
Output Current

DC 0.2-3A

Microstepping
0/128 adjustable
Temperature
-40℃~80℃
Maximum pulse frequency
16K
Durability
Over 20,000 hours
Weight
39g

        The input
General I/O
Description
IO function
Emergency stop input, brake control, digital input/output, analog input, factory reset, 5V output
The input specifications
Digital input voltage: 0-5V
Analog speed regulation input voltage: 0-3.3V (0-24V (or 10mA) input in special versions)
External limit input voltage: 3-5.5V
Number of common ports: 3

        Control mode

Description
Control mode
Position mode, speed mode, PV mode, PP mode, PVT mode, analog speed regulation, analog positioning, synchronous positioning, low-speed mute, etc
Mode switching
Specified instruction switching

        Communication
Description
Protocol
RS485/RS232
Baud rate
 9.6K-115.2K bps adjustable

            Dimension

        Download
CAD
.DWG
3D file
.STP
The user manual
Debug software

        Selection guide

       Functional features
Function
Description
S-curve acceleration and deceleration automatic control
Support separate configuration of starting speed, stopping speed, acceleration and deceleration. Acceleration and deceleration support 8-gear control. Acceleration and deceleration simulation diagram is as follows


Multi-axis motion control
Maximum retention control precision

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