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PD-109

型号:

PD-109

描述:

大功率步进电机运动控制系统[ High power stepper motor motion system ]

品牌:

TRINAMIC[ TRINAMIC MOTION CONTROL GMBH & CO. KG. ]

页数:

2 页

PDF大小:

182 K

High power stepper motor motion system  
You will need  
Precautions  
V1.01, 24-October-2007  
Your PD-109 stepper motor controller and  
driver module  
Interface (RS232 or RS485) with cables and  
maybe converter supplied.  
Step / Direction generator (+5V /0V output)  
DC Power supply in the range 24V to 48V  
TMCL-IDE program, PC  
Do not reverse the power supply polarity – module  
could be destroyed!  
Do not connect or disconnect the motor while powered  
Do not mix up connections or short-circuit pins  
Avoid bundling IO wires with motor power wires, as  
this may cause noise pickup from the motor.  
Do not exceed the maximum power supply of 55V.  
Starting up:  
Start with power supply OFF.  
Step / Direction Generator  
+5V  
1. Interfaces: Either use RS232 directly from PC or RS485 with a  
converter (add termination network and set telegram pause  
time if necessary). See the figure on the right for pinning.  
2. Tie IF_select to GND to use RS485, leave open for RS232.  
3. Connect power supply to TMCM-109  
rotating  
Dir  
direction  
0V  
GND  
+5V  
Step  
0V  
GND  
constant  
velocity  
Decelleration  
GND  
4. Turn power ON. The LED of the module lights and the motor is  
powered (standby current flows) but in standstill. If this does  
not occur switch power OFF and check your connections and  
power supply.  
6
5. Start the TMCL IDE program (see other side of the sheet how  
to configure the connection and use the IDE).  
6. Type following into the open window:  
1
//A simple example for using TMCL and the TMCL-IDE  
RS232  
to  
Power  
Supply  
12..30V  
SAP 4, 0, 100  
Loop: MVP ABS, 0, 15000  
WAIT POS, 0, 0  
//Set the maximum speed  
//Move to position 15000  
RS485  
WAIT TICKS, 0, 200  
MVP ABS, 0, 0  
//Move back to position 0  
//Infinite Loop  
- +  
WAIT POS, 0, 0  
-
+
3
WAIT TICKS, 0, 100  
JA Loop  
7. Click the “Assemble” icon, then click the “Download” icon to  
download the code to the TMCM-110. Click the “Run” icon. The  
downloaded program will now be executed  
8. Click stop button and start “TMCL Direct Mode” to issue  
following commands:  
ROR rotate right, Motor 0, value 500 Click Execute  
The motor is rotating now.  
MST motor stop, Motor 0 Click Execute  
9. Connect a step / direction generator and try different velocities  
and directions. Note that some TMCL parameters influence this  
operation like microstep resolution.  
RS232  
(Jack)  
2
First steps are made. For other commands of the PD-109 refer  
to next page and the PD-109 Manual.  
2
3
5
Wiring note: The PD-109 has screw terminal connectors only. These  
allow very easy connection of all in- and outputs.  
1
Copyright © 2006, TRINAMIC Motion Control GmbH & Co. KG  
www.trinamic.com  
1. Make sure the COM port you intend to use is  
TMCL IDE:  
not blocked by an other program.  
2. Open TMCL IDE (available at TechLibCD and www.trinamic.com) by  
clicking TMCL.exe.  
5. Write a program code into  
the white field and save it  
with File/Save.  
Download  
Run  
Stop  
Assemble  
6. Click “Assemble” first, then  
3. Choose Setup and Options…  
4. Choose COM port and type in  
parameters shown above  
(baudrate 9600). Click OK.  
“Download”  
and  
“Run”  
and then the connection tab.  
button to start the program.  
"Direct Mode"  
7. Stop all running programs  
by clicking “Stop button”  
and start “Direct Mode”.  
8. If communication is established the PD-109 is automatically detected.  
Issue a command by choosing Instruction, Type, Motor, Value and  
press Execute to send it to the PD-109.  
Commands:  
Troubleshooting:  
Following commands can be  
included into a program or  
used in “Direct Mode”. There are motion (ROR, ROL,  
MST, MVP) and SAP (Set Axis Parameter) commands to  
set motion and control parameters. GAP delivers their  
actual value.  
If communication is not established:  
Check if the LED of the PD-109 lights. If not check  
your power supply.  
Try to start “Direct Mode” and see if the PD-109 is  
detected automatically. If not close window.  
Check if you are using the right COM port and it  
is not used by another program.  
Instr.  
ROR (don´t care)  
ROR <motor no.>, <Value>  
Type  
Value  
Description  
0..2047 Rotate right  
Check  
your  
connection  
settings,  
default:  
ROL (don´t care)  
0..2047 Rotate left  
9600 baud and address 1.  
ROL <motor no.>, <Value>  
Check your interface connection to PD-109.  
Termination and telegram pause time OK ?  
Refer to PD-109 manual or Trinamic discussion  
group.  
MST (don´t care)  
Motor stop  
MST <motor no.>, <Value>  
MVP ABS|REL|COORD  
23 bit  
Move to pos.  
MVP <type>, <motor no.>, <Value>  
SAP  
2
4
5
6
7
23 bit  
Actual pos.  
If motor does not respond:  
0..2047 Max speed  
0..2047 Max accell.  
0..1500 Max current  
0..1500 Standby curr.  
Usually it is a problem with the communication  
described above.  
If you are using a TMCL program try a movement  
command in “Direct Mode” to see if there is a  
problem with your program.  
140  
0..6  
Microstep res.  
SAP <type no.>,<motor no.>,<Value>  
Check the motor connection. And power LED of  
the module.  
Restore factory settings to cancel all settings  
modified by user by issuing instruction 137.  
Sets motion and control parameters  
GAP <type no.>, <motor no.>  
GAP  
Gives actual values of SAP parameters  
For full instruction set and further description refer to  
TMCL-Reference at TechLibCD or www.trinamic.com.  
Copyright © 2006, TRINAMIC Motion Control GmbH & Co. KG  
www.trinamic.com  
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