Rms-technologies IMDP 23 W/ POLE DAMPING TECHNOLOGY*NEW* Instrukcja Użytkownika

IMDP23/IMDEP23 Integrated NEMA 23 Motor and Drive With Encoder option User Manual And Commands Guide Version 1.04 RMS

RMS Technologies Page 10 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Figure 6: Communication Port View The above image shows the communication

RMS Technologies Page 11 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 6 CONNECTION SPECIFICATIONS In order to properly connect your new IMDP23 P

RMS Technologies Page 12 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 1. Download driver files for the USB485 converter card Go to www.rmsmotion

RMS Technologies Page 13 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Note the COM Port number that was assigned to the converter card device by r

RMS Technologies Page 14 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Step, Direction, and Disable lines have a 470 ohm internal resistor Voltage

RMS Technologies Page 15 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 If the desired voltage level is not listed above, below is how to calculate

RMS Technologies Page 16 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 7 Configuring The Settings Connect to RMS Driver GUI for setting Paramete

RMS Technologies Page 17 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Setting Values Description 0.5 Amps to 5.0 Amps, in 0.05 increments Running

RMS Technologies Page 18 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 8 BASIC OPERATION List of components needed to rotate the motor:  +12 to

RMS Technologies Page 19 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Figure 20: Connection Schematic – Connecting to a Controller Connecting th

RMS Technologies Page 2 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Thank you for purchasing the IMDP23 Integrated Motor and Driver. This produc

RMS Technologies Page 20 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Using IMDP23’s Internal 5VDC supply for optos: If using the internal 5VDC

RMS Technologies Page 21 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 9 TROUBLESHOOTING The motor is not functioning correctly (does not move)

RMS Technologies Page 22 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 10 APPENDIX Recommended Cable Configurations: DC Supply to Driver Cable l

RMS Technologies Page 23 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 NOTE: These recommendations will provide optimal protection against EMI and

RMS Technologies Page 24 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Figure 27: Example of a bad rising edge waveform Below is an example of a g

RMS Technologies Page 25 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Amps RMS vs. Amps Peak Where does the 1.4 times come from? Current is cont

RMS Technologies Page 26 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 The 1.4A along this hypotenuse is also known as the 2-Phase On position, sin

RMS Technologies Page 3 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Silverpak 23D/DE Plus User Manual Product: IMDP23/IMDEP23 Version: 1.04 Da

RMS Technologies Page 4 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Table of Contents 1 FEATURES ...

RMS Technologies Page 5 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 1 FEATURES  NEMA Size 23, 2 Phase, 1.8° Bipolar Step Motor w/ Built-In Mi

RMS Technologies Page 6 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 2 ELECTRICAL SPECIFICATIONS Power Supply Requirements Voltage +12 VD

RMS Technologies Page 7 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 4 MECHANICAL SPECIFICATIONS Motor Front Shaft Extension Length: Standard le

RMS Technologies Page 8 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Dimensions of IMDEP23 with Encoder Figure 2: Encoder drawing 5 PI

RMS Technologies Page 9 Version 1.04 IMDP23/IMDEP23 Manual 8/4/2010 Figure 5: View of IMDP23 Plus connector Color Pin Function Description Re