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Yaskawa Electric America, Inc. – www.drives.com 

IG.AFD.61, Page 2 of 6 

Date: 07/01/04, Rev: 04-07 

Dual Encoder Feedback Option Card

PG-W2

Figure 3.  Mounting Spacer 

6. Precautions and Preliminary Installation: 

a.  Remove contents from package. Verify that a mounting spacer is 

included with the card. See Figure 3. 

b.  Disconnect all electrical power to the drive. 
c. 

Remove the drive’s front cover. 

d.  Check that the “CHARGE” indicator lamp inside the drive is off. 
e.  Use a voltmeter to verify voltage at incoming power terminals 

(L1, L2, L3) has been disconnected. 

f. 

Insert the spacer into the mounting hole in the base of the drive, 
just above the top edge of the control board. See Figure 2. 

g. 

Note:

  When re-installing the cover, please take care not to pinch 

any of the encoder wires. 

h. 

Important:

  GPD 515/G5 models 20P2 to 22P2 and 40P2 to 41P5 have two closely spaced mounting holes. Insert 

the spacer into the hole closest to the control board’s connector 4CN.  If inserted in the wrong hole, the spacer WILL 
NOT properly align with the PG-W2’s mounting hole. 

 

7. PG-W2 Installation:

  See Figure 2. 

a.  Position the bottom edge of the option card into the mounting bracket on the control board’s terminal block.  Align the 

two mounting holes in the card with the pins on the bracket.  

b.  Angle the top edge of the card into place, carefully aligning connector 4CN on the back of the card with connector 

4CN on the control card.  Gently press the card into place until 4CN and the spacer click into place. 

 

8. Wiring:

  Refer to Figure 4 and Tables 1 & 2.  Make wire connections between the PG-W2 card and the encoder, the master 

drive, and/or external monitoring circuits. Observe the following: 

a.  The need for the marker Z (C) channel depends on the installed custom (CASE) software. Standard software does 

not use the marker pulse. 

b.  Keep the PG-W2 (i.e. control circuit) wiring separate from main circuit input/output wiring.  A separate metallic 

grounded conduit with ONLY the PG wiring running through it is preferred. 

c. 

To prevent erroneous operation caused by noise interference, use shielded cable for control signal wiring, and limit 
the distance between the encoder and drive to 50 meters (165 feet) or less. 

d.  The recommended cable is twisted pair, 22 AWG, with overall shield, such as Belden 9504.  Refer to “Electrical 

Installation” in the drive technical manual for further information on use of shielded cable.  The shielded sheath 
connection points on the PG-W2 card are terminals 9, 16, & 23.  

e.  Strip back insulation for a distance of 0.22 inches on wire leads connected to the PG-W2 terminals. 
f. 

Connect the option card ground wire (TP1) to the drive’s ground terminal TB3 (12 for G5). 

 

9. Jumper Setting:

  The PG-W2 contains a jumper HDR1 (see Figure 1).  The correct position of the jumper is software 

specific.  Please refer to the installed software manual for details.  

 

10. Cover:

 Reinstall and secure the drive front’s front cover. 

 

11. Programming:

 The programming of the drive will vary depending upon which software is loaded into the drive.  The last 5 

digits of the software number can be viewed in monitor U1-14.  

 

12. Start-up:

 Refer to Section 2 in the drive’s technical manual and the custom software instruction sheet for testing and start-

up information. 

 

13. IG Storage:

 Place this installation guide with the drive’s technical manual.  

 

Summary of Contents for PG-W2

Page 1: ...or control of the follower motor Input 2 Master encoder pulse train source used for Electronic Lineshaft control Output Selectable from either input to be used for other followers 4 Receiving All equipment is tested against defect at the factory Report any damages or shortages evident when the equipment is received to the commercial carrier who transported the equipment 5 Cautions a Hazardous volt...

Page 2: ...etween the PG W2 card and the encoder the master drive and or external monitoring circuits Observe the following a The need for the marker Z C channel depends on the installed custom CASE software Standard software does not use the marker pulse b Keep the PG W2 i e control circuit wiring separate from main circuit input output wiring A separate metallic grounded conduit with ONLY the PG wiring run...

Page 3: ...Same as Terminals 16 23 10 A2 11 A2 A Channel 12 B2 13 B2 B Channel 14 Z2 15 Z2 Z C Channel Encoder Input 2 Line Driver Signal Level 16 Shield Shield Drain for Encoder Wiring Same as Terminals 9 23 17 AM 18 AM A Channel 19 BM 20 BM B Channel 21 ZM 22 ZM Z C Channel Pulse Monitor Output RS 422 Signal Level 23 Shield Shield Drain for Encoder Wiring Same as Terminals 9 16 24 IG5 Pulse Monitor Termina...

Page 4: ...Yaskawa Electric America Inc www drives com IG AFD 61 Page 4 of 6 Date 07 01 04 Rev 04 07 Dual Encoder Feedback Option Card PG W2 Figure 4 PG W2 Interconnection Diagram ...

Page 5: ...n be utilized to power that encoder However if the current draw from the PG W2 s power supply exceeds 200mA provide a separate power supply as shown in Figure 5 If the momentary power loss ride thru function of the drive is to be used include a backup capacitor in the PG power wiring or take other necessary precautions 15 Maximum Input Frequency The maximum input frequency of the PG W2 card is 300...

Page 6: ...gnal A will lead signal B by 90 o If any one of the four signals is missing the drive cannot accurately measure the encoder rotation speed or direction 17 Viewing Signals With An Oscilloscope The PG W2 option card has test points that can be used to connect an oscilloscope Figure 1 shows the locations of the test points on the PG W2 card Test points TP3 through TP8 are after the compliment is subt...

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