background image

Date:

    April 30, 1997

Sheet

    1

of

    1

Size

Document Number

REV

D

602775-323

A

Title

ACC-8F,PMAC-2 INT. 36 PIN

   NORTHRIDGE CA 91324

    9036 WINNETKA AVE

DELTA TAU DATA SYSTEMS INC.

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9
10

J3

H10\BOX

ENCODER 1

10-PIN BOX

  8

 15

  7

 14

  6

 13

  5

 12

  4

 11

  3

 10

  2

  9

  1

1

6

P1
DB15S

1
2
3
4
5
6
7
8
9
10

J1

HEADER 10

CHA1+

CHA1-
CHB1-

CHB1+

C1+

+5V

GND

PROGRAMMING

ISPLSI

1
2
3
4
5
6
7
8

JP1

8 HEADER

C10

.01

SDO
SDI
ISPEN-

VCC

1

2

3

4

5

6

7

8

9

1

0

RP8
10K

VCC

VCC

2-3 YASKAWA ENCODERS

1-2 STANDARD ENCODERS

1ST AXIS ENCODER SELECTION

THIS DOCUMENT IS THE CONFIDENTIAL PROPERTY OF DELTA TAU
DATA SYSTEMS INC. AND IS LOANED SUBJECT TO RETURN UPON
DEMAND.  TITLE TO THIS DOCUMENT IS NEVER SOLD OR
TRANSFERRED FOR ANY REASON.  THIS DOCUMENT IS TO BE USED
ONLY PURSUANT TO WRITTEN LICENSE OR WRITTEN INSTRUCTIONS
OF DELTA TAU DATA SYSTEMS INC.  ALL RIGHTS TO DESIGNS AND
INVENTIONS ARE RESERVED BY DELTA TAU DATA SYSTEMS INC.
POSSESSION OF THIS DOCUMENT INDICATES ACCEPTANCE OF THE
ABOVE AGGREEMENT.

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90

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92

93

94

95

96

97

98

99

100

JMACH1

HEADER 50X2

CHA1-

CHA1+
CHB1+

CHB1-
CHC1-

CHC1+
CHU1+
CHW1+

USER1+
MLIM1+

CHV1+
CHT1+
PLIM1+
HOME1+

ACLK1+

ACLK1-

ASTB1+

ASTB1-

ADAA1+

ADAA1-

ADAB1+

ADAB1-

ATOP1+
ABOT1+
BTOP1+
BBOT1+
CTOP1+
CBOT1+

FLT1+

ENA1+

ENA1-
FLT1-
ATOP1-
ABOT1-
BTOP1-
BBOT1-
CTOP1-
CBOT1-

SCK12+

SCK12-

AFLT1+

WDO-

GND

GND

FAULT

2

  3

  1

E6

2

  3

  1

E5

2

  3

  1

E7

2

  3

  1

E21

YU1+

U1+

YV1+

V1+

YW1+

W1+

FLT1-

FLT1+

CHU1

CHV1

CHW1

FC1-A

FC1-B

FC1-C

FC1-D

CHT1

1A

  2

1B

  3

2A

  5

2B

  6

3A

 11

3B

 10

4A

 14

4B

 13

G

 15

A/B

  1

1Y

 4

2Y

 7

3Y

 9

4Y

12

U10

74HC257

R1

10K

C4

.1UF

CHU1+

CHV1+

CHW1+

CHT1+

VCC

GND

GND

ISPEN

  7

SDI

  8

SDO

 18

SCLK

 27

MODE

 30

V

C

C

6

V

C

C

2

8

G

N

D

3

9

G

N

D

1

7

A1

  9

B1

 10

YU1+

31

YV1+

32

YW2+

37

Z2

38

YV2+

36

YU2+

35

YW1+

33

Z1

34

C1

 11

A2

 13

B2

 14

C2

 15

Y0-CLK

  5

U11

ISPLSI2032

INA

  1

INA

  2

INB

 15

INB

 14

INC

  7

INC

  6

IND

  9

IND

 10

ENAC

4

ENBD

12

OUTD

11

OUTC

5

OUTB

13

OUTA

3

U4

MC34C86

A1

B1

C1

CHA1+

CHB1+

CHB1-

CHA1-

SCLK

MODE

ISPEN-

GND

(REMOVE PIN 5)

HEADER

C18

.1UF

YU1+

VCC

GND

SHELL

1
2
3
4
5
6
7
8
9
10
11
12

TB1

TB12\150

2

  3

  1

E2

E16

CHA1+
CHA1-
CHB1+

YC1+

CHA1+
CHA1-
CHB1+
CHB1-
C1+
C1-
U1+
V1+
W1+
CHT1

ENCPWR
ENCPWR

GND

GND

GND

D

FOR 8T

OPT-02, OPT03
DSUB CONN

ENCODER 1

ATOP1+

ACLK1-

CLOCK

ENCODER
DUAL INPUT

(SINGLE-ENDED)

 36

 18

 35

 17

 34

 16

 33

 15

 32

 14

 31

 13

 30

 12

 29

 11

 28

 10

 27

  9

 26

  8

 25

  7

 24

  6

 23

  5

 22

  4

 21

  3

 20

  2

 19

  1

3

7

P5
CONNECTOR HD36

2

  3

  1

E22

JMP3

FC1-A
FC1-B
FC1-C
FC1-D

CHA1+
CHB1+
CHC1+
CHA2+
CHB2+
CHC2+
GND
GND
SCK12+

1ST AXIS
AMPLIFIER
INTERFACE

ACLK1+
ACLK1-
ASTB1+
ASTB1-
ADAA1+
ADAA1-
ADAB1+
ADAB1-

FLT1+
FLT1-
ATOP1+
ATOP1-
ABOT1+
ABOT1-
BTOP1+
BTOP1-
BBOT1+
BBOT1-
CTOP1+
CTOP1-
CBOT1+
CBOT1-

ENA1-

ENA1+

OPT-01
TERM BLK

ENCODER 1

ENCODER 2

2

  3

  1

E3

1
2
3
4
5
6
7
8
9
10

J2

HEADER 10

CHB1-
C1+
C1-

CHC1-

CHC1+

YC1-

U1+
V1+
W1+
CHT1

CHA2+

CHA2-
CHB2-

+5V

GND

+5V

(TQFP)

YV1+
YW1+

YU2+
YV2+
YW2+

Z2

Z1

INA

  1

INA

  2

INB

 15

INB

 14

INC

  7

INC

  6

IND

  9

IND

 10

ENAC

4

ENBD

12

OUTD

11

OUTC

5

OUTB

13

OUTA

3

U5

MC34C86

C5

.1UF

A2

B2

C2

CHA2+

CHA2-

CHB2+

CHB2-

SCK12-
SCK12+

SCK12

YC1-
YC1+

SDI
SDO
SCLK
MODE

VCC

VCC

GND

1

3

D1

MMBD301LT1

  4

 3

 5

  9

10

 8

  1
 12

K1

FBR12ND05

ENCPWR

VCC

VCC

GND

GND

 2

  3

  1

E24

JUMPER3

2-3 YASKAWA ENCODERS

1-2 STANDARD ENCODERS

1ST AND 2ND AXIS ENCODER SELECTION

POLARITY

A

  1

B

  2

CLK

  8

CLR

  9

QA

 3

QB

 4

QC

 5

QD

 6

QE

10

QF

11

QG

12

QH

13

U16

74ACT164

C25

.1UF

WDO-

SCK12

VCC

GND

(SCK12+)

(SCK12-)

(WDO-)

CHA2+
CHB2+
CHC2+

CHA2-
CHB2-
CHC2-

CHU2+
CHW2+

USER2+
MLIM2+

CHV2+
CHT2+
PLIM2+
HOME2+

ENA2+

ENA2-
FLT2-

FLT2+
ATOP2+
ABOT2+
BTOP2+
BBOT2+
CTOP2+
CBOT2+

ATOP2-
ABOT2-
BTOP2-
BBOT2-
CTOP2-
CBOT2-

ACLK2+
ASTB2+
ADAA2+
ADAB2+

ACLK2-
ASTB2-
ADAA2-
ADAB2-

AFLT2+

GND

GND

GND

GND

PMAC2'S +5Vdc

+5VRET

+5VDC

12/25V

12/25VRET

D3

1N5908

C1

22 35V

F1
2A

E1

1
2
3
4
5
6

TB3

TB6\150

GND

GND

GND

+5V

AGND
AGND

VCC

FLGPWR
FLGRET

2-3 YASKAWA ENCODERS

1-2 STANDARD ENCODERS

2ND AXIS ENCODER SELECTION

2

  3

  1

E11

2

  3

  1

E12

2

  3

  1

E13

YU2+

U2+

YV2+

V2+

YW2+

W2+

FC2-A

CHU2

FC2-B

CHV2

FC2-C

CHW2

FC2-D

CHT2

1A

  2

1B

  3

2A

  5

2B

  6

3A

 11

3B

 10

4A

 14

4B

 13

G

 15

A/B

  1

1Y

 4

2Y

 7

3Y

 9

4Y

12

U9

74HC257

1

2

3

4

5

6

7

8

9

1

0

RP7
10K

R2

10K

CHU2+

CHV2+

CHW2+

CHT2+

VCC

VCC

GND

INA

  1

INA

  2

INB

 15

INB

 14

INC

  7

INC

  6

IND

  9

IND

 10

ENAC

4

ENBD

12

OUTD

11

OUTC

5

OUTB

13

OUTA

3

U12

MC34C86

  1

  2

 3

U13A

74HC86

R4
6.81K
1%

C6

.1UF

YC2-
YC2+

VCC

VCC

VCC

VCC

GND

C21

.1UF

GND

VCC

  8

 15

  7

 14

  6

 13

  5

 12

  4

 11

  3

 10

  2

  9

  1

1

6

P2
DB15S

CHA2+
CHA2-
CHB2+
CHB2-
C2+
C2-

W2+

V2+

U2+

CHT2

CHB2+

C2+

ENCPWR
ENCPWR

GND

GND

GND

OPT-02, OPT03
DSUB CONN

ENCODER 2

10-PIN BOX

SHELL

E15

JUMPER

GND

+5V

GND

DUAL AXIS
U,V,W,T & USER
FLAG INPUTS

1
2
3
4
5
6
7
8
9
10
11
12
13
14

J4

H14\BOX

USER1+

USER2+

CHT1

CHT2

U1+
V1+
W1+

U2+
V2+
W2+

GND
+5V

OPT-01
TERM BLK

SHELL

1
2
3
4
5
6
7
8
9
10
11
12

TB2

TB12\150

2

  3

  1

E8

2

  3

  1

E9

E17

CHA2+
CHA2-
CHB2+
CHB2-
C2+
C2-

CHC2+

CHC2-

YC2-

YC2+

W2+

V2+

U2+

CHT2

GND

+5V

GND

  1

  2

 3

U15A

74HC132

R5

10K

  4

  5

 6

U15B

74HC132

C23
.1UF

  9

 10

 8

U15C

74HC132

R6

10K

 12

 13

11

U15D

74HC132

AFLT1+

AFLT2+

GND

C19

.1UF

  4

  5

 6

U13B

74HC86

INA

  1

INA

  2

INB

 15

INB

 14

INC

  7

INC

  6

IND

  9

IND

 10

ENAC

4

ENBD

12

OUTD

11

OUTC

5

OUTB

13

OUTA

3

U14

MC34C86

  9

 10

 8

U13C

74HC86

 12

 13

11

U13D

74HC86

VCC

VCC

GND

C17

.1UF

OUTA

  3

OUTA

  2

INA

1

OUTB

  5

OUTB

  6

OUTC

 11

OUTC

 10

OUTD

 13

OUTD

 14

INB

7

INC

9

IND

15

ENAB

4

ENCD

12

U8

MC34C87

Z1

Z2

CHA1+

CHA1-

CHB1+

CHB1-

CHA2+

CHA2-

VCC

GND

GND

GND

FAULT
POLARITY

2

  3

  1

E23

CHC2-

CHC1+

CHC1-

FLT2-

FLT2+

USER SUPPLIED

POWER

1

1
M1

C11
.1UF

PC BOARD
MOUNTING
HOLES

1

1
M2

1

1
M3

1

1
M4

C12
.1UF

C15
.1UF

C16
.1UF

GND

CHC2+

ENCODER 1

ENCODER 2

1-2 = REGULAR ENC (DISABLE Z INPUT)
2-3 = YASKAWA ENC (ENABLE Z INPUT)

2

  3

  1

E10

  2

3

1

E4

C9

.1UF

CHB2+

CHB2-

VCC

GND

VCC

GND

VCC

GND

(2.05V)

C20

.1UF

C22
.1UF

R3
4.75K
1%

GND

VCC

VCC

GND

C24
.1UF

ACI1A

1

ACI1B

2

E1

 15

C1

 16

ACI2A

3

ACI2B

4

ACI3A

5

ACI3B

6

ACI4A

7

ACI4B

8

E4

  9

C4

 10

E3

 11

C3

 12

E2

 13

C2

 14

U1

PS2705-4NEC-ND

1

2 3 4 5 6 7 8 9

1

0

RP1
SIP9C
1K

USER1+

PLIM1+

GND

SHELL

  1

2

RP3A

4.7K

  3

4

RP3B

4.7K

  5

6

RP3C

4.7K

  7

8

RP3D

4.7K

  5

  9

  4

  8

  3

  7

  2

  6

  1

1

0

P3
DB9S

LIMITS1

E18

JUMPER

1
2
3
4
5
6
7
8

TB4

TB8\150

USER1
PLIM1
MLIM1

USER1
PLIM1
MLIM1
HOME1
FL_RT1

AGND

AGND

FLGPWR
FLGRET

OPT-02, OPT03
DSUB CONN

2ND AXIS
AMPLIFIER
INTERFACE

 36

 18

 35

 17

 34

 16

 33

 15

 32

 14

 31

 13

 30

 12

 29

 11

 28

 10

 27

  9

 26

  8

 25

  7

 24

  6

 23

  5

 22

  4

 21

  3

 20

  2

 19

  1

3

7

P6
CONNECTOR HD36

ACLK2+
ACLK2-
ASTB2+
ASTB2-
ADAA2+
ADAA2-
ADAB2+
ADAB2-

FLT2+
FLT2-
ATOP2+
ATOP2-
ABOT2+
ABOT2-
BTOP2+
BTOP2-
BBOT2+

ENA2-

ENA2+

FC2-A
FC2-B
FC2-C
FC2-D

SHELL

E14

JUMPER

BBOT2-
CTOP2+
CTOP2-
CBOT2+
CBOT2-

GND

+5V

GND

OPT-01
TERM BLK

OPT-02, OPT03
DSUB CONN

SHELL

  1

2

RP4A

4.7K

  3

4

RP4B

4.7K

  5

6

RP4C

4.7K

  7

8

RP4D

4.7K

  1

2

RP5A

4.7K

  5

  9

  4

  8

  3

  7

  2

  6

  1

1

0

P4
DB9S

LIMITS2

E19

JUMPER

HOME1
FL_RT1

USER2
PLIM2
MLIM2
HOME2
FL_RT2

AGND

AGND

AGND

FLGPWR

FLGPWR

FLGRET

FLGRET

ACI1A

1

ACI1B

2

E1

 15

C1

 16

ACI2A

3

ACI2B

4

ACI3A

5

ACI3B

6

ACI4A

7

ACI4B

8

E4

  9

C4

 10

E3

 11

C3

 12

E2

 13

C2

 14

U2

PS2705-4NEC-ND

1

2 3 4 5 6 7 8 9

1

0

RP2
SIP9C
1K

MLIM1+

HOME1+

GND

NOTES:

1. C11-C16 CAPACITORS ARE INSTALLED IN CONJUNCTION WITH CE CERTIFICATION.

USER2+

PLIM2+

MLIM2+

HOME2+

GND

  3

4

RP5B

4.7K

  5

6

RP5C

4.7K

  7

8

RP5D

4.7K

  1

2

RP6A

4.7K

  3

4

RP6B

4.7K

  5

6

RP6C

4.7K

  7

8

RP6D

4.7K

1
2
3
4
5
6
7
8

TB5

TB8\150

USER2
PLIM2
MLIM2
HOME2
FL_RT2

AGND

FLGPWR
FLGRET

OPT-01
TERM BLK

Summary of Contents for 8F

Page 1: ...PMAC2 ACCESSORIES 8F 8FP Digital Interface Board 3A0 602775 10X 3A0 602765 10X July 1999 RETURN TO MAIN INDEX User s Manual...

Page 2: ......

Page 3: ...or Summary 7 JMACH1 7 J1 10 Pin IDC Header 12 J2 10 Pin IDC Header 13 J3 10 Pin IDC Header 14 J4 14 Pin IDC Header 15 P1 DB15 pin Connector 16 P2 DB15 pin Connector 17 P3 DB9 pin Connector 18 P4 DB9 p...

Page 4: ...ACC 8F ACC 8FP Delta Tau Data Systems Inc Contents ii...

Page 5: ...ll bring AFLT1 and AFLT2 lines JMAC1 pins 19 and 69 low in either case Supports Hall effect signals for power on phase information through its supplemental U V W and T inputs Decodes U V W T and Index...

Page 6: ...ags and Main flags use DB connectors P1 P2 P3 P4 Option 4 Rail mount Option 6 Mulitplexed encoder and power on read option ACC 8F Limit and Flag Wiring The ACC 8F allows the user to use sinking or sou...

Page 7: ...nection shown in below is a photo transistor device which is open collector or sinking This device will have 0V output when not activated and 12 24V output when activated Depending on the output of th...

Page 8: ...ACC 8F ACC 8FP Delta Tau Data Systems Inc Introduction 4...

Page 9: ...Delta Tau Data Systems Inc ACC 8F ACC 8FP Board Layout 5 BOARD LAYOUT ACC 8F Layout...

Page 10: ...ACC 8F ACC 8FP Delta Tau Data Systems Inc Board Layout 6 ACC 8FP Layout...

Page 11: ...tput Enc 1 Neg A Chan Also pulse input 7 CHB1 Output Enc 1 Pos B Chan Also direction input 8 CHB1 Output Enc 1 Neg B Chan Also direction input 9 CHC1 Output Enc 1 Pos C Chan Index channel 10 CHC1 Outp...

Page 12: ...Output Chan B ADC Serial Data MSB first 30 ADC_DAB1 Output Chan B ADC Serial Data MSB first 31 AENA1 Input Amplifier Enable High Is enable 32 AENA1 Input Amplifier Enable Low Is enable 33 FAULT1 Outpu...

Page 13: ...tput Input 5V Power For external circuit or from ext supply 50 5V Output Input 5V Power For external circuit or from ext supply 51 5V Output Input 5V Power For external circuit or from ext supply 52 5...

Page 14: ..._CLK2 Input A D Converter Clock Programmable frequency 74 ADC_CLK2 Input A D Converter Clock Programmable frequency 75 ADC_STB2 Input A D Converter Strobe Programmable sequence 76 ADC_STB2 Input A D C...

Page 15: ...ble function control 93 PWMCTOP2 DIR2 Input Phase B Top Cmd Or Pfm Direction Programmable function control 94 PWMCTOP2 DIR2 Input Phase B Top Cmd Or Pfm Direction Programmable function control 95 PWMC...

Page 16: ...Neg B Chan Also direction Input 6 GND Common Reference Voltage 7 ENCPWR Output Digital Supply Volt Power for encoder 8 CHB1 Input Enc 1 Pos B Chan Also direction Input 9 ENCPWR Output Digital Supply...

Page 17: ...2 Input Enc 2 Neg B Chan Also direction Input 6 GND Common Reference Voltage 7 ENCPWR Output Digital Supply Volt Power for encoder 8 CHB2 Input Enc 2 Pos B Chan Also direction Input 9 ENCPWR Output Di...

Page 18: ...ended input 5 CHB2 Input Enc 2 Pos B Chan Single ended input 6 CHC2 Input Enc 2 Pos C Chan Single ended input 7 GND Common Reference Signal 8 GND Common Reference Signal 9 SCLK12 Output Encoder Sampl...

Page 19: ...Input Supplementary Flag T Fault Code Or Sub Count 8 NC No Connect 9 CHU2 Input Supplementary Flag U Hall Effect fault code or sub count 10 CHV2 Input Supplementary Flag V Hall Effect fault code or s...

Page 20: ...l Flag W 8 GND Common Digital Reference 9 ENCPWR Output Digital Supply Power for encoder 10 GND Common Digital Reference 11 CHA1 Input Enc 1neg A Chan Also pulse Input 12 CHB1 Input Enc 1 Neg B Chan A...

Page 21: ...al Flag W 8 GND Common Digital Reference 9 ENCPWR Output Digital Supply Power for encoder 10 GND Common Digital Reference 11 CHA2 Input Enc 2 Neg A Chan Also pulse input 12 CHB2 Input Enc 2 Neg B Chan...

Page 22: ...ector provides alternate connection for the standard machine input flags for an axis The USER flag can also be brought in on J4 or TB4 P4 DB9 pin Connector 6 9 1 5 Top View Pin Symbol Function Descrip...

Page 23: ...Phase A Bottom Cmd High is On command 11 PWMBTOP1 Command Phase B Top Cmd High is On command 12 PWMBBOT1 Command Phase B Bottom Cmd High is On command 13 PWMCTOP1 Command Phase C Top Cmd High is On co...

Page 24: ...ack data must be in serial digital form already converted from analog in the amplifier P6 36 pin Mini D Connector Top View Pin Symbol Function Description Notes 1 FC0 Feedback 1 Of 4 Fault Code Bits O...

Page 25: ...26 FAULT2 Feedback Amplifier Fault Low is fault 27 PWMATOP2 Command Phase A Top Cmd Low is On command 28 PWMABOT2 Command Phase A Bottom Cmd Low is On command 29 PWMBTOP2 Command Phase B Top Cmd Low...

Page 26: ...Index channel 6 CHC1 Input Enc 1 Neg C Chan Index channel 7 ENCPWR Output Digital Supply Power for encoder 8 GND Common Digital Reference 9 CHU1 Input Supplemental Flag U 10 CHV1 Input Supplemental F...

Page 27: ...e wired connection to 2nd encoder and Supplemental Flags This terminal block provides the interface to a single quadrature encoder or the signals of a simulated encoder It additionally provides connec...

Page 28: ...minal block provides the connection for the standard machine input flags for an axis The USER flag can also be brought in on J4 or P3 TB5 8 Point Terminal Block 1 8 Pin Symbol Function Description Not...

Page 29: ...e index pulse on the channel C or Z is used Jump 2 to 3 when using an encoder with U V W T and Index signals encoded on the C channel i e Yaskawa multiplexed encoder 1 to 2 E14 E19 Jump 1 to 2 to conn...

Page 30: ...ult Jump 2 to 3 if amplifier FLT2 line P6 26 is normally high No fault If the amplifier fault condition code is not required at PMAC2 remove E21 1 to 2 E24 The E24 jumper is used on 602775 103 revisio...

Page 31: ...2 CHB2 CHC2 CHU2 CHW2 USER2 MLIM2 CHV2 CHT2 PLIM2 HOME2 ENA2 ENA2 FLT2 FLT2 ATOP2 ABOT2 BTOP2 BBOT2 CTOP2 CBOT2 ATOP2 ABOT2 BTOP2 BBOT2 CTOP2 CBOT2 ACLK2 ASTB2 ADAA2 ADAB2 ACLK2 ASTB2 ADAA2 ADAB2 AFLT...

Page 32: ...P2 PLIM1 ATOP2 PLIM1 MLIM1 ABOT2 CHB1 HOME1 ABOT2 FL_RT1 BTOP2 MLIM1 BTOP2 BBOT2 BBOT2 HOME1 CTOP2 CTOP2 CBOT2 CBOT2 CHA2 CHC1 Z1 CHC1 CHA2 AFLT2 Z2 CHB2 CHC2 CHC2 CHB2 USER2 USER2 PLIM2 PLIM2 MLIM2 H...

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