.

XMP-PCI Main Board

VHDCI Connectors

  Mating Connector:
Honda HDR - E68MA1

Mating Shell:
Honda HDR - E68LGKPE

Use cable MEI P/N C001-0011 (1 Meter)
                             C001-0012 (2 Meter)
                             C001-0013 (3 Meter) to connect to an STC-136 ( breakout board).

PCI Main Board
Location
Axes
Pinouts
J0-1
0-1
J2-3
2-3
J4-5
4-5
J6-7
6-7

All motion drive I/O for XMP-PCI controllers is performed via VHDCI connectors on the rear end panel of the controller. Each VHDCI connector is connected to a motion drive via cable. Pin-outs are described below:

XMP-PCI, VHDCI Connectors, Main Board

Axes 0-1, VHDCI Connector (XMP-PCI)

Connector for Axes 0 and 1 (PCI main board)

Pin

Signal

Signal

Pin

1

Analog_IN_0+ Analog_IN_0-

35

2

Analog_IN_1+ Analog_IN_1-

36

3

Gnd AGnd

37

4

Enc0_A+ Enc0_A-

38

5

Enc0_B+ Enc0_B-

39

6

Enc0_I+ Enc0_I-

40

7

Home0_IN 5V_OUT

41

8

Pos_Lim0_IN Gnd

42

9

Neg_Lim0_IN HomeLim0_Rtn

43

10

Cmd_Dac_OUT_0+ Cmd_Dac_OUT_0-

44

11

Aux_Dac_OUT_0+ Aux_Dac_OUT_0-

45

12

Amp_Flt0_IN Amp_Flt0_Rtn

46

13

Amp_En0_Collector Amp_En0_Emitter

47

14

UserIO_A0 UserIO_A0_Rtn

48

15

Xcvr0A+ Xcvr0A-

49

16

Xcvr0B+ Xcvr0B-

50

17

Xcvr0C+ Xcvr0C-

51

18

Enc1_A+ Enc1_A-

52

19

Enc1_B+ Enc1_B-

53

20

Enc1_I+ Enc1_I-

54

21

Home1_IN 5V_OUT

55

22

Pos_Lim1_IN Gnd

56

23

Neg_Lim1_IN HomeLim1_Rtn

57

24

Cmd_Dac_OUT_1+ Cmd_Dac_OUT_1-

58

25

Aux_Dac_OUT_1+ Aux_Dac_OUT_1-

59

26

Amp_Flt1_IN Amp_Flt1_Rtn

60

27

Amp_En1_Collector Amp_En1_Emitter

61

28

Gnd Gnd

62

29

Xcvr1A+ Xcvr1A-

63

30

Xcvr1B+ Xcvr1B-

64

31

Xcvr1C+ Xcvr1C-

65

32

UserIO_A1 UserIO_A1_Rtn

66

33

RESET_IN UserIO_A2

67

34

ESTOP_IN UserIO_A2_Rtn

68

 

Axes 2-3 VHDCI Connector (PCI)

Connector for Axes 2 and 3 (PCI main board)

Pin

Signal

Signal

Pin

1

EncA_A+

EncA_A-

35

2

EncA_B+

EncA_B-

36

3

EncA_I+

EncA_I-

37

4

Enc2_A+

Enc2_A-

38

5

Enc2_B+

Enc2_B-

39

6

Enc2_I+

Enc2_I-

40

7

Home2_IN

5V_OUT

41

8

Pos_Lim2_IN

Gnd

42

9

Neg_Lim2_IN

HomeLim2_Rtn

43

10

Cmd_Dac_OUT_2+

Cmd_Dac_OUT_2-

44

11

Aux_Dac_OUT_2+

Aux_Dac_OUT_2-

45

12

Amp_Flt2_IN

Amp_Flt2_Rtn

46

13

Amp_En2_Collector

Amp_En2_Emitter

47

14

UserIO_A3

UserIO_A3_Rtn

48

15

Xcvr2A+

Xcvr2A-

49

16

Xcvr2B+

Xcvr2B-

50

17

Xcvr2C+

Xcvr2C-

51

18

Enc3_A+

Enc3_A-

52

19

Enc3_B+

Enc3_B-

53

20

Enc3_I+

Enc3_I-

54

21

Home3_IN

5V_OUT

55

22

Pos_Lim3_IN

Gnd

56

23

Neg_Lim3_IN

HomeLim3_Rtn

57

24

Cmd_Dac_OUT_3+

Cmd_Dac_OUT_3-

58

25

Aux_Dac_OUT_3+

Aux_Dac_OUT_3-

59

26

Amp_Flt3_IN

Amp_Flt3_Rtn

60

27

Amp_En3_Collector

Amp_En3_Emitter

61

28

Gnd

Gnd

62

29

Xcvr3A+

Xcvr3A-

63

30

Xcvr3B+

Xcvr3B-

64

31

Xcvr3C+

Xcvr3C-

65

32

Gnd

AGnd

66

33

Analog_IN_2+

Analog_IN_2-

67

34

Analog_IN_3+

Analog_IN_3-

68

 

Axes 4-5 VHDCI Connector (PCI)

Connector for Axes 4 and 5 (PCI main board)

Pin

Signal

Signal

Pin

1

UserIO_B0 UserIO_B0_Rtn

35

2

UserIO_B1 UserIO_B1_Rtn

36

3

Gnd Gnd

37

4

Enc4_A+ Enc4_A-

38

5

Enc4_B+ Enc4_B-

39

6

Enc4_I+ Enc4_I-

40

7

Home4_IN 5V_OUT

41

8

Pos_Lim4_IN Gnd

42

9

Neg_Lim4_IN HomeLim4_Rtn

43

10

Cmd_Dac_OUT_4+ Cmd_Dac_OUT_4-

44

11

Aux_Dac_OUT_4+ Aux_Dac_OUT_4-

45

12

Amp_Flt4_IN Amp_Flt4_Rtn

46

13

Amp_En4_Collector Amp_En4_Emitter

47

14

UserIO_B2 UserIO_B2_Rtn

48

15

Xcvr4A+ Xcvr4A-

49

16

Xcvr4B+ Xcvr4B-

50

17

Xcvr4C+ Xcvr4C-

51

18

Enc5_A+ Enc5_A-

52

19

Enc5_B+ Enc5_B-

53

20

Enc5_I+ Enc5_I-

54

21

Home5_IN 5V_OUT

55

22

Pos_Lim5_IN Gnd

56

23

Neg_Lim5_IN HomeLim5_Rtn

57

24

Cmd_Dac_OUT_5+ Cmd_Dac_OUT_5-

58

25

Aux_Dac_OUT_5+ Aux_Dac_OUT_5-

59

26

Amp_Flt5_IN Amp_Flt5_Rtn

60

27

Amp_En5_Collector Amp_En5_Emitter

61

28

Gnd Gnd

62

29

Xcvr5A+ Xcvr5A-

63

30

Xcvr5B+ Xcvr5B-

64

31

Xcvr5C+ Xcvr5C-

65

32

Gnd AGnd

66

33

Analog_IN_4+ Analog_IN_4-

67

34

Analog_IN_5+ Analog_IN_5-

68

 

Axes 6-7 VHDCI Connector (PCI)

Connector for Axes 6 and 7 (PCI main board)

Pin

Signal

Signal

Pin

1

Analog_IN_6+

Analog_IN_6-

35

2

Analog_IN_7+

Analog_IN_7-

36

3

Gnd

AGnd

37

4

Enc6_A+

Enc6_A-

38

5

Enc6_B+

Enc6_B-

39

6

Enc6_I+

Enc6_I-

40

7

Home6_IN

5V_OUT

41

8

Pos_Lim6_IN

Gnd

42

9

Neg_Lim6_IN

HomeLim6_Rtn

43

10

Cmd_Dac_OUT_6+

Cmd_Dac_OUT_6-

44

11

Aux_Dac_OUT_6+

Aux_Dac_OUT_6-

45

12

Amp_Flt6_IN

Amp_Flt6_Rtn

46

13

Amp_En6_Collector

Amp_En6_Emitter

47

14

UserIO_B3

UserIO_B3_Rtn

48

15

Xcvr6A+

Xcvr6A-

49

16

Xcvr6B+

Xcvr6B-

50

17

Xcvr6C+

Xcvr6C-

51

18

Enc7_A+

Enc7_A-

52

19

Enc7_B+

Enc7_B-

53

20

Enc7_I+

Enc7_I-

54

21

Home7_IN

5V_OUT

55

22

Pos_Lim7_IN

Gnd

56

23

Neg_Lim7_IN

HomeLim7_Rtn

57

24

Cmd_Dac_OUT_7+

Cmd_Dac_OUT_7-

58

25

Aux_Dac_OUT_7+

Aux_Dac_OUT_7-

59

26

Amp_Flt7_IN

Amp_Flt7_Rtn

60

27

Amp_En7_Collector

Amp_En7_Emitter

61

28

Gnd

Gnd

62

29

Xcvr7A+

Xcvr7A-

63

30

Xcvr7B+

Xcvr7B-

64

31

Xcvr7C+

Xcvr7C-

65

32

EncB_A+

EncB_A-

66

33

EncB_B+

EncB_B-

67

34

EncB_I+

EncB_I-

68

 

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