background image

E6C-N

E6C-N

9

Installation

 Connection Example

Connection with CPM1A

E6C-NN5C

CPM1A-40CD

j

-

j

Wiring between E6C-NN5C and CPM1A

E6C-NN5C output signal

CPM1A

input signal

Single-rotation
d t

Cable cover

l

(

)

Brown (2

0

)

00000

g

data

color (gray)

Orange (2

1

)

00001

Yellow (2

2

)

00002

Green (2

3

)

00003

Blue (2

4

)

00004

Purple (2

5

)

00005

Gray (2

6

)

00006

White (2

7

)

00007

Pink (2

8

)

00008

Multi-rotation
d t

Cable cover

l

(bl

k)

Brown (2

0

)

00100

data

color (black)

Orange (2

1

)

00101

Yellow (2

2

)

00102

Green (2

3

)

00103

Blue (2

4

)

00104

Purple (2

5

)

00105

Code + = 0

1

Gray (2

6

)

00106

– = 1

White (2

7

)

00107

Output Timing

E6C-NN5C’s absolute data

1 rotation 2 rotations

127 rotations

DM Setting

DM 0000

0000

0001

0002

0003

0004

0005

0006

0007

0008

0009

0010

0011

0012

0013

0001

0500

0000

9000

Data program work area

Linear absolute data

Comparison data

Upper-limit setting

Lower-limit setting

Ladder Program Example

ANDW(34)

000

#01FF

D0000

BCD(24)

D0000

D0001

ANDW(34)

001

#007F

D0003

BCD(24)

D0003

D0004

MUL(32)

D0004

#0005

D0005

ADDL(54)

D0001

#0005

D0007

25313

(Always ON)

Transfers only the data of
bits 0 through 8 of word 000
to DM 0000 (single-rotation
BIN data).

Converts single-rotation BIN
data into a BCD code signal.

Transfers only the data of
bits 0 through 7 of word 001
to DM 0003 (multi-rotation
BIN data).

Converts multi-rotation BIN
data into a BCD code signal.

The result of multi-rotation
BCD data x 500 (single-rota-
tion resolution) is input to
DM 0005 and DM 0006.

Adds single-rotation data
and multi-rotation data as
linear absolute data.

CMPL(60)

D0007

D0010

000

CMPL(60)

D0007

D0012

000

25506

25505

(>)

(=)

10000

25506

25507

(<)

(=)

10001

10000

10001

01000

Compares the
band and output
bit 01000 is ON if
linear absolute
data exists be-
tween the value of
DM 0010 and
DM 0011 and that
of DM 0012 and
DM 0013. The
band is compared
in the forward
rotational direction
only.

Summary of Contents for E6C-N -

Page 1: ...or comments Ordering Information Absolute Rotary Encoders Name Model Shaft model with cable E6C NN5C Hollow shaft model with cable E6C NN5CA Shaft model with connector E6C NN5C C Hollow shaft model wi...

Page 2: ...ation within 80 of the position at the time of power failure Select from Two Models According to the Application Select one suited to the application from a line of shaft and hol low shaft models The...

Page 3: ...strength 500 VAC 50 60 Hz for 1 min between carry parts and case Vibration resistance Destruction 10 to 500 Hz 1 0 mm single amplitude or 150 m s2 15G for 11 min 3 times each in X Y and Z directions S...

Page 4: ...8 9 10 11 00001010 00001001 00001000 00000111 00000110 00000101 00000100 00000011 00000010 00000001 00000000 11111111 11111110 11111101 11111100 11111011 11111010 11111001 11111000 11110111 11110110...

Page 5: ...HIELD Shield SHIELD Shield E6C NN5Cj C Connector Specifications Cable color Gray Cable color Black Pin Signal name Description Pin Signal name Description A1 ABS0 Single rotation b l t d t 20 B1 TKN0...

Page 6: ...it Reset input TRST ARST Output Circuit Diagram Main circuit 12 to 24 VDC Output Shield Note The output of each bit shares the same circuit Output Mode Rotational Direction Clockwise as viewed from th...

Page 7: ...th Connector 38 dia Three M4 holes Depth 8 6 dia 25 dia 50 dia 6 external dia PVC shielded 12 conductor cable 7 0 18 dia E6C NN5C C E6C NN5CA with Cable E6C NN5CA C with Connector Two M3 8 dia 14 dia...

Page 8: ...dia holes Three 4 5 screw head holes Note Material SPCC t 3 2 52 x 52 Four R3 25 2 dia holes E69 FCA02 Three 5 5 screw head holes Note Material SPCC t 3 2 38 dia 56 dia 25 2 dia 5 5 dia hole Mounting...

Page 9: ...imit setting Lower limit setting Ladder Program Example ANDW 34 000 01FF D0000 BCD 24 D0000 D0001 ANDW 34 001 007F D0003 BCD 24 D0003 D0004 MUL 32 D0004 0005 D0005 ADDL 54 D0001 0005 D0007 25313 Alway...

Page 10: ...gnal when the E6C N is turned on or off Therefore turn on each device connected to the E6C N one second after turning on the E6C N and turn each device off one se cond before turning off the E6C N The...

Page 11: ...E6C N E6C N 11...

Page 12: ...s or uses not described in this document Nuclear energy control systems combustion systems railroad systems aviation systems medical equipment amusement machines ve hicles safety equipment and install...

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