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R7D-CT4E

EM-7802-R  Rev.2  P. 2 / 10

COMPONENT IDENTIFICATION

5

4

3

2 1 0 9

8

7

6

5

4

3

2 1 0 9

8

7

6

5

4

3

2 1 0 9

8

7

6

MS

X10

X1

NODE ADD.

B.RATE

CNFG.

1

2

3

4

5

6

7

8

10 11 12 13

2

3

4

1

15 16 17 18

7

8

9

6

14

5

NS

2 3 4

1

5

(A)  Status Indicator LED
(B)  Node Address Setting Rotary SW
(C)  Baud Rate Setting Rotary SW
(D)  Operating Mode Setting DIP SW (SW1)
(E)  PC Configurator Jack
(F)  DeviceNet, Power Supply Terminals
(G)  Input Terminals

(A)

(F)

(G)

(B)

(C)

(D)

(E)

 

STATUS INDICATOR LED

ID

STATE

TO INDICATE

MS

Green

Operating in a normal condition

Blinking Green Standby (needs commissioning)

Red

Critical failure

Blinking Red

Minor failure

OFF

No power supplied

NS

Green

Link on-line and connections in the 
established state

Blinking Green Link on-line but no connections in 

the established state

Red

Critical link failure

Blinking Red

Minor link failure

OFF

No power supplied

 

NODE ADDRESS

Node Address is selected between 1 and 63 in decimal.  The
left switch determines the tenth place digit, while the right
switch does the ones place digit of the address.

5

4

3

2

1

0

9

8

7

6

5

4

3

2

1

0

9

8

7

6

Node Address Setting (x1)

Factory setting : 00

Node Address Setting (x10)

 

BAUD RATE

Baud Rate is selected with the rotary switch.

5

4

3

2

1

0

9

8

7

6

Baud Rate Setting

0 : 125 kbps (factory setting)
1 : 250 kbps
2 : 500 kbps
3 thr. 9 : Auto-tracking

The R7D communicates in the baud rate setting detected at 
the startup with the switch set to the positions 0 (125 kbps), 
1 (250 kbps) or 2 (500 kbps).
For the settings 3 through 9, it analyzes the PLC’ s network 
to determine the baud rate on the network.

 

OPERATING MODE

(*) Factory setting

• Extension (SW1-1, 1-2)

SW1-1

SW1-2

EXTENSION

OFF

OFF

No extension (*)

ON

OFF

Discrete input, 8 or 16 points

OFF

ON

Discrete output, 8 or 16 points

• Conversion rate / Accuracy (SW1-3, 1-4)

SW1-3

SW1-4

CONVERSION RATE / ACCURACY

OFF

OFF

80 msec. / ±0.5% (*)

ON

OFF

40 msec. / ±0.5%

OFF

ON

20 msec. / ±1.0%

ON

ON

10 msec. / ±2.0%

• Input range (SW1-5, 1-6, 1-7, 1-8)

SW1-5

SW1-6

SW1-7

SW1-8

INPUT RANGE

OFF

OFF

OFF

OFF

CLSE-60 (*)

ON

OFF

OFF

OFF

CLSE-40

OFF

ON

OFF

OFF

CLSE-20

ON

ON

OFF

OFF

CLSE-10

OFF

OFF

ON

OFF

CLSE-05

ON

OFF

ON

OFF

CLSE-R5

ON

ON

ON

ON

PC Configurator setting

 

DeviceNet TERMINAL ASSIGNMENT

2

3

4

1

5

NO.

ID

FUNCTION, NOTES

1

V+

Network power

2

CAN_H

Network data High

3

Drain

Shield

4

CAN_L

Network data Low

5

V–

Network power supply –

 

INPUT TERMINAL ASSIGNMENT

10

K0

11

L0

12

K1

1

NC

2

NC

3

NC

13

L1

4

NC

14

NC

5

NC

15

K2

6

NC

16

L2

7

NC

17

K3

8

NC

9

NC

18

L3

NO.

ID

FUNCTION

NO.

ID

FUNCTION

1

NC

No connection

10

K0

AC current K0

2

NC

No connection

11

L0

AC current L0

3

NC

No connection

12

K1

AC current K1

4

NC

No connection

13

L1

AC current L1

5

NC

No connection

14

NC

No connection

6

NC

No connection

15

K2

AC current K2

7

NC

No connection

16

L2

AC current L2

8

NC

No connection

17

K3

AC current K3

9

NC

No connection

18

L3

AC current L3

 

EXTENSION MODULE

Combinations with all extension modules are selectable.

056 222 38 18

[email protected]

www.sentronic.com

SENTRONIC

AG

Summary of Contents for R7D-CT4E

Page 1: ...e user may have to review the CE requirements in regard to the whole system and employ additional protective measures to ensure the CE conform ity GENERAL PRECAUTIONS Before you remove the unit or mou...

Page 2: ...startup with the switch set to the positions 0 125 kbps 1 250 kbps or 2 500 kbps For the settings 3 through 9 it analyzes the PLC s network to determine the baud rate on the network OPERATING MODE Fac...

Page 3: ...hin 8 characters CHANNEL INDIVIDUAL SETTING PARAMETER AVAILABLE RANGE DEFAULT SETTING Input Range 0 600 A 0 400 A 0 200 A 0 100 A 0 50 A 0 5 A 0 600 A Drop out 5 0 to 50 0 1 0 Zero scale 0 to 60000 0...

Page 4: ...5 22 DIN RAIL 35mm wide 54 2 13 17 66 50 1 97 18 5 73 115 4 53 18 M3 SCREW TERMINALS for INPUT 6 24 TERMINAL BLOCK for DeviceNet POWER CONNECTION DIAGRAM V V 10 K0 11 L0 INPUT 0 K1 L1 INPUT 1 K2 L2 I...

Page 5: ...put Module Status CH0 CH1 CH2 Begin 0 Begin 0 1 2 CH3 3 4 Output Data Input Data None Example 1 Analog Input Module without Status Example 2 Analog Input Module R7D EC16x with Status R7D EC16x Input D...

Page 6: ...e is added MODEL OUTPUT DATA 1 INPUT DATA 2 R7D to Master Master to R7D R7D EAx 1 0 R7D ECx 0 1 STATUS Status signal can be included in the transmission data when the setting is enabled using the PC C...

Page 7: ...a thick cable to maintain low imped ance at high frequency Use shielded cables for the signals taken out of the control panel Choose a thick and short cable to ground the FG terminal of the R7D modul...

Page 8: ...nd the panel cover with an earth strap grounding may be strengthened and EMC may be improved Ground the control panel at low impedance using e g braided wires Keep the opening for ventilation as small...

Page 9: ...f cautions are illustrated in the next page Keep cables as short as possible It prevents noise emissions from the cables and noise overlapping to the cables Attach a ferrite core to reduce noise impac...

Page 10: ...applicable when wiring the R7D Series To external apparatus Keep the cable as short as possible To external apparatus Shielded Cable Earth Clamp Remove a part of the shielded cable cover and ground it...

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