DVP-1131170-01

5011687201-E2D1

2011-05-09

- 1 -

ENGLISH

This instruction sheet provides only information on the electrical specification, general functions, installation and wiring. For detailed program design and applicable instructions for DVP-ES2, please refer to DVP-ES2 Operation Manual: Programming. For details of the optional peripheral, please refer to the instruction sheet enclosed in the package.

This is an OPEN TYPE digital input/output module and therefore should be installed in an enclosure free of airborne dust, humidity, electric shock and vibration. The enclosure should prevent non-maintenance staff from operating the device (e.g. key or specific tools are required for operating the enclosure) in case danger and damage on the device may occur.

DO NOT connect the input AC power supply to any of the I/O terminals; otherwise serious damage may occur. Check all the wiring again before switching on the power. Make sure the ground terminal is correctly grounded in order to prevent electromagnetic interference.

Product Profile & Dimension

16XP28DI / 8DO

R

Removable I/O terminal

Direct mounting hole

DIN rail (35mm)

POWER indicators I/O point indicators

I/O module connection port

I/O terminal No.

Output type

Model Name

I/O module cl ip

[ Figure 1 ]I/O point indicatorsI/O module connection port

7861.5

L1L

110

90 98 106

[ Figure 2 ]

105.

829890 11

0

L1L

Unit: mm

Model 08XM2

11N 08XP211R/T

08XN2 11R/T

16XM211N

16XP211R/T

16XN211R/T

24XP2 00R/T

24XN2 00R/T

32XP200R/T

L 45 70 145

L1 37 62 137

Type

- 2 -

Digital Input/Output Modules

Input spec. Output spec. Model Power input

Points Type Points Type

DVP08XM211N 8 - -

DVP08XP211R 4 4 Relay

DVP08XP211T 4 4 Transistor

DVP08XN211R - 8 Relay

DVP08XN211T - 8 Transistor

DVP16XM211N

Supplied by bus power from MPU

16 - -

DVP16XP211R 8 8 Relay

DVP16XP211T 8 8 Transistor

DVP16XN211R - 16 Relay

DVP16XN211T

24VDC

- 16 Transistor

DVP24XP200R 16 8 Relay

DVP24XN200T 16 8 Transistor

DVP24XN200R - 24 Relay

DVP24XN200T - 24 Transistor

DVP32XP200R 16 16 Relay

DVP32XP200T

100 ~ 240 VAC

16

24VDC Sink or Source

16 Transistor

Electrical Specifications

Model Item

08XM211N

08XP211

08XN211

16XM211N

16XP211

16XN211

24XP200

24XN200

32XP200

Power supply voltage

Supplied by bus power from MPU

24VDC (-15% ~ 10%)

100 ~ 240VAC (-15% ~ 10%) 50/60Hz 5%

Power consumption 1.2W

R:1.2W T:1W

R:1.2W T:0.5W

2.4WR:2.4WT:1.6W

R:2.4WT:1W

20VA 20VA R:25VAT:20VA

DC24V current output - 100mA

Power supply protection -

Power reverse protection

Output short circuit protection

Voltage withstand

1,350VAC (Primary-secondary) 1,350VAC (Primary-PE) 500VDC (Secondary-PE)

Insulation resistance > 5M at 500VDC (between all I/O points and ground)

Noise immunity

ESD: 8KV Air Discharge EFT: Power Line: 2KV, Digital I/O: 1KV RS: 26MHz ~ 1GHz, 10V/m

Environment Operation: 0C~55C (temperature), 50~95% (humidity), pollution degree2 Storage: -25C~70C (temperature), 5~95% (humidity)

Vib. / shock resistance

International standards: IEC61131-2, IEC 68-2-6 (TEST Fc)/ IEC61131-2 & IEC 68-2-27 (TEST Ea)

Weight (g) 105 R: 120 T: 107

R: 135 T: 109

148 R: 179T: 149

R: 209T: 143

R: 300 T: 260

R: 390 T: 310

R: 340 T: 280

- 3 -

I/O Terminal Specifications Input point electrical specifications

Input point type Digital input

Input type DC (SINK or SOURCE)

Input current 24VDC, 5mA

Off On >15VDC Active level

On Off < 5VDC

Off On 10ms 10% Response time

On Off 15ms 10%

Input impedance 4.7K Output point electrical specifications

Output point type Relay-R Transistor-T

Voltage specification Below 250VAC, 30VDC 5~30VDC #2

Resistive 2A/1 point (5A/COM) 0.5A/1 point (4A/COM)

Inductive #3 12W (24VDC) Maximum load

Lamp 20WDC/100WAC 2W (24VDC)

Switching frequency #1 1Hz 1kHz

Off On 50s Response time

On OffApprox .10ms

200s

#1: The actual frequency will be affected by the scan period. #2: UP, ZP must work with external auxiliary power supply 24VDC (-15% ~ +20%), rated

consumption approx. 1mA/point. #3: Life curves

Contact Current(A)

20

0.50.1 0.2

3050

0.3 0.7 1 2

200300

500

100

100020003000

Ope

ratio

n(X

10)3

120VAC Resistive30VDC Inductive(t=7ms)

240VAC Inductive(cos 0.4)=120VAC Inductive(cos =0.4)

30VDC Inductive (t=40ms)

[ Figure 3 ]

Installation Please install the PLC in an enclosure with sufficient space around it to allow heat dissipation, as shown in the figure. Direct Mounting: Please use M4 screw according to the dimension of the product.

DIN Rail Mounting: When mounting the PLC to 35mm DIN rail, be sure to use the retaining clip to stop any side-to-side movement of the PLC and reduce the chance of wires being loose. The retaining clip is at the bottom of the PLC. To secure the PLC to DIN rail, pull down the clip, place it onto the rail and gently push it up. To remove the PLC, pull the retaining clip down with a flat screwdriver and gently remove the PLC from DIN rail.

- 4 -

Wiring 1. Use the 12-24 AWG single-core bare wire or the multi-core wire for the I/O wiring.

The PLC terminal screws should be tightened to 3.80 kg-cm (3.30 in-lbs) and please use 60/75C copper conductor only.

2. DO NOT wire empty terminal. DO NOT place the input signal wire and output power wire in the same wiring circuit.

3. DO NOT drop tiny metallic conductor into the PLC while screwing and wiring. Please attach the dustproof sticker to the PLC before the installation to prevent conductive objects from dropping in.

Tear off the sticker before running the PLC to ensure normal heat dissipation.

I/O Point Serial Sequence 40-point and 60-point DVP-ES2 series MPU start their input extension from X30 and X50 and output extension from Y20 and Y30. Other models start their input extension from X20 and output from Y20. The extension I/O points can be increased by 8s multiple. Point number less than 8 will be regarded as 8. See the example below. 1. When using MPU with points less than 32 to connect digital I/O module, the input

number of the 1st digital I/O module will be started from X20 in sequence and the output number will be started from Y20 in sequence. Please refer to the following example for detail:

PLC Model Input pointsOutput points

Input number

Output number

Power consumption

MPU 32ES200R 16 16 X0 ~ X17 Y0 ~ Y17 30VA

EXT1 08XP211R 4 4 X20 ~ X23 Y20 ~ Y23 1.2W EXT2 16XP211R 8 8 X30 ~ X37 Y30 ~ Y37 2.4W

System application example 1:

MPU EXT1 EXT2 EXT3 EXT3 16XN211R 0 16 - Y40 ~ Y57 2.4W

The I/O points on the 1st digital I/O module DVP08XP211R are both 4 but are regarded as 8. The higher 4 input points and 4 output points therefore have no actual corresponding I/O points. For the 2nd digital I/O module DVP16XP211R, the input points start from X30, and output points star from Y30, which results in continuous points in the serial connection of two digital I/O modules.

Output current supplied from 24VDC on MPU is 500mA(12W). Remaining applicable power: 12 - (1.2+2.4+2.4) = 6W

2. When using MPU with points 60 to connect digital I/O module, the input number of the 1st digital I/O module will be started from X50 in sequence and the output number will be started from Y30 in sequence. Please refer to the following example for detail:

PLC Model Input pointsOutput points

Input number

Output number

Power consumption

MPU 60ES200R 36 24 X0 ~ X47 Y0 ~ Y27 30VA

EXT1 08XM211N 8 0 X50 ~ X57 - 1.2W

EXT2 16XP211R 8 8 X60 ~ X67 Y30 ~ Y37 2.4W

System application example 2:

MPU EXT1 EXT2 EXT3 EXT3 08XP211R 4 4 X70 ~ X73 Y40 ~ Y43 1.2W

The input points of the 1st MPU are 36, its input will be defined as 40 and there will be no corresponding input points for the 4 higher numbers.

The 3rd digital I/O module DVP08XP211R will be defined as 8 input/output points and there will be no corresponding input/output points for the 4 higher numbers. In order to continue the input/output number, place the digital I/O module at last if the digital I/O module is with empty input/output numbers.

Output current supplied from 24VDC on MPU is 500mA(12W). Remaining applicable power: 12 - (1.2 + 2.4 + 1.2) = 7.2W

- 5 -

Power Supply DVP-ES2 DIDO has to work with DVP-ES2 series MPU. Please note the following item when using it:

1. The AC power supply voltage range for DVP-ES2 series MPU is 100 ~ 240VAC. Please connect the AC power supply to L and N terminals and note that connecting AC110V or AC220V to +24V output terminal or digital input terminal will damage the PLC.

2. The power supply for digital I/O points is 24VDC. Please make sure the power supply is correctly connected.

3. It is highly suggested that the DC power supplies for the MPU and DVP-ES2 DIDO go ON or OFF at the same time.

4. Use 1.6mm wire (or longer) for the grounding of the PLC. 5. The power shutdown of less than 10ms will not affect the operation of the PLC.

However, power shutdown time that is too long or the drop of power supply voltage will stop the running of the PLC, and all outputs will go OFF. When the power supply turns normal again, the PLC will automatically return to its operation. (Please be aware of the latched auxiliary relays and registers inside the PLC when programming.)

Safety Wiring In PLC control system, many devices are controlled at the same time and actions of any device could influence each other, i.e. breakdown of the entire auto-control system and danger. Therefore, we suggest you wire a protection circuit at the power supply input terminal. See the figure below.

1 AC Power supply: 100 ~ 240VAC, 50/60Hz 2 Breaker 3 Emergency stop: This button can cut off the system power supply when accidental

emergency takes place.

4 Power indicator 5 AC power supply load 6 Power supply circuit protection fuse (2A) 7 DVP-PLC (main processing unit) 8 DC Power supply Output: 24VDC, 500mA 9 Grounding resistance: < 100 10 DC Power supply: 24VDC 11 Digital I/O module (DC supply)

12 Digital I/O module (AC supply) 13 Analog I/O module (DC supply)

- 6 -

I/O Point Wiring There are 2 types of DC inputs, SINK and SOURCE. (Below is an example. For detailed point configuration, please refer to specifications of each model.)

DC Signal IN SINK mode

Input point loop equivalent circuit

+24V

24G

S/S

X0

24VDC

X1 [ Figure 5 ]

DC Signal IN SOURCE mode

Input point loop equivalent circuit

+24V

24G

S/S

X0

24VDC

X1 [ Figure 6 ]

Relay (R) output circuit wiring

[ Figure 7 ]

- 7 -

1 DC power supply 2 Emergency stop: Uses external switch

3 Fuse: Uses 5 ~ 10A fuse at the shared terminal of output contacts to protect the output circuit

4 Transient voltage suppressor: To extend the life span of contact. 1. Diode suppression of DC load: Used when in smaller power (Figure 8) 2. Diode + Zener suppression of DC load: Used when in larger power and frequent

On/Off (Figure 9)

5 Incandescent light (resistive load) 6 AC power supply

7 Manually exclusive output: For example, Y4 and Y5 control the forward running and reverse running of the motor, forming an interlock for the external circuit, together with the PLC internal program, to ensure safe protection in case of any unexpected errors.

8 Neon indicator 9 Absorber: To reduce the interference on AC load (Figure 10)

Transistor (T) output circuit wiring

[ Figure 11 ]

1 DC power supply 2 Emergency stop 3 Circuit protection fuse

4 The output of the transistor model is open collector. 1. Diode suppression: Used when in smaller power (Figure 12) 2. Diode + Zener suppression: Used when in larger power and frequent On/Off (Figure

13)

5 Manually exclusive output: For example, Y3 and Y4 control the forward running and reverse running of the motor, forming an interlock for the external circuit, together with the PLC internal program, to ensure safe protection in case of any unexpected errors.

I/O Terminal Layouts DVP08XM211N DVP16XM211N

NCX3X2X1

NCX7X6X5

X0

X4NC

DVP08XM2 (8DI)S/S

X4X3X2X1

X14X13X12X11

X0

X10S/S

DVP16XM2 (16DI)S/S NCX7X6X5

NCNCNCX17X16X15 DVP08XN211R/T DVP16XN211R/T

NCY3Y2Y1

NCY7Y6Y5

Y0

Y4C1DVP08XN2-R (8DO)

C0

C1Y3Y2Y1

Y11Y10C2

Y0

0V24V

DVP16XN2-R (16DO)C0 Y7Y6Y5Y4

Y17Y16Y15Y14Y13Y12

- 8 -

Y3Y2Y1Y0

Y7Y6Y5Y4

NC

ZPUPDVP08XN2-T (8DO)

NC

Y3Y2Y1Y0

Y13Y12Y11

ZP0

ZP1UP1

DVP16XN2-T (16DO)UP0 Y7Y6Y5Y4

NCY17Y16Y15Y14Y10 DVP08XP211R/T DVP16XP211R/T

NCX3X2X1

NCY3Y2Y1

X0

Y0C0DVP08XP2-R (4DI/4DO)S/S

NCX3X2X1

Y3Y2Y1Y0

X0

ZPUPDVP08XP2-T (4DI/4DO)S/S

X4X3X2X1

Y1Y0C0

X0

0V24V

DVP16XP2-R (8DI/8DO)S/S NCX7X6X5

Y7Y6Y5Y4Y3Y2 X4X3X2X1

Y3Y2Y1

X0

ZPUP

DVP16XP2-T (8DI/8DO)S/S NCX7X6X5

NCY0 Y7Y6Y5Y4 DVP24XP200R/T

X4X3X2X1

Y1Y0C0

X0

24G+24V

DVP24XP2-R (16DI/8DO)S/S X7X6X5

Y7Y6Y5Y4Y3Y2

X14X13X12X11X10 X17X16X15NCNL

C1 X4X3X2X1

Y1Y0ZP

X0

24G+24V

DVP24XP2-T (16DI/8DO)S/S

UP

X7X6X5

Y7Y6Y5Y4Y3Y2

X14X13X12X11X10 X17X16X15NCNL

DVP24XN200R/T

Y4C1Y3Y2Y0

24G+24V

DVP24XN2-R (24DO)C0

NC

Y7Y6Y5 Y23Y22Y21Y20C4 NCNCNCNL Y1

Y14C3Y13Y12Y10C2 Y17Y16Y15 Y27Y26Y25Y24C5 NCNCNC Y11 Y4Y3Y2Y1ZP0

24G+24V

DVP24XN2-T (24DO)UP0

NC

Y7Y6Y5 Y22Y21Y20ZP2UP2 NCY23NCNL Y0

Y14Y13Y12Y11ZP1UP1 Y17Y16Y15 Y26Y25Y24ZP3UP3 NCY27NC Y10 DVP32XP200R/T

X5X4X3X2X0

24G+24V

DVP32XP2-R (16DI/16DO)S/S X10X7X6 X15X14X13X12X11 X17X16NCNL X1

Y6Y5Y4Y3Y1Y0 Y10C2Y7 Y15Y14Y13Y12Y11 Y17Y16C0 Y2 C1 X5X4X3X2X0

24G+24V

DVP32XP2-T (16DI/16DO)S/S

UP

X10X7X6 X15X14X13X12X11 X17X16NCNL X1

Y6Y5Y4Y3Y1Y0 Y10ZP1Y7 Y15Y14Y13Y12Y11 Y17Y16ZP0 Y2

- 9 -

DVP-ES2

(OPEN TYPE)

16XP28DI / 8DO

R

I/O

DIN (35mm)

I/O

I/O

1 [Figure 2]mm

08XM2

11N 08XP211R/T

08XN2 11R/T

16XM211N

16XP211R/T

16XN211R/T

24XP2 00R/T

24XN2 00R/T

32XP200R/T

L 45 70 145

L1 37 62 137

/

DVP08XM211N 8 - -

DVP08XP211R 4 4

DVP08XP211T 4 4

DVP08XN211R - 8

DVP08XN211T - 8

DVP16XM211N

16 - -

DVP16XP211R 8 8

DVP16XP211T 24VDC

8

Sink or Source

8

- 10 -

DVP16XN211R - 16

DVP16XN211T 24VDC

- 16

DVP24XP200R 16 8

DVP24XN200T 16 8

DVP24XN200R - 24

DVP24XN200T - 24

DVP32XP200R 16 16

DVP32XP200T

100 ~ 240 VAC

16

Sink or Source

16

08XM211N

08XP211

08XN211

16XM211N

16XP211

16XN211

24XP200

24XN200

32XP200

24VDC (-15% ~ 10%)

100 ~ 240VAC (-15% ~ 10%) 50/60Hz 5%

1.2WR:1.2W T:1W

R:1.2W T:0.5W

2.4WR:2.4WT:1.6W

R:2.4WT:1W

20VA 20VA R:25VAT:20VA

DC24V - 100mA

-

1,350VAC (Primary-secondary), 1,350VAC (Primary-PE), 500VDC (Secondary-PE)

5 M/ 500VDC

ESD8 KV Air Discharge EFTPower Line: 2 KVDigital I/O1 KV RS26MHz ~ 1GHz10V/m

0C ~ 55C50 ~ 95% 2 -25C ~ 70C 5 ~ 95%

IEC61131-2IEC 68-2-6 (TEST Fc) / IEC61131-2 & IEC 68-2-27 (TEST Ea)

,g 105 R: 120 T: 107

R: 135 T: 109

148 R: 179T: 149

R: 209T: 143

R: 300 T: 260

R: 390 T: 310

R: 340 T: 280

/

SINK SOURCE

24VDC5mA

Off On > 15VDC

On Off < 5VDC

Off On 10ms 10%

On Off 15ms 10%

4.7 K

- 11 -

-R -T

250 VAC, 30VDC 5 ~ 30VDC

2A/1 5A/COM 0.5A/1 4A/COM#2

#3 12W (24VDC)

20WDC/100WAC 2W(24VDC)

#1 1Hz 1kHz

Off On 50s

On Off 10 ms

200s

#1

#2UP, ZP 24VDC (-15% ~ +20%) 1mA/ #3 3 [Figure 3]

PLC PLC

M4

DIN 35mm DIN /

/

1. 12-24 AWG PLC 3.80

kg-cm (3.30 Ib-in) 60/75C 2. 3. PLC

/ DVP-ES2 40 60/ X30 X50 Y20 Y30 DVP-ES2/ X20 Y20 I/O 8 8 8

1. 32 // X20 Y20

PLC

MPU 32ES200R 16 16 X0 ~ X17 Y0 ~ Y17 30VA

EXT1 08XP211R 4 4 X20 ~ X23 Y20 ~ Y23 1.2W

EXT2 16XP211R 8 8 X30 ~ X37 Y30 ~ Y37 2.4W

1

MPU EXT1 EXT2 EXT3

EXT3 16XN211R 0 16 - Y40 ~ Y57 2.4W

- 12 -

1 / DVP08XP211R 4 8 8 4 4 2 / DVP16XP211R X30 Y30 /

DC24V 500mA ( 12W) 12 - (1.2 + 2.4 + 2.4) = 6W

2. 60 // X50 Y30

PLC

MPU 60ES200R 36 24 X0 ~ X47 Y0 ~ Y27 30VA

EXT1 08XM211N 8 0 X50 ~ X57 - 1.2W

EXT2 16XP211R 8 8 X60 ~ X67 Y30 ~ Y37 2.4W

2

MPU EXT1 EXT2 EXT3

EXT3 08XP211R 4 4 X70 ~ X73 Y40 ~ Y43 1.2W

1 MPU 36 40 1 / X50 4

3 / DVP08XP211R 8 8 4 4

DC24V 500mA ( 12W) 12 - (1.2 + 2.4 + 1.2) = 7.2W

/ DVP-ES2

1. DVP-ES2 (100 ~ 240VAC) LN AC110V AC220V +24V PLC

2. / 24VDC

3. / On Off

4. 1.6mm 5. 10ms PLC

PLC OffPLC PLC

PLC

5 [Figure 4]

1 100 ~ 240VAC, 50/60Hz 2

3

4 5

- 13 -

6 2A 7 DVP PLC 8 24VDC500mA 9 100

10 24VDC 11 / 12 / 13 /

DC DC SINK SOURCE DC Signal IN SINK

6 [Figure 5]

DC Signal IN SOURCE

6 [Figure 6]

6 [Figure 7]

1 2

3 5 ~ 10A

4 1. DC 6 [Figure 8] 2. DC +Zener On/Off

6 [Figure 9]

5 6

7 Y4 Y5 PLC

8

9 6 [Figure 10]

7 [Figure 11]

1 2 3

4 (Open Collector) 1. ( 7 [Figure 12]) 2. +ZenerON/OFF (7[Figure 13])

5 Y3 Y4 PLC

7~8

- 14 -

DVP-ES2

(OPEN TYPE) /

/

16XP28DI / 8DO

R

/

I/O

/I/O

DIN(35mm)

I/O

/

/

1 [Figure 2]mm

08XM2

11N 08XP211R/T

08XN2 11R/T

16XM211N

16XP211R/T

16XN211R/T

24XP2 00R/T

24XN2 00R/T

32XP200R/T

L 45 70 145

L1 37 62 137

/

DVP08XM211N 8 - -

DVP08XP211R 4 4

DVP08XP211T 4 4

DVP08XN211R - 8

DVP08XN211T - 8

DVP16XM211N

16 - -

DVP16XP211R 8 8

DVP16XP211T 24VDC

8

8

- 15 -

DVP16XN211R - 16

DVP16XN211T 24VDC

- 16

DVP24XP200R 16 8

DVP24XN200T 16 8

DVP24XN200R - 24

DVP24XN200T - 24

DVP32XP200R 16 16

DVP32XP200T

100 ~ 240 VAC

16

16

08XM211N

08XP211

08XN211

16XM211N

16XP211

16XN211

24XP2 00

24XN200

32XP200

24VDC (-15% ~ 10%)

100 ~ 240VAC (-15% ~ 10%) 50/60Hz 5%

1.2WR:1.2W T:1W

R:1.2W T:0.5W

2.4WR:2.4WT:1.6W

R:2.4WT:1W

20VA 20VA R:25VAT:20VA

DC24V - 100mA

-

1,350VAC (Primary-secondary), 1,350VAC (Primary-PE), 500VDC (Secondary-PE)

5M/ 500VDC

ESD: 8KV Air Discharge EFT: Power Line: 2KV, Digital I/O: 1KV RS: 26MHz ~ 1GHz, 10V/m

0C ~ 55C50 ~ 95% 2 -25C ~ 70C 5 ~ 95%

IEC61131-2, IEC 68-2-6 (TEST Fc)/IEC61131-2 & IEC 68-2-27 (TEST Ea)

,g 105 R: 120 T: 107

R: 135 T: 109

148 R: 179T: 149

R: 209T: 143

R: 300 T: 260

R: 390 T: 310

R: 340 T: 280

/

24VDC5mA

Off On > 15VDC

On Off < 5VDC

Off On 10ms 10%

On Off 15ms 10%

4.7K

- 16 -

-R -T

250VAC, 30VDC 5~30VDC #2

2A/1 5A/COM 0.5A/1 4A/COM

#3 12W (24VDC)

20WDC/100WAC 2W(24VDC)

#1 1Hz 1kHz

Off On 50s

On Off 10 ms

200s

#1

#2UP, ZP 24VDC (-15% ~ +20%) 1mA/ #3 3 [Figure 3]

PLC PLC

M4

DIN 35mm DIN /

/

1. / 12-24 AWG PLC 3.80 kg-cm (3.30 Ib-in) 60/75C

2. 3. PLC

/ DVP-ES2 40 60/X30X50Y20Y30DVP-ES2/ X20 Y20 I/O 8 8 8

1. 32 // X20 Y20

PLC

MPU 32ES200R 16 16 X0 ~ X17 Y0 ~ Y17 30VA

EXT1 08XP211R 4 4 X20 ~ X23 Y20 ~ Y23 1.2W

EXT2 16XP211R 8 8 X30 ~ X37 Y30 ~ Y37 2.4W

1

MPU EXT1 EXT2 EXT3

EXT3 16XN211R 0 16 - Y40 ~ Y57 2.4W

1 / DVP08XP211R 4

- 17 -

8 8 4 4 2 / DVP16XP211R X30 Y30 /

DC24V 500mA ( 12W) 12 - (1.2 + 2.4 + 2.4) = 6W

2. 60 // X50 Y30

PLC

MPU 60ES200R 36 24 X0 ~ X47 Y0 ~ Y27 30VA

EXT1 08XM211N 8 0 X50 ~ X57 - 1.2W

EXT2 16XP211R 8 8 X60 ~ X67 Y30 ~ Y37 2.4W

2

MPU EXT1 EXT2 EXT3

EXT3 08XP211R 4 4 X70 ~ X73 Y40 ~ Y43 1.2W

1 MPU 36 40 1 / X50 4

3 / DVP08XP211R 8 8 4 4 //

DC24V 500mA ( 12W) 12 - (1.2 + 2.4 + 1.2) = 7.2W

/ DVP-ES2

1. DVP-ES2 (100 ~ 240VAC) LN AC110V AC220V +24V PLC

2. / 24VDC

3. / On Off

4. 1.6mm

5. 10ms PLC PLC OffPLC PLC

PLC

5 [Figure 4]

1 100 ~ 240VAC, 50/60Hz 2

3

4 5

6 2A 7 DVP PLC

- 18 -

8 24VDC500mA 9 100

10 24VDC 11 / 12 / 13 /

DC DC

DC Signal IN

6 [Figure 5]

DC Signal IN

6 [Figure 6]

6 [Figure 7]

1 2

3 5 ~ 10A 4

1. DC 6 [Figure 8] 2. DC +Zener On/Off

6 [Figure 9]

5 6

7 Y4 Y5 PLC

8

9 6 [Figure 10]

7 [Figure 11]

1 2 3

4 (Open Collector) 1. ( 7 [Figure 12]) 2. +Zener ON/OFF ( 7 [Figure

13])

5 Y3 Y4 PLC

7~8

DVP-1131170-01

TRKE

Bu bilgi dkman sadece elektriksel zellikler, genel fonksiyonlar, kurulum ve balant hakknda bilgiler salar. DVP-ES2 detayl program dizayn ve uygulama komutlar iin ltfen DVP-ES2 Operation Manual: Programming kitabna baknz. Opsiyonel evre donanmlar ile ilgili detayl bilgi iin ltfen ilgili rnle birlikte gelen bilgi dkmann inceleyiniz.

Bu rn AIK TP dijital giri/k modl olup toz, rutubet, elektrik oku ve titreimden uzak kapal yerlerde muhafaza edilmelidir. Yanl kullanm sonucu rnn zarar grmesini nlemek iin yetkili olmayan kiiler tarafndan rne mdahale edilmesini nleyecek koruyucu nlemler alnmaldr. (rnn bulunduu panoya kilit konulmas gibi).

rnn I/O terminallerine asla AC power supply balamaynz; aksi halde ciddi zararlar meydana gelebilir. rne enerji vermeden nce tm balantlarn doru olduunu tekrar kontrol ediniz. Elektromanyetik grlty nlemek iin rnn toprak terminalinden doru topraklandna emin olunuz.

rn Profili & ller ngilizce (English) blmnde ekil 1 ~ ekil2ye [Figure 1] ~ [Figure 2] baknz. Birim: mm.

Model 08XM2

11N 08XP2 11R/T

08XN2 11R/T

16XM2 11N

16XP2 11R/T

16XN2 11R/T

24XP2 00R/T

24XN2 00R/T

32XP2 00R/T

L 45 70 145

L1 37 62 137

Tip

Dijital Giri/k Modlleri

Giri zellik k zellik Model Power girii

Nokta Says Tip Nokta Says Tip

DVP08XM211N 8 - -

DVP08XP211R 4 4 Rle

DVP08XP211T 4 4 Transistr

DVP08XN211R - 8 Rle

DVP08XN211T - 8 Transistr

DVP16XM211N

MPUdan beslenir

16 - -

DVP16XP211R 8 8 Rle

DVP16XP211T 8 8 Transistr

DVP16XN211R - 16 Rle

DVP16XN211T

24 VDC

- 16 Transistr

DVP24XP200R 16 8 Rle

DVP24XN200T 16 8 Transistr

DVP24XN200R - 24 Rle

DVP24XN200T - 24 Transistr

DVP32XP200R 16 16 Rle

DVP32XP200T

100 ~ 240 VAC

16

24 VDC Sink veya

Source

16 Transistr

Elektriksel zellikler

Model Madde

08XM2 11N

08XP2 11

08XN2 11

16XM2 11N

16XP2 11

16XN2 11

24XP2 00

24XN2 00

32XP2 00

G kayna voltaj

MPUdan beslenir 24 VDC

(-15 - 10%)

100 ~ 240 VAC (-15 - 10%)

50/60 Hz 5%

Model Madde

08XM2 11N

08XP2 11

08XN2 11

16XM2 11N

16XP2 11

16XN2 11

24XP2 00

24XN2 00

32XP2 00

G Tketimi 1.2W R:1.2W T:1W

R:1.2W T:0.5W

2.4W R:2.4W T:1.6W

R:2.4W T:1W

20VA 20VA R:25VA T:20VA

DC24V akm k

- 100 mA

G kayna korumas

- Ters balant

korumas k ksa devre korumas

Dayanma Voltaj

1,350 VAC (Birinci-ikinci) 1,350 VAC (Birinci-PE) 500 VDC (kinci-PE)

Izolasyon direnci

> 5M 500 VDCde (tm I/O noktalar ve toprak arasnda)

Ses Bakl

ESD: 8 kV Hava boalmas EFT: G hatt: 2 kV, Digital I/O: 1 kV RS: 26 MHz to 1 GHz, 10 V/m

alma Ortam

alma: 0 - ~55C (scaklk), 50 - 95% (rutubet), kirlenme derecesi 2 Saklama: -25 - ~70C (scaklk), 5 - 95% (rutubet)

Titreim / ok direnci

Uluslararas standartlar: IEC61131-2, IEC 68-2-6 (TEST Fc)/ IEC61131-2 & IEC 68-2-27 (TEST Ea)

Arlk (g) 105 R: 120 T: 107

R: 135 T: 109

148 R: 179 T: 149

R: 209 T: 143

R: 300 T: 260

R: 390 T: 310

R: 340 T: 280

I/O Terminal zellikleri

Giri nokta elektriksel zellikleri

Giri nokta tipi Dijital giri

Giri tipi DC (SINK veya SOURCE)

Giri akm 24 VDC, 5 mA

Off On >15 VDC Aktif seviyesi

On Off < 5V DC

Off On 10 ms 10% Cevap zaman

On Off 15 ms 10%

Giri empedans 4.7 k

k nokta elektriksel zellikleri

k nokta tipi Rle-R Transistr-T

Voltaj zellikleri 250 VAC alt, 30 VDC 5 - 30 VDC #2

Resistif 2A/1 nokta (5A/COM) 0.5A/1 nokta (4A/COM)

Endktif #3 12 W (24 VDC) Maksimum yk

Lamba 20 WDC/100 WAC 2 W (24 VDC)

Anahtarlama frekans #1 1 Hz 1 kHz Off On 50 s

Cevap zaman On Off

Yaklak10 ms 200 s

#1: Gerek frekans tarama peryodundan etkilenecek.

#2: UP, ZP terminalleri tketim oran yaklak 1mA/nokta harici yardmc g kayna 24VDC (-15 - +20%) ile almaldr.

#3: Yaam erisi: ngilizce blmde ekil 3 [Figure 3]e baknz.

Kurulum I Yandaki ekilde grld gibi PLCyi s dalm gerekleebilecek kadar evresinde gerekli boluk braklarak kapal bir pano iersine yerletiriniz.

Dorudan montaj: Ltfen rnn llerine uygun M4 vida kullannz.

DIN Ray Montaj: PLC 35mm DIN rayna monte edilecei zaman, rnn ray zerinde hareket ederek balantlarn zarar grmesini nlemek iin sabitleyici klipsler kullanlmas nerilir. PLCyi DIN rayna sabitlemek iin alt tarafnda bulunan sabitleyici klips aa doru alr, rn raya yerletirilir daha sonra klips yukar doru geri bastrlr. PLCyi DIN rayndan karmak iinde ince bir tornavida yardmyla sabitleyici klips aa doru bastrlr ve rn geriye doru ekilir.

DVP MPUDD

D

D > 50mm

Balant 1. I/O terminal balantlar iin 12-24 AWG tek damar plak kablo veya ok damar kablo kullannz. PLC

terminal vidalar 3.80 kg-cm (3.30 in-lbs) orannda sklmal ve sadece 60/75C bakr iletkenler kullanlmaldr.

2. Bo terminallere balant yapmaynz. Ayn kablo blounun iinden giri sinyal kablolar ile k g kablolarn balamaynz.

3. Balant yaparken ve vidalar skarken PLCnin iine metal iletken paralar drmeyiniz.

Kurulumu yapmadan nce PLC iine metal paralarn kamasn nlemek iin toz geirmez koruyucu etiket kullannz.

Normal s dalmnn salanabilmesi iin PLCyi altrmadan nce havalandrma deliklerini kapatan koruyucu etiketi sknz.

I/O Nokta Seri Balants

40-nokta ve 60-nokta DVP-ES2 serisi MPUlara bal giri ilaveler X30 ve X50den k ilaveler ise Y20 ve Y30dan balar. Dier modellerde ise giri ilaveler X20den ve k ilaveler Y20den balar. lave niteler 8in katlar eklinde geniletilebilir. 8den az olan nokta saylar 8 olarak kabul edilir. Aadaki rnei inceleyiniz.

1. 32 noktadan daha az kullanlan MPUya dijital I/O ilave modl taklrsa, bu I/O modlnn ilk dijital girii X20den ve ilk dijital k Y20den balar. Detayl bilgi iin aadaki rnei inceleyiniz:

PLC Model Giri nokta

k nokta

Giri adresler k adresler G Tketimi

MPU 32ES200R 16 16 X0 ~ X17 Y0 ~ Y17 30 VA

EXT1 08XP211R 4 4 X20 ~ X23 Y20 ~ Y23 1.2 W

EXT2 16XP211R 8 8 X30 ~ X37 Y30 ~ Y37 2.4 W

Sistem uygulama rnei 1:

MPU EXT1 EXT2 EXT3 EXT3 16XN211R 0 16 - Y40 ~ Y57 2.4 W

1inci dijital I/O modl DVP08XP211Rnin I/O saylarnn ikisi de 4 olmasna ramen adreslemede 8 olarak kabul edilir. Bundan dolay yksek deerli 4 giri noktas ve 4 k noktas gerek fiziksel giri ve ka karlk gelmez. 2nci dijital I/O modl DVP16XP211Rnin giri noktalar X30dan ve k noktalar Y30dan balar ve bu ekilde adresleme dier 2 dijital I/O modlnde de devam eder.

MPUnun zerindeki 24VDC g kaynann k akm 500 mAdir (12 W). Geriye kalan kullanlabilir g: 12 - (1.2+2.4+2.4) = 6 Wdr.

2. 60 nokta MPUya dijital I/O ilave edilecei zaman, 1inci dijital I/O modl giri noktalar X50den ve k noktalar Y30dan balar. Detayl bilgi iin aadaki rnei inceleyiniz:

PLC Model Giri nokta

k nokta

Giri adresler k adresler G Tketimi

MPU 60ES200R 36 24 X0 ~ X47 Y0 ~ Y27 30 VA

EXT1 08XM211N 8 0 X50 ~ X57 - 1.2 W

EXT2 16XP211R 8 8 X60 ~ X67 Y30 ~ Y37 2.4 W

Sistem uygulama rnei 2:

MPU EXT1 EXT2 EXT3 EXT3 08XP211R 4 4 X70 ~ X73 Y40 ~ Y43 1.2 W

1inci MPU zerindeki giri nokta says 36, girileri 40 olarak tanmlanr ve yksek deerli 4 giri noktas gerek fiziksel girie karlk gelmez.

3nc dijital I/O modl DVP08XP211R 8 nokta giri/k nitesi olarak tanmlanr ve yksek deerli 4 giri/k noktalar gerek fiziksel giri/ka karlk gelmez. Giri/k adreslerinin sral olarak devam etmesi isteniyorsa bo giri/k noktalar olan modllerin (8den az) en sona taklmas nerilir.

MPUnun zerindeki 24VDC g kaynann k akm 500 mAdir (12 W). Geriye kalan kullanlabilir g: 12 - (1.2 + 2.4 + 1.2) = 7.2 Wdr.

G Kayna

DVP-ES2 DIDO modl DVP-ES2 serisi MPU ile birlikte alr. Bu modl kullanrken ltfen aadaki uyarlara dikkat ediniz:

1. DVP-ES2 serisi MPUnun AC power supply voltaj aral 100 ~ 240VACdr. Ltfen AC beslemeyi PLCnin L ve N terminallerine balaynz, +24V power supply terminallerine ve dijital giri terminallerine kesinlikle AC 110V veya AC 220V balamaynz aksi halde PLC zarar grebilir.

2. Dijital I/O noktalar iin power supply voltaj 24VDCdir. Ltfen g kayna + ve terminallerin doru bal olduundan emin olunuz.

3. MPU ve DVP-ES2 DIDO modl DC besleme balantlar ayn anda ON veya OFF yaplmas nemle tavsiye edilir.

4. PLC topraklamas iin 1.6mm kablo (veya daha byk) kullanlmaldr.

5. 10msden daha ksa sreli enerji kesintisi durumunda PLCnin almas etkilenmez. Eer enerji kesintisi veya voltaj dme sresi daha uzun ise PLCnin almas durur ve tm klar OFF olur. PLC beslemesi normal seviyeye geldiinde otomatik olarak almasna geri dner. (PLC program yazlaca zaman kalc yardmc rle ve registerlerin kullanmna dikkat ediniz.)

Gvenli Balant

PLC kontrol sistemi iinde, birok nitenin kontrol ayn anda salanr ve nitelerin herbirinin almas dierlerinin de almasn etkiler. rnein bir nitenin arzalanmas tm kontrol sisteminin almasn etkileyebilir veya sisteme zarar verebilir. Bu nedenle, power supply giri terminallerine koruyucu devre balants yaplmas nerilir. ngilizce blmde ekil 4 [Figure 4]e baknz. 1 AC G kayna: 100 - 240 VAC, 50/60 Hz 2 Devre kesici 3 Acil Stop: Acil bir durum meydana geldiinde bu buton sistemin beslemesini keser. 4 Power gstergesi 5 AC G kayna yk 6 G kayna devre koruma sigortas (2A) 7 DVP-PLC (ana ilemci nitesi) 8 DC G kayna k: 24 VDC, 500 mA 9 Topraklama direnci: < 100 10 DC G kayna: 24 VDC 11 Dijital I/O modl (DC besleme) 12 Dijital I/O modl (AC besleme) 13 Analog I/O modl (DC besleme) I/O Balants

2 eit DC giri balants vardr, SINK ve SOURCE. (Aadaki rnee baknz. Detayl konfigurasyon iin her bir modelin zelliklerini inceleyiniz.)

DC Sinyal IN SINK mod

Giri balants edeer devresi iin ingilizce blmde ekil 5 [Figure 5]e baknz.

DC Sinyal IN SOURCE mod

Giri balants edeer devresi iin ingilizce blmde ekil 6 [Figure 6]ya baknz.

Rle (R) k devresi balants

ngilizce blmde ekil 7 [Figure 7]ye baknz. 1 DC g kayna 2 Acil stop: Harici switch kullanr 3 Sigorta: k devrelerini korumak iin k kontaklar ortak terminalinde 5 - 10A sigorta kullanr 4 Yksek gerilim darbe koruyucu: Kontak mrn uzatr. 1. DC yk diyot bastrma: Kk glerde kullanlr. (ngilizce blmde ekil 8 [Figure 8]e baknz.)

2. DC yk Diyot + Zener bastrma: Byk g ve sk ON/OFF durumunda kullanlr. (ngilizce blmde ekil 9 [Figure 9]a baknz.) 5 Akkor Lamba (rezistif yk) 6 AC g kayna 7 Manual tek k: rnein, Y4 ve Y5 klar motorun ileri ve geri hareketini kontrol etsin,

beklenmeyen bir hatann olumasn daha gl bir ekilde nlemek iin PLCnin dahili programndan baka klar harici olarak birbirlerinin nne balanabilir. 8 Neon indikatr 9 Dalga Emici: AC yk zerindeki grlty drmek iin (ngilizce blmde ekil 10 [Figure 10]a baknz.)

Transistr (T) k devre balants

ngilizce blmde ekil 11 [Figure 11]e baknz. 1 DC g kayna 2 Acil Stop 3 Devre koruma Sigortas 4 Transistr modelin k ak kollektr dr. 1. DC yk diyot bastrma: Kk glerde kullanlr. (ngilizce blmde ekil 12 [Figure 12]ye

baknz.)

2. DC yk Diyot + Zener bastrma: Byk g ve sk ON/OFF durumunda kullanlr. (ngilizce blmde ekil 13 [Figure 13]e baknz.) 5 Manual tek k: rnein, Y4 ve Y5 klar motorun ileri ve geri hareketini kontrol etsin,

beklenmeyen bir hatann olumasn daha gl bir ekilde nlemek iin PLCnin dahili programndan baka klar harici olarak birbirlerinin nne balanabilir.

I/O Terminal Yerleim Plan ngilizce blmde terminal I/O yerleim plan (I/O terminal layouts) blmne baknz.

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