SMC Networks EX260-SPR1/3, EX260-SPR2/4, EX260-SPR5/7, EX260-SPR6/8, EX260-SDN1/3 Quick Start Manual

®

RoHS

IP67IP67 IP67 IP40

Top ported valve Bottom ported valve

Side ported valve

Mixed valve sizes manifold

7 mm width valve

Applicable Fieldbus protocols

EX260 Series

Fieldbus System

(Output device for driving 5 port solenoid valves)

Daisy-chain wiring
communication

Space-saving InstallationSpace-saving Installation

Compact

28

mm



IP67

∗

∗

For units with D-sub connector, and when connect ed to S0700 manifolds, it is IP40 .



Drives up to 32 solenoids

789

EX12

EX140

EX180

EX260

EX250

EX600

EX500

EX510

PCA
EX

EX260

A

PWR

BUS IN

BUS OUT

E

3/5

1P

E

3/5

1P

B4A2 B4A2 B4A2 B4A2 B4A2

PWR

BUS IN

BUS OUT

E

3/5

1P

E

3/5

1P

B4A2 B4A2 B4A2 B4A2 B4A2

Product Specification Variations

M12 communication
connector

(PROFIBUS DP)

D-sub communication
connector

(PROFIBUS DP)

28.2 mm

81 mm

Communication connector examples

Fieldbus

EX260

Manifold length is shortened by the small
fieldbus output module (SI unit).

Wiring and piping from the same direction is possible.

(for side ported)

Effective for installation in locations where space is
limited above the valve.

Current model EX250

External branch connector is not necessary. Daisy-chain wiring is possible. Reduced wiring space

Branch connector

Current model (EX250)

External terminating resistor is not necessary.

(Only available for M12 PROFIBUS DP, CC-Link communication connectors)

ON/OFF switching is possible with an
internal terminating resistor. External
terminating resistor is not necessary.

External terminating resistor

Internal terminating
resistor

SI unit

16

32

PNP

NPN

M12

D-sub

16

32

PNP

NPN

M12

16

32

PNP

NPN

M12

16

32

PNP

NPN

M12

16

32

PNP

NPN

M12

Number of

outputs

Output

polarity

Communication

connector

16

32

PNP

NPN

M12

16

32

PNP

M12

790

A

SY3000

SY5000

SY7000

S0700

SV1000

SV2000

SV3000

VQC1000

VQC2000

VQC4000

VQC5000

0.19

0.17

0.20

0.39

0.35

0.18

0.21

0.30

0.30

0.38

0.31

1.6

3.6

5.9

0.37

1.1

2.4

4.3

1.0

3.2

7.3

17

Series

Power

consumption

(W)

Enclosure Standards

Flow rate characteristics (4/2→5/3)

C [dm

3

/(s·bar)] b

Maximum
number of
solenoids



Applicable Valve Series

Note) For units with D-sub communication connector, it is IP40.

32

32

32

24

0.35 (standard)

0.1 (with power­saving circuit)
[Starting 0.4,

Holding 0.1]

0.6

0.95 (standard)

0.4 (Low wattage type)

0.4 (standard)

0.35

®

IP67

IP40

IP67

IP67

Side ported

Side ported

Bottom ported

Top ported

<Example of Use>

Valve piping direction variations

SY3000/5000/7000 Series

Pressure switch

Piping is possible from 3 directions.

Mixed mounting of top ported and side ported is possible.

By mounting top ported valves on side
ported and bottom ported type manifolds,
it is possible to detect the output of the
A/B port with a pressure switch.

Valves can be freely connected up to 24 stations.

Mixed valve sizes manifold

Valves with different sizes,

SY3000 and SY5000 or SY5000
and SY7000, can be mounted
on the same
manifold.



It is possible to connect only
the number of valves required,
from 1 to 24 stations, to suit
the application.
(Maximum number of
solenoids connected: 32)

7 mm width valves

can be connected.



It is possible to connect only the number of 7 mm
width valves required, from 1 to 24 stations.
(Maximum number of solenoids connected: 32)

S0700 Series

791

EX12

EX140

EX180

EX260

EX250

EX600

EX500

EX510

PCA
EX

EX260

M12

DN1
DN2
DN3
DN4
PR1
PR2
PR3
PR4
PR5
PR6
PR7
PR8
MJ1
MJ2
MJ3
MJ4
EC1
EC2
EC3
EC4
PN1
PN2
PN3
PN4
EN1
EN2
EN3
EN4
PL1
PL3

DeviceNet™

PROFIBUS DP

EtherCAT

PROFINET

POWERLINK

SI unit output polarity

32

16

32

16

32

16

32

16

32

16

32

16

32

16

32
16

M12

M12

D-sub

Note)

M12

M12

EtherNet/IP™

M12

M12

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

Sink/NPN (Positive common)

Source/PNP (Negative common)

QAN

QA

QBN

QB

NAN

NA

NBN

NB

NCN

NC

NDN

ND

VAN

VA

VBN

VB

DAN

DA

DBN

DB

FAN

FA

FBN

FB

EAN

EA

EBN

EB
GAN
GBN

Communication protocol

Compact design

Compact design for space saving

Number of outputs

Each 32/16 digital output type available in the series

Enclosure

IP67 (For units with D-sub connector, and when connected with S0700 manifolds, it is IP40.)

Output polarity

Each negative common (PNP) / positive common (NPN) type available in the series
(SI Unit compatible with POWERLINK is only negative common (PNP) type.)

Internal terminating resistor

ON/OFF switching is possible with an internal terminating resistor for communication.
(Only for units compatible with M12 PROFIBUS DP, CC-Link communication connectors)

SY3000/5000/7000 VQC1000/2000/4000/5000 S0700 SV1000/2000/3000

D

D

D

D

How to Order SI Units

PR1

EX260 S

Note)

Note) The SY3000/5000/7000, VQC1000/2000/4000/5000, and S0700 are not yet UL-compatible.

CC-Link

®

RoHS

Protocol

Symbol

Number of outputs

Communication connector

Manifold symbol

EX260 Series

SI Unit/For Output

Note) Enclosure is IP40 when the communication connector is D-sub.

792

A

SI Unit Specifications

Model

EX260-SPR1/3 EX260-SPR2/4 EX260-SPR5/7 EX260-SPR6/8 EX260-SDN1/3 EX260-SDN2/4 EX260-SMJ1/3 EX260-SMJ2/4

125 k/250 k/500 kbps

156 k/625 k/

2.5 M/5 M/10 Mbps

M12

Built-in

—

—

22.8 to 26.4 VDC
11 to 25 VDC

100 mA or less

Applicable
system

I/O occupation area
(Inputs/Outputs)

Communication speed

Power supply
for control
Power supply for output

Communication connector specification
Terminating resistor switch

Power supply for
communication

Output

Environmental
resistance

Standards
Weight

Mounting screw

Accessories

IP67 IP40 IP67

–10 to 50°C

35 to 85%RH (No condensation)

500 VAC for 1 minute between terminals and housing

10 MΩ or more (500 VDC measured via megohmmeter) between terminals and housing

CE marking, UL (CSA) compatible

200 g
2 pcs.

24 VDC

Power supply voltage

Internal current consumption

Power supply voltage
Power supply voltage

Internal current consumption

Protocol

Version

Note 1)

Configuration file

Note 3)

Supplied current

Output type

Number of outputs

Load
Supplied voltage

Enclosure
Operating temperature range
Operating humidity range
Withstand voltage
Insulation resistance

Seal cap (for M12
connector socket)

Source/PNP

(Negative common)

Sink/NPN

(Positive common)

Source/PNP

(Negative common)

Sink/NPN

(Positive common)

Source/PNP

(Negative common)

Sink/NPN

(Positive common)

SPR1: 32 points
SPR3: 16 points

SPR2: 32 points
SPR4: 16 points

SPR5: 32 points
SPR7: 16 points

SPR6: 32 points
SPR8: 16 points

SDN1: 32 points
SDN3: 16 points

SDN2: 32 points
SDN4: 16 points

SPR1: 0/32
SPR3: 0/16

SPR2: 0/32
SPR4: 0/16

SPR5: 0/32
SPR7: 0/16

SPR6: 0/32
SPR8: 0/16

SDN1: 0/32
SDN3: 0/16

SDN2: 0/32
SDN4: 0/16

SMJ1: 32/32
SMJ3:

32/32

(1 station, remote I/O stations)

SMJ2: 32/32
SMJ4:

32/32

(1 station, remote I/O stations)

SPR1: Max. 2.0 A
SPR3: Max. 1.0 A

SPR2: Max. 2.0 A
SPR4: Max. 1.0 A

SPR5: Max. 2.0 A
SPR7: Max. 1.0 A

SPR6: Max. 2.0 A
SPR8: Max. 1.0 A

SDN1: Max. 2.0 A
SDN3: Max. 1.0 A

SDN2: Max. 2.0 A
SDN4: Max. 1.0 A

EX9-AWTS (1 pc.) — EX9-AWTS (1 pc.)

D-sub M12

None Built-in

Volume 1(Edition 3.5)
Volume 3(Edition 1.5)

9.6 k/19.2 k/45.45 k/93.75 k/

187.5 k/500 k/1.5 M/3 M/6 M/12 Mbps

21.6 to 26.4 VDC
100 mA or less

—
—

—

—

21.6 to 26.4 VDC
100 mA or less

PROFIBUS DP

DeviceNet™

CC-Link

DP-V0 Ver.1.10

—

GSD file EDS file

Source/PNP

(Negative common)

Sink/NPN

(Positive common)

SMJ1: 32 points
SMJ3: 16 points

SMJ2: 32 points
SMJ4: 16 points

SMJ1: Max. 2.0 A
SMJ3: Max. 1.0 A

SMJ2: Max. 2.0 A
SMJ4: Max. 1.0 A

Solenoid valve with protective circuit for surge voltage of 24 VDC/1.5 W or less (SMC)

Model

EX260-SEC1/3 EX260-SEC2/4 EX260-SPN1/3 EX260-SPN2/4 EX260-SEN1/3 EX260-SEN2/4

Applicable
system

I/O occupation area
(Inputs/Outputs)

Communication speed
Power supply
for control
Power supply for output

Communication connector specification
Terminating resistor switch

Power supply for
communication

Output

Environmental
resistance

Standards
Weight

Mounting screw

Accessories

IP67

–10 to 50°C

35 to 85%RH (No condensation)

500 VAC for 1 minute between terminals and housing

CE marking, UL (CSA) compatible

200 g
2 pcs.

10 MΩ or more (500 VDC measured via megohmmeter) between terminals and housing

24 VDC

Power supply voltage

Internal current consumption

Power supply voltage
Power supply voltage

Internal current consumption

Protocol

Version

Note 1)

Configuration file

Note 3)

Supplied voltage

Output type

Number of outputs

Load

Supplied voltage

Enclosure
Operating temperature range
Operating humidity range
Withstand voltage
Insulation

resistance

Seal cap (for M12
connector socket)

Source/PNP

(Negative common)

Sink/NPN

(Positive common)

Source/PNP

(Negative common)

Sink/NPN

(Positive common)

Source/PNP

(Negative common)

Sink/NPN

(Positive common)

SEC1: 32 points
SEC3: 16 points

SEC2: 32 points
SEC4: 16 points

SPN1: 32 points
SPN3: 16 points

SPN2: 32 points
SPN4: 16 points

SEN1: 32 points
SEN3: 16 points

SEN2: 32 points
SEN4: 16 points

SEC1: 0/32
SEC3: 0/16

SEC2: 0/32
SEC4: 0/16

SPN1: 0/32
SPN3: 0/16

SPN2: 0/32
SPN4: 0/16

SEN1: 16/32
SEN3: 16/16

SEN2: 16/32
SEN4: 16/16

SEC1: Max. 2.0 A
SEC3: Max. 1.0 A

SEC2: Max. 2.0 A
SEC4: Max. 1.0 A

SPN1: Max. 2.0 A
SPN3: Max. 1.0 A

SPN2: Max. 2.0 A
SPN4: Max. 1.0 A

SEN1: Max. 2.0 A
SEN3: Max. 1.0 A

SEN2: Max. 2.0 A
SEN4: Max. 1.0 A

EX9-AWTS (1 pc.)

Volume 1(Edition 3.8)
Volume 2(Edition 1.9)

21.6 to 26.4 VDC
100 mA or less

22.8 to 26.4 VDC

—
—

M12

None (Not required)

10 M/100 Mbps

Note 2)

100 Mbps

Note 2)

EtherCAT

Note 2)

EtherNet/IP™

Note 2)

Conformance

Test Record V.1.1

XML file

PROFINET

Note 2)

PROFINET Specification

Version 2.2

GSD file EDS file

Solenoid valve with protective circuit for surge

voltage of 24 VDC/1.5 W or less (SMC)

Solenoid valve with protective circuit for surge

voltage of 24 VDC/1.0 W or less (SMC)

Solenoid valve with protective circuit for surge

voltage of 24 VDC/1.5 W or less (SMC)

EX260-SPL1 EX260-SPL3

Source/PNP

(Negative common)

32 16

16/32 16/16

Max. 2 A Max. 1 A

EPSG DS 301 Version 1.2.0

100 Mbps

Note 2)

POWERLINK

XDD file

Note 1) Please note that the version is subject to change.
Note 2) Use a CAT5 or higher transmission cable for EtherCAT, PROFINET, EtherNet/IP™, POWERLINK.
Note 3) Each file can be downloaded from the SMC website, http://www.smcworld.com

For Output EX260 Series

793

EX12

EX140

EX180

EX260

EX250

EX600

EX500

EX510

PCA
EX

EX260

A

D-sub communication connector typeM12 communication connector type

90.9

28.2

102.4

90.9

102.4

28.2

21 20.6 16.4 9

76.5

28.75 29.25 9

76.5

SI Unit Dimensions

Part no.

Communication protocol

EX260-SPR1/-SPR2

-SPR3/-SPR4

PROFIBUS DP

5 pins, socket, B code

5 pins, plug, B code

5 pins, plug, A code

Note) The setting switch varies depending on the model.
Refer to the operation manual for details.
Please download it via the SMC website, http://www.smcworld.com

EX260-SDN

DeviceNet™

5 pins, socket, A code

5 pins, plug, A code

4 pins, plug, A code

EX260-SMJ

CC-Link

EX260-SEC
EX260-SPN
EX260-SEN
EX260-SPL

EtherCAT

PROFINET

EtherNet/IP™

POWERLINK

M3

Communication connector (M12) BUS OUT
Communication connector (M12) BUS IN
Ground terminal

Power connector (M12)

<Setting switch>

• Address switch

• Communication speed switch

• Terminating resistor switch

• Others

<LED indication>

• Communication state

• Unit power supply state

• Valve power supply state

Part no.

Communication protocol

EX260-SPR5/-SPR6/-SPR7/-SPR8

PROFIBUS DP

M3

9 pins, socket

5 pins, plug, A code

Ground terminal

Communication connector (D-sub) BUS IN/OUT

Power connector (M12)

D-sub communication connector type

Functions of SI Unit Parts

<Connector>
M12 communication connector type

<LED indication and setting switch>

5 pins, socket, A code

Note1)

4 pins, plug, A code

5 pins, plug, B code

4 pins, socket, D code
4 pins, socket, D code

5 pins

Note2)

, 4 pins

Note3)

,

plug, A code

EX260 Series

Note 1) Recommended mating M12

4-pin plug, part no.
PCA-1567717.

Note 2) For EtherCAT, PROFINET,

POWERLINK

Note 3) For EtherNet/IP™

794

A

White/Orange
Orange
White/Green

Green

Accessories

q Communication cable with connector

For SI units compatible with
PROFIBUS DP, DeviceNet™, CC-Link

For SI units compatible with EtherCAT, PROFINET, EtherNet/IP™, POWERLINK

Refer to page 907 for details.

020EX9 AC EN

Cable length (L)

1000 [mm]
2000 [mm]
3000 [mm]
5000 [mm]
10000 [mm]

010
020
030
050
100

PSRJ

M12 plug (straight) ⇔ RJ-45 connector

PSRJ

Plug connector

pin arrangement

D code

Connections (Straight cable)

M12

RJ-45

Plug connector

pin arrangement

1
2
3
4
5
6
7
8

Terminal

no.

1
2
3
4

1
2
3
4
5
6
7
8

Terminal

no.

Shield

Pair

Pair

Core wire
colors

Connector specification

For SI units compatible with EtherCAT, PROFINET, EtherNet/IP™, POWERLINK

PCA 1446566

For SI units compatible with EtherCAT, PROFINET, EtherNet/IP™, POWERLINK

PCA 1446553

5000 [mm]

1446566

Cable length

Fieldwireable connector

(ø

6.5)

50500047.3

ø14.8

Plug connector

pin arrangement

D code

12

3 4

M12

SPEEDCON

ø

17.5

ø

19

≈ 61

Width across
flats 16

M12

For Output EX260 Series

12

3 4

Plug connector

pin arrangement

D code

12

3 4

1

2

3

4

White: RD+

Blue: RD–

Yellow: TD+

Orange: TD–

Connections

Terminal

no.

Wire guide color

Width across
flats 13

ø6.4

(47.3) (44)

L

ø14.8

Item Specifications

Cable O.D.
Nominal cross section
Wire diameter (Including insulator)
Min. bending radius

ø6.5 mm

AWG22

1.5 mm

45.5 mm

Applicable cable

Cable O.D.
Cable cross section (Stranded wire)

4.0 to 8.0 mm

0.14 to 0.34 mm

2

/AWG26 to 22

Note) The table above shows the specifications for the applicable

cable. Adaptation for the connector may vary on account of
the conductor construction of the electric wire.

795

EX12

EX140

EX180

EX260

EX250

EX600

EX500

EX510

PCA
EX

EX260

A

w Power cable with connector (for SI units)

Accessories

EX500 AP

2

4 3

Socket connector

pin arrangement

A code

Socket connector

pin arrangement

A code

1

1

2

3

4

5

Terminal

no.

Core wire
colors

M12

Connections (PROFIBUS DP/EtherCAT/PROFINET/POWERLINK)

Cable length (L)

1000 [mm]
5000 [mm]

010
050

Connector specification

Straight

Angle

S
A

S

050

For SI units compatible with PROFIBUS DP, DeviceNet™, EtherCAT, PROFINET, EtherNet/IP™, POWERLINK

Brown: 24 VDC +10%/–5% (Solenoid valve power supply)

White: 0 V (Solenoid valve power supply)

Blue: 24 VDC ±10% (Control power supply)

Black: 0 V (Control power supply)

Green/Yellow: Not connected

1

2

3

4

5

Terminal

no.

Core wire
colors

Connections (DeviceNet™, EtherNet/IP™)

Brown: Not connected

Note 1)

, 24 VDC ±10% (Control power supply)

Note 2)

White: 24 VDC +10%/–5%

(Solenoid valve power supply)

Blue: Not connected

Note 1)

, 0 V (Control power supply)

Note 2)

Black: 0 V (Solenoid valve power supply)

Green/Yellow: Not connected

Straight connector type

2

4 3

5

1

M12

Angle connector type

5

SPEEDCON

PCA

Cable length (L)

1500 [mm]
3000 [mm]
5000 [mm]

1401804
1401805
1401806

1401804

4 3

21

ø14.8

M12
SPEEDCON

44.5 L 50

ø5.0

5

Socket connector

pin arrangement

A code

Note 1) For DeviceNet™
Note 2) For EtherNet/IP™

1

2

3

4

5

Terminal

no.

Core wire
colors

Connections (PROFIBUS DP/EtherCAT/PROFINET/POWERLINK)

Brown: 24 VDC +10%/–5% (Solenoid valve power supply)

White: 0 V (Solenoid valve power supply)

Blue: 24 VDC ±10% (Control power supply)

Black: 0 V (Control power supply)

Gray: Not connected

1

2

3

4

5

Terminal

no.

Core wire
colors

Connections (DeviceNet™, EtherNet/IP™)

Brown: Not connected

Note 1)

, 24 VDC ±10% (Control power supply)

Note 2)

White: 24 VDC +10%/–5%

(Solenoid valve power supply)

Blue: Not connected

Note 1)

, 0 V (Control power supply)

Note 2)

Black: 0 V (Solenoid valve power supply)

Gray: Not connected

Note 1) For DeviceNet™
Note 2) For EtherNet/IP™

EX260 Series

ø14.9

25.3

28.3

30

5

50

L

ø6

ø14.9

40.7

27

L

ø6

30

5

50

Item Specifications

Cable O.D.
Nominal cross section
Wire diameter (Including insulator)
Min. bending radius

ø6 mm

AWG22

1.5 mm
40 mm

Item Specifications

Cable O.D.
Nominal cross section
Wire diameter (Including insulator)
Min. bending radius

ø6 mm
AWG22

1.5 mm
40 mm

Item Specifications

Cable O.D.
Nominal cross section
Wire diameter (Including insulator)
Min. bending radius

ø5.0 mm

AWG22

1.27 mm

21.7 mm

796

B

w Power cable with connector (for SI units)

Accessories

e Seal cap: For M12 connector socket

EX9 AW

Use this on ports that are not being used for communication connector (M12
connector socket).
Use of this seal cap maintains the integrity of the IP67 enclosure.

Note) Tighten the seal cap with the prescribed tightening torque. (For M12: 0.1 N·m)

TS

Connector type

For M12 connector socket (10 pcs.)

For M12 connector socket

M12 x 1

14

10.2

14

For

SI units compatible with

CC-Link

Straight connector type

TS

EX9 AC 1

Cable length (L)

1000 [mm]
3000 [mm]
5000 [mm]

010
030
050

050

SPEEDCON

PCA

Cable length (L)

1500 [mm]
3000 [mm]
5000 [mm]

1401807
1401808
1401809

1401807

2

4 3

5

1

Socket connector

pin arrangement

B code

M12

48.1

L

30505

ø6.4

Connections

1

2

3

4

5

Terminal

no.

Cable core
wire colors

4 3

21

M12
SPEEDCON

ø14.8

50L44.5

ø5.0

5

Socket connector

pin arrangement

B code

Brown: 24 VDC +10%/–5% (Solenoid valve power supply)

White: 0 V (Solenoid valve power supply)

Blue: 24 VDC ±10% (Control power supply)

Black: 0 V (Control power supply)

Green/Yellow: Not connected

Connections

1

2

3

4

5

Terminal

no.

Cable core
wire colors

Brown: 24 VDC +10%/–5% (Solenoid valve power supply)

White: 0 V (Solenoid valve power supply)

Blue: 24 VDC ±10% (Control power supply)

Black: 0 V (Control power supply)

Gray: Not connected

For Output EX260 Series

Item Specifications

Cable O.D.
Nominal cross section
Wire diameter (Including insulator)
Min. bending radius

ø6.4 mm

AWG22

1.65 mm
59 mm

Item Specifications

Cable O.D.
Nominal cross section
Wire diameter (Including insulator)
Min. bending radius

ø5.0 mm

AWG22

1.27 mm

21.7 mm

797

EX12

EX140

EX180

EX260

EX250

EX600

EX500

EX510

PCA
EX

EX260

A

Design/Selection

1. Use this product within the specification range.

Using beyond the specified specifications range can cause
fire, malfunction, or damage to the system.
Check the specifications before operation.

2. When using for an interlock circuit:

• Provide a multiple interlock system which is
operated by another system (such as mechanical
protection function).

• Perform an inspection to confirm that it is working
properly.

This may cause possible injury due to malfunction.

Warning

Mounting

4. When lifting a large size manifold solenoid valve
unit, take care to avoid causing stress to the valve
connection joint.

The connection parts of the unit may be damaged. Because
the unit may be heavy, carrying and installation should be
performed by more than one operator to avoid strain or injury.

5. When placing a manifold, mount it on a flat surface.

Torsion in the whole manifold can lead to trouble such as air
leakage or defective insulation.

Wiring

1. Check the grounding to maintain the safety of the
reduced wiring system and for anti-noise
performance.

Provide a specific grounding as close to the unit as possible to
minimize the distance to grounding.

2. Avoid repeatedly bending or stretching the cable
and applying a heavy object or force to it.

Wiring applying repeated bending and tensile stress to the
cable can break the circuit.

3. Avoid miswiring.

If miswired, there is a danger of malfunction or damage to the
reduced wiring system.

4. Do not wire while energizing the product.

There is a danger of malfunction or damage to the reduced
wiring system or output device.

5. Avoid wiring the power line and high pressure line
in parallel.

Noise or surge produced by signal line resulting from the power
line or high pressure line could cause malfunction.Wiring of the
reduced wiring system or output device and the power line or
high pressure line should be separated from each other.

6. Check the wiring insulation.

Defective insulation (contact with other circuits, improper
insulation between terminals, etc.) may cause damage to the
reduced wiring system or output device due to excessive
voltage and current.

7. When a reduced wiring system is installed in
machinery/equipment, provide adequate protection
against noise by using noise filters, etc.

Noise in signal lines may cause malfunction.

1. When applicable to UL, use a Class 2 power supply unit
conforming to UL1310 for direct current power supply.

2. Use this product within the specified voltage range.

Using beyond the specified voltage range is likely to cause the
units and connecting devices to be damaged or to malfunction.

3. Do not install a unit in a place where it can be used
as a foothold.

Applying any excessive load such as stepping on the unit by
mistake or placing a foot on it, will cause it to break.

4. Keep the surrounding space free for maintenance.

When designing a system, take into consideration the amount
of free space needed for performing maintenance.

5. Do not remove the name plate.

Improper maintenance or incorrect use of operation manual
can cause failure and malfunction. Also, there is a risk of
losing conformity with safety standards.

1. When handling and assembling units:

• Do not apply excessive force to the unit when

disassembling.

The connecting portions of the unit are firmly joined with
seals.

• When joining units, take care not to get fingers

caught between units.

Injury can result.

2. Do not drop, bump, or apply excessive impact.

Otherwise, the unit can become damaged, malfunction, or fail
to function.

3. Observe the tightening torque range.

Tightening outside of the allowable torque range will likely
damage the screw.

IP67 cannot be guaranteed if the screws are not tightened to
the specified torque.

Mounting

EX260 Series

Specific Product Precautions 1

Be sure to read this before handling the products. Refer to back page 50 for Safety
Instructions and pages 3 to 9 for 3/4/5 Port Solenoid Valve Precautions.

Caution

Caution

Caution

Caution

798

Wiring

Operating Environment

1. Do not use in an atmosphere containing an
inflammable gas or explosive gas.

Use in such an atmosphere is likely to cause a fire or
explosion. This system is not explosion-proof.

Operating Environment

2. Provide adequate protection when operating in
locations such as the following.

Failure to do so may cause damage or malfunction.
The effect of countermeasures should be checked in individual
equipment and machine.

1) Where noise is generated by static electricity, etc.

2) Where there is a strong electric field

3) Where there is a danger of exposure to radiation

4) When in close proximity to power lines or high voltage lines

3. Do not use in an environment where oil and chemicals
are used.

Operating in environments with coolants, cleaning solvents,
various oils or chemicals may cause adverse effects (damage,
malfunction) to the unit even in a short period of time.

4. Do not use in an environment where the product
could be exposed to corrosive gas or liquid.

This may damage the unit and cause it to malfunction.

5. Do not use in locations with sources of surge
generation.

Installation of the unit in an area around the equipment
(electromagnetic lifters, high frequency induction furnaces,
welding machine, motors, etc.), which generates the large
surge voltage could cause to deteriorate an internal circuitry
element of the unit or result in damage. Implement
countermeasures against the surge from the generating
source, and avoid touching the lines with each other.

6. The product is CE marked, but not immune to
lightning strikes. Take measures against lightning
strikes in your system.

7. Keep dust, wire scraps and other extraneous
material from getting inside the product.

This may cause malfunction or damage.

8. Mount the unit in such locations, where no vibration
or shock is affected.

This may cause malfunction or damage.

9. D o not use in places where there are cyclic
temperature changes.

In case that the cyclic temperature is beyond normal
temperature changes, the internal unit is likely to be adversely
effec-ted.

10. Do not use in direct sunlight.

Do not use in direct sunlight. It may cause malfunction or
damage.

11. Use this product within the specified ambient
temperature range.

This may cause malfunction.

12. Do not use in places where there is radiated heat
around it.

Such a place is likely to cause malfunction.

1. Select the proper type of enclosure according to the
environment of operation.

IP67 is achieved when the following conditions are met.

1) Provide appropriate wiring between all units using electrical

wiring cables, communication connectors and cables with
M12 connectors.

2) Suitable mounting of each unit and manifold valve.

3) Be sure to mount a seal cap on any unused connectors.
If using in an environment that is exposed to water splashes,
please take measures such as using a cover.
When the enclosure is IP40, do not use in an operating
environment or atmosphere where it may come in contact with
corrosive gas, chemical agents, seawater, water, or water vapor.
When connected to the EX260-SPR5/6/7/8, manifold
enclosure is IP40.

Caution

Caution

Caution

Warning

8. When connecting wires of output device, prevent
water, solvent or oil from entering inside the
connector section.

This can cause damage, equipment failure or malfunction.

9. Avoid wiring patterns in which excessive stress is
applied to the connector.

This may cause malfunction or damage to the unit due to
contact failure.

10. Select connectors that are ø16 or less if mounting
manifolds directly using fieldwireable connectors
for SI unit power supply wiring.

Using large diameter connectors causes interference with the
mounting surface.
The following cables with connectors are recommended.

For EX260-SPR/-SDN/-SEC/-SPN/-SEN/-SPL

<Cable with connector>

 EX500-AP-
 PCA-1401804/-1401805/-1401806

For EX260-SMJ

<Cable with connector>

 EX9-AC-1
 PCA-1401807/-1401808/-1401809

EX260 Series

Specific Product Precautions 2

Be sure to read this before handling the products. Refer to back page 50 for Safety
Instructions and pages 3 to 9 for 3/4/5 Port Solenoid Valve Precautions.

799

EX12

EX140

EX180

EX260

EX250

EX600

EX500

EX510

PCA
EX

EX260

A

Adjustment/Operation

Warning

1. Do not perform operation or setting with wet hands.

There is a risk of electrical shock.

Maintenance

1. Do not disassemble, modify (including circuit board
replacement) or repair this product.

Such actions are likely to cause injuries or breakage.

2. When an inspection is performed,

• Turn off the power supply.

• Stop the air supply, exhaust the residual pressurein

piping and verify that the air is released before
performing maintenance work.

Unexpected malfunction of system components and injury
can result.

 Trademark

DeviceNet™ is a trademark of ODVA.
EtherNet/IP™ is a trademark of ODVA.
EtherCAT

®

is registered trademark and patented technology, licensed by Beckhoff Automation GmbH, Germany.

1. Use a watchmakers’ screwdriver with thin blade for
the setting of each switch of the SI unit.
When setting the switch, do not touch other unrelated
parts.

This may cause parts damage or malfunction due to a short
circuit.

2.

Provide adequate setting for the operating conditions.

Failure to do so could result in malfunction.
Refer to the operation manual for setting of the switches.

3. For details on programming and address setting,
refer to the manual from the PLC manufacturer.

The content of programming related to protocol is designed by
the manufacturer of the PLC used.

4. For the EX260-SPN, the side of the SI unit may
become hot.

It may cause burns.

1. When handling and replacing the unit:

• Do not apply excessive force to the unit when
disassembling.

The connecting portions of the unit are firmly joined with
seals.

• When joining units, take care not to get fingers
caught between units.

Injury can result.

2. Perform periodic inspection.

Unexpected malfunction in the system composition devices is
likely to occur due to malfunction of machinery or equipment.

3. A fter maintenance, make sure to perform an
appropriate functionality inspection.

In cases of abnormality such as faulty operation, stop
operation. Unexpected malfunction in the system composition
devices is likely to occur.

4. Do not use benzene and thinner for cleaning units.

Damage to the surface or erasure of the display can result.
Wipe off any stains with a soft cloth.
If the stain is persistent, wipe off with a cloth soaked in a
dilute solution of neutral detergent and wrung out tightly,
and then finish with a dry cloth.

Other

1. Refer to the catalog of each series for Common
Precautions and Specific Product Precautions on
manifold solenoid valves.

Caution

Caution

Caution

Warning

EX260 Series

Specific Product Precautions 3

Be sure to read this before handling the products. Refer to back page 50 for Safety
Instructions and pages 3 to 9 for 3/4/5 Port Solenoid Valve Precautions.

800

Contact our sales office for delivery dates
and prices as this is a special model.

Specialized Product

IO-Link Compatible SI Unit

EX260-SIL1-X207/X210

IO-Link communication enables users to check

Features

PLC

unit information and monitor unit status, in
addition to ON/OFF valve control.

PC

Point to Group

P. G . information

IO-Link is an open communication inter­face technology between the sensor/actu­ator and the I/O terminal that is an inter­national standard IEC61131-9.

Various fieldbusses

IO-Link master

IO-Link communication

IO-Link Compatible Device:
SI Unit
EX260-SIL1-X207/X210

Send and receive ON/OFF signals + unit information/status

Sending and receiving of unit information, error
detection, or condition monitoring data

<Unit Information> Manufacturer’s name, product number, version information
<Error Detection> Output wiring disconnection, short circuit
<Conditioning Monitoring> Number of valve operations, operation threshold exceeded

Application Example

 Supporting periodic cylinder maintenance

The replacement time of the cylinder connected to the valve
can be predicted by counting the number of valve operation
instructions. This enables periodic maintenance to be
performed before any unexpected cylinder failure occurs.

Currently at 10 million

operations

Currently at 5 million

operations

Port class B compliant: X210

Port class A compliant: X207

Supports data update cycles of 1 ms or less

Shortest data update cycle: 0.8 ms

The data update cycle can be set for the IO-Link master based
on the SI unit’s shortest data update cycle of 0.8 ms.

IO-Link master and SI unit can be connected with one cable

Signal wire and valve power supply wire can be connected
with the same cable.

Also applicable to the types in which the signal wire and valve
power supply wire are connected with individual cables.
(Port class A compliant: X207 specifications)

(Port class B compliant: X210 specifications)

Uses 4-wire or 5-wire unshielded cables

Special communication cables are not necessary.

A conventional 4-wire or 5-wire unshielded cable can be used
for input and output of sensors, switches, etc.
(Recommended specifications: Conductor resistance 3 Ω, Wire­to-wire capacitance 3 nF or less, 20 m or less)

Caution

©2017 SMC Corporation All Rights Reserved

To ensure the safest possible operation of this product, please be sure to thoroughly read the
“Safety Instructions” in our “Best Pneumatics” catalog before use.

4-14-1, SOTO-KANDA, CHIYODA-KU, TOKYO 101-0021, JAPAN

URL: http://www.smcworld.com

SP165X-022E

P: VS

IO-Link Compatible SI Unit

EX260-SIL1-X207/X210

Specifications

Specialized Product

Point to Group

P. G . information

Item

Protocol IO-Link version 1.1

Communication speed COM2 (38.4 kbps)/COM3 (230.4 kbps) (Selected by DIP switch)

IO-Link port class
(Communication connector)

IO-Link type Device

Vendor ID 131

Process data size 0 byte input/4 bytes output

Number of outputs 32 outputs

Output type PNP (Negative common)/Source

Connected load Solenoid valve with surge voltage suppressor of 24 VDC and 1.5 W or less (manufactured by SMC)

Output

Solenoid valve power supply

Residual voltage 0.4 VDC or less

Control unit power supply

Weight 200 g or less

Standards CE marking, UL/CSA

(Valve power supplied from the valve power supply connector)

EX260-SIL1-X207 EX260-SIL1-X210

Class A

(Valve power supplied from the communication connector)

22.8 to 26.4 VDC

2 A or less (according to the solenoid valve station specification)

18 to 30 VDC

0.1 A or less

Class B

IODD files are required to configure this product.
Please contact SMC for the IODD files.
Also, please contact SMC for the operation manual.

Wiring Specifications

Suffix Communication connector Power supply connector for solenoid valve

M12 4-pin plug, A-coded M12 5-pin plug, A-coded

No.

X207

X210

No.

1
2
3
4

M12 5-pin plug, A-coded

No.

1
2
3
4
5

Designation

L+ +24 V for control unit

— Unused

L− 0 V for control unit

C/Q IO-Link communication data

Designation

L+ +24 V for control unit

SV24V +24 V for solenoid valve

L− 0 V for control unit

C/Q IO-Link communication data

SV0V 0 V for solenoid valve

Description

Description

Designation

— Unused

1

SV24V +24 V for solenoid valve

2

— Unused

3

— Unused

4

SV0V 0 V for solenoid valve

5

Description

Output connector (34 pins, Receptacle)

Output common (0 V)

Solenoid output 0
Solenoid output 2
Solenoid output 4
Solenoid output 6

Solenoid output 8
Solenoid output 10
Solenoid output 12
Solenoid output 14
Solenoid output 16
Solenoid output 18
Solenoid output 20
Solenoid output 22
Solenoid output 24
Solenoid output 26
Solenoid output 28
Solenoid output 30

Output common (0 V)

Solenoid output 1
Solenoid output 3
Solenoid output 5
Solenoid output 7

Solenoid output 9
Solenoid output 11
Solenoid output 13
Solenoid output 15
Solenoid output 17
Solenoid output 19
Solenoid output 21
Solenoid output 23
Solenoid output 25
Solenoid output 27
Solenoid output 29
Solenoid output 31

DescriptionDesignationNo. DescriptionDesignationNo.

Communication connector

Ground terminal (M3)

Power supply connector (PWR)

Output connector (34 pins)

IO-Link Compatible SI Unit

EX260-SIL1-X207/X210

How to Order

Specialized Product

Point to Group

P. G . information

EX260

Communication protocol

IL

Output specification

32 outputs, PNP (Negative common)/Source

1

IO-Link

1S IL

X207

IO-Link port class

X207

X210

IO-Link port Class A, Valve power
supplied from another connector

IO-Link port Class B

Dimensions [mm]

EX260-SIL1-X207 (The X210 is not provided with a power supply connector.)

Caution

• For dimensions when combined with the valve manifold, use the

dimensions of the valve manifold where the standard EX260 series unit
is mounted.

• Order the valve manifold separately. Specify “no SI unit” and “negative

common” for the valve manifold specifications.