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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. Do  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

Summary of Contents for EX260-SDN1/3

Page 1: ...EX260 Series Fieldbus System Output device for driving 5 port solenoid valves Daisy chain wiring communication Space saving Installation Space saving Installation Compact 28mm IP67 For units with D s...

Page 2: ...tallation 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 Curren...

Page 3: ...00 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 manifol...

Page 4: ...mmon 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 Communicat...

Page 5: ...260 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 Powersupplyforoutput Commu...

Page 6: ...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 stat...

Page 7: ...le with EtherCAT PROFINET EtherNet IP POWERLINK PCA 1446553 5000 mm 1446566 Cable length Fieldwireable connector 6 5 50 5000 47 3 14 8 Plug connector pin arrangement D code 1 2 3 4 M12 SPEEDCON 17 5 1...

Page 8: ...401804 1401805 1401806 1401804 4 3 2 1 14 8 M12 SPEEDCON 44 5 L 50 5 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 Conn...

Page 9: ...0 5 6 4 Connections 1 2 3 4 5 Terminal no Cable core wire colors 4 3 2 1 M12 SPEEDCON 14 8 50 L 44 5 5 0 5 Socket connector pin arrangement B code Brown 24 VDC 10 5 Solenoid valve power supply White 0...

Page 10: ...ated 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 de...

Page 11: ...ormal 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 wi...

Page 12: ...otocol 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...

Page 13: ...wire capacitance 3 nF or less 20 m or less IO Link Compatible SI Unit EX260 SIL1 X207 X210 IO Link communication enables users to check unit information and monitor unit status in addition to ON OFF...

Page 14: ...dual voltage 0 4 VDC or less Control unit power supply 18 to 30 VDC 0 1 A or less Weight 200 g or less Standards CE marking UL CSA Suffix Communication connector Power supply connector for solenoid va...

Page 15: ...lenoid output 31 Description Designation No Description Designation No How to Order EX260 X207 Communication protocol IL IO Link IO Link port class X207 IO Link port Class A Valve power supplied from...

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