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SMC Networks EX600-W Series Manual

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Wireless System
Usable even in welding environments
Noise resistance
Uses the 2.4 GHz ISM frequency band
Frequency hopping: Every 5 ms
Communication cables not
required
Reduced wiring work, space, and cost
Minimized disconnection risk
Material
handling robot
Remote
Base module
EX600-W
High-speed connection
From power supply ON to start of
communication:
Min. 250
ms
Number of I/O points
Max. 1280 inputs/1280 outputs
(Max. 128 inputs/128 outputs per module)
Remote module
Countries/Regions in which wireless is supported
This product cannot be used in countries where wireless is not
supported. Refer to page 23 for details on countries in which
the product can be used.
Country/Region
Japan
EU
Series
USA
Communication response
Wireless communication signal
Response time:
*
1
*1 For remote
Compatible protocol
Base
Spot welding
Standards
(Japanese radio law)
(CE marking/RE Directive)
(FCC)
RoHS
5
ms
New
Remote
CAT.E02-28B
B

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Summary of Contents for SMC Networks EX600-W Series

  • Page 1 Wireless System RoHS Usable even in welding environments Noise resistance High-speed connection Communication response Uses the 2.4 GHz ISM frequency band From power supply ON to start of Wireless communication signal Frequency hopping: Every 5 ms communication: Response time: Min. 250 *1 For remote Communication cables not Compatible protocol...
  • Page 2 Wireless System EX600-W Series Provide safe and reliable communication Uses the 2.4 GHz ISM frequency band Wireless System Wireless LAN Wireless RFID devices Bluetooth AC/DC welding machine Site Motor driver/ noise Electromagnetic heater, etc. * ISM (Industrial, Scientific and Medical) radio bands: Radio bands reserved for the use of radio frequency energy for industrial, scientific and medical purposes.

  • Page 3: Frequency Hopping

    Wireless System EX600-W Series Frequency hopping: Every A stable wireless environment is established using an original protocol which is not affected by interference. Interference from other Actual communication time wireless equipment is prevented. 5 ms Frequency Hopping The communication technology rapidly changes frequency (hopping), to prevent interference from other wireless equipment.

  • Page 4: Configuration File

    Wireless System EX600-W Series Wiring material cost and installation work-hours can be reduced. Wireless System Current (Wired) System Power supply Base Power supply line Communication line Communication line Power Power supply supply Connector 15 units 15 units … … 1 unit 2 units 3 units 1 unit...
  • Page 5 Wireless System EX600-W Series Application Examples ¡Communication cable is not necessary for moving parts. Tool change ¡Minimized disconnection risk ¡Shorter time for establishing communication (startup time) Rotary table Wired system Communi c ati o n l i n e Power suppl y l i n e ¡Minimized disconnection risk Power supply S maller diameter communication...
  • Page 6 Wireless System EX600-W Series System Examples Setting/Monitor tool Initial setting/monitoring/ pairing are possible. Fieldbus Wireless Network EX600 I/O unit Base module Refer to the Web Catalog. p. 7 Number of I/O points: Max. 1280 inputs 1280 outputs Combination Example q Combination Example w Combination Example e Remote module No.

  • Page 7: Wireless System

    C O N T E N T S Wireless System EX600-W Series Base module Remote module How to Order Accessories Wireless Unit ······························································· p. 7 q End Plate Bracket ················································· p. 18 w Valve Plate ···························································· p. 18 Digital Input Unit ·························································· p. 7 e Reinforcing Brace ·················································...
  • Page 8 Wireless System EX600-W Series RoHS How to Order EX600 Wireless Unit Wireless compatible Output type Symbol Specifications Protocol Symbol Specifications Note Base module For EtherNet/IP™ Base module Remote Base module For PROFINET module Remote module — EX600 Digital Input Unit Input type Number of inputs and Connector Symbol...
  • Page 9 EX600-W Series Wireless System How to Order EX600 Analog Input Unit Analog input Number of input channels and Connector Symbol Number of input channels Connector 2 channels M12 connector (5 pins) 2 pcs. * For specifications, refer to the Fieldbus system EX600 series in the Web Catalog.
  • Page 10 EX600-W Series Ordering Example of the Base Module Base module: Without valve manifold and input/output unit Manifold with base module: With input/output unit Digital output unit Wireless unit (Base module) Digital input unit EX600-DYPB 2-position single EX600-WEN1 EX600-DXPD SY3100-5U1 (3 sets) Wireless unit End plate (U side) End plate (D side)
  • Page 11 EX600-W Series Wireless System Specifications EX600-WENm Base Module: Item Specifications Communication protocol EtherNet/IP™ (Conformance test version: Composit 12) Transmission medium (cable) Standard Ethernet cable (CAT5 or higher, 100BASE-TX) Communication speed 10 Mbps/100 Mbps Communication method Full duplex/Half duplex EDS file * Configuration file IP address setting Manual/BOOTP, DHCP...
  • Page 12 EX600-W Series Specifications EX600-WPN Base Module:  Item Specifications Communication protocol PROFINET IO Conformance class Class C (Only for IRT switch function) Transmission medium (cable) Standard Ethernet cable (CAT5 or higher, 100BASE-TX) Transmission speed 100 Mbps PROFINET GSDML file * communication Configuration file FSU (Fast Start Up)
  • Page 13 EX600-W Series Wireless System Specifications EX600-WSVm Remote Module: Item Specifications 24 VDC ±10% Power supply voltage For control/input (US1) Current consumption 70 mA or less Electrical 24 VDC ±10% Power supply voltage For output (US2) Max. supply current Number of inputs Input size Max.
  • Page 14 EX600-W Series Dimensions EX600-WEN  Base module: ANATEL ID label NOM/KC label 10.7 55.2 Area close to NFC antenna NCC label IC/SRRC label FCC ID label EtherNet/IP™ BUS connector, Port 1 EtherNet/IP™ BUS connector, Port 2 Marker groove ID label (Ethernet MAC address, Wireless PID (Product ID)) Connector for EtherNet/IP™...
  • Page 15 EX600-W Series Wireless System Dimensions EX600-WPN  Base module: ANATEL ID label NOM/KC label 10.7 55.2 Area close to NFC antenna NCC label IC/SRRC label FCC ID label PROFINET BUS connector, Port 1 PROFINET BUS connector, Port 2 Marker groove ID label (Ethernet MAC address, Wireless PID (Product ID)) Connector for PROFINET Port 1/Port 2 M12, 4-pin, D-coded, socket...
  • Page 17 EX600-W Series Wireless System Dimensions End plate (D side) EX600-ED2 (4.4) EX600-ED2/ED4/ED5 Power supply connector PWR IN: M12 5-pin plug, B-coded 2 x M4 direct mounting hole 85.1 20.5 Power supply connector Configuration Pin no. Description PWR IN 24 V (for output) 0 V (for output) 24 V (for control/input) 0 V (for control/input)
  • Page 18 EX600-W Series LED Display Base module No. LED name Function Color of LED Operation EtherNet/IP™ communication Green LED is ON. Power supply voltage for output (US2) is normal. specifications Power supply Power supply voltage for output (US2) is abnormal. Red LED PWR (V) voltage for (Indication only.
  • Page 19 EX600-W Series Wireless System LED Display Base module No. LED name Function Color of LED Operation PROFINET communication Green LED Power supply voltage for control and input (US1) is normal, specifications is ON. and power supply voltage for output (US2) is normal. Power supply voltage for control and input (US1) is normal, Green LED Power supply...
  • Page 20 EX600-W Series LED Display Remote module No. LED name Function Color of LED Operation Green LED is ON. Power supply voltage for output (US2) is normal. Power supply Power supply voltage for output (US2) is abnormal. Red LED PWR (V) voltage for (Indication only.
  • Page 21 EX600-W Series Accessories (Optional Parts) Communication cable Power supply cable with connector with connector Seal cap (M8) Marker Valve plate Seal cap (M12) Power supply cable (7/8 inch Reinforcing brace connector) (for direct mounting) Reinforcing brace (for DIN rail mounting) End plate bracket Power supply field wireable connector (7/8 inch)
  • Page 22 EX600-W Series t Marker (1 sheet, 88 pcs.) The signal name of I/O device and each unit address can be entered and mounted on each unit. EX600-ZT1 y Communication Cable with Connector/Communication Connector Cable with M12 ↔ RJ-45 connector EX9-AC 020 EN-PSRJ (Plug/RJ-45 connector) Cable length (L) RJ-45...
  • Page 23 EX600-W Series Accessories u Power Supply Cable with M12 Connector (A-coded) EX500-AP 050 - S Cable length (L) Connector specification 1000 mm Straight 5000 mm Angle Straight connector type Angle connector type ø14.9 25.3 Socket connector Socket connector 40.7 pin arrangement pin arrangement A-coded A-coded...
  • Page 24 EX600-W Series u Power Supply Cable with M12 Connector (B-coded) SPEEDCON PCA- 1564927 Socket specification, Cable length (L) 1564927 Straight 2 m 1564930 Straight 6 m 1564943 Angle 1564969 Angle Straight connector type Angle connector type 36.3 44.5 SPEEDCON Socket connector Socket connector SPEEDCON ø14.8...
  • Page 25 EX600-W Series Accessories i Power Supply Cable with 7/8 Inch Connector/Power Supply Connector PCA- 1558810 Specifications Symbol Cable length (L) Connector specification 1558810 2000 Straight 1558823 6000 Straight 1558836 2000 Right angle 1558849 6000 Right angle Straight connector type Angle connector type 49.9 Socket connector Socket connector...

  • Page 26: Technical Data

    EX600-W Series Technical Data Frequency Hopping (FHSS: Frequency Hopping Spread Spectrum) A communication technology that uses spread spectrum transmission with frequency hopping to rapidly switch the frequency. Because the frequency rapidly changes all the time, this communication method is resistant to radio wave interference due to reflections or noise from other wireless equipment, while ensuring a high level of data security.

  • Page 27: Safety Instructions

    These safety instructions are intended to prevent hazardous situations and/or Safety Instructions equipment damage. These instructions indicate the level of potential hazard with the labels of “Caution,” “Warning” or “Danger.” They are all important notes for ∗1) safety and must be followed in addition to International Standards (ISO/IEC) and other safety regulations.