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Operating instructions  

IO-Link data splitter

E43406 

E43410

80282431   03 / 2020

 

UK

Summary of Contents for E43406

Page 1: ...Operating instructions IO Link data splitter E43406 E43410 80282431 03 2020 UK ...

Page 2: ...3 IO Link 7 5 Installation 7 5 1 Installation location installation environment 7 5 2 Installation procedure 8 6 Electrical connection 9 6 1 Electrical design of the output stage 11 7 Display 11 8 Parameter setting 12 8 1 Parameters 13 9 Operation 14 9 1 Operation and diagnostics display 14 9 2 Delay times 15 10 Technical data and scale drawing 15 11 Maintenance repair and disposal 15 1 Preliminar...

Page 3: ...and if applicable for any service personnel authorised by the manufacturer of the system Read this document before setting up the product and keep it during the entire service life The product must be suitable for the corresponding applications and environmental conditions without any restrictions Only use the product for its intended purpose Functions and features If the operating instructions or...

Page 4: ...ion plug play for many applications 8 On delivery only read access is possible 4 2 The device can be configured for write access 8 Sensors with pulse or frequency output on OUT1 pin 4 are not supported Check if the signal generated by the sensor is also provided via IO Link Check if the IO Link transmission speed is fast enough for the application for example in case of very rapid switching freque...

Page 5: ...nce of the sensor signals 9 2 4 Function 4 1 System integration The prerequisite is a conventional sensor actuator system without IO Link that consists of a sensor actuator and a respective counterpart SIO 1 2 Fig 4 1 Example of a conventional sensor system before integrating the data splitter SIO standard input output mode conventional switching mode 1 Sensor actuator 2 Counterpart ...

Page 6: ...tegration 1 Sensor actuator IO Link device 4 data splitter E434xx 2 Controller installation 5 IO Link master 3 Y cable EVC843 In the configuration of fig 4 2 the data splitter 4 switches the IO Link device 1 initially operated in the SIO mode to the IO Link mode connecting the newly established IO Link communication to the IO Link master 5 ...

Page 7: ... To remove write protection Connect and configure the device according to fig 8 1 8 4 3 IO Link This device has an IO Link communication interface which requires an IO Link capable module IO Link master for operation The IO Link interface allows direct access to process and diagnostic data 4 1 Furthermore communication with a USB IO Link master is possible via a point to point connection 8 The IOD...

Page 8: ...al data of the connection cables used and of the other connected components Maximum 30 m 5 2 Installation procedure If required the device can be fixed with a mounting clip Mounting clip fasten with M4 screw or cable ties Mounting clip with attached device The mounting clip is not supplied with the device Accessories Connect the device with a suitable cable Connect the device to the IO Link device...

Page 9: ...E434xx EVC843 3 4 2 5 5 2 4 3 BN 2 WH 4 BK 3 BU 1 3 4 A 2 BK black BN brown BU blue WH white GY grey Connections 1 to the master 2 to the Y cable 3 to the IO Link device 4 to the installation A electrical separation Connection of the data splitter E434xx 4 3 2 1 to the master 1 1 L from the master 2 not connected 3 L from the master 4 C IO Link 3 1 2 4 5 to the Y cable 2 1 L from the installation ...

Page 10: ...Link1 5 not connected 3 1 2 4 5 to the IO Link device 3 1 L from the installation 2 switching output analogue output OUT2 if available 3 L from the installation 4 C Q IO Link 5 not connected 4 2 1 3 5 to the installation 4 1 L from the installation 2 switching output analogue output OUT2 if available 3 L from the installation 4 switching output OUT1 IO Link1 PNP E43406 or NPN E43410 5 not connecte...

Page 11: ...he installation side 4 in the Y cable EVC843 So for IO Link devices with a signal on pin 2 e g second switching output or analogue output this signal is passed on unchanged to the installation Connections 1 and 2 of the data splitter are electrically isolated A 7 Display 1 3 2 Fig 7 1 1 LED 1 yellow indication of the switching status OUT1 if available 2 LED 2 green operation display fault 3 LED 3 ...

Page 12: ... configuration 9 1 or if for example write protection is to be removed the device must first be configured To do so the device has to be connected according to fig 8 1 3 4 1 2 Fig 8 1 Connection for parameter setting 1 Y cable EVC843 3 IO Link master e g USB version E30390 2 data splitter E434xx 4 PC notebook During parameter setting no IO Link device must be connected to the Y cable 1 Connect the...

Page 13: ...ite protection may jeopardise the integrity of the application Remove write protection only after a thorough check of the possible risks and effects SwitchingBit Bit in the IO Link process data flow representing the switching output OUT1 The parameter is only available if OutputConfiguration is set to manual 0 For the position of the corresponding bit see the IODD description PDF of the connected ...

Page 14: ... master connected X ON ON No IO Link master connected or IO Link master not detected X ON flashes at 1 Hz No IO Link device connected or IO Link device not detected IO Link device provides no switching output on pin 4 flashes at 1 Hz ON X Short circuit on OUT1 flashes at 4 Hz ON X Error with automatic output configuration 8 1 flashes at 1 Hz ON X Switching status OUT1 ON OFF ON X Parameter setting...

Page 15: ...s depends on the device Technical data of the connected IO Link components So the total response time is approx 102 3 ms 10 Technical data and scale drawing Technical data and scale drawing at www ifm com 11 Maintenance repair and disposal It is not possible to repair the unit After use dispose of the unit in an environmentally friendly way in accordance with the applicable national regulations In...

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