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2789-9080

Installation and Removal

30

 | Version: 1.1.0
Communication Module IO-Link

6

Installation and Removal

!

 NOTICE

Do not cover the ventilation openings!

Covered ventilation openings can lead to overheating of the product.

Keep all ventilation openings clear!

The letters shown in parentheses refer to positions in figure “View” in 

8

 

View [

}

 10]

.

 Note

Mounting positions

The nominal mounting position is (see also figure “View” in 

8

 

View [

}

 10]

): front side fac-

ing forwards, marking legible, bottom ventilation openings (b) facing upwards and down-
wards

Mounting

B

A

Figure 7: Mounting

Install the product by snapping it onto the WAGO Power Supply Pro 2 (see figure “Instal-
lation”):

1. Remove the cap from the communication interface on the WAGO Power Supply Pro

2.

2. Keep the cap in a safe place so that you can cover the communication interface

again when this interface is not required.

3. Remove the mounted marker carrier from the WAGO Power Supply Pro 2.

4. Insert the product with the lower latches into the lower mounting slots of the WAGO

Power Supply Pro 2 [A].

5. Slide the product toward the communication interface [B] until the top latches latch

into the top mounting slots.

6. Verify that the product is snapped on properly.

Summary of Contents for 2789-9080

Page 1: ...Version 1 1 0 Communication Modules WAGO Communication Module IO Link 2789 9080 WAGO...

Page 2: ...en to ensure the accuracy and completeness of this documentation However as errors can never be fully excluded we always appreci ate any information or suggestions for improving the documentation E Ma...

Page 3: ...13 3 7 2 Input 13 3 7 3 Power Loss 13 3 7 4 Communication 13 3 7 5 Environmental Requirements 14 3 8 Guidelines approvals and standards 14 3 8 1 Guidelines 14 3 8 2 Approvals 14 3 8 3 Standards 15 4...

Page 4: ...2 4 10 System General Index 445 26 4 3 Messages and Events 27 4 3 1 Error Messages for WAGO Power Supplies Pro 2 27 4 3 2 Events and Measured Values for WAGO Power Supply Pro 2 27 4 4 Other 28 4 4 1...

Page 5: ...ter 1 1 Typographical Conventions Number Notation 100 Decimals Normal notation 0x64 Hexadecimals C notation 100 0110 0100 Binary In single quotation marks Nibbles separated by a period Text Formatting...

Page 6: ...not avoided will result in death or serious injury Action step to reduce risk WARNING Type and source of hazard Indicates a potentially hazardous situation which if not avoided could result in death...

Page 7: ...y trademarks are referred to in the product documentation The and TM symbols are omitted hereinafter The trademarks are listed in the Appendix 8 Protected Rights 34 Subject to Change The instructions...

Page 8: ...ion between control signal and data lines and the power supply lines The specified conductor cross sections refer exclusively to the mechanical connection capacity of the clamping points Always use co...

Page 9: ...tted for the mounted product Cooling of the product must not be impaired Ensure air can flow freely and that the minimum clearances from adjacent products areas are maintained 2 5 Indirect Safety Only...

Page 10: ...The IO Link Communication Module enables communication with an IO Link master It is plugged onto the communication interface that is integrated on the front of the WAGO Power Supply Pro 2 You can fin...

Page 11: ...provals 8 Approvals 14 2 Item Number 3 Company logo and address 4 Product name 5 QR link with link to website 6 Reference to product documentation 7 Product specific information 3 4 Product specific i...

Page 12: ...structure Software index Hardware index Boot loader index FW HW FL 3 5 Connections 3 5 1 IO Link 1 2 3 4 Figure 4 IO Link X5 port Pos Pin Description 1 1 Contact L for input voltage 2 2 C Q contact 3...

Page 13: ...put Table 5 Technical Data Input Property Value Nominal input voltage 24 VDC SELV via IO Link master Input voltage range 18 30 VDC SELV via IO Link master Input current 15 mA Table 6 Technical Data In...

Page 14: ...insulation Functional insulation Ambient temperature operation 25 70 C Ambient temperature storage 40 85 C Relative humidity 5 96 no condensation Operating altitude above sea level max 5000 m Overvol...

Page 15: ...0 2 2 3K3 except for low air pressure Table 12 EMV Immunity to Interference Standard Title EN 61000 6 2 Part 6 2 Generic standards Immunity for industrial environments EN 61000 4 2 Part 4 2 Testing an...

Page 16: ...development connected devices can be simply replaced and configurations copied Communication occurs via serial point to point links in standard 3 wire technology Both data and diagnostic information a...

Page 17: ...product or type name 19 0 Product ID StringT 32 Product or type identifica tion 21 0 Serial Number StringT 16 Description of Device func tion or characteristic 22 0 Hardware Revision StringT 5 Vendor...

Page 18: ...D module UIntegerT 4 Configuration ID of the module 4 2 3 Data Structure for WAGO Power Supplies Pro 2 The product has the following structure 5 byte input process data 1 byte output process data The...

Page 19: ...ID 379 0 Termi nation read write UIntegerT Yes 0 0 2 2 No termination 380 0 Baud rate read write UIntegerT Yes 19200 4800 560800 4 Baud rate for op tions see 8 Baud Rate Index 380 22 382 0 Data bits r...

Page 20: ...ge is applied i e the processor has booted and power stages are switched on 404 0 Trip current read write UIntegerT Yes 2 5 A 2500 mA 5 A 5000 mA 10 A 10000 mA 15 A 15000 mA 20 A 20000 mA 40 A 40000 m...

Page 21: ...read only UIntegerT 4 Output level for the previ ous second 1546 0 Output energy of last minute read only UIntegerT 4 Output level for the previ ous minute 1548 0 Output energy of last hour read only...

Page 22: ...here are three password levels Table 21 Selection options for password protection Value IODD Value Description 0 no password No password protection 1 write protection parameters Write protection for p...

Page 23: ...escription 0 Big endian B0 B1 B2 B3 1 Middle endian B2 B3 B0 B1 2 Little endian B3 B2 B1 B0 4 2 4 7 Output behavior Index 394 Output on Bit 0 enables or disables the output Table 27 Output on Bit 0 IO...

Page 24: ...t breaker Latching after thermal overload Bit 12 controls the latching shutdown in case of thermal overload Table 32 Latching after thermal overload Bit 12 IODD Value Description 1 active enabled 0 in...

Page 25: ...OK Bit 0 IODD Value Description 1 active enabled 0 inactive disabled Load current warning level exceeded Bit 1 indicates whether the overload warning threshold has been exceeded Table 37 Load current...

Page 26: ...erted 4 2 4 10 System General Index 445 Behavior on application of power Bits 0 to 2 determine the behavior with applied voltage Table 43 Behavior on application of power Bit 0 1 Bit 1 1 Bit 2 1 IODD...

Page 27: ...rily unavailable Command not possible due to current command status e g during block parameterization that is not closed other commands are rejected 0x8040 Invalid parameter set Written parameter valu...

Page 28: ...description file can be assigned to each connected IO Link capable product This IODD contains the available parameters You can find the IODD for WAGO products here https ioddfinder io link com 1 Enter...

Page 29: ...protection during transport and storage Store the product in suitable packaging preferably the original packaging Only transport the product in suitable containers packaging Make sure the product cont...

Page 30: ...b facing upwards and down wards Mounting B A Figure 7 Mounting Install the product by snapping it onto the WAGO Power Supply Pro 2 see figure Instal lation 1 Remove the cap from the communication int...

Page 31: ...Figure 8 Removal 1 Press the top locking tab a of the product C 2 Pivot the product to remove it from the WAGO Power Supply Pro 2 D NOTICE Avoid electrostatic discharge The products are equipped with...

Page 32: ...ng Clear any data stored on electrical and electronic equipment Remove lithium ion batteries lead acid batteries or memory cards that are added to the electrical and electronic equipment Wear appropri...

Page 33: ...146 000 030 2787 2146 000 070 12591235 2787 2147 12591297 12591298 12591299 2787 2147 000 030 2787 2147 000 070 12591299 2787 2448 12591361 12591362 12591363 2787 2448 000 030 2787 2448 000 070 125913...

Page 34: ...y Insulated Shaft Type 2 blade 3 5 0 5 mm 210 720 Accessories Marking Table 52 Accessories Marking Description Item Number Marker Carrier 2789 1233 Marking System 2009 0110 WMB Multi Marking System 20...

Page 35: ...echnology licensed by Beckhoff Automation GmbH Germany ETHERNET IP is a registered trademark of the Open DeviceNet Vendor Association Inc ODVA EnOcean is a registered trademark of EnOcean GmbH Google...

Page 36: ...WAGO specific parameters 18 Table 16 Process Data Structure 18 Table 17 Status Message Structure 18 Table 18 Control Data Structure 19 Table 19 Parameter Adresses 19 Table 20 Parameters DC Output 21 T...

Page 37: ...data 26 Table 41 Digital output on 26 Table 42 Inverted settings 26 Table 43 Behavior on application of power 26 Table 44 Activate switch on delay 26 Table 45 Activate key lock 26 Table 46 Disable res...

Page 38: ...res Figure 1 View 10 Figure 2 Type label 11 Figure 3 Product specific information 11 Figure 4 IO Link X5 port 12 Figure 5 Visual Status Indicator 12 Figure 6 3 Wire Connection Technology Based on Phys...

Page 39: ...2789 9080 List of Figures Version 1 1 0 39 Communication Module IO Link...

Page 40: ...gs videos and other WAGO media are subject to copyright Distri bution or modification of the contents of these pages and videos is prohibited Furthermore the content may neither be copied nor made ava...

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