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Allen-Bradley ControlNet-to-DeviceNet 1788-CN2DN Installation Instructions Manual Download Page 7

                   

ControlNet-to-DeviceNet Linking Device

7

1788-5.2B - October 1999

Refer to publication number 1786-6.2.1, ControlNet Cable System Planning and 
Installation Manual, for further information.

Figure 5 ControlNet Connections

Network Access Port (NAP)

The CN2DN includes a Network Access Port (NAP) with an RJ-45 connector for 
connecting programming terminals to devices on the ControlNet network. You 
can use the NAP to temporarily connect a device such as a laptop computer to the 
network.

Important: Do not connect the CN2DN to more than one ControlNet network 

at a time. Attempting to connect to a second network will cause the 
CN2DN to operate erratically.

!

ATTENTION:  If you connect the product to a cable system that 
does not support redundant media, connect the tap dropline to the 
BNC connector labeled channel A. channel B is left open when 
using single media.

If the cable system is redundant, connect all channel A connectors 
to one cable, and all channel B connectors to the other cable.

30904-M

Network Access Port (NAP)

BNC Connectors

Allen-Bradley Parts

Summary of Contents for ControlNet-to-DeviceNet 1788-CN2DN

Page 1: ...two broad functions supporting closed loop control and configuration and monitoring To the Installer Use this document as a guide when you install the 1788 CN2DN Topic Page System Requirements 3 CN2DN Hardware Description 4 Installing the CN2DN Module 4 ControlNet Connections 6 DeviceNet Connections 9 Setting the DNet Data Rate 11 Setting the Node Address Switches 10 The Example Installation 12 RS...

Page 2: ...particular installation Allen Bradley does not assume responsibility or liability to include intellectual property liability for actual use based upon the examples shown in this publication Allen Bradley publication SGI 1 1 Safety Guidelines for the Application Installation and Maintenance of Solid State Control available from your local Allen Bradley office describes some important differences be...

Page 3: ...y PC interfaces RSNetWorx for ControlNet version 2 0 or later this is the ControlNet configuration tool RSNetWorx for DeviceNet version 2 11 or later this is the DeviceNet configuration tool Compatibility Information The 1788 CN2DN linking device is compatible with DeviceNet and ControlNet specifications as of this writing Related Publications Title Publication Number ControlNet Cable System Plann...

Page 4: ... to set the ControlNet node address The CNet Status LEDs display the current status of each of the redundant media channels The CN2DN has one DeviceNet port Rotary switches are used to set the DeviceNet node address and the data rate DNet LEDs display the current status of the network and the I O channel Module Status and Linking Activity LEDs are also provided For information about the LEDs see I...

Page 5: ...tions listed on page 34 1 Press the module straight onto the DIN rail at the desired location Be sure that both latches snap into place Figure 2 Mounting the CN2DN Module on the DIN Rail 2 Use the supplied end anchors to lock the module into place Figure 3 End Anchors and Mounting Tabs Note that for very high shock applications the module may be bolted to the panel through the four mounting tabs o...

Page 6: ...tor is a 4 pin redundant screw terminal connector The pinout for the power connector is shown in Figure 4 Figure 4 Power Connector Pinout Connect the primary power supply to the left and pair The right and pair may be used to chain the primary power supply to other devices Important The connection to downstream devices will not be made unless the connector is plugged in to the CN2DN ControlNet Con...

Page 7: ...rily connect a device such as a laptop computer to the network Important Do not connect the CN2DN to more than one ControlNet network at a time Attempting to connect to a second network will cause the CN2DN to operate erratically ATTENTION If you connect the product to a cable system that does not support redundant media connect the tap dropline to the BNC connector labeled channel A channel B is ...

Page 8: ... 1788 5 2B October 1999 Figure 6 shows an example of a typical ControlNet network connection Figure 6 Typical CN2DN Connections to a ControlNet Network trunk cable A trunk cable B A B 30907 M ControlNet Device ControlNet Device Linking Device ...

Page 9: ...nnect to the DeviceNet network An open style 10 position linear plug is provided with your CN2DN Wire the connector as shown in figure 8 Figure 8 Connector Pinout to CN2DN Refer to publication number DN 6 7 2 DeviceNet Cable System Planning and Installation Manual for further information 30902 M DeviceNet Connector Black Blue White Red Bare DeviceNet Drop Line g Red White Clear Blue Black 10 posit...

Page 10: ...5 71 ControlLogix ControlNet Bridge for information on configuring a 1756 CNB module CN2DN ControlNet Address Choose and set a ControlNet network address for the CN2DN Refer to figure 9 Important ControlNet addresses must be in the range 01 99 Figure 9 CNet Node Address Switches CN2DN DeviceNet Address Choose and set a DeviceNet network address for the CN2DN Refer to figure 10 Important DeviceNet ...

Page 11: ...Device 11 1788 5 2B October 1999 Setting the DNet Data Rate Set the data rate for your DeviceNet network 125K 250K or 500K Data rate settings in the PGM area are not supported Refer to figure 11 Figure 11 DNet Data Rate Switch y Parts ...

Page 12: ...ing device can be used with any Allen Bradley controller that is provided with a ControlNet interface RSLogix5000 Setup 1 Open the RSLogix5000 software 2 From the File menu select New The New Controller pop up window will appear 3 Enter the appropriate information in the following fields Name enter a controller name of your choice Chassis Type select the chassis size from the pull down list Slot N...

Page 13: ...ext you must add the 1756 CNB interface module to the I O configuration of the controller Then you will add the 1788 CN2DN linking device as a child of the 1756 CNB module To add the 1756 CNB module to the I O Configuration perform the following steps 1 Right click on the I O Configuration folder at the bottom of the project window as seen in the figure above y Parts ...

Page 14: ...to DeviceNet Linking Device 1788 5 2B October 1999 The following pop up menu will appear 2 Select New Module The Select Module Type window will appear 3 Select the 1756 ControlNet Bridge from the list and click on OK ...

Page 15: ...d select the chassis Slot it occupies 5 Disable Electronic Keying 6 Click on the button The 1756 CNB module will be added to the I O Configuration folder Now add the 1788 CN2DN linking device to the I O configuration by performing the following steps 1 Right click on the 1756 CNB module you have just created 2 Select New Module from the pop up window y Parts ...

Page 16: ...N2DN ControlNet to DeviceNet Linking Device and click on OK the 1788 CN2DN_04 Device is recommended The Module Properties window will appear 4 Enter a Name of you choice for the 1788 CN2DN module 5 Select the ControlNet Node address that you have set with the faceplate switches 6 Disable Electronic Keying 7 Click on the button ...

Page 17: ...should now appear as shown below ControlNet Setup Using RSNetWorx for ControlNet If you are using a ControlLogix 5550 processor the following can be used as part of your setup 1 Open the RSNetWorx for ControlNet software 2 Check the Edits Enabled box and click on the Online button y Parts ...

Page 18: ...ivers you have installed in your system but you should have a ControlNet driver e g a 1784 KTCX15 card configured 3 Select the ControlNet driver The software will browse the ControlNet network for connected devices When it is finished browsing your network should appear similar to that shown below 4 Verify that the 1756 CNB module is node 1 on the network required for Active Keeper ...

Page 19: ...olNet main menu bar 6 Select Properties from the pull down menu The following window will appear 7 Set the following parameters to appropriate values for your system Network Update Time 10 ms is a typical value Max Scheduled Address set to the highest node address of scheduled devices on your ControlNet y Parts ...

Page 20: ...t i e do not set to 99 unless you have 99 nodes on your network 8 Click on OK 9 From the File menu select Save The following prompt will appear 10 Select Optimize and re write schedule for all connections and click on OK The ControlNet network is now configured and scheduled and the controller is able to communicate with the ControlNet devices ...

Page 21: ...ceNet Setup Using RSNetWorx for DeviceNet 1 Open the RSNetWorx for DeviceNet software 2 Click on the Online button The Browse for network window will appear Your window may appear different from that shown below depending upon the drivers installed on your system y Parts ...

Page 22: ...wn through the 1788 CN2DN Linking Device to the DeviceNet driver 4 Click on OK The following prompt will appear 5 Click on OK to browse the network When browsing is complete you should see all of the devices on your DeviceNet network Your DeviceNet network should appear similar to the one shown below 6 Right click on the 1788 CN2DN icon ...

Page 23: ...ControlNet to DeviceNet Linking Device 23 1788 5 2B October 1999 The following window will appear 7 Select Properties The following window will appear 8 Select the Scanlist tab y Parts ...

Page 24: ... devices in the Available window and move them to the Scanlist window with the or all devices button 11 After adding the devices to the Scanlist click on the Input and Output tabs to view and record the mapping of the devices 12 Save your DeviceNet configuration RediStation Output mapped to output address 7 Photoeye Input mapped to input address 15 RediStation Input mapped to input address 7 ...

Page 25: ... by writing output data to an output structure in the 1788 CN2DN module The scanner module then delivers a copy of these output values to modules on DeviceNet The output structure consists of two 32 bit control registers and an array of 1 to 123 32 bit words for output data The output structure consists of these data regions Module Command Register Bit Definitions Output Structure Element Descript...

Page 26: ...ate of several key module level operational parameters The input structure consists of these data regions Module Status Register Bit Definitions Input Structure Element Data Type module status register 1 x 32 bit register input_data 1 to 124 32 bit data array Bit Name Description 0 RUN 1 in run mode 0 in idle mode 1 FAULT 1 network is faulted 2 Disable Network 1 network is disabled 3 Device Failur...

Page 27: ...g the Status Indicators The Status Indicators are located on the front of the CN2DN module as shown in Figure 1 Status Structure Element Description Data Type scan_counter counter incremented each I O scan 32 bit device_failure_register device failed bit table 64 bit autoverify_failure_register device I O size does not match 64 bit device_idle_register device is idle bit table configuration 64 bit...

Page 28: ...k configuration has occurred Linking Activity LED The Linking Activity LED indicates the rate of traffic through the bridge Table B shows how to interpret the Linking Activity Status LED states Table A Interpretation of the Module Status LED LED State Meaning Off No power to device Flashing green Standby state Steady green Operational state Flashing red Major recoverable fault Steady red Major unr...

Page 29: ...w to View Cause Both steady off 1 highest View together Reset or no power Both steady red 2 Failed to link interface to ControlNet Alternating red green 3 Self testing Alternating red 4 Bad node configuration such as duplicate ControlNet network address Steady off 5 View independently Channel disabled or not supported Flashing red green 6 Invalid link configuration Flashing red 7 Link fault or no ...

Page 30: ...Off All inputs and outputs are inactive Steady green One or more outputs are active and under control and no outputs are faulted One or more inputs are active and producing data and no inputs are faulted Flashing green One or more outputs are idle and no inputs are active or faulted Flashing red One or more outputs are faulted One or more inputs are faulted Steady red One or more outputs are force...

Page 31: ...MC Generic Immunity Standard Part 2 Industrial Environment This product is intended for use in an industrial environment Low Voltage Directive This product is tested to meet Council Directive 73 23 EEC Low Voltage by applying the safety requirements of EN 61131 2 Programmable Controllers Part 2 Equipment Requirements and Tests For specific information required by EN 61131 2 see the appropriate sec...

Page 32: ...mmable control system the product with the highest temperature rating determines the overall temperature code rating of a programmable control system in a Class I Division 2 location The temperature code rating is marked on the product label as shown Temperature code rating The following warnings apply to products having certification for use in hazardous locations ATTENTION Explosion hazard Subst...

Page 33: ...programmables le produit ayant le code de température le plus élevé détermine le code de température global du système dans un environnement de Classe 1 Division 2 Le code de température est indiqué sur l étiquette produit Code de température Les avertissements suivants s appliquent aux produits certifiés pour une utilisation en environnements dangereux DANGER Risque d explosion La substitution de...

Page 34: ...g Activity DNet Network Status DNet I O Status CNet Status 1 each channel Connectors ControlNet BNC connectors Network Access Port RJ45 DeviceNet 5 pin open connector Power 4 pin redundant screw terminal connector Conductors Wire Size Category Category 2 1 1 Refer to the Industrial Automation Wiring and Grounding Guidelines for Noise Immunity publication 1770 4 1 ControlNet Taps Cat Nos 1786 TPR T...

Page 35: ...ControlNet to DeviceNet Linking Device 35 1788 5 2B October 1999 Mounting Dimensions All dimensions in millimeters mm y Parts ...

Page 36: ...al Corporation Printed in the U S A PLC is a trademark of Rockwell Automation ControlNet is a trademark of ControlNet International DeviceNet is a trademark of Open Device Vendors Association ODVA RSLinx RSLogix5000 RSNetWorx are trademarks of Rockwell Software Inc Windows NT is a trademark of Microsoft Corporation ...

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