background image

System description

3433_en_C

PHOENIX CONTACT

9/46

Figure 2-6

HART analog out connection

Figure 2-7

HART analog in connection to a GW PL HART…-R-BUS

Figure 2-8

HART analog out connection to a GW PL HART…-R-BUS

+

-

+

-

Out

PLC

GW PL HART/...-BUS

4...20 mA

H+ H-

A

A

 

Optional isolator or 

repeater power supply

A

 

Optional isolator or 

repeater power supply

+

-

+

-

+

-

24 V

0 V

H+

GW PL HART/...-BUS

H-

250 Ω

A

+

-

24 V 0 V

H-

GW PL HART...-R-BUS

H+

250 Ω

A

A

 

Optional isolator or 

repeater power supply

Summary of Contents for GW PL DIO4-BUS

Page 1: ...User manual UM EN GW PL ETH BUS GW PL ETH BUS...

Page 2: ...W PL ETH BUS Designation Order No GW PL ETH UNI BUS 2702233 GW PL ETH BASIC BUS 2702321 GW PL HART4 BUS 2702234 GW PL HART4 R BUS 2702879 GW PL HART8 BUS 2702235 GW PL HART8 R BUS 2702880 GW PL HART8...

Page 3: ...2 2 1 Connections 8 2 3 GW PL HART8 AI BUS expansion module 10 2 3 1 Connections 11 2 4 GW PL DIO4 BUS 12 2 4 1 Connections 12 3 Installation 15 3 1 Mounting 15 4 Programming 17 4 1 Default settings...

Page 4: ...GW PL ETH BUS 2 46 PHOENIX CONTACT 3433_en_C B Appendixes 39 B 1 List of figures 39 B 2 List of tables 41 B 3 Index 43...

Page 5: ...modifications to the device can endanger your safety or damage the device Do not repair the device yourself If the device is defective please contact Phoenix Contact This symbol indicates hazards that...

Page 6: ...the packaging instructions and the certificates conformity assessment other possible approvals Opening the device or making changes to it is not permitted Do not repair the device yourself but replace...

Page 7: ...communicates on an Ethernet network Up to five fieldbus specific expansion modules can be connected and the field device data can be accessed using FDT DTM HART IP and Modbus TCP The GW PL ETH UNI BUS...

Page 8: ...wer connector Figure 2 2 Power connection Ethernet Connect a CAT5 or better Ethernet cable to the RJ45 port on the GW PL ETH BUS and an Ethernet network switch Both crossover C O or 1 1 cables are acc...

Page 9: ...0 for applications using a 4 to 20 mA HART isolator or loops with low loop resistance Each channel provides galvanic isolation from the HART signal With the GW PL ETH BUS CommDTM the modules can be in...

Page 10: ...CH8 CH6 CH5 CH2 CH1 GW PL HART8 BUS S H H S S H H S S H H S S H H S S H H S S H H S S H H S S H H S1 1 1 1 2 2 2 2 5 5 5 5 6 6 6 6 3 3 3 3 7 7 7 7 4 4 4 4 8 8 8 8 6 2 4 3 8 7 5 1 9 10 Table 2 3 GW PL...

Page 11: ...to a GW PL HART R BUS Figure 2 8 HART analog out connection to a GW PL HART R BUS Out PLC GW PL HART BUS 4 20 mA H H A A Optional isolator or repeater power supply A Optional isolator or repeater pow...

Page 12: ...Each channel provides galvanic isolation from the HART signal Figure 2 9 GW PL HART8 AI BUS structure S 6 H 6 S 5 H 5 S 6 H 6 S 6 H 6 S 1 H 1 S 1 H 1 S 2 H 2 S 2 H 2 S 8 8 8 8 4 4 4 4 7 7 7 7 3 3 3 3...

Page 13: ...ces according to Figure 2 10 and Figure 2 11 An optional isolator or repeater power supply may be installed Figure 2 10 HART direct connection with current power Figure 2 11 Intrinsically safe HART co...

Page 14: ...dbus specific modules the GW PL DIO4 BUS can extend any network with digital I O capabilities Figure 2 12 GW PL DIO4 BUS structure 2 4 1 Connections Digital input Connect any digital input field devic...

Page 15: ...System description 3433_en_C PHOENIX CONTACT 13 46 Digital output Connect any digital output field devices according to Figure 2 14 Figure 2 14 Typical digital output connection 24 V DC 0 V A B...

Page 16: ...GW PL ETH BUS 14 46 PHOENIX CONTACT 3433_en_C...

Page 17: ...l the bus connectors mate Repeat for each module Figure 3 2 Module and terminator plug installation A B 2 4 V O V ST PW R GW PL ETH UNI BUS 24 V 0V S 2 H 2 H 2 S 2 S 1 H 1 H 1 S 1 GW PL HART4 BUS S S...

Page 18: ...o the head station 2 Slide the last terminator to the right away from the head station 3 Using a screwdriver release the latch and rotate the bottom of the module off the DIN rail 4 Lift the module of...

Page 19: ...The web server responds immediately Figure 4 1 Log in screen 3 Enter the credentials to access the web server configuration pages The default credentials are IP address 192 168 254 254 Subnet mask 25...

Page 20: ...g state are clearly displayed on a graphic user interface 4 2 1 General settings Click the General Settings tab to view and edit general information about the GW PL ETH BUS Figure 4 3 General Settings...

Page 21: ...te fields Use PC Clock Transfers the current time and date from a connected PC to the GW PL ETH BUS Use NTP Server The time and date are downloaded from the server s specified in the Time Server 1 and...

Page 22: ...the slave ID designation for any connected expansion modules Click the Live list link under each module to view information about the HART devices connected to that module 4 2 3 1 Live list The Live l...

Page 23: ...Status Displays device specific information for operation of the connected device The poll address must be 0 for Modbus data to be available to other devices Status codes are only valid for devices th...

Page 24: ...a HART IP enabled host system use the following configuration 4 2 4 2 Modbus configuration When the GW PL ETH BUS is used in conjunction with any GW PL HART expansion modules the process variables of...

Page 25: ...Redirector The redirector application is used to create a virtual COM port on the PC running Emerson AMS The virtual COM ports are physically redirected to the network card and a destination IP in th...

Page 26: ...PL ETH BUS by using the Add Device Type tool in AMS Figure 4 9 Add Device Type dialog box 2 Start the Network Configuration tool in AMS and select Multiplexer Network Click the Install button and foll...

Page 27: ...er address range from 0 to 1 Figure 4 11 Connection dialog box 4 Launch AMS Device Manager The GW PL ETH BUS should appear Right click on the icon and select Rebuild Network from the context sensitive...

Page 28: ...ick the Profinet checkbox GSDML file creation Each channel on every expansion module has a unique PROFINET slot address corresponding to the position 1 to 5 of the module in the station GSDML files de...

Page 29: ...ules Figure 4 14 GSDML Creation Tool 2 Click the Expand button in the upper left corner to display the available modules Figure 4 15 GSDML Creation Tool with expansion module support opened 3 Click th...

Page 30: ...slots for specific HART channels combined with the HART device slave address The bmp file is used in the PROFINET master to display an icon representing the GW PL ETH BUS system 5 Load the files acco...

Page 31: ...ple devices on the network from trying to use the same address 4 2 5 2 Passwords From the Device Maintenance page click the Passwords tab to change the password used to access the web server Figure 4...

Page 32: ...ure 4 20 Update Firmware page Occasionally a new version of firmware may be provided to enhance operation of the GW PL ETH BUS or any of the modules To install a new version of firmware download the f...

Page 33: ...onnected to the power source 1 Press and hold the reset button for at least five seconds Reinitializing the module and firmware reset may take some time Do not disconnect from power 2 After a successf...

Page 34: ...booting Off Normal operation Flashing 1 Hz 1 1 The ST flash indications only apply with an active PROFINET connection Device identification Responding to DCP request from host typically 3 s duration...

Page 35: ...ient to request registers 30256 and 30257 from Slave ID 1 of the IP address of the head station ST PWR GW PL ETH UNI BUS Modbus function codes 3 4 6 and 16 are supported Table A 1 Modbus registers Mod...

Page 36: ...Read Float 30277 MSW 30278 LSW Tertiary Variable TV Read Float 30279 MSW 30280 LSW Quaternary Variable QV Read Float 30281 MSW 30282 LSW Status Read Word 30283 Loop Current Read Float 39351 MSW 39352...

Page 37: ...0304 MSW 30305 LSW Tertiary Variable TV Read Float 30306 MSW 30307 LSW Quaternary Variable QV Read Float 30308 MSW 30309 LSW Status Read Word 30310 Loop Current Read Float 318567 MSW 318568 LSW 7 Prim...

Page 38: ...age 37 8 Primary Variable PV Read Float 30320 MSW 30321 LSW Secondary Variable SV Read Float 30322 MSW 30323 LSW Tertiary Variable TV Read Float 30324 MSW 30325 LSW Quaternary Variable QV Read Float 3...

Page 39: ...lure see response code 0x23 HART server disconnected 0x21 HART failure see response code 0xFF Other value Internal error HART response code 0x24 No response from HART device Not used 0xFE Invalid see...

Page 40: ...GW PL ETH BUS 38 46 PHOENIX CONTACT 3433_en_C...

Page 41: ...e 2 10 HART direct connection with current power 11 Figure 2 11 Intrinsically safe HART connection 11 Figure 2 12 GW PL DIO4 BUS structure 12 Figure 2 13 Typical digital input connection 12 Figure 2 1...

Page 42: ...on Tool 27 Figure 4 15 GSDML Creation Tool with expansion module support opened 27 Figure 4 16 Exporting a GSDML file 28 Figure 4 17 Restore Defaults page 29 Figure 4 18 Passwords page 29 Figure 4 19...

Page 43: ...8 BUS GW PL HART8 R BUS structure 8 Table 2 4 GW PL HART8 AI BUS structure 10 Table 2 5 GW PL DIO4 BUS structure 12 Section 4 Table 4 1 Status codes 21 Section 5 Table 5 1 Head station LEDs 32 Table 5...

Page 44: ...GW PL ETH BUS 42 46 PHOENIX CONTACT 3433_en_C...

Page 45: ...DML 26 GW PL DIO4 BUS 12 GW PL ETH BUS 5 GW PL HART4 BUS 7 GW PL HART8 AI BUS 10 GW PL HART8 BUS 7 H Hardware reset 31 I Installation 15 L LAN configuration 19 LEDs 32 Live list 20 Log files 30 Login...

Page 46: ...GW PL ETH BUS 44 46 PHOENIX CONTACT 3433_en_C...

Page 47: ...products in your specific application in particular with regard to observing the applicable standards and regulations All information made available in the technical data is supplied without any accom...

Page 48: ...products Subsidiaries If there are any problems that cannot be solved using the documentation please contact your Phoenix Contact subsidiary Subsidiary contact information is available at phoenixconta...

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