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ILC 2050 BI

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PHOENIX CONTACT

107144_en_01

2.10

Power supply

The Inline controller is operated using a 24 V DC voltage. From this 24 V DC, the Inline con-

troller generates the logic voltage for the logic circuit and the analog voltage for the analog

circuit. The logic circuit supplies power to the internal bus, including the communications

chips of all connected Inline terminals. The analog circuit supplies an auxiliary voltage for

analog signals.

Furthermore, the Inline controller has connections to supply power to the main and segment

voltage of the Inline station.

WARNING: Danger of device failure due to thermal overload

•

Observe the derating of the logic supply and the supply to the analog Inline terminals

when connecting the Inline terminals, as well as the maximum current carrying capac-

ity of the Inline terminals.

For more information on derating, please refer to

Section “Derating” on page 65

Summary of Contents for 2403160

Page 1: ...User manual UM EN ILC 2050 BI Installing and operating the ILC 2050 BI and ILC 2050 BI L Inline controllers ...

Page 2: ...erg Germany phoenixcontact com 107144_en_01 Installing and operating the ILC 2050 BI and ILC 2050 BI L Inline controllers Designation Revision Order No ILC 2050 BI 01 2403160 ILC 2050 BI L 01 2404671 User manual This user manual is valid for UM EN ILC 2050 BI revision 01 ...

Page 3: ...tware 18 2 7 1 System shell 18 2 7 2 I O server 18 2 7 3 Startup website 19 2 7 4 Niagara daemon 19 2 8 Inline controller dimensions 19 2 9 Mounting and removing the Inline controller 20 2 10 Power supply 24 2 10 1 Calculating the power dissipation 27 2 10 2 Calculating the current consumption of an Inline station 28 2 10 3 Safety equipment 24 V segment supply and 24 V main supply 29 3 Software fo...

Page 4: ...avoidance 48 3 5 Integration with the Niagara Framework 49 3 5 1 Local I O access 49 3 5 2 Serial interfaces 51 3 5 3 Remote control of the Inline terminals 53 3 6 Concurrent access to the Inline terminals 54 4 Technical data and ordering data 56 4 1 Technical data 56 4 2 Ordering data ILC 2050 BI L 59 A Technical appendix 60 A 1 Fault avoidance 60 A 2 Diagnostics 62 A 3 Fault causes and remedies ...

Page 5: ...safety rules of DIN EN 50110 1 In general the rules should be observed in the order indicated below Disconnect safely Ensure power cannot be switched on again Verify safe isolation from the supply Ground and short circuit Cover or safeguard adjacent live parts Once the work is complete perform the above steps again in reverse order NOTE Property damage due to impermissible stress The IP20 degree o...

Page 6: ... authorization and modifying the system Because of the controller s communication interfaces we advise against using the con troller in safety critical applications without additional security appliances Please take additional protective measures in accordance with the IT security require ments and the standards applicable to your application e g virtual networks VPN for re mote maintenance access...

Page 7: ...e licensing The license model for Niagara is very flexible a number of data points are licensed which are integrated with the Inline controller The license packages are available as initial licenses 250 500 1250 5000 10 000 data points or as upgrade licenses 500 1250 2500 data points Scalable IP network The Inline controller has two IP interfaces that are logically separated from each other and an...

Page 8: ...x 14 Diagnostic and status indicators 15 End plate RS 485 Termination Bias RS 485 networks are executed in a bus topology and are terminated at both ends with a ter mination resistor between the data lines Furthermore the bus lines are brought once to a defined quiescent level with bias resistors The Inline controller has resistor networks for ter The micro SD card is not supplied as standard with...

Page 9: ...0 Ω each of the RS 485 net works connected with COM1 or COM2 according to BACnet MS TP specifications Each in dividual resistor can therefore be separately switched on via DIP switch Figure 2 2 Assignment of DIP switches for RS 485 termination RS 485 A1 B1 SH1 RS 485 A2 B2 SH2 1 3 1 4 RS 485 Termination Bias 3 1 3 1 2 2 107144A013 ...

Page 10: ...t On Voltage present in the segment circuit 24 V DC UM Green Off No voltage present in the main circuit On Voltage present in the main circuit 24 V DC UL Green Off UBK 24 V supply UL logic circuit not OK On UBK 24 V supply UL logic circuit not OK Process status LEDs PL Yellow Status of the Niagara platform Off The process has not started Flashing with 2 s cycle duration 10 on 90 off The process is...

Page 11: ...s cycle duration 90 on 10 off The process is running and requires more than 50 of the processor time PL ST and SE Yellow Running light Software update is being performed I O status LED IO Status of communication with the Inline terminals Off The I O server has not started Green On Communication with the Inline terminals is error free Yellow On Communication with the Inline terminals is interrupted...

Page 12: ...manually reset the IP address Niagara platform access data Daemon HTTP port Daemon HTTPS port and Sedona application to default settings If the service button is pressed when the SV service LED is flashing red and it is held for at least 3 s the IP address of the eth0 IP interface and the Niagara platform access data are restored to default settings If the service button is pressed when the SV ser...

Page 13: ...ler Converter Inputs outputs shown as RS 485 driver generator receiver Transmitter Electrically isolated areas Other symbols used are explained in the IL SYS INST UM E user manual UL UANA UL Local bus 24 V US 24 V UM US UM UBK UBK UM GND GND FE FE 3 3 V 7 5 V 24 V 24 V 0 FT1 FT2 μC Local bus driver USB 1 LAN 1 LAN 2 LAN 3 LAN 4 USB 2 RS 485 A1 B1 SH1 USB Micro SD A2 B2 SH2 107144A001 RS 485 ...

Page 14: ...00Base T automatic detection Automatic MDI MDI X crossover detection Figure 2 5 Connection assignment of Ethernet interfaces The Ethernet interfaces are able to detect and correct an interchanged receive path pair RD RD This means you can use crossover and patch cables regardless of whether the remote station is a further end device or a switch or hub The maximum range of 100 m between Ethernet de...

Page 15: ...Figure 2 6 Connections of the bus connector Table 2 2 Connection assignment of the bus connector Terminal point Designation Function 1 1 COM1 COM1 RS 485 data signal positive 1 2 COM1 COM1 RS 485 data signal negative 1 3 SH1 COM1 shield connection 1 4 NT1 LON TP FT 10 polarity independent ILC 2050 BI L only 2 1 COM2 COM2 RS 485 data signal positive 2 2 COM2 COM2 RS 485 data signal negative 2 3 SH2...

Page 16: ...cting a PC you can use the system shell and the startup website for device configu ration and for the data point test USB OTG is used for local access Local access takes the form of a connection between the Inline controller and a PC The connection established via local access is independent from the device settings Local access is established between the USB interface of a Win dows PC and the min...

Page 17: ...device driver successfully The Inline controller is now classed as an RNDIS Ethernet Gadget under Network Adapter The PC then has another network connection that provides local network access to the Inline controller 2 6 4 2 USB type A interface The USB type A interface is used to connect USB end devices that correspond to the USB 1 0 or USB 2 0 standard Take note of the connection on the software...

Page 18: ...e terminals of the Inline controller and controls the compet ing access to hardware data points where necessary Communication between Niagara and the I O server takes place via a TCP connection This allows for remote control of the Inline terminals from another Niagara application The remote controller can be restricted or deactivated via the IP address definition of the controlling Niagara applic...

Page 19: ... to the Niagara daemon you can configure the Inline controller and load software updates as well as a Niagara application station The Niagara applica tion station can be started automatically by the Niagara daemon You can modify the application via an application connection to the Niagara Workbench This allows you to use all the functions of the Niagara Framework Data point integration via a varie...

Page 20: ...Inline controller Mounting position Mount the Inline controller horizontally as shown in Figure 2 10 on page 21 The tempera ture range specified in Section Ambient conditions on page 58 is only guaranteed if the In line controller is mounted in this position NOTE Dangerous contact voltage During any work on the controller switch off the power supply to the Inline station and make sure the supply v...

Page 21: ...equired to set up the Inline station Ob serve the information provided in the aforementioned user manuals Once you have mounted all the electronic bases attach the relevant connectors to them First insert the front connector catch into the front latching mechanism Figure 2 11 A Then push the connector toward the electronic base until it engages in the rear latching mechanism Figure 2 11 B Figure 2...

Page 22: ... Inline controller from the DIN rail Figure 2 14 B C Figure 2 12 Connectors to be removed when Inline terminals are attached NOTE Risk of damage during mounting and removal if an Inline terminal is left in position When mounting or removing the Inline controller it must be tilted Tilting the Inline control ler when mounting or removing it can damage the locking hooks and jumper contacts of the adj...

Page 23: ...s described above mounting and removing Make sure to remove the adjacent Inline terminal on the right both when removing and mounting the Inline controller Only attach this Inline terminal again when the Inline controller has been mounted A B A B C Take special care to ensure that all the springs and slots of adjacent Inline terminals in terlock properly Observe the following when replacing an Inl...

Page 24: ... all connected Inline terminals The analog circuit supplies an auxiliary voltage for analog signals Furthermore the Inline controller has connections to supply power to the main and segment voltage of the Inline station WARNING Danger of device failure due to thermal overload Observe the derating of the logic supply and the supply to the analog Inline terminals when connecting the Inline terminals...

Page 25: ... DIN rail The functional ground serves to discharge interference US UBK UM UBK UM US Brücke Jumper A B 107144A009 WARNING Danger of device failure due to thermal overload Ensure that the current flowing through the Inline terminals and potential jumpers does not exceed 8 A If UBK UM and US are supplied with power from a common source you must ensure the individual areas are adequately protected in...

Page 26: ...og circuit UM 24 V DC main voltage main circuit The fed in voltage is routed through the Inline terminals via the potential jumpers 1 3 2 3 GND Reference ground for the internal bus and the Inline ter minals logic and analog circuit as well as the main and segment supply main and segment circuit 1 4 2 4 FE Functional ground Functional ground must be connected to the 24 V power connector The contac...

Page 27: ...ck in the USB 2 interface with 0 1 A current consumption PILC 4 1 W 0 7 V x 0 1 A 1 0 V x 2 0 A PILC 4 1 W 0 07 W 2 0 W PILC 6 17 W PILC Inline controller power dissipation PO Power input for operating the Inline controller with no Inline terminals connected 4 1 W PUSB Power dissipation of the Inline controller s power supply unit depending on the current consumption of the loads at the USB 1 and ...

Page 28: ...data sheets The current consumption is determined by the specific application In the interests of making an assessment it will usually be sufficient to just check whether power can be supplied via the Inline controller i e without power or boost terminals If no boost terminals are used and without taking the UM and US circuits into account the maximum current consumption of the Inline controller w...

Page 29: ...us overload Reverse polarity Segment and main supply are protected against reverse polarity by polarity protection di odes which cause the upstream fuses to melt due to high current in the event of an error The segment supply and the main supply have the same reference potential Each 24 V area must be protected externally The power supply unit must be able to sup ply four times the nominal current...

Page 30: ...ontroller where multiple applications are exe cuted in parallel The Inline controller is configured and programmed via the Niagara Work bench Table 3 1 Software settings in the Inline controller delivery state Ethernet eth0 LAN 3 LAN 4 IP address 192 168 1 1 Subnet mask 255 255 255 0 eth1 LAN 1 LAN 2 Disabled Login details for the Niagara plat form User sysmik Password intesa ...

Page 31: ... troller provides local access via USB OTG see Section Mini USB interface on page 16 Via the USB OTG connection the connected PC receives a new virtual network adapter which is connected to the Inline controller and is automatically addressed by the Inline con troller via DHCP In this virtual network the Inline controller has the IP address 172 16 0 10 Various protocols and services for configurat...

Page 32: ...shell proceed as follows Connect your PC to the Inline controller via USB OTG see also Section Mini USB in terface on page 16 Open the Telnet client on your PC Establish a connection to the Inline controller s Telnet server on IP address 172 16 0 10 Port 23 Click on Open to open the system shell Figure 3 1 Telnet client example establishing a connection to the Telnet server ...

Page 33: ...et switch assignment of Ethernet interfaces to IP interfaces RSTP ring monitor ing broadcast storm avoidance 5 Ping IPv4 Host For pinging an IP address from the Inline controller 6 SSH SFTP usage For starting and stopping the SSH SFTP server 7 Sedona Niagara Enable For activating deactivating Niagara and Sedona 8 IO Server For setting the I O server port number remote ad dress 9 Sedona Factory Def...

Page 34: ...e Inline controller via USB OTG see also Section Mini USB in terface on page 16 Open a web browser Enter the following URL 172 16 0 10 8080 The startup website opens To display the website in German for example click on the German flag Click on Login The Overview page opens 3 2 3 1 Overview On the Overview page the host ID as well as the version numbers for various software components of the Inlin...

Page 35: ... with restricted scope no device settings Date Time for setting the current time and time zone IO Server for setting the I O server port number remote address Run for activating deactivating Niagara or Sedona Switch for configuring the internal Ethernet switch Settings Network On the Settings Network page you can change the connection parameters of the two Ethernet interfaces Interface 1 and Inter...

Page 36: ...TTP port default setting 81 and activate or deactivate the temperature measurement in degrees Fahrenheit Figure 3 5 Startup website Settings Webserver Settings Date Time On the Settings Date Time page you can set the date time time zone and IP address of the SNTP time server Figure 3 6 Startup website Settings Date Time ...

Page 37: ... default setting 2015 as well as the IO Server Remote Address The IO Server Remote Address is the IP address of the Inline controller which is permitted to control the inputs and outputs of the Inline control ler at hand With the IP address 255 255 255 255 every Inline controller can control inputs and outputs Figure 3 7 Startup website Settings IO Server ...

Page 38: ... 74 PHOENIX CONTACT 107144_en_01 Settings Run On the Settings Run page you can activate or deactivate Niagara and or Sedona Here you also have the option to carry out a reboot Figure 3 8 Startup website Settings Run ...

Page 39: ...ettings Switch page you can configure the internal Ethernet switch This includes assigning the external Ethernet interfaces to the internal IP interfaces of the controller acti vating RSTP or ring monitoring and setting the parameters for avoiding broadcast storms Figure 3 9 Startup website Settings Switch ...

Page 40: ...als 3 2 3 4 Other webserver websites The webserver hosts other websites which can also be reached via Ethernet as an alterna tive DALI configurator for addressing and parameterizing DALI networks that are connected to the Inline controller via DALI terminals User defined visualization pages that can be created in the Sedona programming en vironment MP Bus configurator for addressing and parameteri...

Page 41: ... state The system shell waits for inputs The I O server detects the connected Inline terminals and opens its interfaces for the startup website and for Sedona and Niagara The startup webserver hosts the startup website The Niagara Daemon functions as a communication partner for a platform connection with the Niagara Workbench user sysmik password intesa However no applica tion is running you can l...

Page 42: ... Inline controller is first started up showing 01 01 2000 0 00 The time as well as the time zone default setting Central Euro pean Time or Central European Summer Time can be set in different ways System shell see Section System shell on page 32 Startup website via Settings Date Time see Settings Date Time on page 36 Niagara Workbench via platform connection to the Niagara Daemon under Platform Ad...

Page 43: ...t and corresponding handover certificate You can use the startup webserver to perform the data point test Here all input and output signals of the Inline terminals are clearly displayed If required you can manually override outputs and ter minal parameters such as measuring ranges per channel Thus a data point test is possi ble even without application software When logging out of the startup webs...

Page 44: ...aIoNetwork LocalPlatform EthSwitch SysmikScaSwitchCfgView When using the ring monitoring function and RSTP the interface status deactivated deac tivated of the Ethernet interfaces concerned changes automatically The interface status in formation provides insight into the condition of the redundant topology The status of the ex ternal Ethernet interfaces is shown in the Niagara application in the S...

Page 45: ...Direct communication is possible between the Ether net interfaces so several devices can be interconnected in a line topology see Figure 3 12 Ethernet communication is not possible between Ethernet interfaces belonging to different IP interfaces Table 3 5 LAN 3 4 at eth0 LAN 1 2 at eth1 delivery state LAN 1 eth1 LAN 2 LAN 3 eth0 LAN 4 Table 3 6 LAN 4 at eth0 LAN1 3 at eth1 LAN 1 eth1 LAN 2 LAN 3 L...

Page 46: ...s that LAN 4 is deactivated whenever the ring is in tact If the ring is interrupted LAN 4 is activated The aging time of the Ethernet switches present in the ring will determine the time it takes to fully restore communication within the ring SERVICE 1 1 2 1 1 2 2 2 1 3 2 3 1 4 2 4 1 1 2 1 1 2 2 2 1 3 2 3 1 4 2 4 Tx Rx Tx Tx Rx 1 Rx 2 COM SV SE UL ST UM PL IO US USB 1 USB 2 LAN 3 LAN 4 LAN 1 LAN 4...

Page 47: ... be configured for RSTP once at least one other LAN port has been assigned to the same IP interface Each column represents a possible RSTP configuration Cells containing an X indicate LAN ports as RSTP devices All Ethernet switches involved in the RSTP structure must support RSTP and be appro priately configured for it Table 3 7 LAN 1 4 at eth0 eth1 is deactivated eth LAN RSTP configuration 0 1 X ...

Page 48: ...ivers Sysmik ScaIoNetwork LocalPlatform EthSwitch Enabled 3 4 5 Broadcast storm avoidance The broadcast storm avoidance function which can be adjusted via the startup website lim its data throughput for multicast and broadcast packets to a configurable value of 0 032 0 05 0 1 0 5 1 2 5 10 20 Mbps default setting 1 Mbps The setting applies to all four interfaces Redundant paths cannot be excluded w...

Page 49: ...tions such as trend log alarming time switch web visualization report generators interfaces to email SMS databases etc Engineering is carried out with the Niagara Workbench 3 5 1 Local I O access The components of the SysMikScaIo kit allow you to access the Inline terminals Here the Niagara Driver Framework Network Device Point approach is applied consistently SysMikScaNetwork terminals data point...

Page 50: ...add the available I O chan nels into the application as proxy points using Add Some data points have special func tions You can parameterize the measuring ranges of the analog input terminals via the addi tional Properties Ai type of the proxy extension You can initialize count values of the counter terminal via the Init Counter action of the proxy extension Figure 3 14 N Point Manager of a termin...

Page 51: ...an be parameterized via corre sponding terminal components in the SysMikScaNetwork with the Niagara Workbench These serial interfaces added via Inline terminals can be used for all serial protocols ex cept BACnet MS TP Inline terminals of type IB IL MBUS PAC Order No 2701927 extend the Inline controller with serial interfaces corresponding to the M Bus standard for the connection of up to 30 M Bus...

Page 52: ...ork COM2 the second RS 485 interface on the Inline controller is assigned to the Modbus SlaveNetwork COM3 the IB IL MBUS PAC Inline terminal in terminal position 5 is used as an interface of the MbusNetwork COM4 the IB IL RS UNI PAC Inline terminal in terminal position 4 serves as an inter face for the ModbusAsyncNetwork to this end interface standard RS 485 is selected in the terminal component s...

Page 53: ...17 Parameterization of the IP address of the I O server to be contacted To prevent unwanted remote control by unknown controllers you can parameterize a re mote control address for the Inline controller in the Niagara Workbench via Station Config Drivers SysMikScaIoNetwork localPlatform IoRemoteAddr In the delivery state 255 255 255 255 is entered here with this setting remote control is possible ...

Page 54: ...t any point When logging out of the startup website all over rides are automatically canceled again In the case of Sedona and Niagara the components are always initialized in such a way that they release their priority Priority is only assigned with explicit parameterization or linking to other components Depending on the data point type the following default values which are automatically valid i...

Page 55: ... of count values of the counter terminal DALI light control commands Initialization reading and writing functions for the Inline terminals Table 3 13 Default values of priority control Data point type Default value Output signal of a digital output Off Output signal of an analog output 0 0 V DALI controller ballast 0 0 Measuring range of an analog input 0 V 10 V if available Program your applicati...

Page 56: ...ction Single wire terminal point rigid Single wire terminal point flexible Single wire terminal point AWG 0 08 mm2 to 1 5 mm2 0 08 mm2 to 1 5 mm2 28 to 16 Phoenix Contact recommends using conductors with a con ductor cross section of 0 2 mm2 to 1 5 mm2 Processor core Processor clock ARM Cortex A8 32 bit RISC processor 1 GHz DDR3 SDRAM 1 GB 512 MiB for hardware version 06 see series label eMMC 1 8 ...

Page 57: ... protection against dangerous shock voltages 2 Separation of functions The isolation is bridged for interference elimination with a 300 V varistor and does not fulfil the safety regulations for protec tion against dangerous shock voltages Connection of Inline terminals Maximum number of Inline terminals in an Inline station 63 Maximum current of the bus controller in the logic range UL 2 A Maximum...

Page 58: ...orage transport 70 kPa 106 kPa up to 3000 m above sea level Gases that may endanger functions in accordance with DIN 40046 36 DIN 40046 37 Sulfur dioxide SO2 Concentration 10 0 3 ppm Ambient conditions Temperature 25 C 2 C Humidity 75 5 Test duration 10 days Hydrogen sulfide H2S Concentration 1 0 3 ppm Ambient conditions Temperature 25 C 2 C Humidity 75 5 Test duration 4 days Resistance of housing...

Page 59: ... Conducted disturbance variables EN 61000 4 6 IEC 61000 4 6 Criterion A Test voltage 10 V Noise emission test in accordance with EN 61000 6 3 residential and commercial spaces Noise emissions EN 55022 Class B Description Type Order No Pcs Pkt The modular Inline controller for automation applications in infrastructure energy and buildings is based on the Niagara 4 Framework Four LAN two USB and two...

Page 60: ...d segment terminals would make the Inline station even wider IB IL DALI PWR PAC IB IL DALI PAC IB IL DALI MM PAC A DALI terminal can address up to 81 data points 64 individual addresses 16 group ad dresses one broadcast The amount of resources required will vary depending on the number of DALI devices and type of control required resources listed here in ascending or der Broadcast addressing one d...

Page 61: ...every type of communication during operation generates a processor load Leave a reserve for this A 1 2 Reliability of the nonvolatile flash memory The Inline controller contains an integrated flash memory for use in an industrial tempera ture range The reliability of the flash memory is physically restricted by the frequency of writing operations and the ambient temperature If large amounts of dat...

Page 62: ...nected automation networks Before carrying out a detailed analysis of any fault make sure that the device is properly wired is being supplied with power and has booted up Pay particular attention to the fol lowing All spring terminals and snap in latches are properly engaged The DIN rail is correctly grounded The functional ground connection of the Inline controller is connected to the DIN rail vi...

Page 63: ... connection to the Inline controller Check the IP settings and adapt them to your application if necessary see Section Assign ing the IP address on page 41 IP communication is not working Use the Ethernet status LEDs to check that the Inline controller is connected correctly Check the Ethernet connection between two devices via a ping command The system shell see Section System shell on page 32 ha...

Page 64: ...te outside the range 2015 06 11 to 2020 12 29 will prevent the Niagara platform daemon from starting Use the system shell to set the date to a value within the specified range Use the system shell or the startup website to check the version of the operating system de vice software If the version 1 0 1 2 update the device soft ware With version 1 0 1 3 and higher a date outside the specified range ...

Page 65: ... refer to the respective data sheets At the maximum permissible logic current of 2 A and USB current of 2 x 500 mA a nominal power dissipation of the bus controller power supply unit of 100 is calculated at tempera tures up to 40 C PV 1 0 V x IL 0 7 V x IUSB PV 1 0 V x 2 0 A 0 7 V x 1 0 A 2 7 W For higher ambient temperatures the currents IL and IUSB must be reduced as per Figure A 1 Example 1 Hor...

Page 66: ...bient temperature of 45 C and a non horizontal mounting position a USB de vice also needs to be supplied with 200 mA The power supply unit dissipation may amount to 70 in this case i e 1 89 W For the maximum current from UL this results in IL 0 7 x PV 0 7 V x IUSB 1 V IL 1 89 W 0 14 W 1 V IL 1 75 A ...

Page 67: ... removed when Inline terminals are at tached 22 Figure 2 13 Removing the Inline controller 1 23 Figure 2 14 Removing the Inline controller 2 23 Figure 2 15 Supply UM UBK and US from different voltage sources A and from one common voltage source B 25 Figure 2 16 Schematic view of functional ground of the Inline controller 26 Section 3 Figure 3 1 Telnet client example establishing a connection to th...

Page 68: ...a terminal component 50 Figure 3 15 SerialPortPlatformServiceNpsdk 52 Figure 3 16 IB IL RS UNI PAC interface parameterization 52 Figure 3 17 Parameterization of the IP address of the I O server to be contacted 53 Figure 3 18 Parameterization of the I O server 53 Appendix A Figure A 1 Derating characteristic curves of the Inline controller s power supply unit power dissipation 65 ...

Page 69: ...t eth0 eth1 is deactivated 44 Table 3 4 LAN 2 4 at eth0 LAN 1 at eth1 44 Table 3 5 LAN 3 4 at eth0 LAN 1 2 at eth1 delivery state 45 Table 3 6 LAN 4 at eth0 LAN1 3 at eth1 45 Table 3 7 LAN 1 4 at eth0 eth1 is deactivated 47 Table 3 8 LAN 2 4 at eth0 LAN 1 at eth1 47 Table 3 9 LAN 3 4 at eth0 LAN 1 2 at eth1 delivery state 47 Table 3 10 LAN 4 at eth0 LAN1 3 at eth1 47 Table 3 11 Release values of p...

Page 70: ...ILC 2050 BI 70 74 PHOENIX CONTACT 107144_en_01 ...

Page 71: ...erface 17 LON 16 LonMark 16 M Mounting 21 Mounting location 20 Mounting position 20 O Operating elements 8 Ordering data 59 P Performance management 60 Power dissipation 27 Power supply 24 Processor core 7 R Remote control 53 Removal 22 Resource management 60 Reverse polarity 29 RS 232 51 RS 422 51 RS 485 15 S Safety equipment 29 Sedona Virtual Machine 19 Serial interfaces 15 51 Startup 41 Startup...

Page 72: ...ILC 2050 BI 72 74 PHOENIX CONTACT 107144_en_01 ...

Page 73: ... 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 accompanying guarantee whether expressly mentioned implied or tacitly assumed In general the provisions of the current standard Terms and Conditions of Phoenix Contact apply exclusively in particular as c...

Page 74: ... 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 phoenixcontact com Published by PHOENIX CONTACT GmbH Co KG Flachsmarktstraße 8 32825 Blomberg GERMANY PHOENIX CONTACT Development and Manufacturing Inc 586 Fulling Mill Road Middletown PA 17057 USA Should you ha...

Page 75: ......

Page 76: ...PHOENIX CONTACT GmbH Co KG Flachsmarktstraße 8 32825 Blomberg Germany Phone 49 5235 3 00 Fax 49 5235 3 41200 E mail info phoenixcontact com phoenixcontact com PHOENIX CONTACT 2019 107144__en_01 ...

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