Siemens SIMATIC ET 200eco PN Operating Instructions Manual Download | Manualshive

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Configuring ET 200eco PN with grounded reference potential

In the configuration of the ET 200eco PN with grounded reference potential, any interference
currents that occur are discharged to functional ground. The terminals must be connected
externally (see the figure "Grounding concept for ET 200eco PN": Connection between 1M
and FE).

Configuring ET 200eco PN with ungrounded reference potential

In the configuration of the ET 200eco PN with ungrounded reference potential, any
interference currents that occur are discharged to functional ground via an internal RC
network (see in the figure "Grounding concept for ET 200eco PN":

No

connection between

1M and FE).

Insulation monitoring

Insulation monitoring must be provided in the following cases:
• When setting up the ET 200eco PN distributed I/O devices with non-grounded reference

potential

• If dangerous system states occur due to error

31

Wiring

3.2 Operating ET 200eco PN on grounded mains

ET 200eco PN
Operating Instructions, 06/2022, A5E01250250-AN

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Summary of Contents for SIMATIC ET 200eco PN

Page 1: ...eral technical data 8 I O device digital inputs digital outputs 9 I O device analog input analog output 10 IO Link Master 11 Terminal block and voltage distributor 12 Signal names A Article numbers B Dimensional drawings C Continued on next page SIMATIC Distributed I O ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 2: ...n examples D I O address space E Response times for analog input device and output device F Fail safe shutdown of ET 200eco PN standard modules G Open Source Software H Distributed I O ET 200eco PN Operating Instructions ...

Page 3: ... by personnel qualified for the specific task in accordance with the relevant documentation in particular its warning notices and safety instructions Qual ified personnel are those who based on their training and experience are capable of identifying risks and avoiding potential hazards when working with these products systems Proper use of Siemens products Note the following WARNING Siemens produ...

Page 4: ... device Changes compared to the previous version Compared with the previous version this manual includes the following changes additions Updates in section Standards and certifications Page 92 Standards and certifications You can find information on the standards and approvals that are fulfilled by the ET 200eco PN distributed I O device in the section Standards and certifications Page 92 Scope of...

Page 5: ...istributed I O device and the SIMATIC S7 automation system Please contact your local training center Additional information can be found on the Internet http www sitrain com index_en html Technical Support Expert advice on technical questions with a wide range of demand optimized services for all our products and systems You can find Technical Support at the following address on the Internet https...

Page 6: ... plants systems machines and networks Such systems machines and components should only be connected to an enterprise network or the internet if and to the extent such a connection is necessary and only when appropriate security measures e g firewalls and or network segmentation are in place For additional information on industrial security measures that may be implemented please visit https www si...

Page 7: ...34 3 5 1 Wiring the ET 200eco PN to functional earth FE 34 3 5 2 Wiring I O devices 36 3 6 Pin assignment of connectors 39 3 6 1 Pin assignment of the PROFINET connector 39 3 6 2 Pin assignment for feeding and looping the voltage 40 3 6 3 Pin assignment of digital inputs 41 3 6 4 Pin assignment of digital outputs 43 3 6 5 Pin assignment for parameterizable digital input digital output 47 3 6 6 Pin...

Page 8: ... Manager 75 6 3 Acyclic data exchange with the IO Link library 76 6 4 Exchange object 77 6 5 Maintenance and repair 77 6 6 Cleaning the I O device 77 7 Interrupt error and system messages 78 7 1 Interrupts of ET 200eco PN 78 7 2 Maintenance interrupts 78 7 3 Diagnostics by means of LED display 80 7 3 1 Diagnostics using the LED display on the I O devices 80 7 3 2 Diagnostics using LED display on t...

Page 9: ...O DC 24V 2 0A 8xM12 134 9 2 5 I O device 16 DO DC 24 V 1 3A 8xM12 138 9 2 6 Parameter overview digital outputs 142 9 3 I O device digital inputs digital outputs 143 9 3 1 I O device 8 DIO DC 24V 1 3A 8xM12 143 9 3 2 Parameter overview digital inputs digital outputs 149 10 I O device analog input analog output 150 10 1 I O device analog input 150 10 1 1 I O device 8 AI 4 U I 4 RTD TC 8xM12 150 10 1...

Page 10: ...k 221 12 2 Voltage distributor 222 A Signal names 226 A 1 Signal names 226 B Article numbers 227 C Dimensional drawings 234 C 1 Dimensional drawings 235 D Connection examples 247 D 1 Connection of resistance thermometers to the analog inputs 247 D 2 Connection of thermocouples to the analog inputs 247 E I O address space 251 F Response times for analog input device and output device 259 F 1 Respon...

Page 11: ...ration What is PROFINET IO PROFINET IO is an open transmission system with real time functionality defined in accordance with the PROFINET standard This standard defines a manufacturer independent communication automation and engineering model Industrial strength connections are available for wiring the PROFINET components PROFINET discards the hierarchical PROFIBUS master slave concept and deploy...

Page 12: ... Field of application The fields of application of the ET 200eco PN are derived from its special properties A robust design and degree of protection IP65 66 or IP67 make the ET 200eco PN distributed I O device suitable in particular for use in rugged industrial environments The compact design of the ET 200eco PN is particularly favorable for applications in confined areas The easy handling of ET 2...

Page 13: ... Figure I O device You connect the sensors and actuators to the I O device The I O device is available in the following variants 8 DI DC 24V 4 M12 8 DO DC 24V 1 3A 4 M12 8 DO DC 24V 0 5A 4 M12 3 3 5 5 SF MT LED X03 Voltage infeed BF LED X02 Loop through of the voltage ON LED Input output signal DC 24V LED for digital output device only MAC address P1 LK LED X01 P2 R LAN PROFINET IO connection P2 L...

Page 14: ...C 24V 1 3A 8 M12 8 AI 4 U I 4 RTD TC 8 M12 8 AI RTD TC 8 M12 8 DIO DC 24V 1 3A 8 M12 3 3 5 5 SF MT LED X03 Voltage infeed BF LED X02 Loop through of the voltage ON LED Input output signal DC 24V LED for digital output device only MAC address P1 LK LED X01 P2 R LAN PROFINET IO connection P2 LK LED X01 P1 R LAN PROFINET IO connection Channel status channel fault 15 Product overview 1 2 ET 200eco PN ...

Page 15: ...X01 P2 R LAN PROFINET IO connection Channel status channel fault X01 P1 R LAN PROFINET IO connection What is an IO Link Master IO Link is a point to point connection to conventional and intelligent sensors actuators via unshielded standard cable in proven 3 or 5 conductor technology IO Link Masters are backwards compatible with all DI standard sensors Switching state and data channel designed in p...

Page 16: ...ors X7 X8 Actuators 3 3 5 5 5 SF MT LED X03 Voltage infeed BF LED X02 Loop through of the voltage ON LED X7 X8 Output signal DC 24V LED X5 X6 Input signal P1 LK LED MAC address P2 LK LED X1 to X4 IO Link ports input signal Status display Communication X01 P2 R LAN PROFINET IO connection Digital input Channel status channel fault X01 P1 R LAN PROFINET IO connection Digital output Channel status cha...

Page 17: ...infeed ON LED X02 Loop through of the voltage DC 24V LED X1 to X4 IO Link ports P1 LK LED MAC address P2 LK LED X01 P2 R LAN PROFINET IO connection Q1 Q4 Channel status in the SIO mode X01 P1 R LAN PROFINET IO connection LEDs For information on the meaning of the LED displays see section Diagnostics by means of LED display Page 79 18 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Produ...

Page 18: ...ut or You can supply up to 8 A per voltage at the PD DC 24V 1 7 8 4 M12 and distrib ute up to 4 A per voltage and connector short circuit protected through 4 con nectors LEDs for forwarding 1L 2L LEDs for forwarding 1L 2L X05 Status of voltage supply X01 X04 Loop through of the voltage Mounting rail You can install several I O devices on the mounting rail 19 Product overview 1 2 ET 200eco PN Distr...

Page 19: ...available for the respective versions of the ET 200eco PN refer to theFAQ https support automation siemens com WW view en 44383954 20 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Product overview 1 2 ET 200eco PN Distributed I O Device IO Controller The ET 200eco PN can communicate with all IO controllers that conform to IEC 61158 At least STEP 7 V5 4 SP4 is required to configure a E...

Page 20: ...e is designed for easy installation The I O device must be mounted on a solid base and can be prewired Requirements Screw type Explanation Cylinder head screw M5 to ISO 1207 ISO 1580 DIN 84 DIN85 Hexagon socket head cap screws M5 to DIN EN ISO 4762 The minimum screw length amounts to 35 mm Any washers you might need should conform to DIN 125 Tools required Medium sized screwdriver or 4 mm hex sock...

Page 21: ...ice onto the panel at both mounting fixtures on the top and bottom of the front or side torque 3 N m 3 3 5 5 Figure 2 1 Mounting the I O device on a panel 30 mm 22 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Installing 2 1 Installation without mounting rail ...

Page 22: ...O device on a panel 60 mm for example 16 DO DC 24V 1 3A 8 M12 Figure 2 3 Mounting the PD DC 24V 1 7 8 4 M12 on a panel 45 mm 23 Installing 2 1 Installation without mounting rail ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 23: ...m from the edge Use the rack screw to bolt the I O devices onto the mounting rail Figure 2 4 Installing the mounting rail 2 3 Mounting position mounting dimensions Mounting position The ET 200eco PN can be mounted in any position Mounting and clearance dimensions Table 2 1 Mounting dimensions Dimensions single width double width Mounting width 30 mm 60 mm Mounting height 200 mm 175 mm Mounting dep...

Page 24: ...rminal block separately Remove the screws and then screw them in again at the bottom of the housing 0 FDS IRU 3 Figure 2 5 Installing the terminal block separately Installing the terminal block on an I O device Install the terminal block vertically on a housing of 30 mm width or horizontally on a housing of 60 mm width An M12 cap is attached to the bottom of the terminal block to implement the cor...

Page 25: ...rminal block and voltage distributor Page 221 2 5 Replacing labels Properties You can identify the I O device and the I O connectors using the labels The module is supplied with the labels already clipped into the holder 1 for the I O device 4 or 8 for the I O connectors Requirements You can order replacement labels Tools required 2 5 to 4 mm slotted screwdriver 26 ET 200eco PN Operating Instructi...

Page 26: ...PN Procedure The ET 200eco PN is wired up and operating 1 Switch off the supply voltage to the ET 200eco PN 2 Disconnect the wiring from the I O device 3 Remove the fixing screws from the I O device NOTE Observe the information in chapter Looping PROFINET and the supply voltage Page 61 when replacing the I O device 27 Installing 2 6 Removing ET 200eco PN ET 200eco PN Operating Instructions 06 2022...

Page 27: ...ith IEC 204 corresponds to DIN VDE 113 must remain effective in all operating modes of the plant or system System startup after certain events The table below identifies situations you must pay attention to when the system starts up after the occurrence of certain events If then Startup follows a power dip failure The ET 200eco PN is started up after bus communication has been interrupted Dangerou...

Page 28: ...nstalled The plant or system is EMC compatible and properly grounded for the discharge of electromagnetic interference Supply signal and bus lines The wiring arrangement and installation must be correct Signal and bus lines A cable or wire break must not lead to undefined states of the plant or of the system 3 2 Operating ET 200eco PN on grounded mains Introduction This section provides informatio...

Page 29: ... the protective conductor and voltage limiting extra low voltage According to IEC 61131 2 and IEC 61010 2 201 this protection is referred to as PELV Protective Extra Low Voltage Either the wiring of PELV circuits must be safely isolated from the wiring of other circuits that are not PELV or the insulation of all wires must be dimensioned for the higher voltage Components and protective measures A ...

Page 30: ...he configuration of the ET 200eco PN with ungrounded reference potential any interference currents that occur are discharged to functional ground via an internal RC network see in the figure Grounding concept for ET 200eco PN No connection between 1M and FE Insulation monitoring Insulation monitoring must be provided in the following cases When setting up the ET 200eco PN distributed I O devices w...

Page 31: ...2 1 7 0LQWHUQ 7 Disconnecting device for controller sensors and actuators Short circuit overload protection Fuses for line protection Microprocessor and switch Ground bus When the ET 200eco PN is configured with ungrounded reference potential the connection between 1M and FE and 2M and FE is not required 32 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Wiring 3 2 Operating ET 200eco P...

Page 32: ...ly 2L Switched supply voltage load voltage supply Electrically isolated from all other circuit components Can be shut down with influencing the 1L PROFINET IO interface Electrically isolated from all other circuit components 1 3 0 0 0 0 352 1 7 DWD 2 3 5 3 5 Infeed of supply voltage Microprocessor and switch Loop through of supply voltage Main ground line 33 Wiring 3 3 Electrical configuration of ...

Page 33: ...plies of the voltage distributor must be fused using a 24 VDC 8 A miniature circuit breaker with tripping characteristic type B or C 3 4 Technical specifications of the cables Impact of the cable length on the supply voltage When you wire your configuration you must take into account the impact of the cable length on the supply voltage of the ET 200eco PN Example When using a 10 m cable with Ø 0 7...

Page 34: ... Page 21 NOTE Grounding with conductive base When you fasten an I O device of ET 200eco PN to a conductive grounded base the two module fixing screws create a conductive connection to the ground potential Make sure there is a low impedance connection between the peripheral device and the con ductive substrate and between the conductive substrate and the functional ground Install ET 200eco PN I O d...

Page 35: ...ference For additional information on installing I O devices refer to the section Installing Page 21 3 5 2 Wiring I O devices Properties Connect the sensors and actuators to the 5 pin M12 circular sockets X1 to X4 or X1 to X8 on the front panel of the I O device Requirements Shut off the supply voltage before you wire the I O devices Tools required Stripping tool and screwdriver for wiring the M12...

Page 36: ...or by tightening the knurled ring nut with a torque of 1 5 Nm Figure 3 2 Connecting the M12 connector Y cable The Y cable allows you to connect two actuators or sensors to the inputs or outputs of the ET 200eco PN The use of the Y cable is particularly recommended when two channels are occupied for each socket of an I O device The Y cable distributes the channels to two circular connectors see fig...

Page 37: ...12 jack a shielded 4 wire copper cable with a wire cross section of 0 75 mm2 Wire the jack according to the pin assignment of the sockets on the I O device You can find the pin assignment in the data for the individual I O devices starting in Chapter Pin assignment for analog inputs Page 50 NOTE Coupler plug for RTD measurement For RTD measurements use a coupler plug with gold plated contacts Othe...

Page 38: ...onnector PROFINET port 1 and port 2 Assignment X01 P1 R 1 TXP 2 RXP 3 TXN 4 RXN Thread Functional earth FE Assignment X01 P2 R 1 RXP 2 TXP 3 RXN 4 TXN Thread Functional earth FE 5 3 7 1 5 1 7 3 7 3 5 1 7 1 5 3 3 5 3 5 NOTE When you deactivate the Autonegotiation function in STEP 7 you must observe the differ ent assignment of the pins at X01 P1 R and X01 P2 R 39 Wiring 3 6 Pin assignment of connec...

Page 39: ...ed 4 Supply voltage 2L switched 5 Reserved 0 0 Cable connector for loop through of the supply voltage X02 socket The following table lists the supply voltage for loop through of the supply voltage Pin Assignment View of the cable connector wiring side 1 Supply voltage 1L non switched 2 Ground 2M switched 3 Ground 1M non switched 4 Supply voltage 2L switched 5 Reserved 0 0 NOTE The M12 sockets for ...

Page 40: ...nnector X2 Input signal DI6 Connector X3 Input signal DI7 Connector X4 3 Sensor supply ground 1M 4 Input signal DI0 Connector X1 Input signal DI1 Connector X2 Input signal DI2 Connector X3 Input signal DI3 Connector X4 5 Functional earth FE When using the Y cable pin 2 and pin 4 are assigned to pin 4 A and pin 4 B I O device 8 DI DC 24V 8 M12 6ES7141 6BG00 0AB0 You will find the pin assignment for...

Page 41: ...ly 1US derived from 1L non switched 2 Input signal DI8 Connector X1 Input signal DI9 Connector X2 Input signal DI10 Connector X3 Input signal DI11 Connector X4 Input signal DI12 Connector X5 Input signal DI13 Connector X6 Input signal DI14 Connector X7 Input signal DI15 Connector X8 3 Sensor supply ground 1M 4 Input signal DI0 Connector X1 Input signal DI1 Connector X2 Input signal DI2 Connector X...

Page 42: ...ignal DQ4 Connector X1 Output signal DQ5 Connector X2 3 Supply ground 1M 4 Output signal DQ0 Connector X1 Output signal DQ1 Connector X2 5 Functional earth FE Assignment X3 and X4 2L switched 1 Not used 2 Output signal DQ6 Connector X3 Output signal DQ7 Connector X4 3 Supply ground 2M 4 Output signal DQ2 Connector X3 Output signal DQ3 Connector X4 5 Functional earth FE 6XSSO YROWDJH QRQ VZLWFKHG V...

Page 43: ...8 DO DC 24V 1 3A 8 M12 6ES7142 6BG00 0AB0 and 8 DO DC 24V 2 0A 8 M12 6ES7142 6BR00 0AB0 The table below shows the pin assignments for I O devices 8 DO DC 24V 1 3A 8 M12 and 8 DO DC 24V 2 0A 8 M12 Table 3 9 Pin assignment of the M12 cable connector for I O device 8 DO DC 24V 1 3A 8 M12 and 8 DO DC 24V 2 0A 8 M12 Pin Assignment View of the cable connector wiring side Assignment X1 to X4 1L non switc...

Page 44: ...nt View of the cable connector wiring side 5 Functional earth FE QRQ VZLWFKHG VZLWFKHG 6XSSO YROWDJH 0 0 352 1 7 45 Wiring 3 6 Pin assignment of connectors ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 45: ...nector X4 3 Supply ground 1M 4 Output signal DQ0 Connector X1 Output signal DQ1 Connector X2 Output signal DQ2 Connector X3 Output signal DQ3 Connector X4 5 Functional earth FE Assignment X5 to X8 2L switched 1 Not used 2 Output signal DQ12 Connector X5 Output signal DQ13 Connector X6 Output signal DQ14 Connector X7 Output signal DQ15 Connector X8 3 Supply ground 2M 4 Output signal DQ4 Connector X...

Page 46: ... to X4 1L non switched 1 24 V sensor supply 1US derived from 1L non switched 2 Not used 3 Supply ground 1M 4 Input output signal DIQ0 Connector X1 Input output signal DIQ1 Connector X2 Input output signal DIQ2 Connector X3 Input output signal DIQ3 Connector X4 5 Functional earth FE Assignment X5 to X8 2L switched 1 24 V sensor supply 2US derived from 2L switched 2 Not used 3 Supply ground 2M 4 Inp...

Page 47: ... DI2 Connector X3 Input signal DI3 Connector X4 3 Sensor supply ground 1M 4 IO Link Master Port 1 C Q Connector X1 Port 2 C Q Connector X2 Port 3 C Q Connector X3 Port 4 C Q Connector X4 5 Not used 6HQVRU DFWXDWRU 2 LQN ZLUH LJLWDO LQSXW Table 3 13 Pin assignment for digital inputs Pin Assignment of X5 and X6 View of the cable connector wiring side 1 24 V sensor supply 1US derived from 1L non swit...

Page 48: ... cable connector wiring side 1 24 V sensor supply 1US derived from 1L non switched 2 24 V actuator supply 2UA 3 Sensor supply ground 1M 4 IO Link master Port 1 C Q Connector X1 Port 2 C Q Connector X2 Port 3 C Q Connector X3 Port 4 C Q Connector X4 5 Actuator supply ground 2M Port Class A type A 2 LQN HYLFH Port Class B type B 2 LQN HYLFH If you use the sockets for IO Link devices with Port Class ...

Page 49: ... 0AB0 You will find the pin assignment for the 8 AI 4 U I 4 RTD TC 8 M12 I O device in the table below Table 3 16 Pin assignment for voltage and current for the 8 AI 4 U I 4 RTD TC 8 M12 I O device Pin Assignment of X1 X3 X5 X7 View of the cable connector wiring side 1 24 V sensor supply 1US derived from 1L non switched 2 Connector X1 Input signal M0 Connector X3 Input signal M1 Connector X5 Input...

Page 50: ...able 3 17 Pin assignment for RTD for the 8 AI 4 U I 4 RTD TC 8 M12 I O device Pin Assignment of X2 X4 X6 X8 for RTD View of the cable connector wiring side Connector X2 Input signal 4 Connector X4 Input signal 5 Connector X6 Input signal 6 Connector X8 Input signal 7 4 conductor 1 Constant current line positive ICn 2 Measurement cable positive Mn 3 Constant current line negative ICn 4 Measurement ...

Page 51: ... line positive ICn 3 Measurement cable negative Mn and constant current line negative ICn 5 Functional earth FE 4 or 5 core shielded copper cable 3 4 or 5 core shielded copper cable Pin Assignment X2 X4 X6 X8 for thermocouples and 80 mV View of the cable connector wiring side 1 Not used 2 Connector X2 Input signal M4 Connector X4 Input signal M5 Connector X6 Input signal M6 Connector X8 Input sign...

Page 52: ... assignment for RTD for the 8 AI RTD TC 8 M12 I O device Pin Assignment X1 to X8 for RTD View of the cable connector wiring side Connector X1 Input signal 0 Connector X2 Input signal 4 Connector X3 Input signal 1 Connector X4 Input signal 6 Connector X5 Input signal 2 Connector X7 Input signal 6 Connector X7 Input signal 3 Connector X8 Input signal 7 4 conductor 1 Constant current line positive IC...

Page 53: ...evice Pin Assignment of X1 to X8 for thermocouples and 80 mV View of the cable connector wiring side 1 Not used 2 Connector X1 Input signal M0 Connector X2 Input signal M4 Connector X3 Input signal M1 Connector X4 Input signal M5 Connector X5 Input signal M2 Connector X6 Input signal M6 Connector X7 Input signal M3 Connector X8 Input signal M7 3 Not used 4 Connector X1 Input signal M0 Connector X2...

Page 54: ... compensation connector 1 Measurement cable 1M assigned with internal Pt1000 2 Input signal M0 3 Measurement cable 1M assigned with internal Pt1000 4 Input signal M0 5 Functional earth FE W Cable with cores made of thermocouple materials Integrated resistance thermometer Pt1000 M12 compensation connector See also Installing Page 21 55 Wiring 3 6 Pin assignment of connectors ET 200eco PN Operating ...

Page 55: ...3 Output signal Q3 Connector X4 3 Actuator supply ground 1M 4 Output signal Q0 Connector X1 Output signal Q1 Connector X2 Output signal Q2 Connector X3 Output signal Q3 Connector X4 5 Functional earth FE Figure 3 4 or 5 core shielded copper cable 3 7 Wiring the terminal block Tools required You need a Phillips screwdriver of medium size to attach the terminal block and a slotted screwdriver to con...

Page 56: ...g the connectors Prepare the wires for connection to the terminal block Figure 3 4 Wiring the terminal block 57 Wiring 3 7 Wiring the terminal block ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 57: ...ing of the terminal block and of several I O devices You can tap a maximum load of 4 A from each supply voltage of the I O device You can loop through the rest Q Q IXVHV Figure 3 6 Principle of current distribution at the terminal block 58 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Wiring 3 7 Wiring the terminal block ...

Page 58: ...ring If you are wiring your configuration you must take into account the impact of cable length on the supply voltage to the ET 200eco PN permitted tolerance The maximum infeed current of the terminal block is 10 A for 1L non switched and 10 A for 2L switched Do not exceed these values CAUTION Adhering to the maximum infeed currents and cable cross sections If you do not adhere to the maximum infe...

Page 59: ...use an example to show the configuration of the PD DC 24V 1 7 8 4 M12 voltage distributor with connected I O devices Figure 3 7 Wiring the voltage distributor 60 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Wiring 3 8 Wiring the voltage distributor ...

Page 60: ...nformation on wiring If you are wiring your configuration you must take into account the impact of cable length on the supply voltage to the ET 200eco PN permitted tolerance The maximum input current of the voltage distributor is 8 A for 1L non switched and 2L switched Do not exceed these values CAUTION Adhering to the maximum infeed currents and cable cross sections If you do not adhere to the ma...

Page 61: ...or ET 200eco PN Information on wiring Always make allowances for the influence of the cable length on the supply voltage at your ET 200eco PN permitted tolerance when you wire your configuration The maximum infeed current of the I O module is 4 A each for 1L non switched and 2L switched These values may not be exceeded CAUTION Adhering to the maximum infeed currents and cable cross sections If you...

Page 62: ... GSD file available for download from the Internet http support automation siemens com WW view en 19698639 133100 ET 200eco PN family gsdml v2 2 siemens et200eco date format yyyymmdd xml Configuring ET 200eco PN on PROFINET IO using STEP 7 1 Start STEP 7 and call up the Options Install New GSD File menu command in HW Config 2 In the next dialog box select the GSD file to install and confirm with O...

Page 63: ...tional information on possible configurations is available in the chapter I O address space Page 251 3 Assign the IO Link Master parameters You can assign the parameters separately for each functional unit The PROFINET IO parameters are accessed by double clicking Slot 0 The IO Link parameters are accessed by double clicking Slot 1 The 8 digital input and 4 digital output parameters are accessed b...

Page 64: ...4 IO L from the configuration table of the I O device IO Link Master 2 Right click and select Start Device Tool in the following shortcut menu Result S7 PCT is started 3 Now start with the parameter assignment of the IO Link Devices sensors and actuators You can find additional information in the S7 PCT online help Response of the IO Link Master in unparameterized state and after Resetting the IO ...

Page 65: ...abled you can no longer change the port configuration via S7 PCT Enabling the diagnostics only in IO Link mode Enable the parameter assignment for the hardware interrupts only in IO Link mode Response after Resetting the IO Link settings via S7 PCT Deleting the IO Link device data in the backup memory or the IO Link Master Resetting the parameters to factory state Resetting the inspection severity...

Page 66: ...he Assign Device Name window Result The device name is saved internally in the ET 200eco PN Node flash test The Assign device name dialog box displays all IO Devices used Compare the MAC address of the device with the MAC address displayed and then select the correct IO Device The identification of IO Devices in a plant is facilitated by a node flash test The flash test is activated as follows 1 S...

Page 67: ...ween PROFINET devices A reserved bandwidth is available within the send cycle for IRT IO data The reserved bandwidth ensures that the IRT data are transmitted at reserved synchronized intervals while remaining uninfluenced by another greater network load for example TCP IP communication or additional realtime communication High performance IRT option not for 6ES7148 6JA00 0AB0 IO Link Master Topol...

Page 68: ...overy After activation of IO Devices Detailed information For further information see the SIMATIC PROFINET system description http support automation siemens com WW view en 19292127 System Manual and the Migration from PROFIBUS DP to PROFINET IO http support automation siemens com WW view en 19289930 Programming Manual 4 7 Device replacement without programming device Device replacement without pr...

Page 69: ... support automation siemens com WW view en 19292127 manual 4 9 Reset to factory settings PROFINET Reset to factory settings PROFINET NOTE The stations of a bus segment can fail during the reset to factory settings Reset to factory settings is only possible if the IO Device is not exchanging data with a controller SNMP parameters in non volatile memory are reset to factory settings STEP 7 V5 3 SP 3...

Page 70: ... tools and are saved to module memory Following replacement with a brand new module the R W objects of the interface module are set to factory settings See also SIMATIC PROFINET system description http support automation siemens com WW view en 19292127 71 Configuring 4 10 SNMP ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 71: ... ET 200eco PN on the PROFINET IO Actions Reference ET 200eco PN installed Chapter Installing Page 21 ET 200eco PN wired Chapter Wiring Page 28 The IO Device was assigned a device name Chapter Configuring Page 63 ET 200eco PN configured Chapter Configuring Page 63 Supply voltage for the IO Controller is switched on IO Controller manual IO Controller switched to RUN IO Controller manual Commissionin...

Page 72: ...HFHLYHV WKH FRQILJXUHG GHYLFH QDPH V 21 ಯ 9ರ OLJKW XS IODVKHV 7 HFR 31 UHFHLYHV RQQHFW IUDPH DQG VWDUWXS GDWD UHFRUGV IURP 2 RQWUROOHU JRHV RXW LQSXWV DQG RXWSXWV DUH HQDEOHG GDWD H FKDQJH LV SRVVLEOH 9 RQO IRU GLJLWDO RXWSXW DQG LI LV FRQQHFWHG Figure 5 1 Startup of the ET 200eco PN on the PROFINET IO 73 Commissioning 5 1 Commissioning ET 200eco PN ET 200eco PN Operating Instructions 06 2022 A5E0...

Page 73: ...off the supply voltage before you replace any fuses Result CPU stop of the ET 200eco PN Replacing a fuse of the terminal block 1 Remove the screws from the front panel of the terminal block using a crosstip screwdriver 2 Remove the top section 3 Remove the faulty fuse 4 Press the new fuse miniature copper flat fuse type FK1 7 5 A fast blow into the fuse holder The fuse is available as accessory 5 ...

Page 74: ...command PLC Update Firmware I O devices without NameOfStation NoS are displayed with their MAC address As of STEP 7 V5 4 SP5 Slot 0 must also be specified for the I O devices In previous versions of STEP 7 this setting is specified implicitly With the ET 200eco PN you can use the IO Link Master 6ES7148 6JA00 0AB0 to perform the update of functional units Slot 0 PROFINET functional unit Slot 1 IO L...

Page 75: ...g operation Executing IO Link port functions Diagnostics of IO Link devices Backing up restoring IO Link device parameters NOTE Function blocks LIOLink_Master and LIOLink_Device The function blocks LIOLink_Master and LIOLink_Device replace the functions of the previ ously available block IOL_CALL The LIOLink_Master function block is used for all functions and accesses to the IO Link mas ter and th...

Page 76: ...ponents of the SIMATIC ET 200eco PN system are maintenance free NOTE Repairs to an ET 200eco PN I O device may only be carried out by the manufacturer 6 6 Cleaning the I O device When wired ET 200eco PN I O devices comply with degree of protection IP65 IP67 and do not require any cleaning If you do have to clean the I O device then use a dry or damp cloth Take care to comply with the conditions of...

Page 77: ...ause and class of the error is already available based on the OB number and start information You can obtain detailed information on the error event in the error OB by calling SFB 54 RALRM read supplementary interrupt information Triggering diagnostics interrupts After having detected an incoming or outgoing event e g wire break the device triggers a diagnostic interrupt for Group diagnostics if e...

Page 78: ...th the following system alarms Maintenance required identified by a yellow wrench icon at the relevant port See also For additional information refer to the SIMATIC PROFINET system description http support automation siemens com WW view en 19292127 System Manual and the Migration from PROFIBUS DP to PROFINET IO http support automation siemens com WW view en 19289930 Programming Manual 79 Interrupt...

Page 79: ... fault Maintenance red yellow LED BF Bus monitoring red LED ON Electronics sensor load voltage supply 1L non switched green LED DC 24V Load voltage supply 2L switched green LED only for digital output device P1 LK Port1 Link green LED P2 LK Port2 Link green LED Channel status channel fault green red LED 80 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Interrupt error and system messag...

Page 80: ... IO Device is not connected to a switch Connect to the IO Controller Assign a valid device name to the I O device Check the bus installation Check whether the M12 cable connectors are properly installed Check whether the bus cable to the IO Con troller is interrupted On red On Fault in peripheral circuit Incoming diagnostics Evaluate the diagnostics interrupt On yellow Maintenance alarm Analyze th...

Page 81: ...hed green LED digital output P1 LK Port1 Link green LED P2 LK Port2 Link green LED IO L Status display Communications OK green LED Input Channel status channel fault green red LED Output Channel status channel fault green red LED Status display of the IO L LEDs The following table displays the possible status displays of the IO L LEDs Table 7 3 Status display of the IO L LEDs LED IO L Meaning On D...

Page 82: ...roup fault Maintenance red yellow LED BF Bus monitoring red LED ON Electronics sensor load voltage supply 1L non switched green LED DC 24V Load voltage supply 2L switched green LED P1 LK Port1 Link green LED P2 LK Port2 Link green LED Q 1 4 Status indicator SIO mode Green LED IO L 1 4 Status display IO Link communication channel error green red LED 83 Interrupt error and system messages 7 3 Diagno...

Page 83: ...IO Link device used On Flashes green No IO Link communication for example when you have activated the port but no available IO Link device can be found Check the wiring Off On green IO Link communication established no pending device error On On red IO Link communication established pending device or channel error Check the IO Link device used Off Off Port deactivated Reference For status and erro...

Page 84: ... Infeed voltage green LED Figure 7 1 LED display at voltage distributor Table 7 6 Status displays on the voltage distributor LED 1L 2L Meaning Loop through On Voltage applied Flashing Overload Off Short circuit Infeed voltage On Voltage applied Off Voltage not applied 85 Interrupt error and system messages 7 3 Diagnostics by means of LED display ET 200eco PN Operating Instructions 06 2022 A5E01250...

Page 85: ...r in STEP 7 Application See For example in HW Config by selecting Station Open Online Device diagnostics in plain text on the STEP 7 interface in the Quick View Dia gnostics View or Module Status windows Hardware diagnostics in the STEP 7 online help SFB 52 RDREC Reading data records from the IO Device SFB see STEP 7 online help System functions System function blocks SIMATIC S7 SFB 54 RALRM Recei...

Page 86: ...48 6JD00 0AB0 W 16 0101 8 AI 4 U I 4 RTD TC 8 M12 6ES7144 6KD00 0AB0 W 16 0101 8 AI RTD TC 8 M12 6ES7144 6KD50 0AB0 W 16 0101 4 AO U I 4 M12 6ES7145 6HD00 0AB0 W 16 0101 Manufacturer specific diagnostics in the User Structure Identifier USI W 16 8000 channel diagnostics W 16 8002 extended channel diagnostics 7 5 3 Error classes for I O devices Error classes and remedies The following tables show t...

Page 87: ...tage supply Correct the process wiring 10101B 21D Reference chan nel fault Measurement cable for compensation interrupted Data record DS2 incorrect Timeout for Dynamic ref Temp Correct the process wiring Check the data record DS2 Send DS2 Error classes for IO Link Master 6ES7148 6JA00 0AB0 Slot 1 Table 7 9 Overview Error types Slot 1 Error class Error text Meaning IO Link Master IO Link Device 000...

Page 88: ...x9500H ECETH IO Link Event CodeH The IO Link event codes of the area 0x8000 0xFFFFH are displayed directly in the IO Link Device Diagnostics Page 2 CET 0x9501H via the following rule ECETH IO Link Event CodeH 0x8000H Table 7 10 Overview Error types IO Link Device Diagnostics IO Link Event Code Error type CET Expanded error type ECET Error text Meaning 0x0000 0x7FFFH 0x9500H 38144D 0x0000 0x7FFFH 0...

Page 89: ...ess data Check submodule configuration 0x1804H 6148D Short circuit at C Q Check port connection 0x1805H 6149D IO Link PHY overtemperat ure 0x1806H 6150D Short circuit at L Check port connection 0x1807H 6151D Undervoltage at L Check port connection 0x1808H 6152D Event overflow at device 0x1809H 6153D Backup failed Memory outside of the area 2k 0x180AH 6154D Backup inconsistent Data storage index no...

Page 90: ...gnostics events triggered after a STOP of the IO Controller Diagnostics frames received from the IO Device while the IO Controller is in STOP do not trigger the start of corresponding OBs after the restart of the IO Controller You must explicitly read the diagnostics data from OB 100 to obtain an overview of the device state Diagnostics after recovery of the IO Device You must explicitly read data...

Page 91: ...EU Directives and comply with the harmonized European standards EN published for programmable logic controllers in the official journals of the European Union 2014 30 EU Electromagnetic compatibility EMC Guidelines 2014 34 EU Equipment and protective systems for use in hazardous areas Explosion protection directive EU Directive 2011 65 EU Restriction of the use of certain hazardous substances in e...

Page 92: ...al apparatus for potentially explosive gas atmospheres Part 0 General Requirements and EN 60079 31 Equipment dust ignition protection by enclosure t II 3 G Ex nA IIC T4 Gc II 3 D Ex tc IIIC T90 C Dc DEKRA 12ATEX0220 X OR According to EN IEC 60079 7 Electrical apparatus for potentially explosive atmospheres Part 7 Increased safety e EN IEC 60079 0 Electrical apparatus for potentially explosive gas ...

Page 93: ...eded by transient disturbance voltages of more than 119 V IECEx approval According to IEC 60079 7 Electrical apparatus for potentially explosive atmospheres Part 7 Increased safety e IEC 60079 0 Electrical apparatus for potentially explosive gas atmospheres Part 0 General Requirements and IEC 60079 31 Electrical apparatus for potentially explosive atmospheres Part 31 dust ignition protection by en...

Page 94: ...voltage from being exceeded by transient disturbance voltages of more than 119 V RCM C Tick Declaration of conformity for Australia New Zealand The ET 200eco PN distributed I O system fulfills the requirements of the standard EN 61000 6 4 Generic standards Emission standard for industrial environments Korea Certificate KCC REM S49 ET200 Note that this device corresponds to limit class A in terms o...

Page 95: ...do not have a significant impact on residents When you use the ET 200eco PN distributed I O system in a mixed use zone you must ensure that the limits of the generic standard EN 61000 6 3 regarding emission of radio frequency interference are observed Suitable measures for achieving these limits for use in a mixed use zone include Installation of the ET 200eco PN distributed I O system in grounded...

Page 96: ...eets the requirements of the EMC law of the European Single Market Prerequisite is compliance of the electrical configuration of the ET 200eco PN distributed I O device with specifications and directives Pulse shaped disturbances The table below shows the electromagnetic compatibility of the ET 200eco PN distributed I O device with respect to pulse shaped disturbances Pulse shaped disturbance Test...

Page 97: ... measured at a distance of 10 m Frequency Noise emission 30 MHz to 230 MHz 40 dB µV m Q 230 MHz to 1000 MHz 47 dB µV m Q Shipping and storage conditions The ET 200eco PN distributed I O device surpasses the requirements according to IEC 61131 2 for transport and storage conditions The following information applies to modules transported or stored in their original packaging Type of condition Permi...

Page 98: ...ds of application Designation Article number 25 C to 55 C 25 C to 60 C 40 C to 60 C From product version X X 1 8 DI DC 24V 4 M12 6ES7141 6BF00 0AB0 X X X 4 X X 1 8 DI DC 24V 8 M12 6ES7141 6BG00 0AB0 X X X 4 X X 1 16 DI DC 24V 8 M12 6ES7141 6BH00 0AB0 X X X 4 X X 1 8 DO DC 24V 1 3A 4 M12 6ES7142 6BF00 0AB0 X X X 4 X X 1 8 DO DC 24V 0 5A 4 M12 6ES7142 6BF50 0AB0 X X X 4 X X 1 8 DO DC 24V 1 3A 8 M12 ...

Page 99: ...tion 40 g constant acceleration 5 f 8 Hz 15 mm amplitude With mounting rail 8 f 150 Hz 5 g constant acceleration 10 g constant acceleration Compatibility test mechanical environmental conditions The table below provides information about the type and scope of the tests of mechanical environmental conditions Test Test standard Terminal and I O devices Vibration Vibration test accord ing to IEC 6006...

Page 100: ...e E 550 W m Black standard temperature BST 55 C Condensation chan ging climate DIN EN ISO 6270 2 Condensation climate with alternating humidity and air temperature AHT 84 cycles each with 8 h at 40 C 3 C with 100 relative humidity condensation 16 h at 18 C to 28 C with 100 relative humidity Thermal shock test IEC 60068 2 14 Na Temperature 40 C 125 C Duration 500 cycles 500 h Device is switched off...

Page 101: ...oltage interruptions 1 ms Degree of protection IP65 Degree of protection according to IEC 60529 Protection against the ingress of dust and full touch protection Water projected by a nozzle against the enclosure from any direction shall have no harmful effect Degree of protection IP66 and IP67 Degree of protection according to IEC 60529 Protection against the ingress of dust and full touch protecti...

Page 102: ...enables you to recognize risks and implement countermeasures The assigned safety symbols apply to devices with Ex approval You must read the product documentation The product documentation contains information about the type of potential hazard and enables you to recognize risks and implement countermeasures Read the information provided by the product documentation ISO 7010 M002 Ensure the device...

Page 103: ...he approval is available in the section Standards and certifications Page 92 WARNING Risk of personal injury and damage to property In hazardous areas personal injury or damage to property may occur if you disconnect any plug connections during operation of an ET 200eco PN In hazardous areas always switch off the power to the ET 200eco PN when disconnecting plug connections Special conditions 1 Th...

Page 104: ...ignation SAC M12 EXCLIP F or SAC M12 EXCLIP M 6 0 3 6 0 3 0 6 All unoccupied M12 circular sockets should be closed using sealing caps in such a way that the caps cannot be loosened by hand torque 0 6 Nm Suitable sealing caps are available from Binder GmbH Co item no 08 2769 000 000 PHOENIX CONTACT GmbH Co KG Flachsmarktstr 8 D 32825 D Blomberg http www phoenixcontact com http www phoenixcontact co...

Page 105: ...4 V Suitable for switches and proximity switches Diagnostics Missing 1L for the I O device Short circuit to M at sensor supply per channel group Wire break per channel Prioritized startup Media redundancy Pin assignment of the DI sockets The table below shows the pin assignment of the four sockets for connecting the digital inputs Assignment Pin Socket X1 Socket X2 Socket X3 Socket X4 View of sock...

Page 106: ... diagram The block diagram below shows the 8 DI DC 24V 4 M12 I O device 107 I O device digital inputs digital outputs 9 1 I O device digital inputs ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 107: ...WDEOH QWHJUDWHG HOHFWURQLF VKRUW FLUFXLW SURWHF WLRQ 6WDWXV DXOW 3 3 6 07 3 5 3 5 0 21 Figure 9 1 Block diagram of the 8 DI DC 24V 4 M12 I O device 108 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN I O device digital inputs digital outputs 9 1 I O device digital inputs ...

Page 108: ...socket 2 x M12 d coded Switch function Yes internal Auto crossover Yes if autonegotiation is enabled Manufacturer ID Vendor ID 002AH Device ID DeviceID 0306H Voltages and currents Supply voltage 1L DC 24 V Reverse polarity protection Yes against destruction Infeed current 1L Max 4 A Supply voltage 2L DC 24 V Infeed current 2L Max 4 A Current consumption From supply voltage 1L Typ 100 mA Power loss...

Page 109: ...D for PROFINET IO infeed and loop through Digital input Green LED Fault at digital input Red LED Diagnostic information can be read Yes Monitoring for Short circuit Yes per channel group Wire break Input current 0 3 mA per channel Missing sensor supply Yes Sensor supply Number of sensor supplies 4 Load current 100 mA per output Short circuit protection Yes electronic Sensor selection data Cable le...

Page 110: ...rt circuit to M at sensor supply per channel Wire break per channel Prioritized startup Media redundancy Pin assignment of the sockets The table below shows the pin assignment of the eight sockets for connecting the digital inputs Table 9 2 Pin assignment of sockets X1 to X8 for digital inputs Assignment Pin Socket X1 Socket X2 Socket X3 Socket X4 Socket X5 Socket X6 Socket X7 Socket X8 View of so...

Page 111: ... diagram The block diagram below shows the 8 DI DC 24V 8 M12 I O device 112 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN I O device digital inputs digital outputs 9 1 I O device digital inputs ...

Page 112: ...WKH VRFNHWV VHH WDEOH QWHJUDWHG HOHFWURQLF VKRUW FLUFXLW SURWHFWLRQ 3 3 6 07 3 5 3 5 0 21 Figure 9 2 Block diagram of the 8 DI DC 24V 8 M12 I O device 113 I O device digital inputs digital outputs 9 1 I O device digital inputs ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 113: ...et 2 x M12 d coded Switch function Yes internal Auto crossover Yes if autonegotiation is enabled Manufacturer ID Vendor ID 002AH Device ID DeviceID 0306H Voltages and currents Supply voltage 1L DC 24 V Reverse polarity protection Yes against destruction Infeed current 1L Max 4 A Supply voltage 2L DC 24 V Infeed current 2L Max 4 A Current consumption From supply voltage 1L Typ 100 mA From supply vo...

Page 114: ...en P1 LK and P2 LK LED LED for PROFINET IO infeed and loop through Digital input Green LED Fault at digital input Red LED Diagnostic information can be read Yes Monitoring for Short circuit Yes per channel Wire break Input current 0 3 mA per channel Missing sensor supply Yes Sensor supply Number of sensor supplies 8 Load current 100 mA per output Short circuit protection Yes electronic Sensor sele...

Page 115: ...M at sensor supply per channel group Wire break per channel Prioritized startup Media redundancy Pin assignment of the sockets The table below shows the pin assignment of the eight sockets for connecting the digital inputs Table 9 3 Pin assignment of sockets X1 to X8 for digital inputs Assignment Pin Socket X1 Socket X2 Socket X3 Socket X4 Socket X5 Socket X6 Socket X7 Socket X8 View of socket fro...

Page 116: ... diagram The block diagram below shows the 16 DI DC 24V 8 M12 I O device 117 I O device digital inputs digital outputs 9 1 I O device digital inputs ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 117: ...KH VRFNHWV VHH WDEOH QWHJUDWHG HOHFWURQLF VKRUW FLUFXLW SURWHFWLRQ 3 6 07 3 5 3 5 0 21 3 Figure 9 3 Block diagram of the 16 DI DC 24V 8 M12 I O device 118 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN I O device digital inputs digital outputs 9 1 I O device digital inputs ...

Page 118: ...et 2 x M12 d coded Switch function Yes internal Auto crossover Yes if autonegotiation is enabled Manufacturer ID Vendor ID 002AH Device ID DeviceID 0306H Voltages and currents Supply voltage 1L DC 24 V Reverse polarity protection Yes against destruction Infeed current 1L Max 4 A Supply voltage 2L DC 24 V Infeed current 2L Max 4 A Current consumption From supply voltage 1L Typ 100 mA From supply vo...

Page 119: ...P1 LK and P2 LK LED LED for PROFINET IO infeed and loop through Digital input Green LED Fault at digital input Red LED Diagnostic information can be read Yes Monitoring for Short circuit Yes per channel group Wire break Input current 0 3 mA per channel Missing sensor supply Yes Sensor supply Number of sensor supplies 8 Load current 100 mA per output Short circuit protection Yes electronic Sensor s...

Page 120: ...7 Disable Enable Disable Channel Diagnostics Short circuit to M inputs 0 4 1 5 2 6 3 7 channels 0 4 1 5 2 6 3 7 Disable Enable Disable Channel group Parameters for 16 DI DC 24V 8 M12 6ES7141 6BH00 0AB0 Parameter Range of values Default setting Range of effectiveness Group diagnostics Disable Enable Disable Device Diagnostics Missing 1L Disable Enable Disable Device Diagnostics Wire break at inputs...

Page 121: ... M at outputs per channel Parameterizable response to CPU Master STOP Prioritized startup Media redundancy Pin assignment of the sockets for digital outputs The table below shows the pin assignment of the four sockets for connecting digital outputs Table 9 4 Pin assignment of sockets X1 to X4 for digital outputs Assignment Socket X1 Socket X2 Socket X3 Socket X4 Pin 24 V 1L non switched 24 V 2L sw...

Page 122: ...gram of the 8 DO DC 24V 1 3A 4 M12 I O device Technical specifications of the 8 DO DC 24V 1 3A 4 M12 I O device Technical specifications Dimensions and weight Dimensions W x H x D mm 30 x 200 x 49 Weight Approx 550 g Module specific data Transmission rate 100 Mbps full duplex Transmission mode 100BASE TX Autonegotiation Yes 123 I O device digital inputs digital outputs 9 2 I O device digital outpu...

Page 123: ... 1L Max 4 A Supply voltage 2L DC 24 V Reverse polarity protection Yes against destruction loads are activated Infeed current 2L Max 4 A Total current of the outputs All mounting positions to 55 C 3 9 A per 1L and 2L All mounting positions to 60 C 2 6 A per 1L and 2L Current consumption From supply voltage 1L Typ 100 mA Power loss of the device Typ 5 5 W Digital outputs Number of outputs 8 Insulati...

Page 124: ...f state per channel Failure of 1L and 2L Yes Actuator selection data Cable length shielded Max 30 m Cable length unshielded Max 30 m Output voltage Nominal value DC 24 V For signal 1 Min 1L 2L 0 8 V Output current At signal 1 Max 1 3 A For 0 signal residual current Max 1 5 mA Load resistance range 22 Ω to 3 3 kΩ Lamp load Max 5 W Parallel wiring of two outputs To increase performance No For redund...

Page 125: ...cator lights Diagnostics Missing 1L or 2L for the I O device Wire break at outputs per channel Short circuit to M at outputs per channel Parameterizable response to CPU Master STOP Prioritized startup Media redundancy Pin assignment of the sockets The table below shows the pin assignment of the four sockets for connecting digital outputs Table 9 5 Pin assignment of sockets X1 to X4 for digital out...

Page 126: ...vice Technical data of the 8 DO DC 24V 0 5A 4 M12 I O device Technical data Dimensions and weight Dimensions W x H x D mm 30 x 200 x 49 Weight Approx 550 g Module specific data Transmission rate 100 Mbps full duplex Transmission mode 100BASE TX Autonegotiation Yes Bus protocol PROFINET IO IRT with the option high flexibility IRT with the option high performance 127 I O device digital inputs digita...

Page 127: ...on loads are activated Infeed current 2L Max 4 A Total current of the outputs All mounting positions to 60 C Max 4 A only 2L Electrical isolation Between 1L and 2L Yes Between 1L channels and all other circuit ele ments No Between channels No Between Ethernet and all other circuit elements Yes Insulation Insulation test voltage Ethernet interface 1500 Vrms IEEE802 3 Type Test All other circuit ele...

Page 128: ...shielded Max 30 m Output voltage Nominal value DC 24 V For signal 1 Min 1L 2L 0 8 V Output current At signal 1 0 5 A For 0 signal residual current Max 1 5 mA Load resistance range 48 Ω to 3 3 kΩ Lamp load Max 5 W Parallel wiring of two outputs To increase performance No For redundant control of a load Supported Control of a digital input Yes Switching frequency With resistive load Max 100 Hz With ...

Page 129: ...arameterizable response to CPU Master STOP Prioritized startup Media redundancy Pin assignment of the sockets The table below shows the pin assignment of the eight sockets for connecting digital outputs Table 9 6 Pin assignment of sockets X1 to X8 for digital outputs Assignment Socket X1 Socket X2 Socket X3 Socket X4 Socket X5 Socket X6 Socket X7 Socket X8 Pin 24 V 1L non switched 24 V 2L switched...

Page 130: ... Block diagram of the 8 DO DC 24V 1 3A 8 M12 I O device Technical data of the 8 DO DC 24V 1 3A 8 M12 I O device Technical data Dimensions and weight Dimensions W x H x D mm 60 x 175 x 49 Weight Approx 910 g Module specific data Transmission rate 100 Mbps full duplex Transmission mode 100BASE TX Autonegotiation Yes 131 I O device digital inputs digital outputs 9 2 I O device digital outputs ET 200e...

Page 131: ...nt 1L Max 4 A Supply voltage 2L DC 24 V Reverse polarity protection Yes against destruction loads are activated Infeed current 2L Max 4 A Total current of the outputs All mounting positions to 60 C Max 3 9 A per 1L and 2L Current consumption From supply voltage 1L Typ 100 mA From supply voltage 2L Typ 5 mA Power loss of the device Typ 5 5 W Digital outputs Number of outputs 8 Insulation Insulation...

Page 132: ...nel Wire break Yes in the off state per channel Actuator selection data Cable length shielded Max 30 m Cable length unshielded Max 30 m Output voltage Nominal value DC 24 V For signal 1 Min 1L 2L 0 8 V Output current At signal 1 Max 1 3 A For 0 signal residual current Max 1 5 mA Load resistance range 22 Ω to 3 3 kΩ Lamp load Max 5 W Parallel wiring of two outputs To increase performance No For red...

Page 133: ...the I O device Wire break at outputs per channel Short circuit to M at outputs per channel Parameterizable response to CPU Master STOP Prioritized startup Media redundancy Pin assignment of the sockets The table below shows the pin assignment of the eight sockets for connecting digital outputs Table 9 7 Pin assignment of sockets X1 to X8 for digital outputs Assignment Socket X1 Socket X2 Socket X3...

Page 134: ... Block diagram of the 8 DO DC 24V 2 0A 8 M12 I O device Technical data of the 8 DO DC 24V 2 0A 8 M12 I O device Technical data Dimensions and weight Dimensions W x H x D mm 60 x 175 x 49 Weight Approx 910 g Module specific data Transmission rate 100 Mbps full duplex Transmission mode 100BASE TX Autonegotiation Yes 135 I O device digital inputs digital outputs 9 2 I O device digital outputs ET 200e...

Page 135: ...t 1L Max 4 A Supply voltage 2L DC 24 V Reverse polarity protection Yes against destruction loads are activated Infeed current 2L Max 4 A Total current of the outputs All mounting positions to 60 C Max 3 9 A 1L and max 4 A 2L Current consumption From supply voltage 1L Typ 100 mA From supply voltage 2L Typ 5 mA Power loss of the device Typ 5 W Digital outputs Number of outputs 8 Insulation Insulatio...

Page 136: ...nnel Wire break Yes in the off state per channel Actuator selection data Cable length shielded Max 30 m Cable length unshielded Max 30 m Output voltage Nominal value DC 24 V For signal 1 Min 1L 2L 0 8 V Output current At signal 1 2 0 A For 0 signal residual current Max 1 5 mA Load resistance range 12 Ω to 3 3 kΩ Lamp load Max 10 W Parallel wiring of two outputs To increase performance No For redun...

Page 137: ...break at outputs per channel Short circuit to M at outputs per channel Parameterizable response to CPU Master STOP Prioritized startup Media redundancy Pin assignment of the sockets The table below shows the pin assignment of the eight sockets for connecting digital outputs Table 9 8 Pin assignment of sockets X1 to X8 for digital outputs Assignment Socket X1 Socket X2 Socket X3 Socket X4 Socket X5...

Page 138: ... Block diagram of the 16 DO DC 24V 1 3A 8 M12 I O device Technical data of the 16 DO DC 24V 1 3A 8 M12 I O device Technical data Dimensions and weight Dimensions W x H x D mm 60 x 175 x 49 Weight Approx 910 g Module specific data Transmission rate 100 Mbps full duplex Transmission mode 100BASE TX Autonegotiation Yes 139 I O device digital inputs digital outputs 9 2 I O device digital outputs ET 20...

Page 139: ...nt 1L Max 4 A Supply voltage 2L DC 24 V Reverse polarity protection Yes against destruction loads are activated Infeed current 2L Max 4 A Total current of the outputs All mounting positions to 60 C Max 3 9 A per 1L and 2L Current consumption From supply voltage 1L Typ 100 mA From supply voltage 2L Typ 5 mA Power loss of the device Typ 5 5 W Digital outputs Number of outputs 16 Insulation Insulatio...

Page 140: ...nel Wire break Yes in the off state per channel Actuator selection data Cable length shielded Max 30 m Cable length unshielded Max 30 m Output voltage Nominal value DC 24 V For signal 1 Min 1L 2L 0 8 V Output current At signal 1 Max 1 3 A For 0 signal residual current Max 1 5 mA Load resistance range 22 Ω to 3 3 kΩ Lamp load Max 5 W Parallel wiring of two outputs To increase performance No For red...

Page 141: ... down Device Diagnostics Wire break at outputs 0 to 7 channels 0 to 7 Disable Enable Disable Channel Diagnostics Short circuit to M outputs 0 to 7 channels 0 to 7 Disable Enable Disable Channel Parameters for 8 DO DC 24V 0 5A 4 M12 6ES7142 6BF50 0AB0 Parameter Range of values Default setting Range of effectiveness Group diagnostics Disable Enable Disable Device Diagnostics Missing 2L Disable Enabl...

Page 142: ...I O device digital inputs digital outputs 9 3 1 I O device 8 DIO DC 24V 1 3A 8xM12 Article number 6ES7147 6BG00 0AB0 Properties The 8 DIO DC 24V 1 3A 8 M12 I O device has the following properties 8 freely parameterizable digital inputs outputs Prioritized startup Media redundancy Dimensions 60 x 175 mm single assignment of the sockets Digital inputs Rated input voltage DC 24 V Suitable for switche...

Page 143: ...necting digital inputs and digital outputs Table 9 9 Pin assignment of sockets X1 to X8 for digital inputs digital outputs Assignment Pin Socket X1 Socket X2 Socket X3 Socket X4 Socket X5 Socket X6 Socket X7 Socket X8 View of socket front view 1 24 V sensor supply 1US derived from 1L non switched 24 V sensor supply 2US derived from 2L switched 2 Not used 3 Supply ground 1M Supply ground 2M Input o...

Page 144: ...iagram of the 8 DIO DC 24V 1 3A 8 M12 I O device Technical data of the 8 DIO DC 24V 1 3A 8 M12 I O device Technical data Dimensions and weight Dimensions W x H x D mm 60 x 175 x 49 Weight Approx 910 g Module specific data Transmission rate 100 Mbps full duplex Transmission mode 100BASE TX Autonegotiation Yes 145 I O device digital inputs digital outputs 9 3 I O device digital inputs digital output...

Page 145: ...ivated Infeed current 2L Max 4 A Current consumption From supply voltage 1L Typ 100 mA no digital output activated From supply voltage 2L Typ 5 mA no digital output activated Power loss of the device type 4 5 W if all channels are set as digital input type 6 5 W if all channels are set as digital output Total current of the outputs All mounting positions to 60 C Max 3 9 A per 1L and 2L Digital inp...

Page 146: ...ure of 1L and 2L Yes Sensor supply short circuit Yes per channel Digital output short circuit Yes per channel Digital input wire break Yes input current 0 3 mA per channel Digital output wire break Yes in the off state per channel Sensor supply Number of sensor supplies 8 4 1L and 4 2L Note The sensor supply is only available when the corresponding channel is parameterized as an Input Load current...

Page 147: ...ent Max 1 5 mA Load resistance range 22 Ω to 3 3 kΩ Lamp load Max 5 W Parallel wiring of two outputs To increase performance No For redundant control of a load Supported Control of a digital input Yes Switching frequency With resistive load Max 100 Hz With inductive load Max 0 5 Hz With lamp load Max 1 Hz Limiting of the inductive shutdown voltage to lamp load Typ 1L 2L 47 V Short circuit protecti...

Page 148: ... Disable Enable Disable Channel Diagnostics Short circuit to M inputs 0 to 7 Disable Enable Disable Channel Response to CPU Master STOP Shut down Retain last value Shut down Device Diagnostics Wire break outputs 0 to 7 Disable Enable Disable Channel Diagnostics Short circuit to M outputs 0 to 7 Disable Enable Disable Channel Freely parameterizable Digital input Digital output Digital input Channel...

Page 149: ...al resistor 2 3 4 conductor connection system thermocouple or 80 mV Input ranges 10 V resolution 15 bits sign 80 mV resolution 15 bps sign 0 to 10 V resolution 15 bits 1 to 5 V resolution 15 bits 20 mA resolution 15 bits sign 0 to 20 mA resolution 15 bps sign 4 to 20 mA resolution 15 bits 150 300 600 3000 Ω resolution 15 bps Ni100 Ni1000 Ni120 Ni200 Ni500 Pt100 Pt1000 Pt200 Pt500 resolution 15 bps...

Page 150: ... V sensor supply 1US derived from 1L non switched Input signal 2 M0 M1 M2 M3 3 Sensor supply ground 1M Input signal 4 M0 M1 M2 M3 5 Functional earth FE Assignment for RTD Pin Socket X2 Channel 4 Socket X4 Channel 5 Socket X6 Channel 6 Socket X8 Channel 7 View of socket front view 4 conductor Constant current line 1 IC4 IC5 IC6 IC7 Measurement cable 2 M4 M5 M6 M7 Constant current line 3 IC4 IC5 IC6...

Page 151: ... 1 IC4 M4 IC5 M5 IC6 M6 IC7 M7 2 Not used Constant current line and measurement cable 3 IC4 M4 IC5 M5 IC6 M6 IC7 M7 4 Not used 5 Functional earth FE Assignment for thermocouples and 80 mV Pin Socket X2 Channel 4 Socket X4 Channel 5 Socket X6 Channel 6 Socket X8 Channel 7 View of socket front view 1 Not used Input signal 2 M4 M5 M6 M7 3 Not used Input signal 4 M4 M5 M6 M7 5 Functional earth FE 152 ...

Page 152: ...nical specifications Technical specifications Dimensions and weight Dimensions W x H x D mm 60 x 175 x 49 Weight Approx 930 g Module specific data Transmission rate 100 Mbps full duplex Transmission mode 100BASE TX Autonegotiation Yes Bus protocol PROFINET IO IRT with the option high flexibility IRT with the option high performance 153 I O device analog input analog output 10 1 I O device analog i...

Page 153: ...d current 2L Max 4 A Current consumption From supply voltage 1L Typ 110 mA From supply voltage 2L 0 mA Power loss of the device Typ 2 8 W without sensor current Analog inputs Number of inputs 8 4 for U or I 4 for RTD or thermocouple Cable length shielded Max 30 m Sensor supply Number of sensor supplies 4 Total current Max 1 A Short circuit protection Yes electronic for each module to ground Respon...

Page 154: ... with 2 3 4 conductor connection Connection of sensors for thermocouples Yes Temperature compensation for thermocouples 1 Internal temperature compensation Yes parameterizable External temperature compensation Yes parameterizable Technical unit for temperature measurement C F K Formation of analog values Measuring principle Integrating Integration time and conversion time resolution per channel In...

Page 155: ...en inputs 85 dB Ambient temperature positive negative 0 C to 25 C negative 25 C to 40 C U 0 15 0 2 0 35 I 0 2 0 25 0 4 R RTD 0 1 0 15 0 3 Operational limit across temperature range relat ive to input range TC 0 2 0 25 0 4 U 0 1 I 0 1 R RTD 0 05 Basic error limit operational limit at 25 C relative to input range 3 TC 0 1 Ambient temperature positive negative U 0 0035 K 0 007 K I 0 006 K 0 007 K R R...

Page 156: ... applications according to AMS 2750 Yes Declaration of Conformity see online support entry 109757262 Suitable for applications according to CQI 9 Yes based on AMS 2750 E Electrical isolation Between 1L and 2L Yes Between 1L channels and all other circuit ele ments No Between channels No Between Ethernet and all other circuit elements Yes 1 No temperature compensation is always run when using the m...

Page 157: ...ross section See also Response times for analog input device and output device Page 259 10 1 2 8 AI RTD TC 8 M12 I O device Article number 6ES7144 6KD50 0AB0 Properties The electronic module 8 AI RTD TC 8 M12 has the properties listed below 8 freely parameterizable inputs Resistance 2 3 4 wire transmitter Thermoresistor 2 3 4 conductor connection system Thermocouple or 80 mV Input ranges Voltage m...

Page 158: ...ket X4 Channel 5 Socket X5 Channel 2 Socket X6 Channel 6 Socket X7 Channel 3 Socket X8 Channel 7 View of socket front view 4 conductor Constant current line 1 IC0 IC4 IC1 IC5 IC2 IC6 IC3 IC7 Measurement cable 2 M0 M4 M1 M5 M2 M6 M3 M7 Constant current line 3 IC0 IC4 IC1 IC5 IC2 IC6 IC3 IC7 Measurement cable 4 M0 M4 M1 M5 M2 M6 M3 M7 5 Functional earth FE 3 conductor Constant current line 1 IC0 IC4...

Page 159: ...C6 M6 IC3 M3 IC7 M7 4 Not used 5 Functional earth FE Table 10 5 Pin assignment for thermocouples with 8 AI RTD TC 8xM12 electronic module Assignment for thermocouples and 80 mV Pin Socket X1 Channel 0 Socket X2 Channel 4 Socket X3 Channel 1 Socket X4 Channel 5 Socket X5 Channel 2 Socket X6 Channel 6 Socket X7 Channel 3 Socket X8 Channel 7 View of socket front view 1 Not used Input signal 2 M0 M4 M...

Page 160: ... The figure below shows the block diagram of the 8 AI RTD TC 8xM12 electronic module 161 I O device analog input analog output 10 1 I O device analog input ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 161: ...SO OHFWURQLFV DXOW QSXW 57 7 8 3 3 6 07 3 5 3 5 0 21 Figure 10 2 Block diagram 8 AI RTD TC 8xM12 162 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN I O device analog input analog output 10 1 I O device analog input ...

Page 162: ... Yes internal Auto crossover Yes if autonegotiation is enabled Manufacturer ID Vendor ID 002AH Device ID DeviceID 0306H Voltages and currents Supply voltage 1L DC 24 V Reverse polarity protection Yes against destruction Infeed current 1L Max 4 A Supply voltage 2L DC 24 V Infeed current 2L Max 4 A Current consumption From supply voltage 1L Typ 110 mA From supply voltage 2L 0 mA Power loss of the de...

Page 163: ...eterizable Technical unit for temperature measurement C F K Formation of analog values Measuring principle Integrating Integration time and conversion time resolution per channel Integration time parameterizable Yes Interference frequency suppression in Hz 500 60 50 10 Integration time in ms 2 0 16 667 20 100 Conversion time in ms per channel 2 4 19 22 102 Resolution for RTD including overrange 15...

Page 164: ... range TC 0 0035 K 0 007 K Linearity error relative to input range 0 01 Repeat accuracy in steady state condition at 25 C relative to input range 0 008 Operational limits relative to internal temperature sensor 3 C Basic error limits relative to internal temperature sensor 2 C Status interrupts diagnostics Interrupts Yes Diagnostics functions Group error maintenance Red yellow SF MT LED Bus monito...

Page 165: ... resistances are updated in alternating cycles Rapid changes in the measuring resistance therefore impair the accuracy 3 For thermocouples the information refers to the temperature range from 100 C to nominal value NOTE The accuracy information is valid for static thermal states and changes in ambient temperat ure 1 K h The I O device achieves the highest accuracy with the 4 wire connection system...

Page 166: ...29 0 to 311 0 Fahrenheit 128 2 to 428 2 Kelvin 0 0 Device Measurement type channels 0 to 3 Disabled Voltage Current 4 wire transducer Current 2 wire transducer Voltage Channel Measurement type channels 4 to 7 Disabled Resistance 4 wire connection Resistance 3 wire connection Resistance 2 wire connection Thermoresistor linear 4 conductor connection Thermoresistor linear 3 conductor connection Therm...

Page 167: ...N_ NiCrSi_NiSi TC_EL Typ_E_ NiCr_CuNi TC_EL Typ_J_ Fe_CuNi TC_EL Typ_K_ NiCr_Ni Pt100 Standard range Channel Reference junction for ther moresistor TC Internal External Internal Channel Temperature coefficient Pt 0 003916 Pt 0 003902 Pt 0 00392 Pt 0 0038511 Ni 0 00618 Ni 0 00672 Ni 0 005000 Pt 0 0038511 Channel Smoothing None Weak Medium Strong None Channel Diagnostics wire break Disable Enable Di...

Page 168: ...2 wire connection Thermoresistor linear 4 conductor connection Thermoresistor linear 3 conductor connection Thermoresistor linear 2 conductor connection Thermocouple elements Thermoresistor Pt100 4 conductor connec tion Channel Measuring range channels 0 to 7 80 mV 150 Ω 300 Ω 600 Ω 3000 Ω Pt100 Climatic range Pt100 Standard range Pt200 Climatic range Pt200 Standard range Pt500 Climatic range Pt50...

Page 169: ...annel Diagnostics overflow Disable Enable Disable Channel 1This value can also be shown as α 0 00385055 in the parameter assignment Measuring type with 8 AI RTD The following table lists the temperature coefficients and measuring ranges you can assign for each measurement type Measurement type Temperature coefficient Measuring range Thermoresistor 4 conductor Thermoresistor 3 conductor Thermoresis...

Page 170: ...nalog input Group diagnostics You can generally enable and disable the diagnostics function of the device with this parameter The Fault and Parameter assignment error diagnostics functions are always independent of the group diagnostics Diagnostics Missing 1L If you enable this parameter the check for missing supply voltage is enabled Diagnostics Short circuit sensor supply If you enable this para...

Page 171: ... Thermal resistor linear 3 wire connection Thermal resistor linear 2 wire connection Thermocouple This parameter is used to set the measuring method for example voltage For any unused channels you must select the disabled setting For a disabled channel the conversion time and integration time of the channel 0 s and the overall cycle time of the device is reduced Measuring range With this parameter...

Page 172: ...othed analog value reaches the setpoint value The time interval until the smoothed analog value is applied after a signal change is also prolonged The figure below shows the number of cycles a module requires to apply the smoothed analog value at almost 100 after a step response based on the smoothing function settings The figure applies to all signal changes at the analog input The smoothing valu...

Page 173: ...account Diagnostics wire break Diagnostics overflow Diagnostics underflow Event Process data Diagnostic message per channel Activated Deactivated Deactivated Wire break 0x7FFF Wire break Deactivated Deactivated Activated Wire break 0x8000 Low limit viol ated Deactivated Activated Deactivated Wire break 0x7FFF High limit viol ated Deactivated Activated Activated Wire break 0x8000 Low limit viol ate...

Page 174: ... reference junction temperature is detected by an internal temperature sensor The same reference junction temperature is assigned to all the channels of the I O devices that you selected for this type of compensation With the I O device 8 AI RTD TC 8xM12 the following compensation settings are also possible RTD 0 The reference junction temperature is determined by means of a thermal resistor Pt100...

Page 175: ... be assigned by means of the the user program to each channel for which you select this type of compensation Fixed Ref Temp The reference temperature is specified permanently With this type of compensation the reference junction temperature is stored as a parameter The reference junction temperature is specified in the parameter Reference temperature for TC The possible value range is listed in th...

Page 176: ...00H Nominal range 1 FFFFH 0 296 V 4864 ED00H Underrange 0 296 V 32767 7FFFH Wire break 32768 8000 H Underflow Voltage measuring ranges Measuring range 0 to 10 V Units Measuring range 0 to 10 V Decimal Hexadecimal Range 11 759 V 32767 7FFFH Overflow 11 759 V 32511 7EFFH 27649 6C01H Overrange 10 V 27648 6C00H 7 5 V 20736 5100H 0 V 361 7 µV 1 0001H 0 V 0 0000H Nominal range 1 FFFFH 1 759 V 4864 ED00H...

Page 177: ... V 32512 8100H Underrange 11 759 V 32768 8000H Underflow Current measuring range 0 to 20 mA Units Measuring range 0 to 20 mA Decimal Hexadecimal Range 23 52 mA 32767 7FFFH Overflow 23 52 mA 32511 7EFFH 27649 6C01H Overrange 20 mA 27648 6C00H 15 mA 20736 5100H 723 4 nA 1 0001H 0 mA 0 0000H Nominal range 1 FFFF H 3 52 mA 4864 ED00H Underrange 3 52 mA 32768 8000H Underflow 178 ET 200eco PN Operating ...

Page 178: ... break 32768 8000 H Underflow Measuring range for current 20 mA Units Measuring range 20 mA Decimal Hexadecimal Range 23 52 mA 32767 7FFFH Overflow 23 52 mA 32511 7EFFH 27649 6C01H Overrange 20 mA 27648 6C00H 15 mA 20736 5100H 723 4 nA 1 0001H 0 mA 0 0000H 1 FFFFH 15 mA 20736 AF00H 20 mA 27648 9400H Nominal range 27649 93FFH 23 52 mA 32512 8100H Underrange 23 52 mA 32768 8000H Underflow 179 I O de...

Page 179: ...r resistance based sensor 150 Ω 300 Ω 600 Ω 3000 Ω Units Measuring range 150 Ω 300 Ω 600 Ω 3 kΩ Decimal Hexadecimal Range 176 38 Ω 352 77 Ω 705 53 Ω 3 53 kΩ 32767 7FFFH Overflow 176 38 Ω 352 77 Ω 705 53 Ω 3 53 kΩ 32511 7EFFH 27649 6C01H Overrange 150 Ω 300 Ω 600 Ω 3 kΩ 27648 6C00H 112 5 Ω 225 Ω 450 Ω 2 25 kΩ 20736 5100H 5 43 mΩ 10 85 mΩ 21 70 mΩ 108 05 mΩ 1 0001H 0 Ω 0 Ω 0 Ω 0 Ω 0 0000H Nominal ra...

Page 180: ...4 3281 4054 F32FH F02AH 73 1 30 2 731 302 2DBH 12EH Underrange 243 0 32768 8000H 405 4 32768 8000H 30 2 32768 8000H Underflow Measuring ranges for Pt x00 climatic thermal resistor Units Units Pt x00 Climatic in C 1 digit 0 01 C Decimal Hexadecimal Pt x00 Climatic in F 1 digit 0 01 F Decimal Hexadecimal Range 155 00 32767 7FFFH 311 00 32767 7FFFH Overflow 155 00 130 01 15500 13001 3C8CH 32C9H 311 0...

Page 181: ...FD07H F9DEH 213 1 168 2 2131 1682 853H 692H Underrange 105 0 32768 8000H 157 0 32768 8000H 168 2 32768 8000H Underflow Measuring ranges for Ni x00 climatic thermal resistor Units Units Ni x00 Climatic in C 1 digit 0 01 C Decimal Hexadecimal Ni x00 Climatic in F 1 digit 0 01 F Decimal Hexadecimal Range 155 00 32767 7FFFH 311 00 32767 7FFFH Overflow 155 00 130 01 15500 13001 3C8CH 32C9H 311 00 266 0...

Page 182: ...50 0 1300 1 15500 13001 3C8CH 32C9H 2822 0 2372 1 28220 23721 6E3CH 5CA9H 1823 2 1573 3 18232 15733 4738H 3D75H Overrange 1300 0 270 0 13000 2700 32C8H F574H 2372 0 454 0 23720 4540 5CA8H EE44H 1573 2 3 2 15732 32 3D74H 0020H Nominal range 270 0 32768 8000H 454 0 32768 8000H 3 2 32768 8000H Underflow Representation of analog values for thermocouple type J Units Units Units Type J in C Decimal Hexa...

Page 183: ...using the I O device 8 AI RTD TC 8xM12 or an external module from another station when you use the compensation type Dynamic reference temperature To do so the reference temperature is transmitted with SFB 53 WRREC using the data record DS2 to the I O device 8 AI RTD TC 8xM12 Requirements Standard function block SFB 53 WRREC User program Programming Observe the following notes on the user program ...

Page 184: ...ceive DS2 data within the 5 minute interval of the watchdog a diagnostic interrupt Reference channel fault is signaled if the Group diagnostics parameter has been enabled When you use ET 200eco PN modules or other modules for measuring the reference junction temperature the RTD module parameters module parameters for the output structure and measuring accuracy must be represented in the DS2 by byt...

Page 185: ...FH MXQFWLRQ KDQQHO 7HPSHUDWXUH H WHUQDO UHIHUHQFH MXQFWLRQ KDQQHO 7HPSHUDWXUH H WHUQDO UHIHUHQFH MXQFWLRQ KDQQHO 7HPSHUDWXUH H WHUQDO UHIHUHQFH MXQFWLRQ KDQQHO 7HPSHUDWXUH H WHUQDO UHIHUHQFH MXQFWLRQ KDQQHO 7HPSHUDWXUH H WHUQDO UHIHUHQFH MXQFWLRQ KDQQHO 7HPSHUDWXUH H WHUQDO UHIHUHQFH MXQFWLRQ KDQQHO 5HVROXWLRQ 7HPSHUDWXUH XQLW HOVLXV DKUHQKHLW HOYLQ Figure 10 3 Structure of data record DS2 186 ET ...

Page 186: ...ice 8 AI RTD TC 8xM12 of an RTD module The reference junction temperature of the RTD module applies to all channels of the I O device 8 AI RTD TC 8xM12 Requirements Input address of the I O device 8 AI RTD TC 8xM12 120 module address Input address of the RTD module 136 channel address Request bit for SFB WRREC M 20 0 Busy bit for SFB WRREC M 20 1 Memory for data transmission MW 0 to MW 16 STL Expl...

Page 187: ...8 Length 18 bytes DONE BUSY M20 1 Busy bit from SFB WRREC ERROR STATUS MD24 RECORD P M0 0 BYTE 18 Pointer to memory for data transmission length 18 bytes U M 20 1 Checking if WRREC is Busy SPB END CLR M 20 0 Reset request for Dynamic Ref Temp END NOP 0 This is only an example The logic and memory assignment have to be adapted to the structure of the used PLC program Addition information on SFB 53 ...

Page 188: ...output are possible when supply voltage 1L is switched on and off NOTE The outputs are in voltage mode and supply a signal 0 V until the parameter assignment becomes effective after switching on Pin assignment You will find the pin assignment for the 4 AO U I 4 M12 I O device in the table below Table 10 8 Pin assignment for voltage and current for the 4 AO U I 4 M12 I O device Assignment for U I P...

Page 189: ... 6ZLWFK LQWHUQDO SRZHU VXSSO OHFWURQLFV DXOW 2XWSXW 8 QWHJUDWHG HOHFWURQLF VKRUW FLUFXLW SURWHFWLRQ 21 6 07 3 3 0 3 5 3 5 Figure 10 4 Block diagram 4 AO U I 4xM12 Technical specifications Technical specifications Dimensions and weight Dimensions W x H x D mm 60 x 175 x 49 190 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN I O device analog input analog output 10 2 I O device analog out...

Page 190: ... is enabled Manufacturer ID Vendor ID 002AH Device ID DeviceID 0306H Voltages and currents Supply voltage 1L DC 24 V Reverse polarity protection Yes against destruction Infeed current 1L Max 4 A Supply voltage 2L DC 24 V Infeed current 2L Max 4 A Current consumption From supply voltage 1L Typ 280 mA From supply voltage 2L 0 A Power loss of the device Typ 5 5 W Analog outputs Number of outputs 4 Ca...

Page 191: ...500 ms Connection of actuators For voltage output 2 wire connection Yes For current output 2 wire connection Yes Formation of analog values Conversion principle Resistor network Conversion time per channel in ms 1 ms Voltage resolution including overrange 10 V 15 bits sign 1 to 5 V 15 bits 0 to 10 V 15 bits Current resolution including overrange 20 mA 15 bits sign 4 to 20 mA 15 bits 0 to 20 mA 15 ...

Page 192: ...pts diagnostics Interrupts Yes Diagnostics functions Group error maintenance Red yellow SF MT LED Bus monitoring PROFINET IO Red BF LED Monitoring of supply voltage 1L Green ON LED Existing connection to network Green P1 LK and P2 LK LED LED for PROFINET IO infeed and loop through Fault at analog output Red LED Diagnostic information can be read Yes Monitoring for Supply voltage 1L Yes Sensor supp...

Page 193: ...short circuit Disable Enable Disable Device Response to CPU Master STOP Output has no current or voltage Retain last value Switch to substitute val ues Output has no current or voltage Device Type of output Disabled Voltage Current Voltage Channel Output range 1 to 5 V 0 to 10 V 10 V 0 to 20 mA 4 to 20 mA 20 mA 10 V Channel Diagnostics wire break at outputs Disable Enable Disable Channel Diagnosti...

Page 194: ...s sensor supply short circuit When this parameter is enabled the system generates a diagnostics event if it detects a short circuit of the sensor supply to ground This diagnostics function is activated when the group diagnostics function is enabled Response to CPU Master STOP Select how the module s outputs will respond to a CPU STOP Shut down The I O device goes to the safe state The process imag...

Page 195: ... event is generated in the event of a short circuit in the output line This diagnostics event cannot be detected in the zero range Diagnostics overload If you enable this parameter the diagnostics event is generated in the event of an overload Substitute values With this parameter you enter a substitute value that the module is to output in CPU STOP mode The substitute value must be in the nominal...

Page 196: ...imal Range 0 00 V 0 00 mA 32767 7FFFH 32512 7F00H Overflow 5 70 V 22 81 mA 32511 7EFFH 27649 6C01H Overrange 5 V 20 mA 27648 6C00H 4 V 16 mA 20736 5100H 1 V 144 7 µV 4 mA 578 7 nA 1 0001H 1 V 4 mA 0 0000H Nominal range 1 FFFFH 0 V 0 mA 6912 E500H Underrange 6913 E4FFH 0 00 V 0 00 mA 32768 8000H Underflow Output ranges for voltage and current 0 to 10 V 0 to 20 mA Units Output range 0 to 10 V Output...

Page 197: ...signment 7FFFH Within an incorrect parameter assign ment2 Measured value On Entry Diagnostic interrupt Within an incorrect initial parameter assignment 7FFFH On Entry Diagnostic interrupt 1 If the the group diagnostics and measuring range parameters are enabled for the input device 2 If a channel was previously parameterized correctly it continues running with the last parameters Influence of outp...

Page 198: ...he IO Controller On Entry Diagnostic interrupt Within an incorrect initial parameter assignment 0 signal On Entry Diagnostic interrupt 1 If a channel was previously parameterized correctly it continues running with the last parameters 199 I O device analog input analog output 10 3 Influence of the range of values ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 199: ...uators encoders SIO mode 8 digital inputs and 4 digital outputs Digital inputs Rated input voltage DC 24 V Suitable for switches and proximity switches Diagnostics Missing 2L for the I O device Short circuit to M at sensor supply per channel group Wire break per channel Channels 4 to 7 are diagnostics capable Channels 0 to 3 do not have diagnostics Digital outputs Rated load voltage DC 24 V Output...

Page 200: ... 4 5 Not used Table 11 2 Pin assignment of the sockets X5 to X6 for digital inputs Assignment Pin Socket X5 Socket X6 View of socket front view 1 24 V sensor supply 1US derived from 1L non switched Input signal 2 DI5 DI7 3 Sensor supply ground 1M Input signal 4 DI4 DI6 5 Functional earth FE Table 11 3 Pin assignment of sockets X7 and X8 for digital outputs Assignment Pin Socket X7 2L switched Sock...

Page 201: ...6WDWXV DXOW 2 0 3 5 3 5 0 6 07 3 3 0 21 Figure 11 1 Block diagram of the IO Link Master 4 IO L 8 DI 4 DO DC 24V 1 3A 8 M12 Technical data of the IO Link Master Technical data Dimensions and weight Dimensions W x H x D mm 60 x 175 x 49 Weight Approx 910 g Module specific data Transmission rate 100 Mbps full duplex 202 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN IO Link Master 11 1 IO...

Page 202: ...ection Yes against destruction Infeed current 1L Max 4 A Supply voltage 2L DC 24 V Reverse polarity protection Yes against destruction loads are activated Infeed current 2L Max 4 A Total current of the outputs All mounting positions to 60 C 3 9 A Current consumption From supply voltage 1L Typ 200 mA From supply voltage 2L Typ 5 mA Power loss of the device Typ 8 W Insulation Insulation test voltage...

Page 203: ...Channel 0 to 3 Yes per channel Wire break at input Input current 0 3 mA per channel Wire break at output Channel 0 to 3 Yes in the off state per channel Sensor supply Number of sensor supplies 6 X1 X4 IO LINK DI and X5 X6 DI Load current 200 mA per output to X1 X4 IO LINK DI 100 mA per output to X5 X6 DI Short circuit protection Yes electronic IO Link port Number of ports 4 Number of ports that ca...

Page 204: ... 30 V For signal 0 3 to 5 V Input current At signal 1 Typ 7 mA Input delay At 0 to 1 Typ 3 ms At 1 to 0 Typ 3 ms Input characteristic According to IEC 61131 Type 3 Connection of 2 wire proximity switches Supported Permitted quiescent current Max 1 5 mA Actuator selection data output signals 0 to 3 only Cable length shielded Max 30 m Cable length unshielded Max 30 m Output voltage Nominal value DC ...

Page 205: ...ot 1 4 IO L Group diagnostics Disable Enable Disable Slot 1 Diagnostics enable for Ports 1 Disable Enable Disable Channel Diagnostics enable for Port 2 Disable Enable Disable Channel Diagnostics enable for Port 3 Disable Enable Disable Channel Diagnostics enable for Port 4 Disable Enable Disable Channel Slot 2 8 DI 4 DO DC 24V 1 3A 8 M12 Group diagnostics Disable Enable Disable Slot 2 Diagnostics ...

Page 206: ...annel 1 Diagnostics Wire break Disable Enable Disable Channel Diagnostics Short circuit of out puts to M Disable Enable Disable Channel Channel 2 Diagnostics Wire break Disable Enable Disable Channel Diagnostics Short circuit of out puts to M Disable Enable Disable Channel Channel 3 Diagnostics Wire break Disable Enable Disable Channel Channel group is defined by the digital inputs of the M12 sock...

Page 207: ...k In IO Link mode the port is in IO Link communication There are two data transmission rates in this operating mode COM1 with 4 8 kBaud COM2 with 38 4 kBaud The data transmission rate depends on the IO Link Device used The IO Link Master and the IO Link Device used automatically negotiate the maximum data transmission rate at startup DI In DI mode a port of the IO Link Master behaves like a standa...

Page 208: ...rea up to 32 byte inputs 32 byte outputs per port 4 standard actuators encoders SIO mode Data transfer rates COM1 4 8 kBaud COM2 38 4 kBaud COM3 230 4 kBaud Identification and maintenance data I M0 to I M3 Media redundancy Configurable diagnostics can be set per port in IO Link mode Hardware interrupts in IO Link mode The module supports the following functions Table 11 4 Version dependencies of t...

Page 209: ...formation on pin assignment including wiring examples for the 3 and 5 conductor connection Port Class A or Class B is available in the chapter Pin assignment for IO Link Masters Page 47 Block diagram The figure below shows the block diagram of the IO Link master 4 IO L 4 M12 6ZLWFK QWHJUDWHG HOHFWURQLF VKRUW FLUFXLW SURWHFWLRQ QWHUQDO YROWDJH VXSSO OHFWURQLFV 2 LQN RDG YROWDJH PRQLWRULQJ 0 3 5 3 5...

Page 210: ...utonegotiation is enabled Manufacturer ID Vendor ID 002AH Device ID DeviceID 0306H Voltages and currents Supply voltage 1L DC 24 V Reverse polarity protection Yes Infeed current 1L Max 4 A Load voltage 2L DC 24 V Reverse polarity protection Yes against destruction loads are activated Infeed current 2L Max 4 A Current consumption From supply voltage 1L Typ 100 mA From supply voltage 2L Typ 15 mA Po...

Page 211: ...es Monitoring for Missing 2L Yes Sensor supply short circuit Yes device supply to ground Sensor supply Number of outputs 4 Load current 500 mA per output Short circuit protection Yes electronic IO Link port Number of ports 4 Number of ports that can be controlled simultan eously 4 in all mounting positions IO Link protocol 1 0 Yes IO Link protocol 1 1 Yes Transmission rate 4 8 kBaud COM1 38 4 kBau...

Page 212: ...ted by a submodule Configuration of the IO Link port of the IO Link Master 4 IO L 4 M12 You specify the various operating modes of each IO Link port by configuring a relevant submodule as digital input by configuring a digital input submodule as digital output by configuring a digital output submodule as IO Link device by configuring an IO Link submodule Port deactivated In STEP 7 V5 5 and higher ...

Page 213: ...ge 214 11 2 2 Parameter Port parameters for the IO Link Master 4 IO L 4 M12 The following tables show the parameters that you can set for each submodule each port of the 4 IO L 4 M12 IO Link Master Table 11 6 Diagnostics Parameters Range of values Default setting Diag Missing 2L Disable Enable Disable Diag Port Disable Enable Disable Hardware interrupt device notification Disable Enable Disable Th...

Page 214: ... for the selected port A distinction is made between error and maintenance interrupts during the diagnostics The possible diagnostics depend IO Link device used More information on the diagnostic interrupts is available in the description of the IO Link device that is used Hardware interrupt device notification Enabling of hardware interrupts for the selected port The possible hardware interrupts ...

Page 215: ...k Device is not started automatically You have to store the VendorID and DeviceID of the connected IO Link Device in STEP 7 In addition you can select the test accuracy for data storage Same type V1 0 without backup restore Type compatible V1 1 without backup restore Type compatible V1 1 with backup restore Type compatible V1 1 with restore You can find the VendorID and DeviceID on the Internet ht...

Page 216: ...data I M data is information that is saved as read only I data or read write M data on the module Identification data I M0 Manufacturer information on the module to which you only have read access and some of which may be printed on the module housing for example article number and serial number Maintenance data I M1 2 3 Plant dependent information such as installation location The identification ...

Page 217: ...the further course of the project you want to carry out settings at the connected IO Link Devices with S7 PCT you require S7 PCT as of V3 5 with Hotfix 1 Port configuration with S7 PCT Requirement You have deactivated default the Port configuration without S7 PCT check box for the configuration of all the IO Link Master submodules in STEP 7 Procedure You carry out the port configuration of the IO ...

Page 218: ...stics is available in the Diagnostics function manual on the Internet https support industry siemens com cs ww en view 59192926 11 2 5 1 Triggering of a diagnostic interrupt Introduction All IO Link events of the type error which the IO Link Device generates as well as problems and errors at the IO Link port for example Diag Missing 2L are mapped to the diagnostic interrupts for the assigned submo...

Page 219: ...n of the pull plug OB 11 2 6 Maintenance events Introduction All IO Link events of the type warning which the IO Link device generates are mapped to the maintenance interrupts of the assigned submodule The objective is early detection and elimination of potential disturbances With the IO Link master maintenance events indicate to the user when a check or an exchange of network components is requir...

Page 220: ...he I O device The voltages are protected with two 7 5 A fuses Pin assignment The tables below show the pin assignments Table 12 1 Pin assignment of the terminal block Pin Assignment View of the insulation displacement ter minal block 1 24 V 1L non switched 2 Ground 1M non switched 3 24 V 2L switched 4 Ground 2M switched QIHHG XVHV RRS WKURXJK Table 12 2 Pin assignment of the M12 connector Pin Assi...

Page 221: ...ications Dimensions and Weight Dimensions W x H x D mm 30 x 50 x 98 Weight Approx 90 g Current Infeed current 1L and 2L Max 10 A per 1L and 2L Output current via the M12 connector Max 4 A per 1L and 2L Power loss Power loss of the terminal block 1 W typical See also Installing the terminal block Page 24 12 2 Voltage distributor Article number 6ES7148 6CB00 0AA0 222 ET 200eco PN Operating Instructi...

Page 222: ...f the 7 8 connector as current input Pin Assignment View of the 7 8 cable connector 24 V connection 1 Ground 2M switched 2 Ground 1M non switched 3 Functional earth FE 4 24 V 1L non switched 5 24 V 2L switched Table 12 4 Pin assignment of the M12 connector as current output Pin Assignment View of the M12 connection plug front view 1 24 V 1L non switched 2 Ground 2M switched 3 Ground 1M non switche...

Page 223: ...fications Dimensions and Weight Dimensions W x H x D mm 45 x 175 x 49 Weight Approx 590 g Voltages and currents Supply voltage 1L DC 24 V Reverse polarity protection Yes against destruction continuously without load Infeed current 1L 8 A Supply voltage 2L DC 24 V Reverse polarity protection Yes against destruction continuously without load Infeed current 2L 8 A Total current of the outputs 224 ET ...

Page 224: ...ith 1L and 2L each Input voltage loop through Green LED 1L and 2L Nominal value DC 24 V Short circuit protection of the output Yes electronic Response threshold Typ 4 5 A Power loss of the voltage distributor Typ 3 5 W Insulation Insulation test voltage Ethernet interface 1500 Vrms IEEE802 3 Type Test All other circuit elements 707 V DC type test Electrical isolation Between 1L and 2L Yes Status i...

Page 225: ... name Meaning xL Input external auxiliary voltage x load group xM Ground external auxiliary voltage x load group Mn Measuring input channel n voltage current RTD TC etc Mn Measuring input channel n voltage current RTD TC etc ICn Power output power supply RTD channel n ICn Power output power supply RTD channel n UVn Infeed voltage for 2DMU USn Sensor supply voltage channel n 1US 24 V sensor supply ...

Page 226: ...ital output device 8 DIO DC 24V 1 3A 8 M12 6ES7147 6BG00 0AB0 Analog input device 8 AI 4 U I 4 RTD TC 8 M12 6ES7144 6KD00 0AB0 8 AI RTD TC 8 M12 6ES7144 6KD50 0AB0 Analog output device 4 AO U I 4 M12 6ES7145 6HD00 0AB0 IO Link master 4 IO L 8 DI 4 DO DC 24V 1 3A 8 M12 6ES7148 6JA00 0AB0 4 IO L 4 M12 6ES7148 6JD00 0AB0 Accessories for I O devices Table B 2 Accessories for I O devices Article number...

Page 227: ...er pack 6GK1901 0DB20 6AA8 PROFINET M12 connector d coded angled 3RK1902 2DA00 PROFINET FC cable FC TP Standard Cable 6XV1840 2AH10 FC TP Trailing Cable 6XV1840 3AH10 FC TP Trailing Cable GP 6XV1870 2D FC TP Marine Cable 6XV1840 4AH10 FC TP Torsion Cable 6XV1870 2F FC TP Flexible Cable GP 6XV1870 2B FC TP FRNC Cable 6XV1871 2F FC TP Food Cable 6XV1871 2L FC TP Festoon Cable GP 6XV1871 2S Preassemb...

Page 228: ...881 5AH50 Y cable for connection of two I Os 5 pole M12 200 mm 6ES7194 6KA00 0XA0 Accessory for the interface M12 socket X1 to X4 X8 Non converted connector M12 connector 5 pole screw type terminal max 0 75 mm A coded max 4 A 1 unit 3RK1902 4BA00 5AA0 M12 connector angled 5 pole screw type terminal max 0 75 mm A coded max 4 A 1 unit 3RK1902 4DA00 5AA0 M12 plug in cables shielded for connecting dig...

Page 229: ...sembled cables and connectors 0 3 m 6XV1801 5DE30 0 5 m 6XV1801 5DE50 1 0 m 6XV1801 5DH10 1 5 m 6XV1801 5DH15 2 0 m 6XV1801 5DH20 3 0 m 6XV1801 5DH30 5 0 m 6XV1801 5DH50 10 0 m 6XV1801 5DN10 Power Connecting Cable M12 180 M12 180 for power sup ply of the ET 200 preassembled cable with M12 connector and M12 socket A coded 5 pin 15 0 m 6XV1801 5DN15 0 3 m 6XV1801 5GE30 0 5 m 6XV1801 5GE50 1 0 m 6XV1...

Page 230: ...socket A coded 5 pin 15 0 m 6XV1801 5DN15 0 3 m 6XV1801 5GE30 0 5 m 6XV1801 5GE50 1 0 m 6XV1801 5GH10 1 5 m 6XV1801 5GH15 2 0 m 6XV1801 5GH20 3 0 m 6XV1801 5GH30 5 0 m 6XV1801 5GH50 10 0 m 6XV1801 5GN10 Power Connecting Cable M12 90 M12 90 for power supply of the ET 200 preassembled cable with M12 connector and M12 socket A coded 5 pin 15 0 m 6XV1801 5GN15 1 0 m 6XV1801 5AH10 2 0 m 6XV1801 5AH20 3...

Page 231: ...r power supply of the ET 200 pre assembled at one side with 7 8 connector angled one side female connector one side male connector 5 pole 10 0 m 3RK1902 3GC10 Order via Org ID 10001539 Spare parts Table B 4 Spare parts Article numbers Designation Article number Spare fuses for terminal block Miniature copper flat fuse type FK1 7 5 A fast blow 10 pieces 6ES7194 6HB00 0AA0 PROFINET IO Technical book...

Page 232: ...Ax Applications Contains the following technical product data for CAD CAE systems Technical specifications accord ing to ECAD component stand ard V1 2 Graphical data drawings Circuit diagram macros 6ES7991 0CC00 0YX0 233 Article numbers ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 233: ...ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN 234 Dimensional drawings C ...

Page 234: ...C 1 Dimensional drawings 235 Dimensional drawings C 1 Dimensional drawings ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 235: ...Dimensional drawing of the I O devices of 30 mm width 236 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Dimensional drawings C 1 Dimensional drawings ...

Page 236: ...The figure shows the dimensional drawing of the I O devices 237 Dimensional drawings C 1 Dimensional drawings ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 237: ... 8 DI DC 24V 4 M12 238 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Dimensional drawings C 1 Dimensional drawings ...

Page 238: ... 8 DO DC 24V 1 3A 4 M12 239 Dimensional drawings C 1 Dimensional drawings ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 239: ... 8 DO DC 24V 0 5A 4 M12 240 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Dimensional drawings C 1 Dimensional drawings ...

Page 240: ... 4 IO L 4 M12 3 3 5 5 241 Dimensional drawings C 1 Dimensional drawings ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 241: ... M12 current figure 16 DI DC 24V 8 M12 8 DO DC 24V 1 3A 8 M12 8 DO DC 24V 2 0A 8 M12 16 DO DC 24V 1 3A 8 M12 8 DIO DC 24V 1 3A 8 M12 8 AI 4 U I 4 RTD TC 8 M12 8 AI RTD TC 8 M12 4 IO L 8 DI 4 DO DC 24V 1 3A 8 M12 3 3 5 5 242 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Dimensional drawings C 1 Dimensional drawings ...

Page 242: ...vices of 60 mm width with 4 I O connectors The figure shows the dimensional drawing of the I O devices 4 AO U I 4 M12 3 5 3 5 243 Dimensional drawings C 1 Dimensional drawings ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 243: ... the voltage distributor The figure shows the dimensional drawing of the voltage distributor PD DC 24V 1 7 8 4 M12 244 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Dimensional drawings C 1 Dimensional drawings ...

Page 244: ...e terminal block The figure shows the dimensional drawing of the terminal block Separately Installed on an I O device 245 Dimensional drawings C 1 Dimensional drawings ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 245: ...ure shows the dimensional drawing of the mounting rail Separately with an I O device of 30 mm width with an I O device of 60 mm width s s s s 246 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Dimensional drawings C 1 Dimensional drawings ...

Page 246: ...ons 2 conductor 3 conductor 4 conductor Figure D 1 Connection examples 2 3 and 4 conductor D 2 Connection of thermocouples to the analog inputs Introduction Different options are available for the analog I O device 8 AI RTD TC 8xM12 for compensation of the reference junction temperature The corresponding connection examples are shown 247 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 247: ...D 2 Connection example No compensation as reference junction Connection example Internal compensation or Fixed reference temperature as reference junction Direct connection of the thermocouple or with compensating lines Thermocouple Figure D 3 Connection example Internal compensation or Fixed reference temperature as reference junction 248 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN...

Page 248: ...le Figure D 4 Connection example RTD 0 as reference junction in M12 compensation connector With external resistance thermometer Pt1000 W M12 connector only on round socket X1 External Pt1000 α 0 003851 in the area of the reference junction with copper cables at terminals 1 and 3 The comparison value of the external Pt1000 at round socket X1 also applies to thermocouples at X2 X3 X4 X5 X6 X7 and X8...

Page 249: ... RTD TC 8xM12 e g Pt100 in the area of the reference junction RTD module of another station Figure D 6 Connection example Dynamic reference temperature as reference junction 250 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Connection examples D 2 Connection of thermocouples to the analog inputs ...

Page 250: ...Q DW SLQ DW SLQ DW SLQ Figure E 1 Address space of 8 DI DC 24V 4 M12 I O device I O device 8 DI DC 24V 8 M12 Assignment in the process image inputs per device QSXW E WH QSXW VLJQDO KDQQHO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ 9 0 Figure E 2 Address space of 8DI DC 24V 8 M12 I O device 251 ET 200ec...

Page 251: ...SXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO 9 0 Figure E 3 Address space of 16 DI DC 24V 8 M12 I O device I O device 8 DO DC 24V 1 3A 4 M12 Assignment in the process image output per device 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW E WH DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ 6XSSO YROWDJH K...

Page 252: ...8 DO DC 24V 0 5A 4 M12 I O device I O device 8 DO DC 24V 1 3A 8 M12 and 8 DO DC 24V 2 0A 8 M12 Assignment in the process image output per device 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW E WH DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ DW SLQ 6XSSO YROWDJH KDQQHO 2 9 0 Figure E 6 Address space of I O device 8 DO DC 2...

Page 253: ... 2 9 0 Figure E 7 Address space of 16 DO DC 24V 1 3A 8 M12 I O device I O device 8 DIO DC 24V 1 3A 8 M12 Assignment in the process image inputs per device QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW VLJQDO QSXW E WH DW 3LQ DW 3LQ DW 3LQ DW 3LQ DW 3LQ DW 3LQ DW 3LQ DW 3LQ 6XSSO YROWDJH KDQQHO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW VLJQDO 2XWSXW...

Page 254: ...QQHO 8 Figure E 9 Address space of 8 AI 4 U I 4 RTD TC 8 M12 I O device I O device 8 AI RTD TC 8 M12 Assignment in the process image inputs per device QSXW E WH QSXW E WH QSXW E WH QSXW E WH QSXW E WH QSXW E WH QSXW E WH QSXW E WH QSXW ZRUG RI KDQQHO QSXW ZRUG RI KDQQHO QSXW ZRUG RI KDQQHO QSXW ZRUG RI KDQQHO QSXW ZRUG RI KDQQHO QSXW ZRUG RI KDQQHO QSXW ZRUG RI KDQQHO QSXW ZRUG RI KDQQHO Figure E ...

Page 255: ... S7 PCT NOTE Value status PortQualifier The value status PortQualifier is disabled by default An active value status PortQualifier is generally at byte x bit 0 to bit 3 It can also be placed freely within the address space byte x to x 32 Assignment of the inputs and IO Link channels as an example WH QSXW DQG 2XWSXW 6ORW WH DW 3LQ DW 3LQ DW 3LQ DW 3LQ LDJQRVWLF FKDQQHO QSXW VLJQDO RPPHQW 7KH 3 7 7R...

Page 256: ... IO L 8 DI 4 DO DC 24V 1 3A 8 M12 IO Link Master 4 IO L 4 M12 During the configuration you can select the address space according to use SIO mode The following figures show the assignment of the address spaces of a submodule port with the IO Link Master 4 IO L 4 M12 if you have configured the port as digital input or digital output in SIO mode QSXW E WH QSXW VLJQDO 3RUW DW 3LQ DW 3LQ DW 3LQ DW 3LQ...

Page 257: ...W 3LQ DW 3LQ DW 3LQ QSXW E WH QSXW E WH QSXW E WH QSXW E WH HWDLOHG LQIRUPDWLRQ RQ WKH DVVLJQPHQW RI WKH LQSXW DQG RXWSXW E WHV LV DYDLODEOH LQ WKH GHVFULSWLRQ RI WKH 2 LQN GHYLFHV WKDW DUH XVHG 7KH 34 E WH LV DOZD V ORFDWHG EHKLQG WKH ODVW LQSXW E WH RI WKH SRUW HSHQGLQJ RQ WKH FRQILJXUDWLRQ WKH 34 E WH LV WKXV DW E WH RU LQ WKH SURFHVV LQSXW LPDJH 2 0 Figure E 16 Address space of the inputs and ...

Page 258: ...the transfer of the digitized measured values to memory or to the backplane bus take place sequentially In other words the analog input channels are converted one after the other The cycle time that is the time until an analog input value is converted again is the sum of the conversion times of all the activated analog input channels of the analog input devices You should deactivate unused analog ...

Page 259: ...nalog output device RQYHUVLRQ WLPH FKDQQHO RQYHUVLRQ WLPH FKDQQHO FOH WLPH RQYHUVLRQ WLPH FKDQQHO Q Figure F 2 Cycle time of analog output modules Settling time The settling time t2 to t3 that is the time from the application of the converted value until the specified value is reached at the analog output depends on the load We therefore distinguish between resistive capacitive and inductive loads...

Page 260: ...nversion time of the channel tE Settling time t1 New digital output value applied t2 Output value transferred and converted t3 Specified output value obtained Figure F 3 Response time of an analog output channel 261 Response times for analog input device and output device F 2 Response times for analog output device ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN ...

Page 261: ...ciple of operation The higher level safety shutdown device e g 3SK1 disconnects the supply 2L and 2M switched The digital outputs of the ET 200eco PN standard modules operated at the 2L and 2M 24 V switched supply are switched to the safe state The digital outputs connected to the supply 1L and 1M 24 V non switched are not intended for switching under normal operating conditions and cannot be safe...

Page 262: ...gher level safety shutdown of the outputs WARNING When you use a pp switching safety shutdown device the power supply cable for connec tion of the ET 200eco PN modules must be routed cross circuit proof Note the requirements of the standard EN 60204 1 Cross circuit proof routing NOTE Maintain safe electrical isolation for voltages higher than SELV PELV 263 Fail safe shutdown of ET 200eco PN standa...

Page 263: ... safety function Requirements on the power supply Operation requires a SELV PELV power supply to limit overvoltages to L and M 24 V This measure prevents possible errors from the power supply side at the same time Select the power supply according to the requirements of the respective operating instructions for the shutdown device or for the ET 200eco PN system You can find more information on saf...

Page 264: ...ur Siemens Company or your local supplier in order to avoid claims for damages against you or your company License Conditions and Disclaimers for Open Source Software and other Licensed Software In the product ET 200eco PN IO Link Master 4xM12 V1 0 Copyright Siemens AG 2016 hereinafter Product the following Open Source Software is used either unchanged or in a form that we have modified and additi...

Page 265: ...266 ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN Open Source Software ...

Page 266: ...hassis ground Chassis ground includes all the interconnected inactive parts of equipment that must not carry a hazardous voltage even in the event of a fault Configuration Systematic arrangement of the individual modules Configuration control Function that enables a flexible adjustment of the actual configuration based on a configured maximum configuration via the user program Input output and dia...

Page 267: ...signed a device name by the IO Controller The IO Controller uses the configured topology and the correlations derived from the IO Devices The configured target topology must agree with the actual topology Diagnostics The detection localization classification visualization and further evaluation of errors disturbances and messages Provides monitoring functions which are executed automatically when ...

Page 268: ...ation Description this file contains all properties of a PROFINET or PROFIBUS device that are necessary for its configuration in XML format Identification data Information which is stored in modules and supports the user in checking the plant configuration and finding the hardware changes Industrial Ethernet Industrial Ethernet is a configuration technology that enables data to be transferred inte...

Page 269: ...ntification is the MAC address The MAC address is divided into Three byte manufacturer identification and three byte device identification consecutive number The MAC address is generally shown on the front of the device for example 08 00 06 6B 80 C0 Non isolated The reference potentials of the control and load circuit of non isolated I O modules are electrically interconnected Parameter assignment...

Page 270: ...US DP the established field bus and Industrial Ethernet the communication bus for the cell level Experience gained from both systems was and is being integrated into PROFINET PROFINET is an Ethernet based automation standard of PROFIBUS International previously PROFIBUS Trade Organization and defines a multi vendor communication automation and engineering model Since 2003 PROFINET has been part of...

Page 271: ...and system status lists for PROFINET IO PROFINET IO Controller Device used to address connected IO Devices That means the IO Controller exchanges input and output signals with assigned field devices The IO Controller is usually the controller running the automation program PROFINET IO Device Distributed field device which is assigned to one of the IO Controllers remote IO valve blocks frequency co...

Page 272: ...of an active network component i e the switch Other communications nodes including switches can then be connected to the other ports of the switch The connection between a communication node and the switch remains a point to point connection The task of a switch is thus to regenerate and distribute received signals The switch learns the Ethernet address es of a connected PROFINET device or of othe...

Page 273: ...tics 219 Diagnostic interrupt 219 Hardware interrupt 219 Pull plug interrupt 220 8 8 AI 4 U I 4 RTD TC 8 M12 Properties 150 Pin assignment 151 Block diagram 153 Technical specifications 153 8 AI 4 U I 4 RTD TC 8xM12 Parameter 167 8 AI RTD TC 8xM12 Properties 158 Pin assignment 159 Block diagram 161 Technical specifications 163 Parameter 169 8 DI DC 24V 4 M12 Properties 106 Pin assignment 106 Block...

Page 274: ...55 8 AI RTD TC 8 M12 255 4 AO U I 4 M12 256 4 IO L 8 DI 4 DO DC 24V 1 3A 8 M12 256 4 IO L 4 M12 257 Analog value 176 Article numbers 227 B Basic conversion time 259 Basic knowledge 4 Burst pulses 97 C Climatic environmental conditions 99 Commissioning ET 200eco PN 72 Components and protective measures 30 Components of ET 200eco PN 14 Configuring 63 ET 200eco PN 63 IO Link master 64 IO Link master ...

Page 275: ...f an ET 200eco PN 28 German Technical Inspectorate report 264 Grounded extra low voltage 30 Grounded power supply 30 GSDML file PROFINET IO 63 Guide 5 H HW Config 63 68 I I O device Wiring 36 Identification and maintenance data 217 IEC 204 28 Installing 21 Insulation test 102 IO controller ET 200eco PN distributed I O device 19 IO Controller STOP Diagnostics events triggered 91 IO Device 66 IO Lin...

Page 276: ...t 223 Block diagram 224 Technical specifications 224 PELV Grounded extra low voltage 30 Pin assignment PROFINET connector 39 For supply voltage infeed 40 For loop through of the supply voltage 40 8 DI DC 24V 4 M12 41 8 DI DC 24V 8xM12 41 16 DI DC 24V 8xM12 42 8 DO DC 24V 1 3A 4 M12 43 8 DO DC 24V 0 5A 4 M12 44 8 DO DC 24V 2 0A 8 M12 44 8 DO DC 24V 1 3A 8 M12 44 16 DO DC 24V 1 3A 8 M12 46 8 DIO DC ...

Page 277: ...ards and approvals RCM 95 Status display 24 V DC 81 STEP 7 86 Storage conditions 97 Switch 28 System startup after certain events 28 T Technical data I O device 8 DI DC 24V 4 M12 109 I O device 8 DI DC 24V 8 M12 114 I O device 16 DI DC 24V 8 M12 119 I O device 8 DO DC 24V 0 5A 4 M12 127 I O device 8 DO DC 24V 1 3A 8 M12 131 I O device 8 DO DC 24V 2 0A 8 M12 135 I O device 16 DO DC 24V 1 3A 8 M12 1...

Page 278: ...ET 200eco PN Operating Instructions 06 2022 A5E01250250 AN 279 Y Y cable 37 Index ...

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