turck TBIP-L...-FDIO1-2IOL Series TBIP-L4-FDIO1-2IOL Instructions For Use Manual Download Page 144

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Properties of the IO-Link channels

Hans Turck GmbH & Co. KG | T +49 208 4952-0 | F +49 208 4952-264 | [email protected] | www.turck.com

Values for the parameter "cycle time" [ms]

Time

Value

Time

Value

Time

Value

Time

Value

Time

Value

Time

Value

auto

0x00

15.2

0x56

30.4

0x7C

59.2

0x91

89.6

0xA4

120

0xB7

0.8

0x08

0x58

31.2

0x7E

60.8

0x92

91.2

0xA5

121.6

0xB8

1.6

0x10

16.8

0x5A

0x80

62.4

0x93

92.8

0xA6

132.2

0xB9

2.4

0x18

17.6

0x5C

33.6

0x81

0x94

94.4

0xA7

124.8

0xBA

3.2

0x20

18.4

0x5E

35.2

0x82

65.6

0x95

0xA8

126.4

0xBB

0x28

19.2

0x60

36.8

0x83

67.2

0x96

97.6

0xA9

128

0xBC

4.8

0x30

0x62

38.4

0x84

68.8

0x97

99.2

0xAA

129.6

0xBD

5.6

0x38

20.8

0x64

0x85

70.4

0x98

100.8

0xAB

131.2

0xBE

6.4

0x40

21.6

0x66

41.6

0x86

0x99

102.4

0xAC

132.8

0xBF

7.2

0x42

22.4

0x68

43.2

0x87

73.6

0x9A

104

0xAD

0x44

23.2

0x6A

44.8

0x88

75.2

0x9B

105.6

0xAE

8.8

0x46

24.0

0x6C

46.4

0x89

76.8

0x9C

107.2

0xAF

9.6

0x48

24.8

0x6E

0x8A

78.4

0x9D

108.8

0xB0

10.4

0x4A

25.6

0x70

49.6

0x8B

0x9E

110.4

0xB1

11.2

0x4C

26.4

0x72

51.2

0x8C

81.6

0x9F

112

0xB2

12.0

0x4E

27.2

0x74

52.8

0x8D

83.2

0xA0

113.6

0xB3

12.8

0x50

0x76

54.4

0x8E

84.8

0xA1

115.2

0xB4

13.6

0x52

28.8

0x78

0x8F

86.4

0xA2

116.8

0xB5

14.4

0x54

29.6

0x7A

57.6

0x90

0xA3

118.4

0xB6

automatic: The lowest cycle time supported by the device is taken from the table.

Summary of Contents for TBIP-L...-FDIO1-2IOL Series TBIP-L4-FDIO1-2IOL

Page 1: ...Your Global Automation Partner TBIP L FDIO1 2IOL Safety Block I O Module Instructions for Use...

Page 2: ...2 Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com...

Page 3: ...Directives and Standards 11 2 7 2 Cited Standards 11 3 Product description 13 3 1 Device Overview 13 3 2 Device structure 14 3 3 Block diagram 15 3 4 Technical Data 16 3 4 1 Safety Characteristic Dat...

Page 4: ...of Delivery 39 6 3 Setting the IP Address via the Web Server 40 6 3 1 Setting the IP Address for the Safety Side last Byte 41 6 4 Address Modes 41 6 4 1 Mode BootP 300 41 6 4 2 Mode DHCP 400 41 6 4 3...

Page 5: ...plete Module 91 9 3 2 Process Input Data Safe I O Channels 92 9 3 3 Process Input Data Universal Standard I O Channels 96 9 3 4 Process Input Data IO Link Master Channels 97 9 4 Process Output Data 98...

Page 6: ...Explanation of Symbols Used 2 13 5 Manufacturer and Service 2 14 Properties of the Universal Standard I O Channels DXP Channels 3 14 1 Supply of the Universal Standard I O Channels 4 14 1 1 Safe Shutd...

Page 7: ...nical data 8 16 4 Connecting 9 16 5 Process Data of the IO Link Master Channels 10 16 5 1 Process Image TBIP L FDIO1 2IOL 10 16 5 2 Process Input Data IO Link Master Channels 11 16 5 3 Process Output...

Page 8: ...Validation Configuration 29 18 1 2 Subindex 65 IO Link Events 30 18 1 3 Subindex 66 Set Default Parameterization 31 18 1 4 Subindex 67 Teach Mode 31 18 1 5 Subindex 68 Master Port Scan Configuration 3...

Page 9: ...ISO 12100 1 10 2 5 Proper and Safe Operation 10 2 6 Warranty and Liability 10 2 7 Legal Requirements 11 2 7 1 National and International Directives and Standards 11 2 7 2 Cited Standards 11 3 Product...

Page 10: ...Device 28 4 3 1 Grounding the Device FE 29 5 Connecting 31 5 1 Connecting the M12 Connectors 31 5 1 1 Assuring Protection Class IP67 IP69K 31 5 2 Connecting the Devices to Ethernet 32 5 3 Connecting...

Page 11: ...54 8 0 11 Application Example 58 8 0 12 Basic Information 67 8 0 13 Used Hardware 67 8 0 14 Used Software 67 8 0 15 RSLinx Searching the Network for Devices 67 8 0 16 Creating a New Project 68 8 0 17...

Page 12: ...Changing a TBIP L FDIO1 2IOL 103 10 1 1 Prerequisites 103 10 1 2 Dismounting the Device 103 10 1 3 Mounting the Exchange Device 103 10 1 4 Putting the Exchange Device into Operation 103 11 Maintenanc...

Page 13: ...elated parts of TBIP L FDIO1 2IOL The description of the unsafe channels of TBIP L FDIO1 2IOL can be found in the following man uals Part 2 User manual TBPTBIPN L1 FDIO1 2IOL Standard I Os Part 3 User...

Page 14: ...rous situation with high risk the death or severe injury if not avoided WARNING WARNING indicates a potentially dangerous situation with medium risk the death or severe injury if not avoided ATTENTION...

Page 15: ...ontains software tools for programming configuration or com missioning data sheets and CAD files in numerous export formats You can access the product data base at the following address www turck en p...

Page 16: ...About this user manual Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 8...

Page 17: ...signal devices as for example emergency stop buttons position switches or OSSDs which are used to ensure human material or machine protection Read these instructions carefully before using the product...

Page 18: ...ncept is changed and connected safety related devices or protective devices are possibly not or insufficiently included in the safety circuit 2 the operator does not observe the relevant safety regula...

Page 19: ...r coordinating all relevant safety regulations and rules with the competent authority and for observing all relevant safety regulations This all happens at the own responsibility of the manufacturer a...

Page 20: ...For Your Safety Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 12...

Page 21: ...module has two IO Link Master In combination with Turck I O hubs up to 32 I Os can be connected The standard as well as the IO Link channels of TBIP L FDIO1 2IOL can be switched off safely via intern...

Page 22: ...related in output C3 FDX6 7 safety related in output C4 DXP8 9 standard in outputs safe shutdown via FSO 0 possible C5 DXP10 11 standard in outputs safe shutdown via FSO 0 possible C6 IOL IO Link por...

Page 23: ...channels 3 3 Block diagram Fig 3 Block diagram 2 4 C0 V1 2 4 C1 2 4 C2 2 4 C3 C4 C5 C6 C7 2 4 2 4 2 4 2 4 FDI0 1 FSO0 intern FDI2 3 FDX4 5 FSO1 intern FDX6 7 DXP9 DXP8 DXP11 DXP10 DXP13 DI12 C Q DXP15...

Page 24: ...Supply voltage V1 incl electronics supply 24 V DC Permissible range 20 4 28 8 VDC V2 24 VDC not used in module only connected through for further use Isolation voltages V1 to V2 500 V AC V1 V2 to the...

Page 25: ...operation in ambient temperatures mentioned below with sufficient ventilation At low simultaneity factors and low ambient tempera tures mounting distances of 50 mm may be possible max torque 1 5 Nm Te...

Page 26: ...two test pulses for static inputs min 900 ms for dynamic inputs min 30 ms No connection to external potential Inputs for OSSDs Max OSSD supply per channel 2 A Max output current T1_A 0 A must not be c...

Page 27: ...o provide a mechanical or electrical inertia in order to tolerate the test pulses Max output current DC load 2 A derating see Derating curves page 19 DC13 load without external free wheeling diode 1 A...

Page 28: ...s output FDO The safe I O channels are designed for applications up to Cat4 PLe according to EN ISO 13849 1 SIL3 according to IEC 61508 SILCL 3 according to IEC62061 3 5 1 Safe Status In the safe stat...

Page 29: ...stics Internal Device self test Diagnosis of internal device errors External Cross connection diagnosis The device detects a cross connection between the sensor supplies at the inputs or between one s...

Page 30: ...gnostics Internal Device self test Diagnosis if an output can not change to the safe state due to an internal error External Overload diagnosis Cross connection diagnosis Short circuit diagnosis Param...

Page 31: ...e device to another device device exchange the safety function is configured via Turck Safety Configurator see chapter 8 Configuring with Turck Safety Configurator and Rockwell Studio 5000 3 8 1 Stori...

Page 32: ...e Memory Chip Prerequisites Memory chip with valid configuration Procedure Set the rotary coding switches to 900 F_Reset Execute a power cycle at the device The device is reset Set the rotary coding s...

Page 33: ...otary coding switches to 901 Erase Memory Execute a power cycle at the device The content on the memory chip is deleted The procedure completed as soon as the ERR LED stops blinking Deleting the Confi...

Page 34: ...ne valid Device start Device running Configuration Memory device valid invalid none Device start Device running Configuration Device memory chip valid valid equal Device start Device running valid val...

Page 35: ...1 Mounting Material Two mounting screws M6 The length of the mounting screws depends on the way of mounting and the mounting surface ACHTUNG Wrong mounting screws Danger of material damage Select the...

Page 36: ...mponents The metal clamp 1 at the M12 connectors for the fieldbus connection P1 P2 connects the shield of the fieldbus lines The metal ring 2 is situated under the metal clamp an connects the function...

Page 37: ...not desirable remove the metal clamp for decoupling and or mounting the station by using a plastic screw Removing the Metal Clamp Use a slim slotted screwdriver in order to lift up and remove the gro...

Page 38: ...Mounting Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 30...

Page 39: ...caps which guarantee the protection class Suitable protection caps can be found on www turck de under Products Fieldbus technology Accessories Protection of M12 Connectors Ethernet and Sensors Actuato...

Page 40: ...pole D coded M12 x 1 Ethernet connectors The maximum tightening torque is 0 6 Nm v 4 1 3 2 P1 1 TD 2 RD 3 TD 4 RD v 4 1 3 2 P2 1 RD 2 TD 3 RD 4 TD Fig 11 Pin assignment Ethernet connectors Connect th...

Page 41: ...D V2 1 2 3 4 X1 X2 1 BK V2 2 BU V1 3 GNYE FE 4 BN V1 5 WH V2 3 4 5 2 1 w v 3 4 5 2 1 X1 X2 X1 voltage IN X2 voltage OUT for supplying the next node V1 supply voltage 1 incl supply of electronics V2 su...

Page 42: ...f External Electrical Circuits External electrical circuits not designed as PELV circuits have to be decoupled via optocoupler relay or by other measures WARNUNG Potential differences Dangerous additi...

Page 43: ...pulse 1 2 FDO FDI T2 Digital output digital input 1 M 3 GNDV1 Ground V1 4 FDO FDI T1 Digital output digital input 2 P 5 T2 Test pulse 2 6 FE Connected to the thread of the M12 connector Universal sta...

Page 44: ...the GND of the respective output pin 3 Another connection to the GND of the power supply unit is not permitted The wiring has to allow an exclusion of faults regarding cross connection Safe output PM...

Page 45: ...network environment via the device s web server The last byte of the IP address for the device s safety side can only be set via the rotary coding switches at the device The IP address for the non sa...

Page 46: ...CP Set the address switches to 400 and carry out a voltage reset at the device no yes s page 41 500 PGM Set the address switches to 500 and carry out a voltage reset at the device no yes s page 42 600...

Page 47: ...re set to 600 PGM DHCP s page 42 In the delivery state the device responds to the IP address of the safety side Main IP Address 192 168 1 254 If the PC used for the configuration is part of the same I...

Page 48: ...very state or after a Factory Reset the web server can be opened via IP address 192 168 1 254 Log in to the web server default password password HINWEIS For ensuring the safety assign a new password t...

Page 49: ...p of the gateway HINWEIS The IP address as well as the default subnet mask assigned to the station by the BootP server are stored permanently in the station s EEPROM If the station is switched from Bo...

Page 50: ...ently 6 4 4 Mode PGM DHCP 600 Switch position 600 The device sends DHCP requests until an IP address is assigned by a DHCP server The assigned IP address is stored to the device and the DHCP client is...

Page 51: ...unused connectors with the respective protection caps chapter 5 1 1 Assuring Protec tion Class IP67 IP69K Connecting the Supply Voltage Before the operating voltage is applied assure that no wiring o...

Page 52: ...at the PLC Configure the device in the PLC Device configuration in RockwellLogix Designer seechapter8 ConfiguringwithTurck Safety Configurator and Rockwell Studio 5000 page 45 Load parameterization a...

Page 53: ...de en turck safety configurator license 6174 php If the coupon code is missing please order a coupon code via E mail under the following E mail address TM BWSoftwareSupport turck com Software Licensi...

Page 54: ...ation in the Start Assistant and create a new configuration for the safety monitor Fig 16 Start Assistant 8 1 6 Adapting the Monitor Settings The dialog box Monitor settings is used to enter the basic...

Page 55: ...ace to the connected device via the Interface button and enter the IP address of the connected device under UDP Fig 18 Interface configuration If the IP address of the device is not known search the n...

Page 56: ...nfigurator and Rockwell Studio 5000 Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 48 The safety module monitor type is detected the connection is established Fig...

Page 57: ...Configuration The register tab Local I O in Monitor settings show the standard configuration for the local device in and outputs Fig 21 Standard configuration of the local I O Close the dialog box Mon...

Page 58: ...output which means to the safe outputs FSO0 and FSO1 and the two SIL3 outputs FDX4 5 and FDX6 7 The outputs are automatically linked to the first four CIP Safety input bits Inputs Additionally one re...

Page 59: ...using the Stop button Download the configuration created in the software to the device by using the button Send configuration PC Monitor Fig 23 Send configuration PC Monitor Enter the password for the...

Page 60: ...xt editor save print and archive it or Save the configuration log as text file via Monitor operations configuration log save as print and archive it HINWEIS Chapter 5 8 of the software s online help c...

Page 61: ...on Signature 53 2018 02 TBPN L1 FDIO1 2IOL Safe I O Loading the Diagnostics Configuration If the diagnostics are activated the TSC shows the state of the safety I Os Fig 28 Released configuration diag...

Page 62: ...the safety function electromechanical components electric components dual channel switching antivalent switching components with semiconductor OSSD output 2 Where will the components be placed All red...

Page 63: ...6 C7 C0 C1 C2 C3 X2 X1 P2 P1 FE IP Address Fig 30 Output configurations Setting up an Own configuration Adapt the standard configuration of the safety channels in the Turck Safety Configurator under M...

Page 64: ...the following dialog box is closed with yes Again the CIP Safety in and output bits are automatically assigned HINWEIS Release circuits OSSDs which are no longer used have to be deleted New configura...

Page 65: ...y can be deleted in the component manager in the software Open the component manger via Display Window Component manager Fig 32 Open the component manager Delete the release circuits OSSDs which are n...

Page 66: ...t C1 63 OSSD s page 59 Unsafe channels at C4 C7 will be switched on permanently via the internal safety outputs 1 and 2 OSSD s page 61 Output FDX4 5 at C2 3 OSSD is switched off if the emergency stop...

Page 67: ...FDI0 1 assigned to CIP Safety bit 1 7 Fig 34 64 OSSD with emergency shutdown Light grid AOPD in 63 OSSD Delete the input element Emergency shutdown Define the input as Safety electronical input in Mon...

Page 68: ...Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 60 The Device library is opened via Fig 36 Light grid AOPD in 63 OSSD Display Window Device library The light grid...

Page 69: ...ty outputs FSO0 and FSO1 If theyhave to be switched onpermanently thenFSO0 and FSO1need a permanent switch on condition TRUE The programming is done in the 1 and 2 OSSD Delete the element CIP Safety I...

Page 70: ...tdown or light grid activated Output FDX4 5 at C2 3 has to be switched off as soon as the emergency shutdown at FDI0 1 64 OSSD or the light grid at FDI2 3 63 OSSD are activated This means the state of...

Page 71: ...63 2018 02 TBPN L1 FDIO1 2IOL Safe I O In the dialog box State of output switching element x select OSSD 63 Fig 38 State of output switching element OSSD 63...

Page 72: ...m 64 Select the block State of output switching element from the Device library and place it at the function input In the dialog box State of output switching element x select OSSD 64 Fig 39 State of...

Page 73: ...3 OSSD switches off Delete CIP Safety input in OSSD 4 Select the block State of output switching element from the Device library and place it at the function input In the dialog box State of output s...

Page 74: ...function is done using a release bit in the F CPU Therefore an output bit of the F CPU is assigned to the output function in the 3 OSSD Select the element CIP Safety input in the Device library and pl...

Page 75: ...et IP PLC 1 Generic EtherNet IP Safety Module Module for the safety side 2 Generic EtherNet IP Module Module for the non safety side 8 2 2 Used Hardware TBIP L5 FDIO1 2IOL Allen Bradley Controller Com...

Page 76: ...turck com 68 8 2 5 Creating a New Project Start Studio 5000 Click New Project select the used Safety controller and enter a project name Confirm with Next Fig 43 Studio 5000 new project If necessary...

Page 77: ...69 2018 02 TBPN L1 FDIO1 2IOL Safe I O the project Fig 45 New project in the RSLogix Designer is created and opened in the RSLogix Designer...

Page 78: ...com www turck com 70 8 2 6 Configuring the Project in RSLogix Designer Defining the Project Path Fig 46 Calling the Who Active function Scan the network via Communications Who Active Select the used c...

Page 79: ...71 2018 02 TBPN L1 FDIO1 2IOL Safe I O Adding the Safety Side Fig 48 Adding the device to the Ethernet via New Module Right click onto Ethernet New Module...

Page 80: ...Generic EtherNet IP Safety Module in the Select Module Type window Fig 49 Generic EtherNet IP Safety Module Click Create and create a new module The window New Module is opened Assign a name for the n...

Page 81: ...2IOL Safe I O Enter the following values in the module tab Module definition Vendor 48 Product Type 100 Product Code 14056 Major Revision 2 Minor Revision 8 Electronic Keying Compatible Module Fig 51...

Page 82: ...n tab Input Assembly Instance Output Assembly Instance Size 8 bit Safety Input 1024 1279 8 Safety Output 1279 1056 8 Configuration Assembly 1088 Fig 52 Module Definition Connection Accept the entries...

Page 83: ...afety Configuratoris calculated depending on the system time local time of the computer on which the software is installed The time in RSLogix Designer is though based on the UTC Therefore a conver si...

Page 84: ...e controller by pressing the Download button in the Connected To Go Online window Execute the download in the Download window by pressing the Download button Fig 56 Downloading the configuration into...

Page 85: ...ller In case of several controllers in one network this inhibits an unintentional access of another control ler to the safety device Copying the Safety Network Number from the controller Go offline Op...

Page 86: ...ning the Safety Network Number to the TBIP Lx FDIO1 2IOL Open the General tab in the module Properties and open the Safety Network Number win dow by pressing the button Use the Paste button paste the...

Page 87: ...onfirm all upcoming warnings with Yes Fig 60 Reset Ownership Open again the Safety Network Number window in the General tab Press the set button to write the Safety Network Number to the device and co...

Page 88: ...ell Studio 5000 Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 80 The Safety Network Number now clearly assigns the device to the CIP Safety Controller and the de...

Page 89: ...2IOL Safe I O Reading Process Data Open the Controller Tags in the project tree by double clicking the entry Fig 63 Controller Tags in the project tree The access to the input data TBIP I and output...

Page 90: ...000 Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 82 Adding the Non Safety Side of the TBIP L5 FDIO1 2IOL to the Project Go offline Fig 64 Adding the device to t...

Page 91: ...Create to create the new device The window New Module is opened Assign a name to the new device in the New Module window set the IP address in the exam ple 192 168 1 111 and enter the following values...

Page 92: ...208 4952 264 more turck com www turck com 84 Adapt the RPI time in the Connection tab Fig 67 New Module adapting RPI Go online and download the project to the controller by pressing the Download butto...

Page 93: ...g Check the Ethernet connection on off No diagnostic message device is operating in nor mal condition blinking off Usage as EtherNet IP server with PLC Device is in the Idle or Standby State Usage as...

Page 94: ...n line but has no connection A connection may be established but not com pleted Check the connection to the EtherNet IP cli ent Wait until the connection is completely established off on Communication...

Page 95: ...state device switches to the safe state off Initialization configuration trans fer from memory chip running Wait until the procedure is finished LED GREEN LED RED Meaning Remedy off off Device not sup...

Page 96: ...he supply voltage off blinking Input inactive andoverloadof the supply volt age Overload of power supply Check the sensor supply Both LEDs at the connector are flash ing off on Overload C6 and C7 IOL...

Page 97: ...Description DIAG 0 1 Diagnostics available at the device CFG changed 0 1 The device configuration was changed OC Isys 0 1 Overcurrent at Isys OV V1 V2 0 1 V1 or V2 too high 30 V DC UV V1 V2 V1 or V2...

Page 98: ...Bit 13 Bit 12 Bit 11 Bit 10 Bit 9 Bit 8 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Force Mode COM UV V1 UV V2 DIAG Name Value Description DIAG 0 1 Diagnostics available at the device UV V1 V2 V1...

Page 99: ...11 n 42 IO Link process input data Diagnos tics n 43 reserved Overcurrent diagnostics n 44 DXP diagnostics reserved n 45 n 46 IO Link port diagnostics IO Link Events n 47 n 78 IO Link Events Module s...

Page 100: ...BI 0 2 FBI 0 1 FBI 0 0 Safety Status n 4 SUU M SUC M SUP M n 5 Error codes s page 94 68 67 66 65 64 n 6 Memory and F Config Status s page 94 FER R CO M LO CNF MM NCN F PMS Safe Status s page 95 n 7 Co...

Page 101: ...0 n 3 FBI 1 7 FBI 1 6 FBI 1 5 FBI 1 4 FBI 1 3 FBI 1 2 FBI 1 1 FBI 1 0 FBI 0 7 FBI 0 6 FBI 0 5 FBI 0 4 reserved Name FBI 0 4 to FBI 1 7 Inputs in TBIP L FDIO1 2IOL which can be addressed by the unsafe...

Page 102: ...allowed 66 0x42 Invalid source address The set source IP address is not valid Addresses 0x00 and 0xFF are not allowed 67 0x43 Invalid watchdog time Invalid value for watchdog time F_WD_Time F_WD_Time...

Page 103: ...1 2IOL Safe I O Safe Status connector C0 C7 Name Code Meaning RGG Normal State WAIT 528 Wait for input signal TEST 544 Test input ERRFIN 560 Error at input TCCH0 576 Cross circuit channel 0 TCCH1 592...

Page 104: ...he universal standard I Os can be found in the user manual Part 2 User manual TBIP L1 FDIO1 2IOL Standard I O channels Word Bit 15 Bit 14 Bit 13 Bit 12 Bit 11 Bit 10 Bit 9 Bit 8 Bit 7 Bit 6 Bit 5 Bit...

Page 105: ...2 C6P4 see Part 2 Process Data of the Universal Standard I O Channels n 2 DVS1 4 DVS1 2 IO Link channels IO Link process input data n 11 n 26 IOL1 connector C6 Structure depends on the channel paramet...

Page 106: ...age 99 Safety Status n 3 Unlock Safe Unit see Process Output Data Safe I O Channels page 99 IO Link channels n 4 n 5 IO Link process output data HINWEIS This manual only contains a detailed descriptio...

Page 107: ...2 Bit 1 Bit 0 Fieldbus Bits n 4 to n 5 The assignment depends on the signal configuration in Turck Safety Configurator Safety Status n 6 Unlock Safe Unit n 7 reserved Unlock Safe Unit Byte Bit 7 Bit 6...

Page 108: ...5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 n 7 FB O 15 FB O 14 FB O 13 FB O 12 FB O 11 FB O 10 FB O 09 FB O 08 FB O 07 FB O 06 FB O 05 FB O 04 FB O 03 FB O 02 FB O 01 FB O 00 Name Value FBO 00 to FBO 15 In the T...

Page 109: ...e user manual Part 3 User manual TBIP L FDIO1 2IOL IO Link master Word Bit 15 Bit 14 Bit 13 Bit 12 Bit 11 Bit 10 Bit 9 Bit 8 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Basic n 1 DXP1 5 DXP1 3 IO...

Page 110: ...Operating Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 102...

Page 111: ...ehavior and Configuration Transfer to transfer an existing configuration from the configuration memory of the original device into the exchange device 10 1 2 Dismounting the Device Dismount the TBIP L...

Page 112: ...Restarting after device exchange or modification Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 104...

Page 113: ...2 Repair It is not possible to repair the TBIP L FDIO1 2IOL In the event of an error send the device back to Turck 11 3 Decommissioning The machine manufacturer is responsible for decommissioning the...

Page 114: ...Maintenance repair decommissioning and disposal Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 106...

Page 115: ...the specified safety function over a given period of time PL A measure of the dependability of the safety function according to EN ISO13849 1 2008 Safety related parts of control systems Discrete leve...

Page 116: ...Glossary of terms Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 108...

Page 117: ...ymbols Used 2 1 5 Manufacturer and Service 2 2 Properties of the Universal Standard I O Channels DXP Channels 3 2 1 Supply of the Universal Standard I O Channels 4 2 1 1 Safe Shutdown 4 2 2 Technical...

Page 118: ...Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 2...

Page 119: ...personal property or device damage Observe the warnings safety regulations and notes in this manual in order to avoid personal prop erty or environmental damage For damages due to inappropriate use Tu...

Page 120: ...by not fol lowing the correct procedure CALL TO ACTION This symbol identifies steps that the user has to perform RESULTS OF ACTION This symbol identifies relevant results of steps 1 5 Manufacturer and...

Page 121: ...C1 C2 C3 X2 X1 P2 P1 FE IP Address Abb 1 Device structure Meaning X1 Power IN X2 Power OUT C0 FDI0 1 safety related input C1 FDI2 3 safety related input C2 FDX4 5 safety related in output C3 FDX6 7 sa...

Page 122: ...ignal voltage 11 V Low level signal current 1 5 mA High level signal current 2 mA Input delay 0 2 ms Input frequency 400 Hz Sensor supply C4 C5 FSO 0 max 2A 500mA per input C6 VAUX1 max 2 A C7 FSO 1 m...

Page 123: ...3 Wiring Diagrams 2 3 1 In and Outputs Pin Assignment C4 and C5 1 VAUX1 Sensor supply 2 DXP2 digital in output 3 GNDV1 Ground V1 4 DXP1 digital in output 5 FE Functional earth 5 FE 4 BK 1 BN 3 BU 3 BU...

Page 124: ...the standard I O channels are shown in bold Word Bit 15 Bit 14 Bit 13 Bit 12 Bit 11 Bit 10 Bit 9 Bit 8 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Status word n see Status and Control Word page 89...

Page 125: ...Bit 12 Bit 11 Bit 10 Bit 9 Bit 8 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Basic n 1 Control DXP channels Field bus bits n 2 see Process Output Data Safe I O Channels page 99 Safety Status n 3 U...

Page 126: ...r an overload 1 yes The output is manually switched off and on again Activate output EN DOx 0 no 1 yes A LED LED GREEN LED RED Meaning Remedy C4 and C5 DXP Channel is input Channel is output off off i...

Page 127: ...Safe shutdown of IOL2 at C7 7 2 3 Technical data 8 2 4 Connecting 9 2 5 Process Data of the IO Link Master Channels 10 2 5 1 Process Image TBIP L FDIO1 2IOL 10 2 5 2 Process Input Data IO Link Master...

Page 128: ...4 1 1 Subindex 64 Master Port Validation Configuration 29 4 1 2 Subindex 65 IO Link Events 30 4 1 3 Subindex 66 Set Default Parameterization 31 4 1 4 Subindex 67 Teach Mode 31 4 1 5 Subindex 68 Master...

Page 129: ...rsonal property or device damage Observe the warnings safety regulations and notes in this manual in order to avoid personal prop erty or environmental damage For damages due to inappropriate use Turc...

Page 130: ...by not fol lowing the correct procedure CALL TO ACTION This symbol identifies steps that the user has to perform RESULTS OF ACTION This symbol identifies relevant results of steps 1 5 Manufacturer and...

Page 131: ...Link 2 Properties of the IO Link channels TBPN L1 FDIO1 2IOL provides two IO Link ports at the connectors C6 and C7 Properties 2 channel IO Link master according to specification V1 1 Two universal d...

Page 132: ...annels and can thus be used as in or output Fig 1 Device structure Meaning X1 Power IN X2 Power OUT C0 FDI0 1 safety related input C1 FDI2 3 safety related input C2 FDX4 5 safety related in output C3...

Page 133: ...n order to acti vate the Class B supply see Process Output Data IO Link Master Channels page 13 2 2 2 Safe shutdown of IOL2 at C7 The IO Link port at C7 is supplied via the internal safe output FSO 1...

Page 134: ...ion 500 V V2 to Ethernet and V1 IO Link Number of ports 4 IO Link specification V1 0 V1 1 according to IEC 61 61131 9 IO Link port type Class A and Class B Frame type Supports all specified frame type...

Page 135: ...pply safe shutdown possible 2 DI DO Digital input or digital output Class B supply 3 GND V1 Ground V1 4 C Q IO Link 5 GND V1 Functional earth ATTENTION Wrong supply of IO Link devices Class A Damage t...

Page 136: ...6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Status word n see Status and Control Word page 89 Basic n 1 n 2 Status universal I O channels and IO Link Master channels Fieldbus bits n 3 Safety Status n 4 n 1...

Page 137: ...LVE LLVU OTMP PRM ER EVT2 EVT1 PD INV HW ER DS ER CFG ER PPE IOL2 connector C7 n 46 Assignment similar to port IOL1 IO Link Events n 47 Port 1st Event Qualifier 1st Event n 48 Event Code 1st Event n 7...

Page 138: ...com 12 SCOx Overcurrent output 0 No overcurrent 1 Overcurrent at the output if the DXP channel is used as output IO Link process input data Process input data of the connected device The order of the...

Page 139: ...ta connector C6 Structure depends on the channel parameterization n 20 n 35 IOL2 process output data connector C7 Structure depends on the channel parameterization Name Value Meaning Cx M12 connector...

Page 140: ...ID LSB 13 Vendor ID MSB 14 Device ID LSB 15 Device ID 16 Device ID 17 Device ID MSB 18 reserved 19 reserved Port 2 20 to 35 Assignment similar to port 1 byte 4 to 19 Name Meaning Value SRO Manual out...

Page 141: ...re Operate Parameters and diagnostic information can be read and respectively written 0011 IO Link with identical device Pin 4 is operated in IO Link mode The master checks if the device type Vendor I...

Page 142: ...e In this case the data storage has to be deactivated data storage mode 11 deactivated clear Activate Quick Start Up For fast applications e g tool changing applications the start up time of IO Link d...

Page 143: ...and warnings 11 yes The master doesn t transmit any IO Link Event to the fieldbus Process input data mapping Optimization of the process data mapping for the used fieldbus The I O Link data can be swa...

Page 144: ...0xA9 128 0xBC 4 8 0x30 20 0x62 38 4 0x84 68 8 0x97 99 2 0xAA 129 6 0xBD 5 6 0x38 20 8 0x64 40 0x85 70 4 0x98 100 8 0xAB 131 2 0xBE 6 4 0x40 21 6 0x66 41 6 0x86 72 0x99 102 4 0xAC 132 8 0xBF 7 2 0x42...

Page 145: ...nd process output data mapping see Parameters s page 14 Example mapping for field buses with Little Endian format Mapping from master field bus PLC Devices at port 1 and 2 Parametrization of the chann...

Page 146: ...id process data off blink ing IO Link communication active and module error invalid process data No input data received from the connected device only valid fordevices with aninput data length 0 No re...

Page 147: ...of the master Event codes can be read from the connected devices by using appropriate device tools e g IODD Interpreter Further information concerning the IO Link Event Codes and their meaning can be...

Page 148: ...ing the port func tion Subindex 67 Teach Mode page 31 or via a manual port parameterization DSER Data storage error Possible causes Data storage mismatch IO Link device in accordance with IO Link V1 0...

Page 149: ...ordance with the IO Link specification occurred EVT1 Maintenance events A Maintenance Event in accordance with the IO Link specification occurred maintenance necessary PRMERR Parameterization error Th...

Page 150: ...tion down to the IO Link device IO Link devices known in PACTware are added to the IO Link ports of the master Therefore either the respective sensor DTMs in PACTware or the sensor IODDs via IODD DTM...

Page 151: ...re started without any further intervention using a configuration tool or similar In the IO Link master the data storage mode can be set using the parameter data storage mode see Parameters page 14 da...

Page 152: ...ce in the installation A device which is already used in the installation is for example parameterized via a DTM DS_UPLOAD_FLAG 1 Changes in the device s parameter set 1 IO Link Master IO Link Device...

Page 153: ...DS_UPLOAD_FLAG 1 Changes in the device s parameter set 1 IO Link Master IO Link Device The IO Link device has not been con nected to the IO Link master before Para IOLD parameter data of the IO Link d...

Page 154: ...unidirectional towards to the device The status of the DS_UPLOAD_FLAG is ignored 1 IO Link Master IO Link Device Para IOLD parameter data of the IO Link device Fig 5 Data storage mode overwrite 3 4 P...

Page 155: ...on Configuration This object serves for writing a defined configuration of the devices to be connected to the IO Link port into the master The master stores the data for the IO Link device expected at...

Page 156: ...port 1 x PD_Valid output port 1 x PD_Valid input port 2 x PD_Valid output port 2 1 Qualifier Defines the type of the Event Warning Notification Single Shot Event etc in accor dance with IO Link speci...

Page 157: ...aching of IO Link port 2 0x03 to 0xFF reserved Entity_ Port IO Link subindex Read Write Length Description 0 66 w 4 byte Writing this object sets the IO Link master back to factory settings Any parame...

Page 158: ...device Function_ID 2 byte UINT16 reserved Serial_Number 16 byte String Serial number of the connected device COM_Revision 1 byte UINT8 IO Link version Proc_In_Length 1 byte UINT8 Process input data le...

Page 159: ...erized in the master Remedy Increase the cycle time set in the master NO_SIO The device does not support the standard DI mode see parameter Mode page 14 Remedy Select the IO Link mode for this port NO...

Page 160: ...ation Hans Turck GmbH Co KG T 49 208 4952 0 F 49 208 4952 264 more turck com www turck com 34 Device Status Value Meaning 0 Device works correctly 1 Maintenance Event 2 Out of Specification Event 3 Fu...

Page 161: ...ge This means that the parameter Data storage mode has to be set to deactivated clear if an IO Link V1 0 devices is used Fig 7 Activate data storage via DTM Start up steps Deactivate the data storage...

Page 162: ...o do so set the master back to factory settings or clear the data storage buffer using the param eter data storage mode Start up steps 1 possibility Fig 8 Reset device to factory settings via DTM Rese...

Page 163: ...ate data storage via DTM Set the data storage mode to deactivated clear Download the parameters into the device Re activate the data storage if required Download the parameters into the device Connect...

Page 164: ...so set the parameter Data storage modeto deactivated clear seeSeite 16 and re activate the data storage if necessary wrong or missing device The connected device does not match the configured one wron...

Page 165: ...Over 30 subsidiariesand over 60 representations worldwide www turck com 100000718 2018 02 100000718...

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