Burkert 8640 Operating Instructions Manual
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Burkert 8640 Operating Instructions Manual

Modular electrical valve block
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Operating Instructions
Bedienungsanleitung
Instructions de Service
Type 8640
Modular Electrical Valve Block
Modularer, elektrischer Ventilblock
Bloc modulaire de vannes électriques

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Summary of Contents for Burkert 8640

  • Page 1 Operating Instructions Bedienungsanleitung Instructions de Service Type 8640 Modular Electrical Valve Block Modularer, elektrischer Ventilblock Bloc modulaire de vannes électriques...
  • Page 2 We reserve the right to make technical changes without notice. Technische Änderungen vorbehalten. Sous resérve de modification techniques. © 2000 Bürkert Werke GmbH & Co. KG Operating Instructions 0507/16_EU-EN_00800665...

  • Page 3: Table Of Contents

    ONTENTS Contents of the Overall Operating Instruction for the Modular Electrical Valve Block Type 8640 GENERAL INSTRUCTIONS ......................................Symbols used ..............................................General safety instructions ......................................Warranty Conditions ..........................................GENERAL TECHNICAL DATA ...................................... Technical Data .............................................. Modular Concept - System Assembly .................................
  • Page 4 DeviceNet, IP 65 ........................................... General overview IP 65 .................................... Power supply IP 65 ......................................Field bus connection IP 65 ................................... Termination IP 65 ......................................Setting the DIP switches ......................................LED Status Display ........................................... Explanation of terms ........................................2 - 8640...
  • Page 5 Termination IP 65 ......................................Setting the DIP switches ......................................LED Status Display ........................................... Extended description of the field bus node „CANopen“ ....................Object overview ........................................... Input filter ............................................... Input modes ............................................... Outputs ................................................Example for commissioning ....................................8640 - 3...
  • Page 6 ............................................Valve outputs with Manual / Automatic change-over ......................Valve outputs with external control ................................ELECTRICAL BASE MODULE INPUT ..............................Terminal inputs for transducers (proximity switches) ......................Plug inputs (MS round plug) for transducers (proximity switches) ..............4 - 8640...
  • Page 7 ENERAL NSTRUCTIONS GENERAL INSTRUCTIONS Symbols used ..............................................General safety instructions ......................................Warranty Conditions ..........................................8640 - 5...

  • Page 8: Symbols Used

    To ensure that the device functions correctly, and will have a long service life, please comply with the information in these operating Instructions, as well as the application conditions and additional data given in the Type 8640 data sheet. • When planning the application of the device, and during its operation, observe the general technical rules! •...

  • Page 9: Warranty Conditions

    The warranty covers only faultless condition of the TopControl and the attached valve with pneumatic actuation. No liability will be accepted for consequential damage of any kind that may arise from failure or malfunctioning of the device. Scope of delivery. 8640 - 7...
  • Page 10 ENERAL NSTRUCTIONS 8 - 8640...
  • Page 11 ENERAL ECHNICAL GENERAL TECHNICAL DATA Technical Data ............................................. Modular Concept - System Assembly ................................8640 - 9...

  • Page 12: Technical Data

    - 20 ... + 60 °C temperature Nominal Continuous operation (100 % ED) operation Operating 24 V / DC ± 10 %; Residual ripple at field bus interface 1 V voltage* Protection class 3 to VDE 0580 10 - 8640...
  • Page 13 ) = max. 650 mA transducer ATTENTION! Always use low safety voltages according to protection class 3 VDE 0580! For the field bus AS interface, the technical data in Section Field bus module AS interface are applicable 8640 - 11...

  • Page 14: Modular Concept - System Assembly

    Multipole connection valve outputs Basic pneumatic module Pneumatic connector module Electrical connection technique • Common connection • Multipole • Field bus Common connection module Various valve types Figure: Example of a Type 8640 valve battery configuration 12 - 8640...

  • Page 15: Assembly, Installation , Extensions

    SSEMBLY NSTALLATION AND XTENSIONS ASSEMBLY INSTALLATION EXTENSIONS General notes ............................................. Assembly ................................................Installation ................................................Extensions ............................................... 8640 - 13...

  • Page 16: General Notes

    (max. length 30 cm). Extensions • When carrying out extensions and when operating the valve battery, ensure that the maximum permissible power input of the inputs and outputs are not exceeded (see Chapter : Technical Data)! 14 - 8640...
  • Page 17 ODULES FOR CONVENTIONAL CONNECTION TECHNICS MODULES FOR CONVENTIONAL CONNECTION TECHNICS Manifold connection module ..................................... Multipol circuit valve outputs ....................................Multipol circuit with transducer inputs (proximity sensors) ....................Multipol circuit with industrial connector ..............................8640 - 15...
  • Page 18 Pin 20 Valve 20 Pin 21 Valve 21 Pin 22 Valve 22 Pin 23 Valve 23 Pin 24 Valve 24 Pin 25 Ground Fig: Multipol module for D-SUB IP 65 valve outputs and pin allocation of the plug 16 - 8640...

  • Page 19: Multipol Circuit With Transducer Inputs (Proximity Sensors)

    Input 15 Pin 43 Pin 16 Input 16 Pin 44 Ground Pin 17 Input 17 Pin 18 Input 18 Pin 19 Input 19 Fig.: Multipol module for D-SUB IP 65 transducer inputs and pin allocation of the plug 8640 - 17...
  • Page 20 18 - 8640...

  • Page 21: Multipol Circuit With Industrial Connector

    Valve 10 Pin 22 Valve 22 Pin 11 Valve 11 Pin 23 Ground Pin 12 Valve 12 Pin 24 Fig: Multipol module for valve inputs (max. 22) and pin allocation of the industrial connector for the valve outputs 8640 - 19...
  • Page 22 ODULES FOR CONVENTIONAL CONNECTION TECHNICS 20 - 8640...
  • Page 23 PROFIBUS-DP FIELD BUS TECHNOLOGY PROFIBUS-DP General view ..............................................Power supply ..............................................Field bus connection ..........................................LED status display ..........................................Setting the DIP switches ....................................... Terminal resistance ..........................................PROFIBUS-DP ............................................8640 - 21...

  • Page 24: General View

    To ensure the electro-magnetic compatibility (EMC), connect the screw terminal TE (Technical earth) to the ground potential with a cable that is a short as possible (30 cm). Accessories Plug connector M12+1 (socket) for the power supply Order number 917116 D 22 - 8640...

  • Page 25: Field Bus Connection

    No voltage supplied by 24 V power Check the power supply supply (Power supply connector Pin 2) Check the control voltage No voltage supplied by the 24 V control Output OK (Power supply connector Pin 1) voltage for the outputs 8640 - 23...
  • Page 26 Configuration Fault Number 5 Check identifier bytes * A identaifier has the wrong code Fault * After rectifying the fault, it is necessary to carry out a new start of the valve battery by the temporarily disconnecting the power supply. 24 - 8640...

  • Page 27: Setting The Dip Switches

    You can connect extension batteries using the internal bus (RIO). If the internal bus is used, DIP switch 8 must be set to ON. The RIO interface module is inserted onto the PROFIBUS-DP field bus module (see Chapter Electrical Base Module Output). 8640 - 25...
  • Page 28 Input module (e.g. 16 inputs) Input module (e.g. 16 inputs) Extension module input Power supply earth Power supply earth Power supply +24 V Power supply +24 V Inputs Inputs Transfer protocol inputs (0 to 3) Fig.: Normal mode 26 - 8640...
  • Page 29 Input module (e.g. 16 inputs) Input module (e.g. 16 inputs) Extension module input Power supply earth Power supply earth Power supply +24 V Power supply +24 V Inputs Inputs Transfer protocol inputs (0 to 3) Fig: „Halved Inputs“ mode 8640 - 27...
  • Page 30 The PNO-ID of the valve block is 0081 hex and is usually taken by the configuration tool from the GSD file. With the setting of the new station address, user data can be transferred. In the case of the valve block, these are the settings of the input mode and the input filter. 28 - 8640...

  • Page 31: Terminal Resistance

    Fig.: Activating the terminating resistances Activating the terminal resistors on the underside of the module ➔ Carefully remove the protective cap. ➔ Slide both switches to the rear, into the ON position! ➔ Replace the protective cap. 8640 - 29...

  • Page 32: Profibus-Dp

    (e.g. 10H, 10H, 10H, 10H, 20H, 20H, 20H ) no user-specific parameters Data quantity with RIO extension 4 input and 3 output bytes for each battery Byte or bit limits between the individual batteries with bit limits, user-specific parameters necessary 30 - 8640...
  • Page 33 Master reads diagnosis. If a parametrization / configuration fault is present, the Fault? communication starts again from the beginning. If the Slave is in the data exchange mode, a cyclic data Cyclic data exchange exchange takes place. 8640 - 31...
  • Page 34 Through bit-by-bit concentration, the identifiers or slots (assignment in the process map) may be freely selected in the configuration telegramme. User parameters (hex parameters) are only required if the input mode or filter are to be changed. 32 - 8640...
  • Page 35 Dip switches 9 - 11 (input mode and input filter) may also be set via the parametrization. If extension batteries are connected, the DIP switches must be set as in Section Expansi- on Module - Connection (RIO-VA),Setting the DIP switches . The settings on the extension battery cannot be made via the PROFIBUS. 8640 - 33...
  • Page 36 If you retain the settings according to DIP switches 9 - 11 or the values stored in the EPROM, then no user data are required. The settings via parametrization have the highest priority. On setting the settings in the parameter telegramme, the following values are permissible: Siemens Standard 34 - 8640...
  • Page 37 While observing the abovementioned limits (32 inputs, 24 outputs, 4 input bytes, 3 output bytes), it is nevertheless possible to configure both fewer and more input or output bytes than are actually physically present on the valve battery. 8640 - 35...
  • Page 38 2 Byte input, consistency via Byte 3 Byte input, consistency via Byte 4 Byte input, consistency via Bytee 1 Byte output, consistency via Byte 2 Byte output, consistency via Byte 3 Byte output, consistency via Byte Reserve (blank)) 36 - 8640...
  • Page 39 Prozess image output (PAA) 11-12 Prozess image input (PAE) 20-23 Allocation of Inputs and Outputs to the Controller Process Image Process Image Inputs (PAE) Process Image Outputs (PAA) Fig. 11: Allocation of Inputs and Outputs to the Controller Process image 8640 - 37...
  • Page 40 Prozess image output (PAA) Prozess image input (PAE) 20-21 Allocation of Inputs and Outputs to the Controller Process Image Process Image Inputs (PAE) Fig.: Allocation of Inputs and Outputs to the Process Image Outputs (PAA) Controller Proccess Image 38 - 8640...
  • Page 41 Prozess image output (PAA) 11-12 Prozess image input (PAE) Allocation of Inputs and Outputs to the Controller Process Image Process Image Inputs (PAE) Fig.: Allocation of Inputs and Outputs to the Controller Process Image Process Image Outputs (PAA) 8640 - 39...
  • Page 42 Prozess image output (PAA) Prozess image input (PAE) Allocation of Inputs and Outputs to the Controller Process Image Process Image Inputs (PAE) Fig.: Allocation of Inputs and Outputs to the Process Image Outputs (PAA) Controller Process Image 40 - 8640...

  • Page 43: Hex

    02 hex 42 hex 82 hex C2 hex Normal inputs 12 hex 52 hex 92 hex D2 hex Staggered inputs 22 hex 62 hex A2 hex E2 hex Halved inputs 32 hex 72 hex B2 hex F2 hex 8640 - 41...
  • Page 44 2 Byte input, consistency via Byte 3 Byte input, consistency via Byte 4 Byte input, consistency via Byte 1 Byte output, consistency via Byte 2 Byte output, consistency via Bytee 3 Byte output, consistency via Byte Reverve (blank) 42 - 8640...
  • Page 45 Valves 1 - 8 occupy Outputs (PAA) Byte 30 in the process image • Transducers 1 - 16 occupy „Inputs“ (PAE) Byte 15+16 in the process image • Mode: normal input mode • Input filter active • RIO-Interface 8640 - 43...
  • Page 46 Valves 1 - 8 occupy Outputs (PAA) Byte 16 in the process image • Transducers 1 - 16 occupy „Inputs“ (PAE) Byte 22+23 in the process image • Mode: normal input mode • Input filter active DIP Switch on extension battery 2 OFF OFF 44 - 8640...
  • Page 47 11 (017) 20 (032) 11 (017) 20 (032) 11 (017) 20 (032) 11 (017) 20 (032) Prozess image output (PAA) Prozess image input (PAE) 15+16 20+21 17+18 22+23 Main battery Extension battery 0 Extension battery 1 Extension battery 2 8640 - 45...
  • Page 48 PROFIBUS-DP Allocation of Inputs and Outputs to the Controller Process Image Main battery Extension battery 0 Extension battery 1 Extension battery 2 Fig.: Allocation of Inputs and Outputs to the Controller Process Image 46 - 8640...
  • Page 49 (Time in Tbit, when the slave may reply. At least 11 Tbit, 0 old value remains) Ident_Number high Byte (Marker´s identifier 00 Hex) Ident_Number low Byte (Marker´s identifier 81 Hex) (For group formation, each bit represents a group) Group_Ident Siemens Norm 8640 - 47...
  • Page 50 DIP switch or EEPROM, or whether a further change is to be made during parametrization. - without change of the input mode / filter Short diagnosis Long diagnosis Bit-bye-bit composition 01 hex 81 hex 48 - 8640...
  • Page 51 10 11 12 13 14 15 16 17 18 19 20 21 22 23 Main battery Extension battery 0 Extension battery 1 Assign- ment 8DE (10 hex) 8DE (10 hex) 8DE (10 hex) Identifier The same procedure is followed with the outputs. 8640 - 49...

  • Page 52: Hex

    Main battery with 3 valves (outputs) and 3 transducers (inputs); every second transducer signal will not be considered • PROFIBUS-DP address 9 • Mode: „Halved Inputs“ • Input filter active • RIO interface DIP Switch on Main Battery OFF OFF OFF OFF OFF 50 - 8640...

  • Page 53: Meaning (6200 / 02)

    Values in Hex format. 8(0) 9(1) 10(2) 11(3) 12(4) 13(5) 14(6) 15(7) 16(8) Byte No. Value Meaning Parameter Inputs Outputs Inputs Outputs Inputs Outputs Inputs Outputs type Main battery Extension battery 0 Extension battery 1 Extension battery 2 8640 - 51...
  • Page 54 Prozess image output (PAA) Prozess image input (PAE) Allocation of Inputs and Outputs to the Controller Process Image Main battery Extension battery 0 Extension battery1 Extension battery 2 Fig.: Allocation of Inputs and Outputs to the Controller Process Image 52 - 8640...

  • Page 55: Hex

    2 Byte input, consistency via Byte 3 Byte input, consistency via Byte 4 Byte input, consistency via Byte 1 Byte output, consistency via Byte 2 Byte output, consistency via Byte 3 Byte output, consistency via Bytee Reserve 8640 - 53...
  • Page 56 EI5: DIP-10 EI5: DIP-9 19(18) EI6: DIP-8 EI6: DIP-7 EI6: DIP-6 EI6: DIP-5 EI6: DIP-4 EI6: DIP-11 EI6: DIP-10 EI6: DIP-9 20(19) EI7: DIP-8 EI7: DIP-7 EI7: DIP-6 EI7: DIP-5 EI7: DIP-4 EI7: DIP-11 EI7: DIP-10 EI7: DIP-9 54 - 8640...
  • Page 57 Too many outputs (>24) entered for one battery Too few inputs for all batteries Parametrising telegram too small (default from parameter telegram) Too few outputs for all batteries Too few outputs for all batteries (default from parameter telegram) False configuration byte 8640 - 55...
  • Page 58 PROFIBUS-DP 56 - 8640...

  • Page 59: Field Bus Module Profibus Dp / V1

    ..................................PROFIBUS DP/V1 IP 65 ........................................ General overview IP 65 ....................................Power supply IP 65 ....................................... Field bus connection IP 65 ..................................DIP switches ..............................................LED Status Display ..........................................PROFIBUS DP ............................................Commissioning ..........................................Input modes ..............................................8640 - 57...

  • Page 60: General Overview Ip 20

    Pins 2 and 4 of the voltage supply must be protected with 4 A fuses (medium reaction speed). ATTENTION! To assure electromagnetic compatibility (EMC), attach the screw terminal FE (functional earth) to earth potential with as short a cable as possible (30 cm). Accessoires Clamping socket for voltage supply (included in delivery). 58 - 8640...

  • Page 61: Field Bus Module

    19245 Standard, Part 1 is described below. Signal name Pin No. Discription (socket in unit, plug on cable) free free RxD/TxD-P Receive/Send Data-P Request to send (repeater controler CNTR-P (RTS) signal) DGND Data reference potential Supply voltage plus free RxD/TxD-N Receive/Send Data-N free 8640 - 59...

  • Page 62: Profibus Dp/V1 Ip 20

    Pin 1 and Pin 2 of the power supply must be protected with 4 A (semi-time-lag) fuses. ATTENTION! To assure electromagnetic compatibility (EMC), screw terminal FE (functional earth) should be connected to earth potential with as short a cable as possible (30 cm). 60 - 8640...

  • Page 63: Field Bus Connection Ip 65

    ThePROFIBUS address equals the sum of all values of DIP switches 1 - 7 with "ON" position. PROFIBUS address PROFIBUS address "ON" position - DIP switch to the right. PROFIBUS address PROFIBUS address 8 (below) - reserved - Set to "Off" 8640 - 61...

  • Page 64: Led Status Display

    BUS (BF) In operation: Reponse monitoring at the valve island Check Master (control) and bus cable. has expired without the master having During commissioning: addressed it. Check network configuration at Master and station address at the island. 62 - 8640...
  • Page 65 Power supply for outputs, extension Check power supply island, missing Check extension island Complete failure of an extension island RIO Bus After correction of a fault, a restart of the valve island by brief disconnection of the power supply is necessary. 8640 - 63...

  • Page 66: Profibus Dp

    (e.g. 10H, 10H, 10H, 10H, 20H, 20H, 20H ) Data quantity with RIO extension 4 input and 3 output bytes for each battery Byte or bit limits between the individual batteries with bit limits, user-specific parameters necessary 64 - 8640...
  • Page 67 Master reads diagnosis. If a parametrization / configuration fault is present, the Fault? communication starts again from the beginning. If the Slave is in the data exchange mode, a cyclic data Cyclic data exchange exchange takes place. 8640 - 65...

  • Page 68: Commissioning

    2 bytes are necessary. With bit-by-bit separation, the outputs can now be „pushed together“. In this way only 2 bytes are required and 2 bits remain unused. Through bit-by-bit concentration, the identifiers or slots (assignment in the process map) may be freely selected in the configuration telegramme. 66 - 8640...
  • Page 69 For a description of the input modes and the output filter, see Section „input mode“ NOTE In many configuration tools, there is no direct access to bytes 1 to 7. With Siemens (Steps 5 and 7), the parameters begin with byte 8. 8640 - 67...

  • Page 70: Hex

    2 Byte input, consistency via Byte 3 Byte input, consistency via Byte 4 Byte input, consistency via Bytee 1 Byte output, consistency via Byte 2 Byte output, consistency via Byte 3 Byte output, consistency via Byte Reserve (blank)) 68 - 8640...
  • Page 71 Prozess image output (PAA) 11-12 Prozess image input (PAE) 20-23 Allocation of Inputs and Outputs to the Controller Process Image Process Image Inputs (PAE) Fig. 11: Allocation of Inputs and Outputs to Process Image Outputs (PAA) the Controller Process image 8640 - 69...
  • Page 72 Prozess image output (PAA) Prozess image input (PAE) 20-21 Allocation of Inputs and Outputs to the Controller Process Image Process Image Inputs (PAE) Fig.: Allocation of Inputs and Outputs to the Process Image Outputs (PAA) Controller Proccess Image 70 - 8640...
  • Page 73 Prozess image output (PAA) 11-12 Prozess image input (PAE) Allocation of Inputs and Outputs to the Controller Process Image Process Image Inputs (PAE) Fig. 11: Allocation of Inputs and Outputs to Process Image Outputs (PAA) the Controller Process image 8640 - 71...
  • Page 74 Prozess image output (PAA) Prozess image input (PAE) Allocation of Inputs and Outputs to the Controller Process Image Process Image Inputs (PAE) Fig.: Allocation of Inputs and Outputs to the Process Image Outputs (PAA) Controller Process Image 72 - 8640...
  • Page 75 D5 hex Displaced inputs 25 hex 65 hex A5 hex E5 hex Halved inputs 35 hex 75 hex B5 hex F5 hex For a description of the input modes and the input filter, see Section „Input mode“ . 8640 - 73...

  • Page 76: Hex

    2 Byte input, consistency via Byte 3 Byte input, consistency via Byte 4 Byte input, consistency via Byte 1 Byte output, consistency via Byte 2 Byte output, consistency via Bytee 3 Byte output, consistency via Byte Reverve (blank) 74 - 8640...
  • Page 77 Valves 1 - 8 occupy Outputs (PAA) Byte 30 in the process image • Transducers 1 - 16 occupy „Inputs“ (PAE) Byte 15+16 in the process image • Mode: normal input mode • Input filter active • RIO-Interface 8640 - 75...
  • Page 78 Valves 1 - 8 occupy Outputs (PAA) Byte 16 in the process image • Transducers 1 - 16 occupy „Inputs“ (PAE) Byte 22+23 in the process image • Mode: normal input mode • Input filter active DIP Switch on extension battery 2 OFF OFF 76 - 8640...
  • Page 79 11 (017) 20 (032) 11 (017) 20 (032) 11 (017) 20 (032) 11 (017) 20 (032) Prozess image output (PAA) Prozess image input (PAE) 15+16 20+21 17+18 22+23 Main battery Extension battery 0 Extension battery 1 Extension battery 2 8640 - 77...
  • Page 80 PROFIBUS DP / V1 IELD BUS ODULE Allocation of Inputs and Outputs to the Controller Process Image Main battery Extension battery 0 Extension battery 1 Extension battery 2 Fig.: Allocation of Inputs and Outputs to the Controller Process Image 78 - 8640...
  • Page 81 (Time in Tbit, when the slave may reply. At least 11 Tbit, 0 old value remains) Ident_Number high Byte (Marker´s identifier 00 Hex) Ident_Number low Byte (Marker´s identifier 81 Hex) Group_Ident (For group formation, each bit represents a group) Siemens Standard 8640 - 79...
  • Page 82 D3 hex Staggered inputs 23 hex 63 hex A3 hex E3 hex Halved inputs 33 hex 73 hex B3 hex F3 hex For a description of the input modes and the input filter, see Section „Input mode“ 80 - 8640...
  • Page 83 10 11 12 13 14 15 16 17 18 19 20 21 22 23 Assign- Main battery Extension battery 0 Extension battery 1 ment Identifier 8DE (10 hex) 8DE (10 hex) 8DE (10 hex) The same procedure is followed with the outputs. 8640 - 81...

  • Page 84: Hex

    Main battery with 3 valves (outputs) and 3 transducers (inputs); every second transducer signal will not be considered • PROFIBUS-DP address 9 • Mode: „Halved Inputs“ • Input filter active • RIO interface DIP Switch on Main Battery OFF OFF OFF OFF OFF OFF 82 - 8640...
  • Page 85 0 (most configuration programs only display user parameters). Values in Hex format. 11(3) 12(4) 13(5) 14(6) 15(7) 16(8) 17(9) 18(10) 19(11) Byte No. Value (hex) Meaning Parameter Inputs Outputs Inputs Outputs Inputs Outputs Inputs Outputs type Main battery Extension battery 0 Extension batteryl 1 Extension battery 2 8640 - 83...
  • Page 86 Prozess image output (PAA) Prozess image input (PAE) Allocation of Inputs and Outputs to the Controller Process Image Main battery Extension battery 0 Extension battery1 Extension battery 2 Fig.: Allocation of Inputs and Outputs to the Controller Process Image 84 - 8640...

  • Page 87: Input Modes

    ATTENTION! With the filter active, only signals with a duration of 2 ms will be recognised. In order to comply with the guidelines of the EMC Act, the input filter must be activated. 8640 - 85...

  • Page 88: Hex

    2 Byte input, consistency via Byte 3 Byte input, consistency via Byte 4 Byte input, consistency via Byte 1 Byte output, consistency via Byte 2 Byte output, consistency via Byte 3 Byte output, consistency via Bytee Reserve 86 - 8640...
  • Page 89 EI5: DIP-10 EI5: DIP-9 19(18) EI6: DIP-8 EI6: DIP-7 EI6: DIP-6 EI6: DIP-5 EI6: DIP-4 EI6: DIP-11 EI6: DIP-10 EI6: DIP-9 20(19) EI7: DIP-8 EI7: DIP-7 EI7: DIP-6 EI7: DIP-5 EI7: DIP-4 EI7: DIP-11 EI7: DIP-10 EI7: DIP-9 8640 - 87...
  • Page 90 Too many outputs (>24) entered for one battery Too few inputs for all batteries Parametrising telegram too large (default from parameter telegram) Too few outputs for all batteries Too few outputs for all batteries (default from parameter telegram) False configuration byte 88 - 8640...
  • Page 91 IELD ODULE NTERBUS INTERBUS-S FIELD BUS MODULE General view ..............................................Power supply ..............................................Field bus connection .......................................... LED Status Display ..........................................Setting the DIP switches ......................................... 8640 - 89...

  • Page 92: General View

    To ensure the electro-magnetic compatibility (EMC), connect the screw terminal TE (Technical earth) to the ground potential with a cable that is a short as possible (30 cm). Accessories Plug connector M12+1 (socket) for the power supply Order number 917116 D 90 - 8640...

  • Page 93: Field Bus Connection

    Check field bus cable, connection and controller No data transfer is taking place If RC lights up, check the controller, otherwise see RC ON (red) Ongoing bus has been switched off Check field bus cable, connection and following field bus module 8640 - 91...

  • Page 94: Setting The Dip Switches

    3 Byte (max. 24 inputs) 4 Byte (max. 32 inputs) One byte corresponds to 8 outputs. For example, if 12 outputs are present, 2 bytes will have to be set. This corresponds to a length code of 1. 92 - 8640...
  • Page 95 Using the input mode, the inputs (transducers) can be allocated in different ways in the process layout of the inputs (PAE). DIP-9 DIP-10 No inputs present Normal mode Mode: shifted inputs Mode: halved inputs ATTENTION! If no inputs are present, both switches must be set to OFF. 8640 - 93...
  • Page 96 Input module (e.g. 16 inputs) Expansion module inputs Power supply earth Power supply earth Power supply +24 V Power supply +24 V Inputs Inputs Transfer protocol inputs (0 to 1) Byte 1 Byte 0 Fig.: „Halved Inputs“ mode 94 - 8640...
  • Page 97 Input filter active DIP 11 ATTENTION! With the filter active, only signals with a duration of 2 ms will be recognised. In order to comply with the guidelines of the EMC Act, the input filter must be activated. 8640 - 95...
  • Page 98 IELD ODULE NTERBUS 96 - 8640...

  • Page 99: Field Bus Module Devicenet

    Explanation of terms ........................................ Technical data ............................................ Overview of application objects ................................Configuration ............................................Configuration of the process data ..............................Configuring the safety position of solenoid valves in case of bus errors ........Input modes ............................................Input filter ............................................ 8640 - 97...

  • Page 100: Devicenet, Ip 20

    Pins 2 and 4 of the voltage supply must be protected with 4 A fuses (medium reaction speed). ATTENTION! To assure electromagnetic compatibility (EMC), attach the screw terminal FE (functional earth) to earth potential with as short a cable as possible (30 cm). Accessoires Clamping socket for voltage supply (included in delivery). 98 - 8640...

  • Page 101: Field Bus Connection Ip 20

    In the IP 20 variant, a terminating resistance of 120 Ohm can be switched between the two bus lines CAN High and CAN Low by inserting a bridge between Pin 4 and Pin 8 in the 9- pole D-SUB field bus connection. 8640 - 99...

  • Page 102: Devicenet, Ip 65

    Pin 1 and Pin 2 of the power supply must be protected with 4 A (semi-time-lag) fuses. ATTENTION! To assure electromagnetic compatibility (EMC), screw terminal FE (functional earth) should be connected to earth potential with as short a cable as possible (30 cm). 100 - 8640...

  • Page 103: Field Bus Connection Ip 65

    On installation of a DeviceNet system, care must be taken to terminate the data lines correctly. The termination avoids disturbances by signal reflections on the data lines. For this purpose, the trunk line must be terminated at both ends, as shown, by resistors of 120 ohm and 1/4 W power dissipation. 8640 - 101...

  • Page 104: Setting The Dip Switches

    DIP 4 DIP 5 DIP 6 Address The baud rate can be set on DIP switches 7 and 8. Baud rate: DIP switches 7 and 8 DIP 7 DIP 8 Baud rate 125 KBaud 250 KBaud 500 KBaud 102 - 8640...

  • Page 105: Led Status Display

    Master to assure that I/O data are transmitted cyclically Critical error - Another device with the same - Check network data rate MAC-ID in network - Exchange device if necessaryn - Bus connection missing because of communication problems 8640 - 103...

  • Page 106: Explanation Of Terms

    Polled I/O, Bit Strobed I/O and Change of State (COS). • With DeviceNet one distinguishes between cyclic or event-driven transmitted process messages of high priority (I/O messages) and acyclic management messages of low priority (Explicit Messages). • The protocol flowsheet corresponds to DeviceNet Specification Release 2.0. 104 - 8640...

  • Page 107: Technical Data

    Serial Input Get/Set 0 ... 3 0: without EME 0: no inputs mode 1: with EME 1: normal inputs 2: offset inputs 3: halved inputs Input Get/Set 0 ... 1 0: Filter Off filter 1: Filter On 8640 - 105...

  • Page 108: Configuration

    Objekt Fault Value (Class 9 / Instance 1-3 / Attribute 6): Defines the status of the outputs when a bus error occurs. Precondition: corresponding setting in the Object Fault Action In doing this, every output byte is allocated to an instance (in groups of 8). 106 - 8640...

  • Page 109: Input Modes

    Input module (e.g. 16 inputs) Input module (e.g. 16 inputs) Extension module input Power supply earth Power supply earth Power supply +24 V Power supply +24 V Inputs Inputs Transfer protocol inputs (0 to 3) Fig: „Halved Inputs“ mode 8640 - 107...

  • Page 110: Input Filter

    2 ms will be recognised. In order to comply with the guidelines of the EMC Act, the input filter must be activated. Object Input filter (Class 150 / Instance 1 / Attribute 2): Value Meaning Input filter deactivated Input filter activated 108 - 8640...
  • Page 111 ELECAN FIELD BUS MODULE SELECAN General view ............................................. Power supply ............................................Field bus connection ........................................LED Status Display ..........................................Setting the DIP switches ......................................Terminal resistance .......................................... 8640 - 109...

  • Page 112: General View

    To ensure the electro-magnetic compatibility (EMC), connect the screw terminal TE (Technical earth) to the ground potential with a cable that is a short as possible (30 cm). Accessories Plug connector M12+1 (socket) for the power supply Order number 917116 D 110 - 8640...

  • Page 113: Field Bus Connection

    The field bus module is in the active state and Check the cable connections and (red/green) has recognised a certain number of transfer faults terminating resistors. Possibly lower the (Warning Limit) baud rate or reduce the bus cable length 8640 - 111...

  • Page 114: Setting The Dip Switches

    DIP 4 DIP 5 Address Baud rate: DIP switches 7 and 8 The baud rate can be set on DIP switches 6 and 7 DIP 6 DIP 7 Baud rate 125 KBaud 250 KBaud 500 KBaud 1 MBaud 112 - 8640...
  • Page 115 Input mode (e.g. 16 inputs) Expansion mode input Power supply earth Power supply earth Power supply +24 V Power supply +24 V Inputs Inputs Transfer protocol inputs (0 to 3) Byte 3 Byte 2 Byte 1 Byte 0 Fig.: Normal mode 8640 - 113...
  • Page 116 Input filter active DIP 11 ATTENTION! With the filter active, only signals with a duration of 2 ms will be recognised. In order to comply with the guidelines of the EMC Act, the input filter must be activated. 114 - 8640...

  • Page 117: Terminal Resistance

    By adding terminal resistors, these reflections are suppressed. Fig.: Activating the terminating resistances Activating the terminal resistors on the underside of the module Carefully remove the protective cap. Slide both switches to the rear, into the ON position! Replace the protective cap. 8640 - 115...
  • Page 118 ELECAN 116 - 8640...

  • Page 119: Field Bus Module Canopen

    Termination IP 65 ....................................... Setting the DIP switches ....................................LED Status Display ........................................Extended description of the field bus node „CANopen“ ....................Object overview ........................................Input filter ............................................. Input modes ..........................................Outputs ............................................Example for commissioning ................................8640 - 117...

  • Page 120: General Overview Ip 20

    Pins 2 and 4 of the voltage supply must be protected with 4 A fuses (medium reaction speed). ATTENTION! To assure electromagnetic compatibility (EMC), attach the screw terminal FE (functional earth) to earth potential with as short a cable as possible (30 cm). Accessoires Clamping socket for voltage supply (included in delivery). 118 - 8640...

  • Page 121: Field Bus Connection Ip 20

    In the IP 20 variant, a terminating resistance of 120 Ohm can be switched between the two bus lines CAN High and CAN Low by inserting a bridge between Pin 4 and Pin 8 in the 9- pole D-SUB field bus connection. 8640 - 119...

  • Page 122: Canopen, Ip 20

    Pin 1 and Pin 2 of the power supply must be protected with 4 A (semi-time-lag) fuses. ATTENTION! To assure electromagnetic compatibility (EMC), screw terminal FE (functional earth) should be connected to earth potential with as short a cable as possible (30 cm). 120 - 8640...

  • Page 123: Termination Ip 65

    On installation of a CANopen system, care must be taken to terminate the data lines correctly. The termination avoids disturbances by signal reflections on the data lines. For this purpose, the trunk line must be terminated at both ends, as shown, by resistors of 120 ohm and 1/4 W power dissipation. 8640 - 121...

  • Page 124: Setting The Dip Switches

    DIP 5 DIP 6 Address The baud rate can be set on DIP switches 7 and 8. Baud rate: DIP switches 7 and 8 DIP 7 DIP 8 Baud rate 20 KBaud 125 KBaud 250 KBaud 500 KBaud 122 - 8640...

  • Page 125: Led Status Display

    Fieldbus module has switched Check cable connections and off due to a large number of connection impedances. detected transmission errors Where necessary, reduce the from the bus baud rate or bus cable length. (Bus Off) Restart the Fieldbus module 8640 - 123...
  • Page 126 (1 ... 127). the main island. Eeprom error Error while accessing the Eeprom Replace electronics where during the run-up. necessary. The blink sequence will only be displayed once. Devices works with the default parameters (see object table). 124 - 8640...

  • Page 127: Extended Description Of The Field Bus Node „Canopen

    0 hex SYNC 80 hex EMERGENCY 80 hex + Address 1st TPDO 180 hex + Address 1st RPDO 200 hex + Address TSDO 580 hex + Address RSDO 600 hex + Address GUARDING 700 hex + Address 8640 - 125...

  • Page 128: Object Overview

    Write state 8 output lines 6206 0 – 3 Fault mode 8 output lines 6207 0 – 3 Fault state 8 output lines X the feature is applicable (X) the feature has limited applicability (depending on the sub-index) 126 - 8640...
  • Page 129 Protocoll. The value „0“ means that the object is not used. Length 16 bit Default value 500 ms Object 100D Life time factor „Life time factor“ value. For description see Object 100C „Guard time“. Length 8 Bit Default value 8640 - 127...

  • Page 130: Hex + Adr

    Contents Default Access read write 00 hex Highest sub-index supported 02 hex 01 hex COB - ID used by the PDO 200 hex + Adr. 02 hex „Transmission Type“; values 00 hex - FF hex FF hex 128 - 8640...
  • Page 131 01 hex PDO mapping for the nth object (6000 / 01) hex 02 hex (6000 / 02) hex 03 hex (6000 / 03) hex 04 hex (6000 / 04) hex Meaning (6200 / 03) Object 6200 Sub-index 03 8640 - 129...

  • Page 132: Input Filter

    With the filter active, only signals with a duration of 2 ms will be recognised. In order to comply with the guidelines of the EMC Act, the input filter must be activated. Length 8 bit Default value Value Meaning Input filter deactivated Input filter activated 130 - 8640...

  • Page 133: Input Modes

    Input module (e.g. 16 inputs) Input module (e.g. 16 inputs) Extension module input Power supply earth Power supply earth Power supply +24 V Power supply +24 V Inputs Inputs Transfer protocol inputs (0 to 3) Fig: „Halved Inputs“ mode 8640 - 131...

  • Page 134: Outputs

    00 hex – FF hex 02 hex State of the second group of outputs in case of fault 00 hex – FF hex 03 hex State of the third group of outputs in case of fault 00 hex – FF hex 132 - 8640...

  • Page 135: Example For Commissioning

    OPEN Example for commissioning CANopen command sequence to be able to bring the valve island type 8640 into the „Operational State“, set outputs and to read in inputs. 1. On entry into the „PreOperational“ state (after power On or network Reset), the slave sends once the boot up message with content 0.
  • Page 136 With this command, the node is reset to the „System Init“ state. The node then reconverts automatically to the „PreOperational“ state (see Section 1 ) and from there can be put into the „Operational“ state again (see Section 2 ). 134 - 8640...

  • Page 137: Field Bus Module As Interface

    Field bus module AS interface for 4 outputs ............................ Field bus module AS interface for 8 valves and 8 inputs ....................Field bus module AS interface for 8 valves ............................Field bus module AS interface for 4 valves and 4 inputs ....................8640 - 135...

  • Page 138: Field Bus Module As Interface For 4 Outputs

    The power supply must contain a reliable isolation to IEC 364-4-41 (PELV or SELV)! • Watchdog function not integrated • Supply voltage 24 V/DC ± 10 % Housing • Operating temperature 0 ... + 50 °C • System of protection IP 65 136 - 8640...

  • Page 139: Power Supply

    AS-i - AS-i + not used (NC) AS-i - not used (NC) AS-i + The two bus connectors marked with “IN” and “OUT” are connected together internally. The NOTE two connectors therefore have the same pin allocation. 8640 - 137...

  • Page 140: Programming Instructions

    The module has the following settings: Address 00 (preset) I/O-Code ID-Code Significance of the data and parameter bits Function Function Output (valve) 1 no function Output (valve) 2 no function Output (valve) 3 no function Output (valve) 4 no function 138 - 8640...

  • Page 141: Field Bus Module As Interface For 8 Valves And 8 Inputs

    • Inputs: LED yellow on / off connected / not connected Output The power supply must contain a reliable isolation to IEC 364-4-41 (PELV or SELV)! • Watchdog function integrated • Supply voltage (AUX) 24 V/DC ± 10 % 8640 - 139...
  • Page 142 • 2 ASI addresses are occupied Connection and displays Diagnosis LEDs LED 1 green LED 2 red State signalled Power OFF / No operating voltage No data traffic / WatchDog expired flashes Slave address = 0 flashes External RESET / Overload 140 - 8640...
  • Page 143 AS-i - AS-i + 0 V (valves) AS-i - 24 V (valves) AS-i + M12 sockets for sensor inputs IN 1 Description 24 V sensor supply Input 2 0 V sensor supply IN 2 Input 1 24 V 8640 - 141...
  • Page 144 Output data Valve 4 Valve 3 Valve 2 Valve 1 Input data Slave 2 Output data Valve 8 Valve 7 Valve 6 Valve 5 Input data ID-Code I/O-Code Profile Parameter bits The parameter bits have no function 142 - 8640...

  • Page 145: Field Bus Module As Interface For 8 Valves

    • Bus: LED green / LED red for function, see Connection and Displays • AUX POWER: LED green on / off supply voltage (AUX) on / off Housing • Operating temperature 0 ... + 50 °C • System of protection IP 65 8640 - 143...
  • Page 146 24 V (valves) not connected (NC) 0 V (valves) not connected (NC) 24 V M12 plug for field bus connection (AS-i) 24 V Description AS-i - AS-i + 0 V (valves) AS-i - 24 V (valves) AS-i + 144 - 8640...
  • Page 147 Output data Valve 4 Valve 3 Valve 2 Valve 1 Input data Slave 2 Output data Valve 8 Valve 7 Valve 6 Valve 5 Input data ID-Code I/O-Code Profile Parameter bits The parameter bits have no function. 8640 - 145...

  • Page 148: Field Bus Module As Interface For 4 Valves And 4 Inputs

    • Inputs: LED yellow on / off connected / not connected Output The power supply must contain a reliable isolation to IEC 364-4-41 (PELV or SELV)! • Watchdog function integrated • Supply voltage (AUX) 24 V/DC ± 10 % 146 - 8640...
  • Page 149 • 1 ASI address is occupied Connection and displays Diagnosis LEDs LED 1 green LED 2 red State signalled Power OFF/ No operating voltage No data traffic / WatchDog expired flashes Slave address = 0 flashes External RESET / Overload 8640 - 147...
  • Page 150 AS-i - AS-i + 0 V (valves) AS-i - 24 V (valves) AS-i + M12 sockets for sensor inputs IN 1 Description 24 V sensor supply Input 2 0 V sensor supply IN 2 Input 1 24 V 148 - 8640...
  • Page 151 Attach the termination module to the right hand side. Programming notes Assignment of the data and parameter bits Slave Output data Valve 4 Valve 3 Valve 2 Valve 1 Input data ID-Code I/O-Code Profile Parameter bits The parameter bits hav enot function. 8640 - 149...
  • Page 152 AS I NTERFACE 150 - 8640...

  • Page 153: Input Expansion Module For Transducers (Proximity Sensor)

    NPUT XPANSION ODULE FOR RANSDUCERS INPUT EXPANSION MODULE FOR TRANSDUCERS (PROXIMITY SENSORS) Extension module, inputs ......................................Minimum current rating of the power supply ............................EME-32 (narrow module) ......................................8640 - 151...

  • Page 154: Extension Module, Inputs

    + 700 mA total If several valve islands are supplied from the same supply unit, the current I is calculated from: (valve battery 1 + valve battery 2 + ... + valve battery n) + 700 mA total 152 - 8640...
  • Page 155 The DIP switches on the side of the module have no function at the moment! NOTE EME-32 (narrow module) LED display (24 V inputs) Technical earth LED display of the 24 V inputs LED OFF no power supply LED ON power supply present 8640 - 153...
  • Page 156 NPUT XPANSION ODULE FOR RANSDUCERS 154 - 8640...

  • Page 157: Internal Bus Extension

    ................................... Input mde: DIP switches 4 and 5 ..............................Closing resistors: DIP switch 8 ................................. Input / output modules ........................................Digital basic I/O module ....................................Digital I/O extension module ................................. Digital I/O nodes for Profibus DP ..............................8640 - 155...

  • Page 158: Remote I/O Interface Connection Module (Rio Interface)

    Signal name Pin Nr. (plug on device, socket on cable) Pin assignment CAN-HIGH CAN-LOW not connected not connected NOTE The RIO interface module may be combined with the valve control module "RIO-VA" or the „Digital E/A module“ kombinierbar. 156 - 8640...

  • Page 159: Expansion Module Connection (Rio-Va)

    Pin 1 of the power supply must be fused with 3A (semi-time lag), and Pin 2 with 1 A (semi- time lag). ATTENTION! To ensure the electro-magnetic compatibility (EMC), connect the screw terminal TE (Technical earth) to the ground potential with a cable that is a short as possible (30 cm). 8640 - 157...

  • Page 160: Field Bus Connection

    Check the Main battery and the bus cable the valve battery has expired Fault BLINKT During commissioning: without a response to the Main Check the network configuration ont he Master battery and the station address on the battery 158 - 8640...

  • Page 161: Setting The Dip Switches

    ADDRESSES ON THE INTERNAL RIO BUS: DIP SWITCHES 1 TO 3 Each expansion battery has a unique address. This address is set up on the expansion battery using the DIP switches 1 to 3. DIP 1 DIP 2 DIP 3 Adress Expansion battery 8640 - 159...

  • Page 162: Inputs Mode: Dip Switches 9 And 10

    Using the input mode, the inputs (transducers) can be allocated in different ways in the process layout of the inputs. DIP 9 DIP 10 No inputs present Normal mode Mode: shifted inputs Mode: halved inputs ATTENTION! If no inputs are present, both switches must be set to OFF. 160 - 8640...
  • Page 163 Input module (e. g. 16 inputs) Expansion module input Power supply earth Power supply earth Power supply +24 V Power supply +24 V Inputs Inputs Transfer protocol inputs (0 to 1) Byte 1 Byte 0 Fig.: “Halved Inputs” mode 8640 - 161...
  • Page 164 By adding terminal resistors, these reflections are suppressed. Activating the terminal resistors on the underside of the module Carefully remove the protective cap. Slide both switches to the rear, into the ON position! Replace the protective cap. Fig.: Activating the terminating resistances 162 - 8640...

  • Page 165: Rio-Va (Narrow Bus Head)

    Pin 1 of the power supply must be protected with a 3 A (semi-time-lag) fuse, NOTE Pin 2 with a 1 A (semi-time-lag) fuse. ATTENTION! To assure electromagnetic compatibility (EMC), screw terminal FE (functional earth) should be connected to earth potential with as short a cable as possible (30 cm).. 8640 - 163...

  • Page 166: Field Bus Connection

    Name of signal BUS IN Name of signal BUS OUT Pin no. (socket in device, plug on cable) (socket in device, plug on cable) CAN-HIGH CAN-HIGH CAN-LOW CAN-LOW not connected not connected not connected not connected Pin configuration 164 - 8640...

  • Page 167: Led Status Display

    On commissioning: addressing the main island. Check network configuration on master and station address on the island. No output voltage Status Remedy FS and FN show fault type 4 and fault Check supply voltage. number 1. 8640 - 165...

  • Page 168: Setting The Dip Switches

    Address at internal RIO bus: DIP switches 1 to 3 Each extension island has an unequivocal address. On the valve island, this address is set via DIP switches 1 to 3. DIP 1 DIP 2 DIP 3 Address Extension island 166 - 8640...

  • Page 169: Input Mde: Dip Switches 4 And 5

    At the high data transfer rates used in the field bus technique, disturbing signal reflections may occur at the ends of the field bus branch. These may lead to data errors. The closing resistors eliminate these reflections. DIP 8 Closing resistors deactivated Closing resistors activated 8640 - 167...
  • Page 170 Input module (e. g. 16 inputs) Expansion module input Power supply earth Power supply earth Power supply +24 V Power supply +24 V Inputs Inputs Transfer protocol inputs (0 to 1) Byte 1 Byte 0 Fig.: “Halved Inputs” mode 168 - 8640...

  • Page 171: Input / Output Modules

    Digital basic I/O module Function Technical dataInput or output of digital signal values, transmission by CAN bus (RIO) to valve island type 8640 (Profibus DP from serial no. 34410 SW version „L“). Technical data • Supply voltage 24 VDC (separate for inputs and outputs) •...
  • Page 172 Extension module 1 S 1-5 Extension module 2 S 1-6 Extension module 3 S 1-7 Extension module 4 S 1-8 Extension module 5 Switch position „on“: all module terminals „input“ Switch position „off“: all module terminals „output“ 170 - 8640...
  • Page 173 NTERNAL XTENSION Setting the no. of addresses with switch S2 No. of S2_1 S2_2 S2_3 addresses Setting the no. of modules with switch S2 No. of S2_1 S2_2 S2_3 addresses 8640 - 171...

  • Page 174: Digital I/O Extension Module

    Before connection the sensors (initiators), check whether the associated DIP switch S1_X is set to „ON“ (input). Otherwise the sensor may be destryed. LEDs show the status of module „X“ set on the basic module by switch S1_X. 172 - 8640...

  • Page 175: Digital I/O Nodes For Profibus Dp

    Subscriber 1 Subscriber 6 6 (5) Outputs 16 (15) Outputs 7 (6) Inputs 17 (16) Inputs Subscriber 2 Subscriber 7 8 (7) Outputs 18 (17) Outputs 9 (8) Inputs Siemens Subscriber 3 Stan- dard 10 (9) Outputs 8640 - 173...
  • Page 176 No. of input bits Subscriber 1 7 (6) No. of output bits 8 (7) No. of input bits Subscriber 2 9 (8) No. of output bits 10 (9) No. of input bits Subscriber 3 11(10) No. of output bits 174 - 8640...
  • Page 177 Definition of the slots on the configuration tool of the PLC Slot 32DE 16DE 16DA Identifier 16DE (017) 16DE (017) 48DA (037) (019) (016) (016) (033) (032) Main and Main Extension Extension Digital Digital Digital Digital extension battery battery battery battery 8640 - 175...
  • Page 178 NTERNAL XTENSION 176 - 8640...
  • Page 179 LECTRICAL ODULE UTPUT ELECTRICAL BASE MODULE OUTPUT Manifold connection ........................................... Valve outputs ............................................Valve outputs with Manual / Automatic change-over ......................Valve outputs with external control ................................8640 - 177...

  • Page 180: Manifold Connection

    Allocation plan Valve types: 6510, 6511, 6524, 6525 24 V Ground n.c. Valve types: 5470, 6512, 6513, 6516, 6517, 6526, 6527 n.c. Ground + 24 V NOTE The outputs are positive-switching: 24 V is switched GND is connected 178 - 8640...

  • Page 181: Valve Outputs

    Pin allocations for the valve outputs Valve types: 6510, 6511, 6524, 6525 24 V Ground n.c. Valve types: 5470, 6512, 6513, 6516, 6517, 6526, 6527 n.c. Ground + 24 V NOTE The outputs are positive-switching: 24 V is switched GND is connected 8640 - 179...

  • Page 182: Valve Outputs With Manual / Automatic Change-Over

    Pin allocation for the valve outputs Valve types: 6510, 6511, 6524, 6525 24 V Ground n.c. Valve types: 5470, 6512, 6513, 6516, 6517, 6526, 6527 n.c. Ground + 24 V NOTE The outputs are positive-switching: 24 V is switched GND is connected 180 - 8640...
  • Page 183 Fig. : Module description for the electrical Base Module manual / Automatic switching using the example: Module EGM/HA-10-12 Switch Functions Switch position Function Description Bus operation: incoming control Automatic signal switches the valve middle Valve "OFF" Valve is always closed down Valve ""ON" Valve is always open 8640 - 181...

  • Page 184: Valve Outputs With External Control

    Fig.: Valve output with external control - Switching diagram of the valve outputs Pin allocations for the valve outputs Valve types: 5470, 6512, 6513, 6516, 6517, 6526, 6527 n.c. Ground + 24 V NOTE The outputs are positive-switching: 24 V is switched GND is connected 182 - 8640...

  • Page 185: Terminal Inputs For Transducers (Proximity Switches)

    LECTRICAL ODULE NPUT ELECTRICAL BASE MODULE INPUT Terminal inputs for transducers (proximity switches) ......................Plug inputs (MS round plug) for transducers (proximity switches) ..............8640 - 183...
  • Page 186 +24 V 24 V Signal 0 (logical) 0 to 5 V 1 (logical) 13 to 30 V Inputs Input current for 1 signal 10 mA input LED input 7 input input input input input input Fig.: Terminal allocation 184 - 8640...

  • Page 187: Plug Inputs (Ms Round Plug) For Transducers (Proximity Switches)

    +24 V LED 2 Fig.: Pin allocation of the EGM-SE modules, excepting the EGM-SE- 19-4 NOTE The internal connection between two plugs lying one above the other is used to direct two transducer signals via one plug. 8640 - 185...
  • Page 188 LECTRICAL ODULE NPUT Inputs of the EGM-SE-19-4 module EGM-SE-19-2 Fig. : Pin allocation of the EGM-SE-19-4 module 186 - 8640...
  • Page 190 E-mail: burkert@superonline.com E-mail: burkert.france@buerkert.com BC-UK United Kingdom, BC-I Italy, Italien Vereinigtes Königreich Burkert Contromatic Italiana S.p.A. Burkert Contromatic Limited Centro Direzionale „Colombirolo“ Brimscombe Port Business Park Via Roma, 74 Brimscombe, Stroud IT-20060 Cassina De’ Pecchi (Mi) Glos, GL5 2QF / UNITED KINGDOM Phone: Int.
  • Page 191 Addresses of BC offices/Adressliste BC Länder APAC BC-AUS Australia, Australien Suzhou BURKERT CONTROMATIC AUSTRALIA PTY, LIMITED Burkert Contromatic (Shanghai), Co., Ltd. 2 Welder Road Room 5, #06-06 Seven Hills, NSW 2147 Block A, No. 5 Xinghan Street AUSTRALIA SIP Suzhou P. R. China, 215021 Phone: Int.
  • Page 192 Fax: Int. (+886 2)2653 7968, Nat. (02)2653 7968 E-mail: info.rc@burkert.com E-mail: info.rp@burkert.com BC-SIN Singapore, Singapur BURKERT CONTROMATIC SINGAPORE PTE. LTD. 51 Ubi Avenue 1, #03-14 Paya Ubi Industrial Park Singapore 408933 SINGAPORE Phone: Int. (+65)6844 2233, Nat. 6844 2233 Fax: Int.
  • Page 193 Adressliste Bürkert Fluid Control Systems Deutschland Headquarter and Service Center, Stammsitz und Service-Center Ingelfingen Bürkert GmbH & Co. KG Christian-Bürkert-Straße 13 - 17 74653 Ingelfingen Telefon: Int. (+497940)10-111, Nat. (07940)10-111 Fax: Int. (+497940)10-448, Nat. (07940)10-448 E-mail: info@de.buerkert.com Distribution Center, Vertriebs-Center Service Center, Dienstleistungs-Center Berlin Dortmund...
  • Page 196 The smart choice of Fluid Control Systems www.buerkert.com...

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