Festo CPX-P-8DE-N Series Description Download Page 115

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A. Technical appendix

A-3

Festo P.BE-CPX-P-EA-EN en 1209NH English

A.1

Technical data

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Summary of Contents for CPX-P-8DE-N Series

Page 1: ...Description Electronics CPX P modules and CPX P connection blocks Input modules CPX P 8DE N In line valve manifolds CPX P AB 4XM12 CPX P AB 2XKL CPX terminal P Description 575 379 en 1209NH 758 826...

Page 2: ......

Page 3: ...Co D 73726 Esslingen 2012 Internet http www festo com E Mail service_international festo com Reproduction distribution or sale of this document or com munication of its contents to others without expr...

Page 4: ...ts and general instructions II Festo P BE CPX P EA EN en 1209NH English DeviceNet Modbus PROFIBUS PROFINET SPEEDCON and Torx are registered trademarks of the respective trademark owners in certain cou...

Page 5: ...s XVII 1 Overview and connection technology 1 1 1 1 Configuration of CPX P modules 1 3 1 2 Connection blocks of CPX P modules 1 4 1 3 Display and connecting elements 1 5 1 4 Combination of CPX P modul...

Page 6: ...ding parameterisation faults 3 27 3 3 9 Module parameter of the input module CPX P 8DE N in detail 3 29 3 3 10 Parameterisation and signal display with the handheld MMI 3 44 3 4 Diagnostics 3 48 3 4 1...

Page 7: ...ram A distinction is made between the fol lowing danger warnings Warning means that failure to observe this instruction may result in serious personal injury or material damage Caution means that fail...

Page 8: ...dations tips and references to other information sources Accessories Specifications on necessary or useful accessories for the Festo product Environment Information on the environmentally friendly use...

Page 9: ...proper handling can cause damage to the elec tronic modules Observe the handling specifications for electrostatically sensitive devices Discharge yourself from static discharges before assem bling or...

Page 10: ...echnical data appendix A 1 in the process industry and in an industrial environment When dealing with product models with corresponding ap provals and certificates product labelling in conjunction wit...

Page 11: ...y be operated with CPX EA modules and bus nodes that are intended for variant P CPX terminals The following pneumatic modules and CPX EA modules are permitted for use with CPX P modules Modules Brief...

Page 12: ...to date information regarding components modules and bus nodes that are permitted for variant P CPX terminals can be found in our catalogue www festo com catalogue Possible incorrect application Oper...

Page 13: ...f use Comply with the regulations of the trade association the German Technical Control Board T V of the VDE or rel evant national regulations The material used in the packaging has been specifically...

Page 14: ...n be found in the CPX system description P BE CPX SYS Special information about commissioning parameterisation and diagnostics of a CPX terminal with the bus node you are using can be found in the cor...

Page 15: ...oth safe and potentially explosive areas 1 I O module for non intrinsically safe circuits 2 I O module for intrinsically safe circuits 3 Higher order system 4 Industrial Ethernet Bus 5 e g non ATEX zo...

Page 16: ...ng The electric and pneumatic side of the CPX terminal can be adapted to various requirements The electric side can be fitted with various electric CPX modules e g CPX bus nodes digital and analogue I...

Page 17: ...in the inspection window of the connection block Fig 1 3 Tab 0 3 CPX P modules Type Description CPX P AB 4XM12 4POL M12 connection block for non intrinsically safe wiring of CPX P modules1 CPX P AB 2X...

Page 18: ...y suitable for configuring intrinsically safe circuits or non in trinsically safe circuits depending on the type selected All product variants are provided with a standard rating plate Product variant...

Page 19: ...dustry intrinsically safe electronics modules available CPX P modules Collective term for modules that have been developed specifically for variant P CPX terminals DIL switches Dual in line switches c...

Page 20: ...O Output O module CPX output module PII Process image inputs process image PIO Process image outputs process image Pneumatics interface The pneumatics interface is the interface between the modular el...

Page 21: ...Overview and connection technology 1 1 Festo P BE CPX P EA EN en 1209NH English Chapter 1 Overview and connection technology...

Page 22: ...of contents 1 Overview and connection technology 1 1 1 1 Configuration of CPX P modules 1 3 1 2 Connection blocks of CPX P modules 1 4 1 3 Display and connecting elements 1 5 1 4 Combination of CPX P...

Page 23: ...housing upper part which provides the necessary connections for field devices Electronics module Contains the electronic components of the module It is connected to the interlinking block and the con...

Page 24: ...on Only suitable for intrinsically safe wiring with blue marking 2 Insulating plate required3 CPX P AB 2XKL 8POL Terminal connection block Only suitable for non intrinsically safe wiring without blue...

Page 25: ...tification of the module e g P8DI N 8 digital inputs Namur type CPX P 8DE N 2 Type plate of connec tion block 3 Module fault LED red 4 Channel fault LEDs red 5 Intrinsically safe design only IS Blue m...

Page 26: ...pin strips 8 pin CPX P AB 2XKL 8POL 8DE N IS 2x COMBICON pin strips 8 pin mechanically coded for type A2 Combinable Impermissible should not be combined 1 For pre assembled CPX terminals that are sup...

Page 27: ...s twisted in pairs increases the EMC resistance of sensor cables Shield support and shield earthing Terminal connection block CPX P AB 2xKL 8POL These connection blocks do not feature a connection for...

Page 28: ...nge of accessories are appropriate for this purpose www festo com catalogue Tighten the union nut of the plug connector tightening torque 0 5 Nm Seal any unused sockets with protective caps ISK M12 ac...

Page 29: ...eeve mm 0 25 to 2 5 2 conductors of the same cross section mm 0 5 to 1 5 Insulation stripping length Dia meter mm 10 Tab 1 3 Specifications for spring loaded terminal Screw terminal NECU L3G8 C2 Condu...

Page 30: ...into the terminal opening 1 Screwdriver blade 2 5 x 0 4 mm 2 Cable 3 Unlocking 4 Terminal opening for inserting the conductor 1 2 3 4 1 Fig 1 4 Connecting and disconnecting the connecting cables 1 Use...

Page 31: ...river to loosen the corresponding screw ter minal The terminal will then be unlocked 2 When the terminal is unlocked you can insert or remove the conductor through the opening 3 Tighten the terminal b...

Page 32: ...on nections particularly with regard to intrinsically safe and non intrinsically safe circuits The coding system is optionally available www festo com catalogue The coding system consists of coding ta...

Page 33: ...Contacts that are not provided with a coding element coding profile or coding tab do not contribute to protection against incorrect connection Recommendation Provide all contact points with a coding e...

Page 34: ...1 Overview and connection technology 1 14 Festo P BE CPX P EA EN en 1209NH English...

Page 35: ...Mounting and dismantling 2 1 Festo P BE CPX P EA EN en 1209NH English Chapter 2 Mounting and dismantling...

Page 36: ...1 General instructions on mounting and dismantling 2 3 2 2 Mounting and dismantling 2 3 2 2 1 Mechanically coding the connection block 2 6 2 2 2 Removing a coding element from the connection block 2 9...

Page 37: ...ounting or installation work Only switch on the electrical supply voltage when the product has been fully assembled and all of the installa tion work is complete 2 2 Mounting and dismantling Note Elec...

Page 38: ...node 1 on the right hand side Module m3 Insulating plate4 Insulating plate between the connection area for intrinsically safe and non intrinsically safe circuits if a connection area for intrinsically...

Page 39: ...y the metal interlinking blocks specified in the technic al data section are permitted for CPX P modules sec tion A 1 2 mechanical characteristic values For current information www festo com catalogue...

Page 40: ...lty mechanical coding will result in the certification be coming invalid Connection blocks and CPX P modules are equipped with a mechanical coding system The coding system allows connec tion blocks to...

Page 41: ...nderside of the block in a defined alignment Fig 2 3 CPX P connection blocks of pre assembled CPX P terminals and separately supplied CPX P connection blocks in an IS configuration are supplied mechan...

Page 42: ...electronics module 4 Coding pin on the electronics mod ule 5 Coding element exemplary rep resentation 1 3 4 2 5 Fig 2 3 Mechanical coding of a connection block 4 Align the connection block 1 over the...

Page 43: ...ement from connection blocks for intrinsically safe wiring is impermissible as these may only be combined with the assigned module To remove a coding element from a connection block 1 Remove the cover...

Page 44: ...ly before tightening otherwise their threads will be damaged Only tighten the screws by hand The specified torques must be observed Fitting without distortion and mechanical tension Undamaged seals an...

Page 45: ...ive electronics modules If the device has been expanded or converted it will no longer correspond to the delivery status The responsibility for ensuring the degree of completion and configuration are...

Page 46: ...ny mounting or installation work Only switch on the electrical supply voltage when the product has been fully assembled and all of the installa tion work is complete 1 Connection block 2 Screws Torx P...

Page 47: ...d without tilting as far as possible into the interlinking block 4 Mounting a connection block 1 Check to make sure the mechanical coding of the connec tion block 1 is correct If necessary conduct a n...

Page 48: ...3 Only in cases where the electronic module is to be removed Pull the electronics module 3 carefully and without tilting away from the contact rails of the interlinking block 4 2 2 4 Mounting and dis...

Page 49: ...ly safe circuits IS ver sion with blue marking 4 Module for non intrinsically safe circuits without blue marking 5 Bus nodes 1 2 3 4 5 Fig 2 6 Mounting the insulating plate CPX P AB Dismantling the in...

Page 50: ...2 Mounting and dismantling 2 16 Festo P BE CPX P EA EN en 1209NH English...

Page 51: ...Input module CPX P 8DE N 3 1 Festo P BE CPX P EA EN en 1209NH English Chapter 3 Input module CPX P 8DE N...

Page 52: ...3 3 5 Operating mode B Counter 3 19 3 3 6 Operating mode C D frequency measurement 3 23 3 3 7 Module parameters CPX P 8DE N 3 26 3 3 8 Instructions for avoiding parameterisation faults 3 27 3 3 9 Mod...

Page 53: ...e used as counter inputs or for fre quency measurement limit monitoring control via pro cess image possible start stop reset 1 Suitable for connecting Namur sensors according to specification EN 60947...

Page 54: ...rent counter readings and frequency measurements in the pro cess image inputs PII 8 additional bytes are therefore alloc ated in the PII 1 additional byte is also allocated in the PIO Furthermore para...

Page 55: ...the electronics module 1 Fibre optic cable for LED display 2 Miniature switch for setting the function range and process image 1 2 Fig 3 1 Position of the miniature switch Caution Electronic modules c...

Page 56: ...rminal P 2 Remove the mounted connection block mounting chapter section 2 2 3 3 Use a suitable tool e g a very small screwdriver and carefully set the DIL switch as desired Tab 3 2 4 Refit the connect...

Page 57: ...BN 3 4 BU 3 S1 2 3 Socket X4 1 BN 6 2 BU 6 3 BN 7 4 BU 7 S1 6 7 channel number 0 channel 0 1 channel 1 etc BN input brown BU input blue S screening 1 The screening S can be connected via the metal thr...

Page 58: ...BU 6 5 BN 6 4 BU 5 3 BN 5 2 BU 4 1 BN 4 7 6 5 4 channel number 0 channel 0 1 channel 1 etc BN input brown BU input blue Tab 3 4 CPX P 8DE N with connection block CPX P AB 2xKL 8POL The respective pin...

Page 59: ...is detected via an internal current measurement A corresponding error message is generated depending on parameterisation 1 Namur sensor 1 Fig 3 2 Connection of Namur sensors Connection of actuated mec...

Page 60: ...ible When using an active wire break and short circuit monitoring func tion an open contact is identified as a wire break and a closed contact is identified as a short circuit If you are using non act...

Page 61: ...Operating mode Standard process image miniature switch OFF Configuration of process image inputs PII PII Bit Bit Bit Bit Bit Bit Bit Bit Description Byte 7 6 5 4 3 2 1 0 0 State1 For digital input ope...

Page 62: ...ab 3 6 A 1 signal indic ates that there is a channel error at the corresponding input short circuit or wire break A 0 signal indicates that the input signal is in a signal range that is permissible fo...

Page 63: ...1 Counting is either started from the lower or upper limit value to the end of the counting range depending on the type of counter selected Upon reaching the relevant limit value a bit is set in the...

Page 64: ...ed replacement value is issued Tab 3 28 and Tab 3 29 Byte 1 in PII The module represents the diagnostic status of the 8 input channels in byte 1 of the PII Tab 3 9 A 1 signal indic ates that there is...

Page 65: ...me CPX bus nodes provide a parameter which allows the process value display for analogue values to be set globally bus node description parameter analogue process value display Set the parameter accor...

Page 66: ...2 1 Diag1 Diagnostic status channel 0 7 CH0 7 CH7 CH6 CH5 CH4 CH3 CH2 CH1 CH0 0 Input signal in operating area 1 Channel error3 2 3 CH01 channel 0 byte 0 CH01 channel 0 byte 1 Counter reading or frequ...

Page 67: ...nly CH0 3 CH3 Reset CH3 Start Stop CH2 Reset CH2 Start Stop CH1 Reset CH1 Start Stop CH0 Reset CH0 Start Stop Bit Start Stop 0 Stop counter 1 Start counter Bit Reset 0 Counter active 1 Counter passive...

Page 68: ...f the respective channel section 3 3 8 In the digital input operating mode the applied signal is con verted into a digital signal 0 1 in accordance with specifica tion EN 60947 5 6 Namur and stored in...

Page 69: ...cted within the range of values Incremental or decremental counter Counting of falling or rising signal edges2 Input debounce times are taken into consideration2 signal extension time is ignored Diagn...

Page 70: ...can also be specified Tab 3 30 Incremental counters Incremental counters count upwards starting from the para meterised lower limit value to the upper end of the counting range 32767 Upon reaching th...

Page 71: ...t assigned to the relevant channel is set in byte 0 of the PII Upon reaching the counting range limit the counter is stopped minimum value stop value Counter value Decremental counter Upper limit valu...

Page 72: ...s are counted until the stop value is reached Status LED flashes 2 Hz 1 upon reaching the limit value the bit is set in byte 0 of the PII Stop counter Reset start stop bit in the PIO start stop 0 Inpu...

Page 73: ...byte 0 of the PII Parameterisable properties Gate time Lower and upper limit value Input debounce times2 signal extension times are ignored Diagnostic response upon reaching limit values Maximum valu...

Page 74: ...tion regarding measure ment accuracy Technical data The corresponding bit in byte 0 of the PII supplies the alarm signal frequency in the permissible range or limit value not reached exceeded Hysteres...

Page 75: ...gnal bit for limit value 0 Status LED is off 3 Measure frequency Signal edges within the gate time are counted and the frequency is calculated at the end of the gate time f n t Start frequency measure...

Page 76: ...64 12 4828 m 64 13 0 7 0 7 Input debounce time channel 0 3 Input debounce time channel 4 7 2 2 3 ms 4828 m 64 14 4828 m 64 15 0 7 Replacement value channel 0 3 Replacement value channel 4 7 2 2 0 482...

Page 77: ...n of a channel results in the following The signal bits for limit monitoring byte 0 PII the debounce time and the signal extension time of the chan nel are reset The following applies if the channel o...

Page 78: ...top the counter and frequency measurement via PIO 2 Conduct the parameterisation process The channel is initialised automatically 3 If an error is not reported the respective function can be used with...

Page 79: ...annel Permissible upper limit value for the channel Lower limit value upper limit value For operating mode C D Difference between LLV and ULV than 2 TTor If monitoring is active and an error occurs a...

Page 80: ...z only possible for chan nel 0 An alteration of the parameter causes an initialisation of the respective channel Bit Operating mode of the input channel input function Input function Ch 0 Ch 1 Ch 2 Ch...

Page 81: ...values operating mode C D If monitoring is active a diagnostic message is sent to the bus node in the corres ponding case and the channel error LED illuminates Bit Monitoring limit values channel 0 3...

Page 82: ...s node and the error LED of the corresponding channel illuminates An alteration of the parameter causes an initialisation of the respective channel Bit Monitoring short circuit Bit 0 channel 0 Bit 1 c...

Page 83: ...bus node and the error LED of the corresponding channel flashes An alteration of the parameter causes an initialisation of the respective channel Bit Wire break monitoring Bit 0 channel 0 Bit 1 channe...

Page 84: ...it 1 3 5 7 0 2 4 6 Duct 0 Duct 1 Duct 2 Duct 3 Ch 0 Ch 1 Ch 2 Ch 3 Values 0 0 1 1 0 1 0 1 deactivated presetting 15 ms 150 ms 1500 ms Inactive 15 ms 150 ms 1500 ms Comment If a higher order controller...

Page 85: ...rameter Input debounce time channel 0 3 Handheld Function no 4828 m 64 12 m Module number 0 47 Description Specifies when a change of edge of the sensor signal is to be accepted as a logic al input si...

Page 86: ...DE N it is a channel specific parameter that spe cifies the behaviour of an individual channel Module parameter Input debounce time channel 4 7 Handheld Function no 4828 m 64 13 m Module number 0 47 D...

Page 87: ...t 2 Duct 3 Ch 0 Ch 1 Ch 2 Ch 3 Values 0 0 1 1 0 1 0 1 Replacement value 0 presetting Replacement value 1 last value of the status bit valid Reserved 0 1 last value Comment Replacement value channel 4...

Page 88: ...channel 0 Bit 1 Edge polarity channel 1 Bit 2 Edge polarity channel 2 Bit 3 Edge polarity channel 3 Bit 4 Counting direction channel 0 Bit 5 Counting direction channel 1 Bit 6 Counting direction chann...

Page 89: ...wever more time is also required until the measurement result is available An alteration of the parameter causes an initialisation of the respective channel Bit Gate time channel 0 3 Gate time Bit 1 3...

Page 90: ...l in byte 0 of the PII Operating mode C D If the value falls below the lower limit value this is signaled by setting the corresponding bits in byte 0 of the PII Tab 3 9 The smallest detectable frequen...

Page 91: ...limit value incremental counters set the bit assigned to the relevant channel in byte 0 of the PII Decremental counters count starting from the upper limit value Permissible range of values 32768 3276...

Page 92: ...x channel specific If the miniature switch of the module is set to ON the module provides a byte in the process image outputs PIO see Tab 3 10 Module parameters Idle mode channel x Function no Access...

Page 93: ...ollowing parameters Force mode inputs channel x Force state inputs channel x Values Force mode inputs channel x 0 blocked presetting 1 Force state Force state inputs channel x 0 Reset value presetting...

Page 94: ...ll of the module data and module parameters The module identifier of a module is shown in the handheld The module identifier of the CPX P 8DE N depends on the setting of the miniature switch on the mo...

Page 95: ...ig 3 5 Module identification of the input module on the handheld Please note that the Idle mode menu is only available if the bus node supports idle mode parameterisation bus node description The func...

Page 96: ...Counter Ch 3 Digital input Monitor limits Ch 0 Inactive CH 3 Inactive Monitor short circuit Ch 0 Active Ch 7 Active Monitor open circuit Ch 0 Inactive Ch 7 Inactive Signal extension time Ch 0 Inactive...

Page 97: ...SB Ch 0 MSB Counter reading or frequency value CH0 Byte 4 Byte 5 Ch 1 LSB Ch 1 MSB Counter reading or frequency value CH1 Byte 6 Byte 7 Ch 2 LSB Ch 2 MSB Counter reading or frequency value CH2 Byte 8...

Page 98: ...rameterisation and they can be evaluated by the high er order controller according to the fieldbus protocol used Relevant bit in the status byte When using the status byte description for bus node and...

Page 99: ...t monitoring Tab 3 22 3 Wire fracture Wire fracture1 Input current min permiss ible value Check and if necessary re place the cable and con nected sensors If you use a non actuated contact instead of...

Page 100: ...essary conduct the parameterisation pro cess again with the correct parameters valid paramet ers section 3 3 9 55 Invalid process value Invalid process value1 2 End of the counting range has been reac...

Page 101: ...odule error LED red one for each module also designated module com mon error LED 2 Channel error LED red one for each channel 8 channels here 3 Status LED green one for each chan nel for assignment to...

Page 102: ...ED illuminated ON OFF Serious error e g module channel failed Check the supply voltage power Off On necessary repeat occurrence means servicing required 1 Details section 3 3 9 Tab 3 41 Module error L...

Page 103: ...limit of the counting range has been reached counter has been stopped automatically LED not illu minated ON OFF Counter stopped or Input signal outside the permissible range diagnostic messages Operat...

Page 104: ...and display of errors Parameter monitoring Short circuit monitoring Wire break monitoring Limit value monitoring The following images show the effect of possible parameter settings displayed in the i...

Page 105: ...hannel x Module error LED 1 0 1 Channel error LED Error no 3 Wire break channel x Monitoring wire break channel X 0 1 2 Error message to the bus node Module error LED Channel error LED 1 Channel speci...

Page 106: ...etting 2 Channel specific error Fig 3 10 Principle of error handling and parameterisation for CPX P 8DE N part 3 The respective errors are registered or the message is sup pressed depending on paramet...

Page 107: ...ing status for operating mode A digital input Namur Status LED Channel error LED Module error LED PII bit in Event status Byte 0 Byte 1 Byte 2 9 0 0 Input signal LOW 0 0 Input signal HIGH In accord an...

Page 108: ...counts limit value reached if monitoring paramet erised 1 1 Current value Signaling of a brief power failure 20ms the current counter value may be incorrect2 1 0 32768 32767 Counter has reached the e...

Page 109: ...e Frequency measurement runs within the specified limits 1 0 Current value Frequency measurement runs lower or upper limit value not reached exceeded if monitor ing parameterised depending on error1 R...

Page 110: ...exceeded 29 General error parameterisation implausible the channel continues to operate with the old para meter setting the process status refers to this parameter status 55 End of the counting range...

Page 111: ...parameterisation CPX EA modules register the specific errors via the fieldbus or their network These can be evaluated via the Status bits system status I O diagnostic interface system diagnosis Modul...

Page 112: ..._______ Back OK 1 2 __System overview__ __________________ Diag OK CPX terminal 0 Module 1 Module 2 Module 3 P 8DI N Input NAMUR ____3 P 8DI N____ No error detected ____________________ Back 3 1 Selec...

Page 113: ...Technical appendix A 1 Festo P BE CPX P EA EN en 1209NH English Appendix A Technical appendix...

Page 114: ...en 1209NH English Table of contents A Technical appendix A 1 A 1 Technical data A 3 A 1 1 Technical data of the CPX P connection blocks A 4 A 1 2 Technical data CPX P 8DE N A 5 A 2 Coding proposal fo...

Page 115: ...When dealing with product models with corresponding ap provals and certificates product labelling in conjunction with potentially explosive atmospheres please observe the information contained in the...

Page 116: ...k IP652 At the terminal connection 2x pin strips 8 pin mounted on interlinking block IP20 Electrical connection 4 x sockets 4 pin A coded M12X1 round plug connector 2 x COMBICON pin strips 8 pin grid...

Page 117: ...V Z 7 8 5POL VL Only in non ATEX zone CPX M GE EV S 7 8 5POL CPX M GE EV Z 7 8 5POL Compatible with the connection blocks CPX P AB 2XKL 8POL CPX P AB 4XM12 4POL CPX P AB 2XKL 8POL 8DE N IS CPX P AB 4X...

Page 118: ...hing level within EN 60947 5 6 Characteristic curve of inputs Residual ripple Vss 0 4 Maximum length of sensor cable m max 200 m at min 0 1424 mm resistance 50 Ohm for total cable length Number of inp...

Page 119: ...esponding special documentation ATEX1 1 www festo com Downloads User documentation Tab A 4 Ambient characteristics Technical data CPX P 8DE N CPX P 8DE N IS Special functions channel 0 3 Operating mod...

Page 120: ...language English Miniature switch setting OFF3 Miniature switch setting ON4 P 8DI N P 8DI N X P 8DI N IS P 8DI N IS X Module code submodule code CPX specific Miniature switch setting OFF3 Miniature s...

Page 121: ...also Fig 1 6 4 coding tabs are used for the box header on the connection block and 4 coding profiles are used for the associated plug in terminal block for the 8 pin terminal connections This en sures...

Page 122: ...0 0 8 0 0 1 0 1 1 0 1 1 1 0 1 0 0 1 0 9 0 0 1 0 1 1 1 0 1 1 0 1 0 0 0 1 10 0 0 1 1 0 0 1 1 1 1 0 0 1 1 0 0 11 0 0 1 1 0 1 0 1 1 1 0 0 1 0 1 0 12 0 0 1 1 0 1 1 0 1 1 0 0 1 0 0 1 13 0 0 1 1 1 0 0 1 1 1...

Page 123: ...0 1 1 32 0 1 1 1 0 0 0 1 1 0 0 0 1 1 1 0 33 0 1 1 1 0 0 1 0 1 0 0 0 1 1 0 1 34 0 1 1 1 0 1 0 0 1 0 0 0 1 0 1 1 35 0 1 1 1 1 0 0 0 1 0 0 0 0 1 1 1 36 1 0 0 0 0 1 1 1 0 1 1 1 1 0 0 0 37 1 0 0 0 1 0 1 1...

Page 124: ...1 1 1 56 1 1 0 0 0 0 1 1 0 0 1 1 1 1 0 0 57 1 1 0 0 0 1 0 1 0 0 1 1 1 0 1 0 58 1 1 0 0 0 1 1 0 0 0 1 1 1 0 0 1 59 1 1 0 0 1 0 0 1 0 0 1 1 0 1 1 0 60 1 1 0 0 1 0 1 0 0 0 1 1 0 1 0 1 61 1 1 0 0 1 1 0 0...

Page 125: ...Index B 1 Festo P BE CPX P EA EN en 1209NH English Appendix B Index...

Page 126: ...B Index B 2 Festo P BE CPX P EA EN en 1209NH English Table of contents B Index B 1...

Page 127: ...connection 1 11 1 12 Configuration of the electronics modules 2 5 Connection actuated mechanical contacts 3 9 Namur sensors 3 9 non actuated mechanical contacts 3 10 Connection block 1 3 1 4 1 6 Count...

Page 128: ...e parametrisation 3 42 Force channel X 3 43 Frequency monitoring 3 23 G Gate time 3 39 H Handheld 3 62 I I O cables 1 7 Idle mode channel X 3 42 Incremental counter 3 20 Instructions on the descriptio...

Page 129: ...arameter Counter configuration channel 0 3 3 38 Fail safe channel x 3 42 Forcing channel x 3 43 Gate time 3 39 Idle mode channel x 3 42 Input debounce time 3 35 3 36 Lower limit value 3 40 Monitoring...

Page 130: ...g modes 3 11 3 13 P Parameters on the handheld MMI 3 46 Pictograms VI Pin allocation 3 7 3 8 Procedure for counters 3 22 Procedure for frequency monitoring 3 25 Process image Inputs 3 11 3 14 Process...

Page 131: ...earthing 1 7 Shield support 1 7 Signal extension time 3 34 3 35 3 36 Specification of the cable terminals 1 9 Sub module code 3 44 T Target group XI Terminal connection block 1 4 1 8 Text markings VI...

Page 132: ...B Index B 8 Festo P BE CPX P EA EN en 1209NH English...

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