BERGHOF B-Fortis CC-Prime S01 User Manual Download Page 6

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USER MANUAL 1.2 | B-FORTIS CC-PRIME SERIES

Berghof Automation GmbH | Arbachtalstrasse 26 | 72800 Eningen |

6.2.

Network start-up ................................................................................................................ 52

6.3.

Operation ............................................................................................................................ 54

6.3.1.

Status displays ..................................................................................................................... 54

Location of the operating status LEDs ................................................................................. 54

Meaning of the LED displays ............................................................................................... 55

6.3.2.

Start/Stop ............................................................................................................................. 57

6.3.3.

Real-time clock with buffer battery ....................................................................................... 57

Setting the time .................................................................................................................... 57

Changing the battery ........................................................................................................... 57

6.3.4.

microSD card ....................................................................................................................... 58

Inserting a microSD card ..................................................................................................... 58

6.4.

Troubleshooting ................................................................................................................. 59

6.4.1.

In error stop mode................................................................................................................ 59

6.4.2.

Unknown IP address ............................................................................................................ 59

MAINTENANCE/UPKEEP .................................................................................................. 60

7.1.

Maintenance ....................................................................................................................... 60

7.2.

Cleaning .............................................................................................................................. 60

UNINSTALLATION ............................................................................................................. 61

DISPOSAL ........................................................................................................................... 62

Disposal via manufacturer ................................................................................................... 62

Dispose of the device according to regional specifications. ................................................ 62

10.

TECHNICAL DATA ............................................................................................................. 63

10.1.

B-Fortis CC-Prime .............................................................................................................. 63

10.2.

Identification plate ............................................................................................................. 66

10.3.

Device variants and identification .................................................................................... 67

10.4.

Options and extensions .................................................................................................... 67

Extensions for tooling and debugging.................................................................................. 68

11.

STANDARDS AND CERTIFICATES .................................................................................. 69

11.1.

Standards ........................................................................................................................... 69

11.2.

Declaration of conformity ................................................................................................. 70

12.

CUSTOMER SERVICES / ADDRESSES ........................................................................... 71

12.1.

Customer services ............................................................................................................. 71

12.2.

Addresses ........................................................................................................................... 71

13.

APPENDIX ........................................................................................................................... 72

13.1.

Hinweise zu Copyright und Lizenz der Software ...........

Fehler! Textmarke nicht definiert.

13.2.

Table of figures .................................................................................................................. 72

Summary of Contents for B-Fortis CC-Prime S01

Page 1: ...USER MANUAL 1 2 B Fortis CC Prime Series ...

Page 2: ... a registered trademark and patented technology licensed from Beckhoff Automation GmbH Germany CiA and CANopen are registered trademarks belonging to CAN in Automation e V ARM and Cortex are registered trademarks belonging to ARM Limited PROFINET is a registered trademark belonging to PROFIBUS Nutzerorganisation e V Modbus is a registered trademark belonging to the Modbus IDA Organisation i MX6 is...

Page 3: ...00 Eningen www berghof automation com 3 Change log Version Date Description 0 1 03 01 2020 First draft regarding new catalog numbers and options Rabold bis page 21 0 9 11 05 2020 Updates 1 0 18 06 2020 Formatting of the document and change of address 1 2 05 03 2021 Dual Core Versions added ...

Page 4: ...ries rechargeable batteries 11 Operation 11 1 8 Unpacking 11 2 SAFETY 13 Safety related systems 13 2 1 Safety instructions 13 Working on the device 13 3 PRODUCT DESCRIPTION 14 3 1 Overview B Fortis CC Prime 14 3 2 Scope of delivery and accessories 15 Scope of delivery 15 Accessories 15 3 2 1 CC Prime Connector set as order option 15 3 2 2 CC Prime Connector set as order number 15 3 3 Product featu...

Page 5: ... counter inputs 30 Installation information 30 5 3 4 Analogue inputs and outputs AIO not for S06 31 Analogue channel wiring 32 Data of the analogue inputs 32 Operating modes for the analogue inputs 33 Data of the analogue outputs 37 Operating modes for the analogue outputs 38 5 3 5 Example connections of analogue inputs and outputs 39 Voltage input AI U 39 Power input AI I 40 Temperature measureme...

Page 6: ... Unknown IP address 59 7 MAINTENANCE UPKEEP 60 7 1 Maintenance 60 7 2 Cleaning 60 8 UNINSTALLATION 61 9 DISPOSAL 62 Disposal via manufacturer 62 Dispose of the device according to regional specifications 62 10 TECHNICAL DATA 63 10 1 B Fortis CC Prime 63 10 2 Identification plate 66 10 3 Device variants and identification 67 10 4 Options and extensions 67 Extensions for tooling and debugging 68 11 ...

Page 7: ...ionals and contains information on the as sembly installation start up and maintenance of the device 1 1 Notes on the manual This user manual is part of the product The manual contains information on the following topics Applications Safety Mechanical design Electrical design Connections Start up Upkeep and maintenance Decommissioning Disposal Always keep this user handbook available alongside the...

Page 8: ...nformation Design of warnings WARNING Optional Other Symbols Hazard type and source Short description and consequences Preventive measures 1 3 Hazard categories and indications The following indications are used in the case of warning messages so as to ensure your personal safety and avoid any damage to property The indications have the following meanings DANGER Serious injury or death Non complia...

Page 9: ... result in damage to property Take preventive measures 1 4 Qualified personnel The installation start up and maintenance of the device must be carried out by qualified personnel For the purposes of this documentation and the safety instructions contained therein qualified personnel means trained staff who are familiar with safety concepts in automation engineering and who are authorized to assembl...

Page 10: ...tion The user takes direct responsibility for agreeing with the competent authorities the use of safety related control components and for compliance with their instructions 1 6 Intended use The device is part of a modular automation system for industrial control applications within the medium to high performance range It extends the communications capabilities to include EtherCAT Profinet Modbus ...

Page 11: ...ransport and storage Protect the device against major mechanical stresses during transport Always pack the device in its original packaging for transport For storage refer to the applicable statement of ambient conditions see Chapter 10 Protect the device against condensation and damp Devices with batteries rechargeable batteries Lithium metal batteries are hazardous items The manufacturer s infor...

Page 12: ... company and your supplier Remove the packaging and keep it safe for subsequent transport Check the contents for evidence of damage in transport Check the contents for completeness against the order documentation and keep all the delivery documentation for future reference The delivery documentation contains important information about the device and is part of the product If you discover damage i...

Page 13: ...re must be considered at the system level and the associated preventative measures identified If necessary request information from your automation system provider 2 1 Safety instructions The device may be operated only when it is in good working order Exposed sharp edges pose an injury risk If you discover damage to the front glass of the device do not continue to operate the device Immediately d...

Page 14: ... different interfaces and has additional digital and analogue inputs and outputs 3 1 Overview B Fortis CC Prime Fig 1 Overview B Fortis CC Prime Item Description Item Description X1 Electrical connection power X13 EtherCAT ETH1 X2 Digital outputs X14 USB 2 0 X3 Digital inputs X15 reserved X4 Analogue inputs and outputs X16 Debug interface X5 Analogue inputs and outputs X20 Functional earth X6 Anal...

Page 15: ...or the respective device is supplied 3 2 2 CC Prime Connector set as order number Connector set via order number S 02020102 0100 CC Prime S06 connector set 1 x 6 pin connector for power supply 2 x 16 pin connector for digital In Out S 02020102 0200 CC Prime S01 S02 S03 S07 connector set 1 x 6 pin connector for power supply 2 x 16 pin connector for digital In Out und 1 x 14 pin connector for analog...

Page 16: ...e device Examples are a USB stick for updating the application or for downloading data directly CAN interfaces S02 S08 The device has one standard CAN interface which can be used at a speed of up to 1 Mbit s Serial interfaces S04 S08 The B Fortis CC Prime has up to three potential free serial interfaces 2x RS485 1x RS232 Additional interfaces There is also a debugging interface located on the modu...

Page 17: ...RAM up to 1024 MB Program memory flash up to 1024 MB onboard 896MB user memory 1 x USB host interfaces USB 2 0 type A Retain memory 100 kB 2 x Ethernet 10 100 Base T interfaces 2nd Interface EtherCAT master interface Up to 2 CAN interfaces SXX dependent Up to 3 serial interfaces 2 x RS 485 1 x RS 232 1 µSD card slot Onboard I O up to 16 digital inputs up to 16 x digital outputs up to 12 x analogue...

Page 18: ... to dissipate Ensure that there is also a minimum of 50 mm free space both above and below the device Fig 2 mounting the device Requirements at least 1 cm free space must be left between the device and the adjacent module 1 Insert the device into the support rail according to the image above so that the plastic snap in hooks between the mounting surface and the rail are pressed in 2 Push the devic...

Page 19: ...ding to 61131 2 External PLC power supply 24 V DC L L1 L2 L3 L4 Supply voltage 24 V DC SELV 15 20 Alternating current proportion Max 5 The direct voltage level must not fall below 20 4 V Energy buffering Power fail 10 ms Internal power supply A power supply for the system electronics for an input voltage of 24 V DC 15 20 is integrated into the device The power supply has integrated protection agai...

Page 20: ... X1 according to the following table Fig 3 power supply plug X1 Power supply plug X1 Pin Label Assignment 1 L external 24 V DC 15 20 power supply internal PLC max 1 A 2 M external GND power supply 3 L1 Digital output DO1 4 supply 24 V DC 20 25 max 2 A 1 4 L2 Digital output DO5 8 supply 24 V DC 20 25 max 2 A 1 5 L3 Digital output DO9 12 supply 24 V DC 20 25 max 2 A 1 6 L4 Digital output DO13 16 sup...

Page 21: ...on to a functional earth X20 Earthing the B Fortis CC Prime Requirements The support rail has a good conductive contact with the control cabinet The control cabinet must be earthed correctly Ensure that the device housing has good conductive contact with the support rail If specifically required in certain installations additional PE conductors may be connected to protect all metallic parts from h...

Page 22: ... debug 12x analog in 6x analog out 16x digital in 16x digital out energie reserve Accu RTC Ethernet Ethernet Ethernet Ethernet Ethernet Switch Ethernet Controller inverse polarity protection L4 L3 L2 L1 CPU RAM Flash Retain FPGA EEPROM USB SIO CAN Ethernet PCIe Controller power management ADC Beeper DAC X14 internal expansion connector X8 X9 X7 X10 X11 X12 X13 X1 X3 X2 X4 X5 X6 Fig 4 block diagram...

Page 23: ...ur groups of four The following counterpieces have been tested for the SC SMT 3 81 Weidmüller plug in connector and are approved for use with the ECC22XX Weidmüller BCZ 3 81 16 180 F LH Weidmüller BCF 3 81 16 180 F LH Phoenix FK MCP 1 5 16 ST 3 81 LR Fig 5 digital outputs plug X2 Weidmüller SC SMT 3 81 16 180 LF 3 2 Digital outputs plug X2 Pin Label Assignment 1 2 3 4 O 1 O 2 O 3 O 4 24 V supply f...

Page 24: ...tput Overload protection yes in the case of thermal overload Short circuit protection response threshold yes electronic voltage limitation typ 7 A The electricity is limited electronically Activation of short circuit protection results in thermal overload and tripping of thermal overload protection Permissible limits based on cold state max 10 000 short circuits overall duration max 500 hours Outp...

Page 25: ...USER MANUAL 1 2 B FORTIS CC PRIME SERIES Berghof Automation GmbH Arbachtalstrasse 26 72800 Eningen www berghof automation com 25 Fig 6 Principle circuit diagram output positive switching ...

Page 26: ...atic 0 The following counterpieces have been tested with the SC SMT 3 81 Weidmüller plug in connector and are approved for use with the ECC22XX Weidmüller BCZ 3 81 16 180 F LH LR Weidmüller BCF 3 81 16 180 F LH LR Phoenix FK MCP 1 5 16 ST 3 81 LR Fig 7 digital inputs plug X3 Weidmüller SC SMT 3 81 16 180 LF 3 2 Digital inputs plug X3 Pin Label Assignment 1 I 1 C 1 24 V counter input 1 2 I 2 C 2 24...

Page 27: ...ion cables Cables over 30 m in length must be shielded Cable cross section in control cabinet after voltage drop Only select after voltage drop there are no further practical restraints Field wiring according to regulations and standards Comply with all local regulations and the stipulations of EN 61131 2 Rated load voltage 24 V DC SELV Protection against reverse polarity yes Potential isolation n...

Page 28: ...Berghof Automation GmbH Arbachtalstrasse 26 72800 Eningen www berghof automation com 28 Fig 9 Operating ranges of the digital inputs type 1 3 Item Description Item Description 1 ON area 3 Transition area 2 signal to noise ratio 1 V 4 OFF area ...

Page 29: ... The counter inputs are connected to the signals of the other unipolar inputs There is no changeover switching Available options for the counter inputs up down counter pulse and direction counter quadrature decoder One of the counter inputs may alternatively be used as a capture input This configuration requires 3 inputs partially as CNT input or CAPT input The edges for up down or pulse may be se...

Page 30: ... counters 2 Signal voltage 1 DC 15 28 V 0 DC 3 3 V Pulse width at the valid level for at least 1 µs Max frequency signal counter 500 kHz 1 counts s For 100 kHz see specific installation information At the maximum counter frequency the signal transmitter must ensure an edge steepness of at least 20 V µs at the counter input Min pulse width 10 µs Per level Counter resolution 32 Bit Internal pull up ...

Page 31: ...g in connector and are approved for use with the ECC22XX Weidmüller BCZ 3 81 14 180 F LH LR Weidmüller BCF 3 81 14 180 F LH LR Phoenix FK MCP 1 5 14 ST 3 81 LR Fig 12 analogue inputs a outputs plugs X4 X5 a X6 Weidmüller SC SMT 3 81 14 180 LF 3 2 Analogue inputs and outputs plugs X4 X5 and X6 Pin X4 X5 X6 Assignment 1 AI 1 AI 5 AI 9 U T 10 V PT100 1000 2 AI 1 AI 5 AI 9 I 20 mA 3 AGND 4 AI 2 AI 6 A...

Page 32: ...f the analogue inputs Feature Value Description Cable length max 30 m Only valid for unshielded connection cables Cables over 30 m in length must be shielded Modulation method Delta sigma modulation Shared points between the channels AGND reference ground Calibration frequency 12 months Maintenance of accuracy class Clamp arrangement Shielding on com mon AGND pins Sampling duration rate for measur...

Page 33: ...o channel High voltages can damage analogue channels stopping them from working correctly Ensure the input voltage does not exceed 30 V Operating mode voltage input AI U Feature Value Description Connections per input AI U T and AGND or AI U and AGND connect screening with AGND Measuring range 10 to 10 V Input impedance in signal range 100 kΩ between AI U T and AGND or between AI U and AGND Max er...

Page 34: ...error testing according to IEC 61131 2 0 5 of measuring range Operating mode voltage input AI I Feature Value Description Connections per input AI I and AGND connect screening with AGND Protection Thermal current limitation Measuring range 20 to 20 mA Technical current direction into AI I Load impedance typ 20 Ω Max errors at 25 C 0 2 80 µA Temperature coefficient 40 ppm K 0 8 µA K Digital resolut...

Page 35: ...ure Value Description The specified accuracy is only valid for the range 20 to 20 mA Input type Current measurement compared to AGND Reference potential AGND Dynamic characteristics Analogue filtering Second grade low pass filter time constant T approx 215 µs Greatest temporary deviation during electrical error testing according to IEC 61131 2 0 5 of measuring range ...

Page 36: ...RMS 0 3 mA Conversion time 250 ms Max errors at 25 C 0 21 0 5 C Temperature coefficient 50 ppm K 0 012 C K Digital resolution 24 bit Data format in user program 2 32 bit real floating point number in Ohms Ω and degrees Celsius C Linearisation The value in degrees Celsius is calculated from the resistance value and linearised 3rd degree polynomial Input type 2 wire measurement or 3 wire measurement...

Page 37: ... loads Largest capacitive load 10 µF Higher capacitive loads may cause the output to oscillate Load impedance range 1 kΩ Overload protection Short circuit proof Current limitation from approx 22 mA at 25 C ambient temperature Output response during power supply switching on and switching off processes No supply voltage AI I to AGND 40 Ω Low resistance output During device boot up The analogue outp...

Page 38: ... in the signal range 1 Ω At an active output Output current Max 10 mA Max errors at 25 C 0 5 50 mV Temperature coefficient 40 ppm K 0 4 mV K Value of least significant bit LSB 244 ppm 2 44 mV Digital resolution 12 bit Data format in user program 32 bit real floating point number in millivolts mV Dynamic characteristics Build up time for change in full range to 95 of final value 320 µs Overshooting...

Page 39: ...ample connection voltage input Only use the corresponding AGND for each voltage input Do not connect AGNDs from different channels Only use one channel per function either AI U or AI I Do not connect to the common GND The required connections can already be found on the circuit board Cables to the analogue sensors encoders should be connected as directly as possible avoid the use of terminals and ...

Page 40: ...t Only use the corresponding AGND for each power input Do not connect AGNDs from different channels Only use one channel per function either AI U or AI I Do not connect to the common GND The required connections can already be found on the circuit board Cables to the analogue sensors encoders should be connected as directly as possible avoid the use of terminals and terminal blocks ...

Page 41: ...und on the circuit board Cables to the PT100 0 sensors should be connected as directly as possible avoid the use of terminals and terminal blocks Only connect PT100 0 sensors to AI U T channels Each 14 pin plug in connector has 2 AI U T channels 2 wire measurement Resistance can result in a measurement error which in the case of long cables with a small cross section can be up to 10 If the tempera...

Page 42: ... AGND is not possible connect the voltage input to the overall GND of the device AGNDs which are also used by other input channels should not be connected to the same terminal block in order to avoid changes in the voltage to the AO U and the temperature value Only use the corresponding AGND for each power input Ensure that the cable resistance is substantially lower than the load resistance RL so...

Page 43: ... s Contacts Electrically isolated Assignment acc to CiA303 Fig 17 CAN interface Assignment CAN interface plug X7 Pin Assignment Pin Assignment 1 CAN_H 5 NC 2 CAN_L 6 NC 3 ISO GND 7 ISO GND 4 NC 8 NC If the CAN interface is located at the start or end of the CAN bus topology set switch S2 to ON in order to switch on the 120 Ω terminal resistance between CAN_L and CAN_H For baud rates settings and c...

Page 44: ...2 RS 232 TX 6 NC 3 NC 7 ECC22X2 5 V Other variants reserved 4 RS 485 Tx Rx 8 ISO GND If the RS 485 interface is located at the start or end of the bus topology set switch S3 to ON in order to switch on the 120 Ω terminal resistance between Tx Rx and Tx Rx As far as possible the assignment of the interfaces should be carried out in accordance with the specifications given in MODBUS over Serial Line...

Page 45: ... pin 7 is assigned with 5 V DC with a maximum load of 50 mA This voltage source is supplied via an isolated 5 V DC of the interface and is not protected against overvoltage or short circuit It is used only to power external polarisation modules on the bus WARNING Serious injury as a result of uncontrolled and unpredictable operational sequences Incorrect wiring may lead to failure or destruction o...

Page 46: ...3 NC 7 ECC22X2 5 V Other variants reserved 4 RS 485 Tx Rx 8 ISO GND If the RS 485 interface is located at the start or end of the bus topology Set switch S4 to ON in order to switch on the 120 Ω terminal resistance between Tx Rx and Tx Rx As far as possible the assignment of the interfaces should be carried out in accordance with the specifications given in MODBUS over Serial Line Specification an...

Page 47: ...n pin 7 is assigned with 5 V DC with a maximum load of 50 mA This voltage source is supplied via an isolated 5 V DC of the interface and is not protected against overvoltage or short circuit It is used only to power external polarisation modules on the bus WARNING Serious injury as a result of uncontrolled and unpredictable operational sequences Incorrect wiring may lead to failure or destruction ...

Page 48: ...ections for networking The switch cannot be managed Fig 22 Ethernet interface Ethernet interface assignments on plugs X10 X11 and X12 Pin Assignment Pin Assignment 1 TX 5 NC 2 TX 6 RX 3 RX 7 NC 4 NC 8 NC LEDs LED Colour Meaning according to IEEE 802 3 clause 25 SPEED yellow On 100 Mbit s Off 10 Mbit s LNK RCV green Link Data Receive Flashing connection active data transfer underway Off no connecti...

Page 49: ...s network connection to components with synchronised data transfer in real time Fig 23 EtherCAT interface Assignment of EtherCAT interface plug X13 Pin Assignment Pin Assignment 1 TX 5 NC 2 TX 6 RX 3 RX 7 NC 4 NC 8 NC LEDs LED Colour Meaning according to IEEE 802 3 clause 25 SPEED yellow On 100 Mbit s Off 10 Mbit s LNK RCV green Link Data Receive Flashing connection active data transfer underway O...

Page 50: ... in irretrievable damage to the memory Open files which cannot be accessed due to removal of the USB stick can block the device Therefore ensure that all operations are complete before removing the USB stick NOTE Property damage and malfunction due to data loss If a USB device requires more than the available 0 5 A the device will carry out a reset A reset will result in immediate stoppage of the ...

Page 51: ...tch off all power supplies including those of connected peripherals externally supplied encoders programming devices etc NOTE Property damage Before connecting the power supply ensure that all cabling and the polarity of all the connections are correct Switching on The device does not have an on off switch The device starts automatically when the system is switched on or the power is connected Swi...

Page 52: ...n 00 becomes 100 Subnet mask 255 255 255 0 NOTE Property damage Before connecting the power supply ensure that all cabling and the polarity of all the connections are correct Supply power to the device 24 V Connect the device to a programming computer using a network cable X10 and network switch Open a web browser on the programming computer Enter the IP address of the device into the web browser ...

Page 53: ...es in the text boxes if required ECC22XX configuration ETH0 X10 X12 ETH1 X13 Save the settings by clicking on Save Additional settings can also be viewed and or modified on the web configuration page e g system time display resolution TargetVisu In order to activate all of the modified settings reboot the device Remove the device temporarily from the power supply or Click on Reboot in the web inte...

Page 54: ...ny error messages The signals from the LEDs depend on the current operating status of the device CODESYS inactive the firmware controls the LEDs CODESYS active only the CODESYS runtime system CODESYS Runtime controls the LEDs Location of the operating status LEDs The Run Stop and Error LEDs display the system status Fig 28 location of the LEDs LED Meaning 1 PWR green shows that the power supply to...

Page 55: ...isplays System statuses are shown using flashing signals on the Run Stop LED in yellow CODESYS operating statuses are shown via continuous illumination of the Run Stop LED in either red or green While the Run Stop light is flashing yellow the device is in use and must not be switched off The device does not show warnings via the LEDs during start up ...

Page 56: ...pdate via USB active YELLOW flashes rapidly 400 ms RUN_IN_RAM Operating from RAM firmware update active YELLOW flashes 2 x 2 s pause NEEDS_REBOOT Reboot required e g after update RED Error beyond scope of CODESYS runtime system CODESYS operating statuses RED or GREEN PLC_ACTIVE CODESYS runtime system active RED PLC_STOPPED At least one PLC application is stopped PLC_ALL_STOPPE D All PLC applicatio...

Page 57: ...ntenance mode CODESYS SPS CP1131 P Press quickly Change between PLC run and stop mode Press and hold Stop PLC with reset of variables except retain data 6 3 3 Real time clock with buffer battery Setting the time The time can be set via the web configuration page or the SysTimeRTC Library CODESYS library Changing the battery The battery is not designed to be changed by the user the manufacturer sho...

Page 58: ...uences Only insert or remove microSD cards with the ECC22XX switched off NOTE Loss of data microSD cards do not have their own write protection system Ensure that no data is deleted or overwritten by accident Inserting a microSD card 1 Turn off the ECC22XX 2 Insert the microSD card into the microSD card slot 3 Turn the ECC22XX back on The microSD card is now ready for data transfer read write and ...

Page 59: ... is unknown maintenance mode can be used to reconfigure it 1 Reboot the device while pressing and holding S1 until the Run Stop LED flashes every 2 seconds The device is now in maintenance mode and can be reached via the default IP address 2 Connect to the device using the default IP address IP address 169 254 255 XX XX corresponds to the last 2 digits of the device serial number Exception 00 beco...

Page 60: ...bH Arbachtalstrasse 26 72800 Eningen www berghof automation com 60 7 Maintenance upkeep 7 1 Maintenance If the device is used correctly it should not require maintenance 7 2 Cleaning Only clean the device using a dry lint free cloth Do not use any cleaning liquids ...

Page 61: ...installation Fig 30 dismounting the device 1 Remove the device from the support rail according to the image above by pushing it in at the bottom so that the plastic snap in hooks on the frame are pressed in 2 Lift the device away from the top of the support rail 3 Push the device downwards and remove completely from the support rail ...

Page 62: ...cturer At the end of the device s life cycle you can return it to the manufacturer for a set fee The manufacturer will then deal with the recycling of the device Dispose of the device according to regional specifications Demount the device and disassemble it completely into its individual parts Metallische Feed individual parts to metal recycling Sort electronic parts circuit boards drives etc Dis...

Page 63: ...20103 2500 S05 S 01020103 2800 S09 Device data Programming tool At least CODESYS V3 5 Assembly Support rail NS 35 7 5 EN 60715 I O expansion none CPU retain memory CPU Freescale i MX6 CPU max 800 MHz Single Core or Dual Core RAM Flash Single Core S01 S07 256 MB RAM 256 MB Flash S08 1 GB RAM 1 GB Flash Dual Core S05 512 MB RAM 256 MB Flash S08 1 GB RAM 1 GB Flash Retain memory 100 kB Dimensions and...

Page 64: ...nce SELV Ue 30 V acc to EN 61131 2 Protection rating IP20 Power supply 24 V power Supply voltage 24 V DC 20 25 SELV max Alternating current proportion 5 Power consumption typ 0 3 A max 1 A at 24 V DC L internal power supply Supply DI O L1 L4 max 2 A per group Protection against reverse polarity yes Potential isolation no Voltage failure switching 10 ms at 20 4 VDC Power Fail 19 2 VDC Communication...

Page 65: ...al outputs 4x4 0 5 A per output each group with own power supply Analogue inputs A inputs voltage 10 V current 20 mA PT100 1000 2 wire B inputs voltage 10 V current 20 mA Alternatively the adjacent A B inputs can also be used as 1 PT100 1000 3 wire input Analogue outputs 0 10 V 12 bit resolution Battery Type Panasonic VL2020 or similar Life span 10 years depends on operating temperature Storage 1 ...

Page 66: ...ice type description 7 Serial number of the device 2 Order number part number 8 Version delivery version as delivered condition 3 Date of manufacture year calendar week 9 CE marking 4 Supply voltage and maximum current 10 Disposal information 5 Manufacturer manufacturer s address 11 Manufacturer s logo 6 QR code identification no 12 MAC addresses of the device Berghof Automation GmbH Arbachtalstra...

Page 67: ...5 Kombi B Fortis CC Prime S05 S 01020103 0500 16DI 16DO 256MB Flash 256MB RAM 3x 4AI I U PT 2AO U 1x CAN SD Karte 1x RS232 485 Kombi 1x RS485 B Fortis CC Prime S06 S 01020103 0600 16DI 16DO 256MB Flash 256MB RAM 1x CAN SD Karte 1x RS232 485 Kombi 1x RS485 B Fortis CC Prime S07 S 01020103 0700 16DI 16DO 256MB Flash 256MB RAM 1x 4AI I U PT 2AO U 1x CAN SD Karte 1x RS232 485 Kombi 1x RS485 B Fortis C...

Page 68: ...s e g customized Firmware customized front Please refer to the product catalogue or homepage for further information on the options available for this device The additional features included or installed in the respective device are listed in the option label This label can be found on the device and or on the packaging Fig 32 Option label Extensions for tooling and debugging USB to Ethernet Adapt...

Page 69: ...of automation com 69 11 Standards and certificates 11 1 Standards Applicable directives EMC directive 2014 30 EC RoHS Directive 2011 65 EC including 2015 863 EU Applicable standards Standard EN 50581 2012 PLC standard EN 61131 2 2008 4 Emission standards EN 61000 6 3 2012 11 Safety regulations EN 61010 2 201 ...

Page 70: ...USER MANUAL 1 2 B FORTIS CC PRIME SERIES Berghof Automation GmbH Arbachtalstrasse 26 72800 Eningen www berghof automation com 70 11 2 Declaration of conformity ...

Page 71: ...0 Eningen Germany T 49 7121 894 183 F 49 7121 894 100 e mail support controls berghof com www berghof com 12 2 Addresses CAN in Automation international manufacturer and user organisation for CAN users in automation CAN in Automation e V CiA Am Weichselgarten 26 91058 Erlangen headquarters can cia de www can cia de EtherCAT Technology Group ETG Headquarters Ostendstraße 196 90482 Nürnberg info eth...

Page 72: ...25 Fig 7 digital inputs plug X3 Weidmüller SC SMT 3 81 16 180 LF 3 2 26 Fig 8 Principle circuit diagram input positive switching 27 Fig 9 Operating ranges of the digital inputs type 1 3 28 Fig 10 counter up down or pulse direction 29 Fig 11 counter with capture input 30 Fig 12 analogue inputs a outputs plugs X4 X5 a X6 Weidmüller SC SMT 3 81 14 180 LF 3 2 31 Fig 13 example connection voltage input...

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