manualshive.com logo in svg

Moeller PS 416-BGT-4 Series, Hardware And Engineering, Page: 85 / 150

Share
Download
Moeller PS 416-BGT-4 Series Hardware And Engineering Download Page 85

Hardware Configuration

82

02/98 AWB 27-1208-GB

왘

Set the poles 1 and 2 of the switch for bus 
terminating resistors to position ON.

Figure 33:  Activated bus terminating resistors

2

1

Note

Both poles must always be in the same position 
in order to ensure the correct functioning of 
the card.

For Immediate Delivery call KMParts.com at (866) 595-9616

Summary of Contents for PS 416-BGT-4 Series

Page 1: ...ral Unit PS 416 POW 4x0 Power Supply Card PS 416 BGT 4xx Rack 02 98 AWB 27 1208 GB 3rd edition 02 98 Moeller GmbH Bonn Author Werner Albrecht Editor Thomas Kracht Translator Terence Osborn For Immedia...

Page 2: ...the rated value must not exceed the tolerance limits given in the specifications otherwise this may cause malfunction and dangerous operation Emergency stop devices complying with IEC EN 60 204 1 must...

Page 3: ...II 02 98 AWB 27 1208 GB List of revisions to AWB 27 1208 GB Edition Page Revision new Rev n a 02 98 PS 416 CPU 200 300 For Immediate Delivery call KMParts com at 866 595 9616...

Page 4: ...4 Appendix PS 416 CPU 200 300 400 Contents About the manual 3 PS 416 system 5 PS 416 BGT 4 racks 21 PS 416 POW 400 410 420 Power supply cards 35 PS 416 CPU 200 300 400 Central unit 57 Appendix 129 Ind...

Page 5: ...2 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 6: ...manuals The communication between the stations in a networked system is carried out via network cards These are the PS 416 CPU 300 400 or the Suconet K PS 416 NET 400 card if the stations are linked...

Page 7: ...4 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 8: ...7 Hardware software requirements 7 Components 8 2 Configuration 11 Master 12 Slaves for remote I O expansion 13 Intelligent slaves 15 3 Engineering 17 Electromagnetic compatibility EMC 17 Reaction ti...

Page 9: ...6 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 10: ...or enables an application process to be run separately in the same rack Various cards can be used for detecting digital analog and counter signals Networking and communication are implemented via stan...

Page 11: ...elements PS 416 BGT 4 rack PS 416 POW 4x0 power supply card PS 416 CPU 200 300 400 223 central pro cessing unit Sucosoft for PS 416 CPU 2231 for PS 416 CPU 200 300 for PS 416 CPU 400 Operating system...

Page 12: ...ng of the PS 416 CPU 223 are described in the AWB 27 1243 GB Figure 1 PS 416 automation system power supply 230 V AC power PS 416 POW 400 processing unit run CPU 400 ready not ready error change AIO 4...

Page 13: ...10 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 14: ...ossible Master Slaves for the expansion of the remote inputs outputs Expander rack Expansion module Intelligent slaves Figure 2 Device configuration with Suconet K This network line is not possible wi...

Page 15: ...urator A PS 416 CPU 300 400 central unit can manage up to nine bus lines One line is integrated on the card whilst other lines can be formed using the PS 416 NET 400 card A P S416 CPU 200 central unit...

Page 16: ...ation memory of the master is predefined This therefore does not have to be specified in the configuration The slaves are addressed in a 5 point notation based on the spatial configuration of the stat...

Page 17: ...line Up to nine eight lines depending on the CPU can be managed on each basic unit The total permissible number of cards that can be used on the rack depends on the total current consumption of the i...

Page 18: ...their own central unit Intelligent slaves Intelligent slaves have their own central unit and are thus able to process their own user program The communication between the master and intelligent slaves...

Page 19: ...am in bit byte word or double word format depending on the station The operations with the possible operands and function blocks are described in the Sucosoft S 40 programming software Components Usab...

Page 20: ...ends on the number of stations on the line the data volume and the data transfer rate Further information on the calculation of the reaction time is given in the Appendix Interference immunity The PS...

Page 21: ...o earth is implemented via high frequency low impedance connections The screen earth should be located as close as possible to the most sensitive location of the system e g on the inputs of the cards...

Page 22: ...ce may be due to galvanic capacitive and inductive coupling All cards of the PS 416 system have appropriate suppressor elements which ensure the correct functioning of the cards according to the relev...

Page 23: ...20 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 24: ...escription 23 Setup 24 2 Engineering 27 Coupling the racks 27 Assignment of the rack 27 3 Installation 29 Fixing the potential equalisation bar 29 Connecting the protective earth 29 Fitting removing c...

Page 25: ...22 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 26: ...system voltage and the bus activity and generates an Enable signal ENA for the cards System description Fully mounted devices for installation on a mounting plate are available in three different siz...

Page 27: ...lation left and front mounting right Fixing holes for mounting installation of the rack Protective earth connection PE Fixing holes for the potential equalisation bar Fast release lock for fixing the...

Page 28: ...ew of potential equalisation bars for the individual racks Table 6 Type overview potential equalisation bars Figure 5 Setup and mounting of the potential equalisation bar Cable Screen Marking strip Ra...

Page 29: ...26 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 30: ...bus The internal bus in the basic unit is operated by the central unit in the expander by the PS 416 NET 400 Suconet K card You will find a detailed description of coupling with PS 416 NET 400 in the...

Page 31: ...Slot assignment in the basic unit and the expander rack 1 slot 4 space units 1 space unit 5 08 mm PS 416 POW 4x0 PS 416 CPU 200 300 400 PS 416 PS 416 PS 416 NET 400 PS 416 POW 4x0 POW 2 3 4 10 14 20 P...

Page 32: ...the bottom of the rack before mounting Connecting the protective earth The protective earth PE can be connected on the side of each rack Connect the protective earth via the M4 4 screw see also secti...

Page 33: ...o the slot 2 all other cards into any available slot Insert the card into the rack until you hear the spring lug snap into position Wire the card Refer to the Hardware and Engineering manual for the c...

Page 34: ...removing cards 31 02 98 AWB 27 1208 GB PS 416 BGT 4 Figure 7 Installing removing cards The PS 416 POW 400 power supply card as an example L1 N PE C A B For Immediate Delivery call KMParts com at 866 5...

Page 35: ...32 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 36: ...elow the permissible minimum of 4 75 V The rack also monitors the control of the internal bus by the central unit basic unit or the PS 416 NET 400 Suconet K card expander rack The voltage is switched...

Page 37: ...34 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 38: ...37 Setup 37 2 Engineering 41 Number of power supply cards 42 Mains filter 42 Connection assignment 42 Wiring PS 416 POW 400 420 44 Wiring PS 416 POW 410 47 Cabling 49 3 Installation 51 Connecting the...

Page 39: ...36 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 40: ...m voltage required for the operation of the PS 416 automation system from the connected mains supply The power supply card also monitors the power supply for voltage failures Setup The PS 416 POW 4x0...

Page 41: ...POW 400 and PS 416 POW 420 cards Spring lug Front cover Screw terminal for power supply PS 416 POW 400 L1 N 230 V AC PS 416 POW 420 L1 N 115 V AC PS 416 POW 400 420 PE protective earth LED for mains s...

Page 42: ...416 POW 4x0 Figure 9 Setup of the PS 416 POW 410 card Spring lug Front cover Screw terminal for power supply 24 V 0 V 24 V DC PE protective earth LED for mains supply 2 4V 0V For Immediate Delivery c...

Page 43: ...40 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 44: ...lectrically Only power supply units produced according to IEC 364 4 41 must be used Emergency stop devices according to EN 60204 IEC 204 must be functional in all operating modes of the controller Unl...

Page 45: ...e fitting of several power supply cards on one rack is not possible Mains filter A mains filter is not required due to filter measures already integrated PS 416 POW 400 420 5 V 8 A L1 N PE Overvoltage...

Page 46: ...al block for a voltage of 24 V DC PS 416 POW 410 Table 7 Meaning of the connections L1 N PE 24V 0V PS 416 POW Connection Meaning 400 L1 N PE Rated voltage 230 V AC single phase 195 to 264 V AC 47 to 4...

Page 47: ...ting see Cabling on page 49 The ferrite ring is not supplied with the card Please order separately With applications which must meet the EN 60204 1 requirements the connection is carried out via a con...

Page 48: ...hed operation PS 416 ZBX 405 ferrite ring Mounting see Cabling on page 49 The ferrite ring is not supplied with the card Please order separately An isolation monitoring device must be implemented with...

Page 49: ...ith unearthed operation PS 416 ZBX 405 ferrite ring Mounting see Cabling on page 49 The ferrite ring is not supplied with the card Please order separately F1 L1 N PE PS 416 PS 416 POW 400 420 F3 S1 S2...

Page 50: ...ly card with earthed operation figure 16 with unearthed operation Figure 15 Connection of the 24 V DC mains supply earthed operation An isolation monitoring device must be implemented with unearthed m...

Page 51: ...gure 16 Connection of the 24 V DC mains supply unearthed operation L1 L2 L3 N PE F1 24 V 0 V PS 416 PS 416 POW 410 F3 S1 S2 3 24 V 0 V I I I Q1 P1 P1 K1 F2 K1 G1 Isolation monitoring For Immediate Del...

Page 52: ...prevent inductive interference Fit ferrite rings to the voltage supply cables of the AC power supply cards PS 416 POW 400 and PS 416 POW 420 Fit these ferrite rings as close to the card as possible di...

Page 53: ...50 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 54: ...ure the connection by the integrated screws Re check the wiring before switching on the supply Caution Ensure that the mains connection cables are de energized before connecting them to the power supp...

Page 55: ...52 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 56: ...ith protection class 1 The output current is 1 5 to 8 A PS 416 POW 400 420 and 1 5 to 10 A PS 416 POW 410 The voltage output of the card is short circuit and idle proof During operation the card monit...

Page 57: ...54 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 58: ...e following the power supply card is not fitted properly in the rack Switch off the mains supply and insert the card until you hear the card snap into position the card has a short circuit or fault Sw...

Page 59: ...56 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 60: ...ion 79 Setting the PRG address 79 Selecting the PRG interface 81 Switching on the PRG terminating resistors 81 Selecting SBI interface PS 416 CPU 300 400 only 83 4 Installation 87 ESD measures 87 Fitt...

Page 61: ...minal Units via the COM Function Block 111 Structure of the COM function block 112 Inputs of the COM function block 113 Outputs of the COM function block 114 Addressing the COM function block 114 Refr...

Page 62: ...ses the user program and manages the data exchange with the connected slaves The central unit is provided with the required interfaces for communication programming and data exchange Setup The central...

Page 63: ...Setup of the PS 416 CPU 200 Plug in backup battery on the front Spring lug Switch for bus terminating resistors PRG RS 485 Plug in reserve battery internal Address switch PRG PS 416 ZBB 410 PS 416 ZB...

Page 64: ...ed in RS 485 mode see section Hardware configuration Plug in reserve battery internal used as fail safe battery of the backup battery see sections Installation Operation Address switch PRG for setting...

Page 65: ...display Front cover Space for marking strip Socket for memory card Eject button for memory card Operating mode selector switch Selector switch for PRG interface RS 232 RS 485 PRG interface RUN READY N...

Page 66: ...g removing is described in section Installation the function is described in section Operation Eject button for memory card pressing this button ejects the memory card Operating mode selector switch d...

Page 67: ...central unit Plug in backup battery front Spring lug Switch for bus terminating resistors PRG RS 485 Plug in reserve battery internal Switch for bus terminating resistors SB RS 485 Address switch PRG...

Page 68: ...ry of the backup battery see sections Installation Operation Switch for bus terminating resistors SBI RS 485 for activating de activating the bus terminating resistors if the SBI interface is operated...

Page 69: ...Front cover Space for marking strip Socket for memory card Eject button for memory card Operating mode selector switch SBI Interface Selector switch for PRG interface RS 232 RS 485 PRG interface RUN...

Page 70: ...in section Operation Eject button for memory card pressing this button ejects the memory card Operating mode selector switch defines the start behaviour of the central unit see section Operation SBI...

Page 71: ...68 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 72: ...isolated for increased interference immunity PRG interface The central unit is connected to the programming device via the PRG interface The PRG interface can be set as an RS 232 RS 485 interface acc...

Page 73: ...rs The parameters required for operating the interface are set directly in the Connection List window of the Sucosoft S 40 test and commissioning tool For this the required PLC is selected and opened...

Page 74: ...in milliseconds This can be used for adaptions to poor connections such as signal delays occurring during remote diagnostics via modem Figure 23 Setting parameters of the COM1 interface PRG interface...

Page 75: ...must be provided a separate 5 V DC power supply Figure 24 Connection between programming device and PS 416 controller in RS 485 mode Pin assignment Figure 25 Programming interface top view UM 1 5 PC S...

Page 76: ...he programming device Note Pin 9 is assigned to the 5V internal power supply and Pin 5 is assigned to ground internal chassis These pins must not be connected otherwise this will destroy the card Pin...

Page 77: ...vice Figure 27 Wiring of the central unit and the programming device via PRG RS 485 Required for lengthening the RS 485 interface 5 PRG RS232 SGND RxD TxD 3 2 TxD RxD SGND Programming device Screen I...

Page 78: ...ct expander racks when operating as a master You will find further information in the Suconet K interface manual AWB 27 1210 GB or in the relevant manuals for the remote expansion modules Transparent...

Page 79: ...R S485 interface of a Suconet K station or the RS 232 interface of a data terminal unit RS 232 PGND TA RA TB RB 5 2 4 3 1 6 7 8 9 5 V SBI SGND Pin RS 485 Function 1 2 3 TA RA Send receive data 4 PGND...

Page 80: ...and Pin 5 is assigned to ground internal chassis These pins must not be connected otherwise this will destroy the card 4 SBI RS 485 PGND TB RB TA RA 3 7 Suconet K Stn Screen I O Pin Signal Receiver s...

Page 81: ...nity Potential equalisation must be provided between the two cards when using R S485 interfaces if the potential difference is greater than 7 V In this case use a data cable with at least one addition...

Page 82: ...n appropriate communication relation in Sucosoft S40 Proceed as follows if you wish to use an address for addressing the programming device Set the address via the address switch see coding table Writ...

Page 83: ...1 0 1 0 0 0 0 11 1 1 0 1 0 0 0 0 12 0 0 1 1 0 0 0 0 13 1 0 1 1 0 0 0 0 14 0 1 1 1 0 0 0 0 15 1 1 1 1 0 0 0 0 16 0 0 0 0 1 0 0 0 17 1 0 0 0 1 0 0 0 18 0 1 0 0 1 0 0 0 19 1 1 0 0 1 0 0 0 20 0 0 1 0 1 0...

Page 84: ...o the left to connect the controller directly with the PRG RS 232 Push the switch to the right to connect the controller with the PRG via an interface RS 485 Figure 32 Selector switch in RS 232 settin...

Page 85: ...f the switch for bus terminating resistors to position ON Figure 33 Activated bus terminating resistors 2 1 Note Both poles must always be in the same position in order to ensure the correct functioni...

Page 86: ...CPU 300 400 only Set the address and the baud rate in the Sucosoft S 40 Topology Configurator The following baud rates are available Suconet K mode 187 5 375 Kbaud Transparent mode 300 600 1200 2400 4...

Page 87: ...Hardware Configuration 84 02 98 AWB 27 1208 GB Figure 35 Setting the baud rate in Transparent mode For Immediate Delivery call KMParts com at 866 595 9616...

Page 88: ...t be switched on ON when the SBI is run in Suconet K mode In all other cases the bus terminating resistors must be inactive OFF Set the poles 1 and 2 of the switch for the bus terminating resistors to...

Page 89: ...86 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 90: ...fit the backup battery Open the front cover Insert the battery into the space provided until the retaining clip snaps into position Close the front cover Changing the backup battery It is always possi...

Page 91: ...e new battery into the space provided until the retaining clip snaps into position Close the front cover Fitting removing the memory card Fitting Insert the memory card into the socket until the eject...

Page 92: ...oving Press the eject button and remove the memory card Figure 37 Fitting removing the memory card and backup battery PS 416 MEM 430 440 PS 416 CPU 400 SET HALT RUN RUN M E M O R Y C A R D PRG SBI M R...

Page 93: ...ged during normal operation and has a very long lifespan The battery must be changed every five years since the central unit is not provided with a monitoring device for the battery Figure 38 Fitting...

Page 94: ...B 27 1208 GB PS 416 CPU 200 300 400 Changing the MC battery Proceed as follows to change the MC battery on the memory card Figure 39 Changing the MC battery 3 2 PS 416 ZBB 300 4 1 For Immediate Delive...

Page 95: ...92 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 96: ...nsure the following during normal operation RUN mode the front covers should be closed the front covers should be snapped into position Figure 40 Block diagram of the PS 416 CPU 200 PRG PS 416 System...

Page 97: ...416 automation system Control processor for program processing Memory elements for operating system programs and data Real time clock Interface to parallel bus and bit bus Batteries for data backup in...

Page 98: ...ode COM PS 416 RS 485 System bus RS 485 or RS 232C DPR Bus interface ASIC DPR I O processor Memory card 512 KBytes or 1 MByte Control processor pluggable optional Voltage monitoring Realtime clock Use...

Page 99: ...a Real time clock Interface to parallel bus and bit bus Batteries for data backup in the event of voltage drops Monitoring device for battery function Programming interface PRG Suconet K PS 416 DPR RS...

Page 100: ...and data are backed up by two independent pluggable batteries offering optimum data security Mounting and operating behaviour are described in chapters Installation on page 87 Operation on page 93 and...

Page 101: ...logies with different memory capacities which can be used depending on the application are provided As SRAM volatile memory which loses its data in the event of a battery failure As Flash for Backup n...

Page 102: ...tput image in the user program cycle This gives the impression that inputs outputs are operated in parallel The following system activities define the process System pulse TS The system pulse is 1 ms...

Page 103: ...interrupt request on rare but urgent events The PS 416 then interrupts the running program and initiates special routines Interrupts occur at any time and are processed immediately or are only indica...

Page 104: ...me Tprogmax Max program time parameters can be set Tcycl Program cycle time Tcyclmax Max program cycle time parameters can be set Program organisation Status indication Online processing Starting prog...

Page 105: ...he following events Switching on the voltage Pressing the SET button PRG start command The startup can be either a cold start or a warm start Note The cycle time of a minimum program lasts at most 0 5...

Page 106: ...program A user program can be set to HALT via the programming device or the operating mode selector switch Switch the operating mode selector switch to HALT Press the SET button Restart behaviour The...

Page 107: ...Interface AWB 27 1305 GB Possible settings are No restart Warm start Cold start Function Device status SET button Switch position HLT RUN RUN M RESET Device cold start READY Yes Device warm start REA...

Page 108: ...rd The loading of the operating system from the programming device is described in see Sucosoft S 40 User Interface manual AWB 27 1305 GB The memory card is loaded automatically after the system test...

Page 109: ...ing device into the PLC main memory RAM or onto the memory card The program stored on the memory card can be loaded in the same way as the operating system The load operation is identical see above No...

Page 110: ...ges The device status Error is active if errors occur after the system test or during the program run time These may be Memory errors Battery dead faulty Voltage failure drop Card error Software error...

Page 111: ...run status Set the operating mode selector switch to RUN or RUN M RESET Press the SET button Saving data after a battery failure The CHANGE LED indicates the failure of the front backup battery In th...

Page 112: ...the interface match the address in the communications configuration Is the operating mode set RS 232 485 correct for the connection With RS 485 Is an UM 1 5 interface converter being used With RS 232...

Page 113: ...d above are relevant Check the connection cable Exit Sucosoft S 40 and restart the PC cold start Press the SET button for 5 seconds in order to reset the PRG baud rate to 9600 baud and re activate the...

Page 114: ...he COM function block The send and receive jobs are controlled in the user program of the PS 416 The status of the function block is indicated in the user program via status and error variables The in...

Page 115: ...M function block ReSet Mode TransmitStrobe ReceiveStrobe SlotNumber TransmitNumber ReceiveNumber TransmitVariable ReceiveVariable TransmitActive ReceiveActive TransmitError ReceiveError ReceivedBytes...

Page 116: ...obe BOOL A send job is started with a rising edge ReceiveStrobe BOOL A receive job is started with a rising edge SlotNumber UINT Slot of the assigned card for central unit always 0 TransmitNumber UINT...

Page 117: ...tion Instantiation Name COM Invocation cal Name inputs outputs As Operand Name input Name output Name Data type Meaning TransmitActive TACT BOOL Function block processing send job when signal status 1...

Page 118: ...AT IB0 0 0 2 BYTE Send value rec_value UINT Current number receive data tra_array ARRAY 1 256 OF BYTE Send buffer rec_array ARRAY 1 256 OF BYTE Receive buffer tra_error UINT Transmit Error rec_error...

Page 119: ...eStrobe rec_strobe SlotNumber 0 TransmitNumber ReceiveNumber TransmitVariable tra_array ReceiveVariable rec_array show_tract TransmitActive show_react ReceiveActive tra_error TransmitError rec_error R...

Page 120: ...ut used in the next user program cycle directly after the start of a job on the TransmitStrobe ReceiveStrobe function block inputs and after the acknowledgement signal on the function block outputs Tr...

Page 121: ...jobs have been executed This means that you can combine both types of job logically to each other Transparent mode 1 The Transparent mode is generally used to exchange data blocks between the PS 416 a...

Page 122: ...input have been received The number of currently received characters is indicated on the ReceivedBytes block output Only this number of characters from the first element in the receive array is overw...

Page 123: ...ending data The COM function block is invoked and accepts the 1 signal on its TransmitStrobe input It reads all function block parameter inputs and carries out a plausibility check The COM function bl...

Page 124: ...e error free It can now receive the data The COM function block is invoked with the 0 signal on the ReceiveStrobe input after the acknowledgement is complete This is a pre requisite for a subsequent r...

Page 125: ...InterfaceStatus The COM function block must always be cyclically monitored for any possible error messages or warnings If a message is output the appropriate response must be initiated in the user pr...

Page 126: ...ses of an abort may be The communication partner is sending less data than defined in the COM function block ReceivedBytes ReceiveNumber The communication partner is no longer ready to send or receive...

Page 127: ...obe signal The interface must only be assigned to one COM function block The data transfer of the interface and the connected data terminal unit is controlled via the coresponding COM function block i...

Page 128: ...valid Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 COM PAR SPM 2 SPM 1 SPM 0 IFM 2 IFM 1 IFM 0 Bit no Type Status Meaning 0 1 2 IFM 0 IFM 1 IFM 2 0 0 0 RS 485 interface present 8 9 10 SPM 0 SPM 1 SPM 2...

Page 129: ...only need to be checked after the first send or receive job since their status does not change during operation Function block output Code Meaning TransmitError Send job TER Coding of warnings and err...

Page 130: ...rtup phase Job abort 0008 1 DSR and or DCD inactive only with RS 232 2 2 Interface module not present 0080 Internal system error or PS 416 COM 200 faulty 0100 1 A receive and a sent job were set in ha...

Page 131: ...128 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 132: ...129 02 98 AWB 27 1208 GB Appendix Appendix Contents Calculating reaction times 131 Suconet K K1 stations 134 Technical data 136 Accessories 140 For Immediate Delivery call KMParts com at 866 595 9616...

Page 133: ...130 02 98 AWB 27 1208 GB For Immediate Delivery call KMParts com at 866 595 9616...

Page 134: ...all times that depend on the Suconet operating mode selected the bus stations used and the program cycle time Since several asynchronous processes and interrelated processes are involved here changing...

Page 135: ...rProgram best FBw FactorBus worst FPw FactorProgram worst Tprog Program time see Table 23 in Appendix The number of data bytes that are exchanged with the different stations via Suconet should also be...

Page 136: ...on racks fitted with the above cards a program cycle time of 25 ms and a transfer rate of 375 Kbaud the reaction times Treact are Treact best 2 6 1 42 0 048 22 10 1 25 60 ms Treact worst 4 6 1 42 0 04...

Page 137: ...EM 4 101 AA1 B64 7 8 EM 4 101 AA1 W31 7 8 EM 4 101 AA1 W33 7 8 EM 4 101 AA2 B84 9 4 EM 4 101 AA2 W84 17 8 EM 4 101 DD1 88 2 1 EM 4 101 DD1 106 2 1 EM 4 101 TX1 16 EM 4 111 DR1 2 1 EM 4 201 DX1 7 6 EM...

Page 138: ...M1 Suconet K1 7 6 PS 4 401 MM2 Suconet K max 84 I max 84 O PS 416 AIN 400 16 0 PS 416 AIO 400 8 8 PS 416 CNT 200 12 0 PS 416 CPU 300 400 Suconet K Slave variable max 120 variable max 120 PS 416 INP 40...

Page 139: ...PS 416 BGT 4 rack Weight PS 416 BGT 400 PS 416 BGT 410 PS 416 BGT 420 PS 416 BGT 421 Current consumption own requirement Power supply internal Heat dissipation approx 1 70 kg approx 2 30 kg approx 3 0...

Page 140: ...voltage ripple Inrush current Rated current Ie Switch frequency Power factor Test voltage Rated isolation voltage Power consumption Heat dissipation Output current 24 V DC 19 2 30 V 5 up to 45 A 2 ms...

Page 141: ...emory for operating system approx 1 5 A 7 5 W approx 375 g 2 slots 8 space units 5 V DC 5 LED run ready not ready error change 2 4 4 8 9 6 19 2 Kbit s max 600 m max 10 m max 30 1 9pole SUB D data conn...

Page 142: ...600 1200 2400 4800 9600 19200 Bit s max 1200 m 1 9pole SUB D data connector female General EMC specifications for automation equipment Emmission EN 55 011 22 Class A Immunity ESD EN 61 000 4 2 Contact...

Page 143: ...plug connector male PS 416 ZBS 411 9 pole Sub D data plug connector female PS 416 ZBS 412 9 pole SUB D adapter female female Cable LT309 096 Suconet K data cable 100 m 2 x 0 5 mm2 Components PS 416 ZB...

Page 144: ...nts 8 Basic unit 27 Battery Backup battery 97 Reserve battery 98 Block diagram Central unit 93 Power supply 42 PS 416 CPU 200 93 PS 416 CPU 300 95 PS 416 CPU 400 96 C Central unit Error messages 107 F...

Page 145: ...iving COM function block 121 Sending COM function block 120 Data block length COM function block 119 Data transfer COM function block 118 Diagnostic status word 107 Clearing 108 E Electromagnetic fiel...

Page 146: ...ry capacity 16 Interface 69 PRG RS 232 69 SBI 75 Interface converter 71 Interface status COM function block 125 InterfaceStatus 125 Interference Cable conducted 19 Radiated 18 Interrupt 100 J Job Abor...

Page 147: ...block 114 P Pin assignment Programming device interface 72 SBI interface 76 Potential equalisation 78 Potential equalisation bar Fixing 29 Type overview 25 Power supply card Block diagram 42 Connectio...

Page 148: ...98 Changing 90 Reset behaviour COM function block 117 Restart behaviour 103 S Saving data After battery failure 108 SBI interface Pin assignment 76 Screening 78 Selecting interface PRG 81 Self test 1...

Page 149: ...n block 112 Suconet K mode 75 System activities General 99 Program 100 Timer diagram 101 System components interrupt capable 100 System pulse 99 T Task Central unit 59 Power supply card 37 Rack 23 Tes...

Page 150: ...m dulos PS416 MEM 442 2 MB y PS416 MEM 443 4 MB es posible con 1 BTS Betriebssystem Kennung BTS Operating system identity BTS Identification du syst me d exploitation BTS Identificazione del sistema o...

Reviews:

No comments