CPUs Series Ponto PO3047, PO3147 e PO3247
Contents
1. AL 2306 Shielded cable with two pairs no connectors It is used on RS485 network e Connection between AL 2600 module or PO8525 module maximum length of 500 meters AL 2600 This module helps to connect a RS485 network AL 2301 cable to the AL 2305 cable PO8525 This module can be use to connect the CPU to a RS485 network It has two terminals to network derivation termination resistors and one RJ45 connector The serial port COM2 is connected to this module through the AL 1731 cable Altus S A 3 CPUs Series Ponto PO3047 PO3147 e PO3247 Code CT109108 Revision B Characteristics The 3 PONTO series CPUs are similar except for the following characteristics PO3047 PO3147 PO3247 Description UCP 256K Flash 16 UCP 512K Flash 30 UCP 1M Flash 30 Modules E S 1 USB 1 Modules E S 1 USB 1 Modules E S 1 USB 1 RS 485 1 RS 232 RS 485 1 RS 232 RS 485 1 RS 232 MODBUS Display MODBUS Display MODBUS Display Ethernet PROFIBUS Ethernet PROFIBUS Ethernet WebServer Redundancy Application program memory 256K 512K 1M Flash type Application program memory RAM Bambee nIm 256K 512K 1M Maximum Modules si Modules Maximum number of Segments E AREE EEEE AERE eee eel Maximum local I O points 256 w 16 point modules 480 w 16 point modules 480 w 16 point modules 512 w 32 point modules 960 w 32 point modules 960 w 32 point modules Maximum local analog I O points 128 w 8 point modules 240 w 8 poi2. note that some protocols can be used simultaneously Altus S A 5 CPUs Series Ponto PO3047 PO3147 e PO3247 Code CT109108 Revision B Alnet I slave Included on all CPUs complete For further details see User s Manual and Technical Characteristics CTs of the listed protocols The following table present some protocol combination examples Example 01 Alnet slave MODBUS master MODBUS master Example 02 Alnet slave MODBUS master MODBUS slave Example 03 Alnet slave MODBUS slave MODBUS master Example 04 Alnet slave MODBUS slave Alnet slave Example 05 Alnet slave Alnet slave MODBUS slave Altus S A 6 CPUs Series Ponto PO3047 PO3147 e PO3247 Code CT109108 Revision B Software Characteristics PO3047 PO3147 PO3247 Relay diagram and logic blocks structured in modules with functions and sub routines COM 1 COM 2 COM 3 4096 4096 Up to 9984 Decimal operands D 32 bits BCD form signal Up to 9984 Floating point operand F 32 bits IEEE 754 Up to 9984 Integer operands I Up to 9984 32 bits value 2 complement format 2 Memory table operand TM word 16bits Up to 255 tables with 255 positions each Floating point table operand TF 32 bits IEEE Up to 255 tables with 255 positions each 754 Decimal table operand TD 32 bits BCD format Up to 255 tables with 255 positions each signal Integer table operands Tl Programming language On line progra
3. operands S A M D F e through the programmer The retentive operands have their values preserved during power outage whereas the non retentive operands have their values zeroed The table operands are always retentive Altus S A 7 CPUs Series Ponto PO3047 PO3147 e PO3247 Code CT109108 Revision B Execution Times The table below shows the execution time of main instructions in case of Ladder programming language comparing to PO3x42 series CPUs RNA oe e e BOB O owe J xaz ef Moe e Murr o ae o WARNNIG The times showed are concerned to PO3147 and PO3247 The PO3047 has different times For further details see User s Manual Physical Dimensions Dimensions in mm 00120202 99 0 The Installation Manual should be consulted for general measurement of installation panel Altus S A 8 CPUs Series Ponto PO3047 PO3147 e PO3247 Code CT109108 Revision B Manuals For correct application and utilization the User s Manual CPU Ponto Series must be consulted For further technical details configuration installation and programming of Ponto series the table below should be consulted fuusee102 Programming Manual Ladder SSCS P e ot Modes ofPona series O O OO O O O O O O O O O O O O O O Altus S A 9
4. CPUs Series Ponto PO3047 PO3147 e PO3247 RS a a ne a ees Code CT109108 Revision B Product Description PO3x47 CLP CPU s were designed for process control and supervision Due to its hardware oriented architecture they can deliver very low scan timing comparing to predecessors PO3x42 CPUs family With these new CPU it can be obtained up to 10 times more performance in CLP s program Ladder instruction execution Additionally these Ponto series CPU are characterized by a high integration of functions programming on line high capacity of memory and several integrated serial channels These CPU can be connected directly to the bus GBL creating very compact systems of control and supervision With the use of field net interfaces the CPUs become powerful controllers with capacity up to 4 096 I O points Features e Direct access to 30 modules through Series Point s bus e Capacity up to 4 096 I O points e High speed processing required by big systems e Hardware arithmetic coprocessor e Connectivity to PROFIBUS bus through PROFIBUS DP Master interface e 1 USB serial channel for programming e 1 RS 232 serial channel with configurable and programmable protocols including MODBUS master or slave e 1 RS 485 serial isolated channel with configurable and programmable protocols including MODBUS master or slave e Large Flash memory capacity up to 1 Mbyte for program application e Ethernet connectivity e WebServer characteris
5. d one RS232 9 pin male sub D connector IBM PC standard It is used on COM1 and COMS to connect the following equipment e HMI which uses IBM PC standard connector for local supervision e IBM PC standard microcomputer with supervision software e IBM PC standard microcomputer to UCP programming through MasterTool Software AL 1718 Cable assembled with one RJ45 connector and one RS232 9 pin male sub D connector Altus standard It is used on COM1 and COMS to connect the following equipment e AL 1413 module RS232 RS485 Converter Altus S A 2 CPUs Series Ponto PO3047 PO3147 e PO3247 Code CT109108 Revision B AL 1719 Cable assembled with one RJ45 connector and one RS232 9 pin male sub D connector Altus standard It is used on COM1 and COMS to connect the following equipment e Foton 5 or Foton 10 MMI AL 1720 Cable assembled with one RJ45 connector and one RS232 RS485 9 pin male sub D connector Altus standard It is used on COM1 and COMS to connect the following equipment e Foton 1 or Foton 3 MMI AL 1731 Cable assembled with one RJ45 connector and one RS485 9 pin male sub D connector Altus standard It is used on COM2 to connect the PO8525 module AL 1746 standard USB cable for communication between microcomputer and serial channel COM1 of PO3x47 CPU AL 2301 Shielded cable with two pairs no connectors It is used on RS485 network e Connection between AL 2600 module or PO8525 module maximum length of 1000 meters
6. eristics points demands 11 PROFIBUS analog remotes Network connecting support On line programming Middle time processing of 1025 boolean z 0 6 ms instructions Middle time processing of 1025 floating point Avia instructions Real Time Clock Watchdog Battery for retentive operands Inside the base hot swap 1 USB connector COM 1 1 DB9 connector DB9 COM 2 Connector configuration PO6302 Base 1 RJ45 connector RJ45 COM 3 Status and diagnostic indication Alphanumeric display of 4 digits Isolation RS485 Serial port RS485 External power supply 19 a 30 Vdc including ripple maximum power consumption 620 mA 24 Vdc 1500 Vac 1 minute Bus power supply protection The power supply is protected against over current or bus short circuits Operating temperature 0 to 60 C Dimensions W x H x D mm 99 x 49 x 81 mm Compatible bases POQ6307 Software Compatibility MasterTool Extended Edition MT8000 v5 10 ProPonto MT6000 v1 54 Serial Ports The PO3x47 Ponto Series CPUs have an excellent communication capability providing a wide range of communication features They have up to 3 serial ports with the following communication rates a Communication Rate bps COM1 115200 COM2 115200 57600 38400 19200 9600 4800 2400 1200 600 300 COM3 115200 57600 38400 19200 9600 4800 2400 1200 600 300 The next table shows the communication protocols allowed for each port It is important to
7. mming Input E and output S operands Auxiliary operands bits Memory operands M word 16bits Up to 255 tables with 255 positions each Same as I operand Memory constant KM 16 bits Decimal constant KD 32 bits BCD form signal Floating point constant 32 bits IEEE 754 Integer constant KI Same as I operand Stored in the application program Stored in the application program Stored in the application program Stored in the application program Typical memory occupation by contact instruction 7 bytes Configurable for operands S A M D F Always active for TM TD e TF Permits the storage of great amounts of data in blocks with up to 32 Kbytes Memory retention External interrupt for module E020 Permits related a input digital point to na interrupt application module E020 1 0ms 2 5ms 3 125ms 5ms 10ms 25ms 50ms Latency external interrupt E020 Programmable time for module E018 e The total number of 4096 digital I O points include inputs and outputs from local and remote buses The sum of E with S operands must be less or equal than the limit e All numeric operands KM KD KF KI M D F I TM TD TF and TI allow arithmetic signal in the representation values The number of simple operands and tables M D F TM TD TF is configured by each program and is limited by the available memory capacity of operands 48 Kbytes e The feature of memory retention can be attributed to the
8. nt modules 240 w 8 points modules Maximum I O points through 4096 4096 networks Network interface support PP No Yes Yes PO4053 module Ethernet TCP IP interface support Ethernet TCP IP interface with WebServer support PO7091 or PO7092 module Serial interfaces see Serial Ports item 1 x RS485 1 x RS485 1 x RS485 1 x RS232 1 x RS232 1 x RS232 COM 1 COM2 e COM3 COM 1 COM2 e COM3 COM 1 COM2 e COM3 a M E Arithmetic coprocessor coprocessor MODBUS Protocol master slave Power supply Embedded inside Embedded inside Embedded inside module module module max 700mA in first max 700mA in first max 700mA in first bus bus bus Redundancy es Serial Interfaces The RS232 ports uses RJ45 connector with grounded shielding The RS485 port uses DB 9 connector Base contains a bus terminator with switch Power supply The CPUs PO3x47 include a internal power supply which is feed with 24 Vdc This power supply can feed up to 700 mA to modules on first segment If more I O modules is necessary a PO8085 power supply must be installed in the beginning of the next segment MasterTool ProPonto MT6000 helps for bus configuration showing the necessities of additional power supply see specific manual The power consumption of each module on bus can be seen in its technical characteristics CT Altus S A 4 CPUs Series Ponto PO3047 PO3147 e PO3247 Code CT109108 Revision B Common General Charact
9. tics e CPU redundancy on local bus e Diagnosis and status of local operation through alphanumeric display in the panel e Momentary key for diagnostic selection e Diagnostics through operands e Supporting to redundant PROFIBUS architecture e Float point operands F e Integer signed 32 bits operands l e Internal power supply of 24 Vdc with 700mA capacity of for I O modules Warning The characteristics above refer to the PO3247 complete model The other models have subsets of these characteristics as explained in the appropriate section of this CT Ordering Information Included Items The product packing contains e CPU PO3047 or PO3147 or PO3247 e Installation Guide Altus S A 1 CPUs Series Ponto PO3047 PO3147 e PO3247 Code CT109108 Revision B Product Code The following codes are used when ordering the product PO3047 UCP 256K Flash 16 Modules E S 1 USB 1 RS 485 1 RS 232 MODBUS Display Ethernet PO3147 UCP 512K Flash 30 Modules E S 1 USB 1 RS 485 1 RS 232 MODBUS Display PROFIBUS Ethernet PO3247 UCP 1M Flash 30 Modules E S 1 USB 1 RS 485 1 RS 232 MODBUS Display PROFIBUS Ethernet WebServer Redundancy Related Products Depending on your system requirements the following products may be ordered with the CPU Battery spare part PO6307 Base for PO3047 PO3147 and PO3247 CPUs AL AL 2600 AL L AL 1715 Cable assembled with one RJ45 connector an
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