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6ES7671-1RC07-0YA0 SIMATIC WINAC RTX F 2009
SIMATIC WINAC RTX F 2009, SINGLE LICENSE F. 1 INSTALL., R-SW, SW AND DOCU. ON DVD, LICENSE KEY ON USB STICK, CLASS A, 3 LANGUAGES (D,E), EXECUTABLE UNDER WINDOWS XP SP2, SP3 AND INTERVALZERO RTX, REFERENCE-HW: SIMATIC PC
General information
Hardware product version
-
Firmware version
4,5
Engineering with
● Programming package
STEP7 V5.4 SP5 or higher + HSP135 as basic requirement for the HSP178 for WinAC RTX F 2009 on Embedded Controller + HSP179 for WinAC RTX F 2009 on PC station / iMap V3.0 SP1 / option package S7 Distributed Safety V5.4 SP5 or higher
Memory
Work memory
● integrated (for program)
4 Mbyte; Adjustable; depends on Non Paged Memory Pool
● integrated (for data)
4 Mbyte; Adjustable; depends on Non Paged Memory Pool
Load memory
● integrated RAM, max.
8 Mbyte; Adjustable; depends on Non Paged Memory Pool
CPU processing times
for bit operations, typ.
0.004 µs; Typical
for fixed point arithmetic, typ.
0.003 µs; Typical
for floating point arithmetic, typ.
0.004 µs; Typical
Reference platform
Pentium 4, 2.4 GHz
CPU-blocks
DB
● Number, max.
65 535; Limited only by RAM set for data
● Size, max.
64 kbyte
FB
● Number, max.
65 536; Limited only by RAM set for code
● Size, max.
64 kbyte
FC
● Number, max.
65 536; Limited only by RAM set for code
● Size, max.
64 kbyte
OB
● Number, max.
Limited only by RAM for code
● Size, max.
64 kbyte
● Number of free cycle OBs
1; OB 1
● Number of time alarm OBs
1; OB 10
● Number of delay alarm OBs
1; OB 20
● Number of time interrupt OBs
9; OB 30-38
● Number of process alarm OBs
1; OB 40
● Number of ODK OBs
3; OB 52-54
● Number of DPV1 alarm OBs
3; OB 55-57
● Number isochronous mode OBs
2; OB 61-62
● Number of startup OBs
2; OB 100, 102
● Number of asynchronous error OBs
7; OB 80, 82-85, 86, 88
● Number of synchronous error OBs
2; OB 121, 122
Nesting depth
● per priority class
24
● additional within an error OB
24
Counters, timers and their retentivity
S7 counter
● Number
2 048
Retentivity
— can be set
Yes
— lower limit
0
— upper limit
2047
— preset
8
Counting range
— can be set
Yes
— lower limit
0
— upper limit
999
IEC counter
● present
Yes
● Type
SFB
S7 times
● Number
2 048
Retentivity
— can be set
Yes
— lower limit
0
— upper limit
2 047
— preset
0
Time range
— lower limit
10 ms
— upper limit
9 990 s
IEC timer
● present
Yes
● Type
SFB
Data areas and their retentivity
Retentivity without UPS and PS Extension Board
128 KB with SIMATIC IPC427C and HMI IPC477C; further SIMATIC PCs on request
Retentivity with UPS
all data
Flag
● Number, max.
16 kbyte
● of which retentive
MB 0 to MB 16383
● Retentivity preset
MB 0 to MB 15
● Number of clock memories
8
Local data
● adjustable, max.
32 kbyte
● preset
16 kbyte
● per priority class, max.
32 kbyte
Address area
I/O address area
● Inputs
16 kbyte
● Outputs
16 kbyte
of which, distributed
— DP interface, inputs
16 kbyte
— DP interface, outputs
16 kbyte
— PN interface, inputs
16 kbyte
— PN interface, outputs
16 kbyte
Process image
● Inputs, adjustable
8 kbyte
● Outputs, adjustable
8 kbyte
● Inputs, default
512 byte
● Outputs, default
512 byte
Subprocess images
● Number of subprocess images, max.
15
Digital channels
● Inputs
128 000
● Outputs
128 000
Analog channels
● Inputs
8 000
● Outputs
8 000
Hardware configuration
Submodules
● Number of submodules, max
4
● of which PROFIBUS, max.
4; Supported interfaces: see 1st and 2nd interface
● of which Industrial Ethernet, max.
1; Supported interfaces: see 3rd and 4th interface
Number of operable FMs and CPs (recommended)
● FM
4; FM distributed: FM 350-1 / 350-2, FM 351, FM 352, FM 353, FM 355 / 355-2
● CP, point-to-point
2; CP 340, CP 341 distributed
● CP, LAN
Over PC CP
Time of day
Clock
● Hardware clock (real-time clock)
Yes
● battery-backed and synchronizable
Yes
Operating hours counter
● Number
8
Clock synchronization
● supported
Yes
● to PC-CP, slave
Yes
● on Ethernet via NTP
Yes
Interfaces
1st interface
Interface type
CP 5611-A2, CP 5621, integrated PROFIBUS interface of the SIMATIC PC
Max. no. of simultaneously operable CPs
1
Physics
RS 485 / PROFIBUS
Isolated
Yes
Power supply to interface (15 to 30 V DC), max.
does not exist
Functionality
● MPI
No
● DP master
Yes
● DP slave
No
DP master
● Number of connections, max.
8
● Transmission rate, max.
12 Mbit/s
● Number of DP slaves, max.
64
Services
— PG/OP communication
Yes
— Routing
Yes
— Global data communication
No
— S7 basic communication
No
— S7 communication
Yes
— Equidistance mode support
Yes; Only in conjunction with isochronous mode
— Isochronous mode
Yes
— SYNC/FREEZE
Yes
— Activation/deactivation of DP slaves
Yes
— Direct data exchange (slave-to-slave communication)
Yes
— DPV0
Yes
— DPV1
Yes
Address area
— Inputs, max.
16 kbyte
— Outputs, max.
16 kbyte
User data per DP slave
— Inputs, max.
244 byte
— Outputs, max.
244 byte
2nd interface
Interface type
CP 5613, CP 5613-A2, CP 5603
Max. no. of simultaneously operable CPs
4
Physics
RS 485 / PROFIBUS
Isolated
Yes
Functionality
● MPI
No
● DP master
Yes
● DP slave
No
DP master
● Number of connections, max.
50
● Transmission rate, max.
12 Mbit/s
● Number of DP slaves, max.
125
Services
— PG/OP communication
Yes
— Routing
Yes
— Global data communication
No
— S7 basic communication
No
— S7 communication
Yes
— Equidistance mode support
Yes; Only in conjunction with isochronous mode
— Isochronous mode
Yes
— SYNC/FREEZE
Yes
— Activation/deactivation of DP slaves
Yes
— Direct data exchange (slave-to-slave communication)
Yes
— DPV0
Yes
— DPV1
Yes
Address area
— Inputs, max.
16 kbyte
— Outputs, max.
16 kbyte
User data per DP slave
— Inputs, max.
244 byte
— Outputs, max.
244 byte
3rd interface
Interface type
PROFINET
Max. no. of simultaneously operable CPs
1; Intel Pro/1000 (Intel 82571EB, 82573L, 82574L, 82541PI; non shared IRQ required); integrated IE interface SIMATIC PC 4x7B, 6x7B, 8x7B and IPC4x7C
Physics
Ethernet
Isolated
Yes
Automatic detection of transmission speed
Yes; 10/100 Mbit/s
Functionality
● PROFINET IO Controller
Yes
● PROFINET IO Device
No
● PROFINET CBA
Yes
● Open IE communication
Yes
● Web server
No
PROFINET IO Controller
● Transmission rate, min.
100 Mbit/s
● Transmission rate, max.
100 Mbit/s
● Number of connectable IO devices, max.
128
● IRT, supported
No
● Prioritized startup supported
Yes
— Number of IO Devices, max.
32
● Activation/deactivation of IO Devices
Yes
— Maximum number of IO devices that can be activated/deactivated at the same time.
8
● IO Devices changing during operation (partner ports), supported
Yes
● Device replacement without swap medium
Yes
● Send cycles
1 ms
● Updating time
1 - 512 ms (minimum value depends on communication share set for PROFINET I/O, on the number of I/O devices, and on the volume of configured user data)
Isochronous operation (application synchronized up to terminal)
Yes; only PROFIBUS
Number of DP masters with isochronous mode
2
User data per isochronous slave, max.
128 byte
equidistance
Yes
shortest clock pulse
2.2 ms; 2.2 ms without partial process image; 2.2 ms with partial process image
Communication functions
PG/OP communication
Yes
Data record routing
No
Global data communication
● supported
No
S7 basic communication
● supported
No
S7 communication
● supported
Yes
● as server
Yes
● As client
Yes
● User data per job, max.
64 kbyte; Depends on which block is used: BSEND/USEND or PUT/GET
Open IE communication
● TCP/IP
Yes
— Number of connections, max.
Dependent on interface
— Data length, max.
64 KB - 2 bytes = 65534 bytes
● ISO-on-TCP (RFC1006)
No
● UDP
Yes
— Number of connections, max.
Dependent on interface
— Data length, max.
1 472 byte
Web server
● supported
No
PROFINET CBA (at set setpoint communication load)
● Setpoint for the CPU communication load
20 %
● Number of remote interconnection partners
64
● Number of functions, master/slave
30
● Total of all Master/Slave connections
1 000
● Data length of all incoming connections master/slave, max.
6 800 byte
● Data length of all outgoing connections master/slave, max.
6 800 byte
● Number of device-internal and PROFIBUS interconnections
500
● Data length of device-internal und PROFIBUS interconnections, max.
4 000 byte
● Data length per connection, max.
1 400 byte
Remote interconnections with acyclic transmission
— Sampling frequency: Sampling time, min.
500 ms
— Number of incoming interconnections
100
— Number of outgoing interconnections
100
— Data length of all incoming interconnections, max.
2 000 byte
— Data length of all outgoing interconnections, max.
2 000 byte
— Data length per connection, max.
1 400 byte
Remote interconnections with cyclic transmission
— Transmission frequency: Transmission interval, min.
10 ms
— Number of incoming interconnections
200
— Number of outgoing interconnections
200
— Data length of all incoming interconnections, max.
4 800 byte
— Data length of all outgoing interconnections, max.
4 800 byte
— Data length per connection, max.
250 byte
HMI variables via PROFINET (acyclic)
— Number of stations that can log on for HMI variables (PN OPC/iMap)
3
— HMI variable updating
500 ms
— Number of HMI variables
200
— Data length of all HMI variables, max.
2 000 byte
PROFIBUS proxy functionality
— supported
Yes
— Number of linked PROFIBUS devices
16
— Data length per connection, max.
240 byte; Slave-dependent
Number of connections
● overall
64
● usable for PG communication
— reserved for PG communication
1
● usable for OP communication
— reserved for OP communication
1
S7 message functions
Number of login stations for message functions, max.
62
SCAN procedure
No
Process diagnostic messages
Yes; ALARM_S, ALARM_SQ, ALARM_D, ALARM_DQ
simultaneously active Alarm-S blocks, max.
20; of a total of 20 for all SFCs
Alarm 8-blocks
Yes
● Number of instances for alarm 8 and S7 communication blocks, max.
600
Process control messages
No
Test commissioning functions
Status block
Yes
Single step
Yes
Status/control
● Status/control variable
Yes
Forcing
● Forcing
No
Diagnostic buffer
● present
Yes
● Number of entries, max.
— preset
120
Hardware requirements
Hardware required
PC with color monitor, keyboard, mouse or pointing device for Windows
Main memory, min.
1 Gbyte
Required memory on hard disk, min.
100 Mbyte
Processor
Intel Celeron M 900 MHz or compatible (older PC systems with Programmable Interrupt Controllers (PIC) are not suitable for WinAC RTX F 2009.)
● Multi-processor system
No
● Hyper-threading
Yes
Operating systems
Configuration
Configuration software
● STEP 7
Yes; V5.4 SP5 + HSP135 as basic requirement for the HSP178 for WinAC RTX F 2009 on Embedded Controller + HSP179 for WinAC RTX F 2009 on PC station, engineering tools (optional)
programming
● Nesting levels
8
Programming language
— LAD
Yes
— FBD
Yes
— STL
Yes
— SCL
Yes
— CFC
Yes
— GRAPH
Yes
— HiGraph®
Yes
Software libraries
— Easy Motion Control
Yes
— Software redundancy
Yes; V1.2 and higher, only operation of WinAC RTX F with WinAC RTX
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