6ES7677-2FA41-0FB0西门子ET 200控制器-工控行业信息网(chinagkong.com)-工控行业门户网站

Article number	6ES7677-2FA31-0EB0	6ES7677-2FA41-0FB0
	CPU 1515SP PC F	CPU 1515SP PC F
General inbation
Product type designation	CPU 1515SP PC F	CPU 1515SP PC F
HW functional status	FS05	FS02
Firmware version	V2.1	V2.1
Engineering with
● STEP 7 TIA Portal configurable/integrated as of version	V14 SP1	V14 SP1
Installed software
● Visualization	No	No
● Control	S7-1500 Software Controller CPU 1505SP F	S7-1500 Software Controller CPU 1505SP F
Configuration control
via dataset	Yes	Yes
Control elements
Mode selector switch	1	1
Supply voltage
Type of supply voltage	24 V DC	24 V DC
permissible range, lower limit (DC)	19.2 V	19.2 V
permissible range, upper limit (DC)	28.8 V	28.8 V
Reverse polarity protection	Yes	Yes
Mains buffering
● Mains/voltage failure stored energy time	5 ms	5 ms
Input current
Current consumption (rated value)	1.5 A; Full processor load, incl. ET 200SP modules and using USB	1.5 A; Full processor load, incl. ET 200SP modules and using USB
Current consumption (in no-load operation), typ.	0.6 A	0.6 A
Inrush current, max.	4.7 A; Rated value	4.7 A; Rated value
Power
Active power b, max.	36 W; incl. ET 200SP modules and using USB	36 W; incl. ET 200SP modules and using USB
Infeed power to the backplane bus	8.75 W	8.75 W
Power loss
Power loss, typ.	15 W; without ET 200SP modules and without using USB	15 W; without ET 200SP modules and without using USB
Processor
Processor type	Dual-Core 1 GHz, AMD G Series APU T40E	Dual-Core 1 GHz, AMD G Series APU T40E
Memory
Type of memory	DDR3-SDRAM	DDR3-SDRAM
Main memory	4 GB RAM	4 GB RAM
CFast memory card	Yes; 30 GB flash memory	Yes; 30 GB flash memory
SIMATIC memory card required	No	No
Flash Disk	30 GB	30 GB
Work memory
● integrated (for program)	1.5 Mbyte	1.5 Mbyte
● integrated (for data)	5 Mbyte	5 Mbyte
● integrated (for CPU function library of CPU Runtime)	10 Mbyte	10 Mbyte
Load memory
● integrated (on PC mass storage)	320 Mbyte	320 Mbyte
Backup
● with UPS	Yes; all memory areas declared retentive	Yes; all memory areas declared retentive
● with non-volatile memory	Yes	Yes
CPU processing times
for bit operations, typ.	10 ns	10 ns
for word operations, typ.	12 ns	12 ns
for fixed point arithmetic, typ.	16 ns	16 ns
for floating point arithmetic, typ.	64 ns	64 ns
CPU-blocks
Number of elements (total)	6 000; In addition to blocks such as DBs, FBs and FCs, UDTs, b constants, etc. are also regarded as elements	6 000; In addition to blocks such as DBs, FBs and FCs, UDTs, b constants, etc. are also regarded as elements
DB
● Number, max.	5 999; Number range: 1 to 65535	5 999; Number range: 1 to 65535
● Size, max.	5 Mbyte	5 Mbyte
FB
● Number, max.	5 998; Number range: 1 to 65535	5 998; Number range: 1 to 65535
● Size, max.	512 kbyte	512 kbyte
FC
● Number, max.	5 999; Number range: 1 to 65535	5 999; Number range: 1 to 65535
● Size, max.	512 kbyte	512 kbyte
OB
● Size, max.	1 048 kbyte	512 kbyte
● Number of free cycle OBs	100	100
● Number of time alarm OBs	20	20
● Number of delay alarm OBs	20	20
● Number of cyclic interrupt OBs	20	20
● Number of process alarm OBs	50	50
● Number of DPV1 alarm OBs	3	3
● Number of isochronous mode OBs	1	1
● Number of technology synchronous alarm OBs	2	2
● Number of startup OBs	100	100
● Number of asynchronous error OBs	4	4
● Number of synchronous error OBs	2	2
● Number of diagnostic alarm OBs	1	1
Nesting depth
● per priority class	24; Up to 8 possible for F-blocks	24; Up to 8 possible for F-blocks
Counters, timers and their retentivity
S7 counter
● Number	2 048	2 048
Retentivity
— adjustable	Yes	Yes
IEC counter
● Number	Any (only limited by the main memory)	Any (only limited by the main memory)
Retentivity
— adjustable	Yes	Yes
S7 times
● Number	2 048	2 048
Retentivity
— adjustable	Yes	Yes
IEC timer
● Number	Any (only limited by the main memory)	Any (only limited by the main memory)
Retentivity
— adjustable	Yes	Yes
Data areas and their retentivity
Retentive data area (incl. timers, counters, flags), max.	410 kbyte; For storage in NVRAM; for storage in mass storage 5 242 020 bytes	410 kbyte; For storage in NVRAM; for storage in mass storage 5 242 020 bytes
Flag
● Number, max.	16 kbyte	16 kbyte
● Number of clock memories	8; 8 clock memory bits, grouped into one clock memory byte	8; 8 clock memory bits, grouped into one clock memory byte
Data blocks
● Retentivity adjustable	Yes	Yes
● Retentivity preset	No	No
Local data
● per priority class, max.	64 kbyte; max. 16 KB per block	64 kbyte; max. 16 KB per block
Address area
Number of IO modules	8 192	8 192
I/O address area
● Inputs	32 kbyte; All bs are in the process image	32 kbyte; All bs are in the process image
● Outputs	32 kbyte; All outputs are in the process image	32 kbyte; All outputs are in the process image
of which per assigned PC interface
— Inputs (volume)	8 kbyte	8 kbyte
— Outputs (volume)	8 kbyte	8 kbyte
Subprocess images
● Number of subprocess images, max.	32	32
Hardware configuration
Integrated power supply	Yes	Yes
Number of distributed IO systems	20	20
Number of DP masters
● Via CM	1	1
Rack
● Modules per rack, max.	64; CPU 1515SP PC + 64 modules + server module	64; CPU 1515SP PC + 64 modules + server module
● Number of lines, max.	1	1
PtP CM
● Number of PtP CMs	the number of connectable PtP CMs is only limited by the number of available slots	the number of connectable PtP CMs is only limited by the number of available slots
Time of day
Clock
● Type	Hardware clock	Hardware clock
● Hardware clock (real-time)	Yes; Resolution: 1 s	Yes; Resolution: 1 s
● Backup time	6 wk; At 40 °C ambient temperature, typically	6 wk; At 40 °C ambient temperature, typically
● Deviation per day, max.	10 s; Typ.: 2 s	10 s; Typ.: 2 s
Clock synchronization
● supported	Yes	Yes
● to DP, master	No	No
● on Ethernet via NTP	Yes	Yes
● on Windows clock, slave	Yes	Yes
Interfaces
Number of industrial Ethernet interfaces	2	2
Number of PROFINET interfaces	1	1
Number of PROFIBUS interfaces	1	1
Number of RS 485 interfaces	1; Via CM DP module	1; Via CM DP module
Number of USB interfaces	3; 3x USB 2.0 on the front, 500 mA each – of which 2x 500 mA and 1x 100 mA simultaneously	3; 3x USB 2.0 on the front, 500 mA each – of which 2x 500 mA and 1x 100 mA simultaneously
Number of SD card slots	1	1
Video interfaces
● Graphics interface	1x DVI-I	1x DVI-I
1. Interface
Interface type	PROFINET	PROFINET
automatic detection of transmission rate	Yes	Yes
Autonegotiation	Yes	Yes
Autocrossing	Yes	Yes
Interface types
● Number of ports	2	2
● integrated switch	Yes	Yes
● RJ 45 (Ethernet)	Yes; Via BusAdapter BA 2x RJ45	Yes; Via BusAdapter BA 2x RJ45
— Transmission rate, max.	100 Mbit/s	100 Mbit/s
— Industrial Ethernet status LED	Yes	Yes
● BusAdapter (PROFINET)	Yes; Applicable BusAdapter: BA 2x RJ45, BA 2x FC	Yes; Applicable BusAdapter: BA 2x RJ45, BA 2x FC
Functionality
● Number of connections via this interface	88	88
● PROFINET IO Controller	Yes	Yes
● PROFINET IO Device	Yes	Yes
● SIMATIC communication	Yes	Yes
● Open IE communication	Yes	Yes
● Web server	Yes	Yes
PROFINET IO Controller
Services
— Isochronous mode	Yes	Yes
— shortest clock pulse	500 µs	500 µs
— IRT	Yes	Yes
— MRP	Yes	Yes
— MRPD	Yes	Yes
— Prioritized startup	Yes; Max. 32 PROFINET devices	Yes; Max. 32 PROFINET devices
— Number of connectable IO Devices, max.	128	128
— Of which IO devices with IRT, max.	64	64
— of which in line, max.	64	64
— Number of connectable IO Devices for RT, max.	128	128
— of which in line, max.	128	128
— Number of IO Devices that can be simultaneously activated/deactivated, max.	8	8
— IO Devices changing during operation (partner ports), supported	Yes	Yes
— Number of IO Devices per tool, max.	8	8
— Updating times	The minimum value of the update time also depends on communication share set for PROFINET IO, on the number of IO devices, and on the quantity of configured user data	The minimum value of the update time also depends on communication share set for PROFINET IO, on the number of IO devices, and on the quantity of configured user data
Update time for IRT
— for send cycle of 500 µs	500 µs to 8 ms	500 µs to 8 ms
— for send cycle of 1 ms	1 ms to 16 ms	1 ms to 16 ms
— for send cycle of 2 ms	2 ms to 32 ms	2 ms to 32 ms
— for send cycle of 4 ms	4 ms to 64 ms	4 ms to 64 ms
— With IRT and beterization of "odd" send cycles	Update time = set "odd" send clock (any multiple of 125 µs: 375 µs, 625 µs ... 3 875 µs)	Update time = set "odd" send clock (any multiple of 125 µs: 375 µs, 625 µs ... 3 875 µs)
Update time for RT
— for send cycle of 500 µs	500 µs to 256 ms	500 µs to 256 ms
— for send cycle of 1 ms	1 ms to 512 ms	1 ms to 512 ms
— for send cycle of 2 ms	2 ms to 512 ms	2 ms to 512 ms
— for send cycle of 4 ms	4 ms to 512 ms	4 ms to 512 ms
PROFINET IO Device
Services
— Isochronous mode	No	No
— IRT	Yes	Yes
— MRP	Yes	Yes
— MRPD	Yes	Yes
— Prioritized startup	Yes	Yes
— Shared device	Yes	Yes
— Number of IO Controllers with shared device, max.	4	4
2. Interface
Interface type	Integrated Ethernet interface	Integrated Ethernet interface
automatic detection of transmission rate	Yes	Yes
Autonegotiation	Yes	Yes
Autocrossing	Yes	Yes
Interface types
● Number of ports	1	1
● RJ 45 (Ethernet)	Yes; Integrated	Yes; Integrated
— Transmission rate, max.	1 000 Mbit/s	1 000 Mbit/s
— Industrial Ethernet status LED	No	No
3. Interface
Interface type	PROFIBUS with CM DP	PROFIBUS with CM DP
Interface types
● RS 485	Yes	Yes
Functionality
● Number of connections via this interface	44	44
● PROFIBUS DP master	Yes	Yes
● PROFIBUS DP slave	Yes	Yes
● SIMATIC communication	Yes	Yes
DP master
● Number of DP slaves, max.	125	125
Services
— Equidistance	No	No
— Isochronous mode	No	No
DP slave
Services
— Equidistance	No	No
— Isochronous mode	No	No
RS 485
● Transmission rate, max.	12 Mbit/s	12 Mbit/s
Protocols
Number of connections
● Number of connections, max.	88	88
● Number of connections reserved for ES/HMI/web	10	10
● Number of S7 routing paths	16	16
SIMATIC communication
● PG/OP communication	Yes	Yes
● S7 routing	Yes	Yes
● S7 communication, as server	Yes	Yes
● S7 communication, as client	Yes	Yes
● User data per job, max.	64 kbyte	64 kbyte
Open IE communication
● TCP/IP	Yes	Yes
— Data length, max.	64 kbyte	64 kbyte
● ISO-on-TCP (RFC1006)	Yes	Yes
— Data length, max.	64 kbyte	64 kbyte
● UDP	Yes	Yes
— Data length, max.	1 472 kbyte	1 472 kbyte
● SNMP	Yes	Yes
● DCP	Yes	Yes
● LLDP	Yes	Yes
Web server
● HTTP	Yes; Via Windows and PROFINET interface	Yes; Via Windows and PROFINET interface
● HTTPS	Yes; Only via PROFINET interface	Yes; Only via PROFINET interface
OPC UA
● OPC UA Client		No
● OPC UA Server	Data access (read, write, subscribe), runtime license required	Yes; Data access (read, write, subscribe), runtime license required
— Application authentication	Available security policies: None, Basic128Rsa15, Basic256Rsa15, Basic256Sha256	Yes; Available security policies: None, Basic128Rsa15, Basic256Rsa15, Basic256Sha256
— Security policies	Available security policies: None, Basic128Rsa15, Basic256Rsa15, Basic256Sha256	Yes; Available security policies: None, Basic128Rsa15, Basic256Rsa15, Basic256Sha256
— User authentication	"anonymous" or by user name & password	Yes; "anonymous" or by user name & password
Further protocols
● MODBUS	Yes; MODBUS TCP	Yes; MODBUS TCP
Media redundancy
● Switchover time on line break, typ.	200 ms	200 ms
● Number of stations in the ring, max.	50	50
S7 message functions
Number of login stations for message functions, max.	32	32
Program alarms	Yes	Yes
Number of configurable program alarms	10 000	10 000
Number of simultaneously active program alarms
● Number of program alarms	1 000	1 000
● Number of alarms for system diagnostics	200	200
● Number of alarms for motion technology bs	160	160
Test commissioning functions
Joint commission (Team Engineering)	Yes; Parallel online access possible for up to 8 engineering systems	Yes; Parallel online access possible for up to 8 engineering systems
Status block	Yes; up to 8 simultaneously	Yes; up to 8 simultaneously
Single step	No	No
Status/control
● Status/control variable	Yes	Yes
● Variables	Inputs, outputs, memory bits, DB, times, counters	Inputs, outputs, memory bits, DB, times, counters
● Number of variables, max.
— of which status variables, max.	200	200
— of which control variables, max.	200	200
Forcing
● Forcing	Yes	Yes
● Forcing, variables	Inputs, outputs	Inputs, outputs
● Number of variables, max.	200	200
Diagnostic buffer
● present	Yes	Yes
● Number of entries, max.	1 000	1 000
— of which powerfail-proof	300	300
Traces
● Number of configurable Traces	4	4
● Memory size per trace, max.	512 kbyte	512 kbyte
Interrupts/diagnostics/status inbation
Diagnostics indication LED
● RUN/STOP LED	Yes	Yes
● ERROR LED	Yes	Yes
● MAINT LED	Yes	Yes
Supported technology bs
Motion Control	Yes	Yes
● Number of available Motion Control resources for technology bs (except cam disks)	2 400	2 400
● Required Motion Control resources
— per speed-controlled axis	40; per axis	40; per axis
— per bing axis	80; per axis	80; per axis
— per synchronous axis	160; per axis	160; per axis
— per external encoder	80; per external encoder	80; per external encoder
— per output cam	20; per cam	20; per cam
— per cam track	160; per cam track	160; per cam track
— per probe	40; per probe	40; per probe
● Positioning axis
— Number of bing axes at motion control cycle of 4 ms (typical value)	5	5
— Number of bing axes at motion control cycle of 8 ms (typical value)	12	12
Controller
● PID_Compact	Yes; Universal PID controller with integrated optimization	Yes; Universal PID controller with integrated optimization
● PID_3Step	Yes; PID controller with integrated optimization for valves	Yes; PID controller with integrated optimization for valves
● PID-Temp	Yes; PID controller with integrated optimization for temperature	Yes; PID controller with integrated optimization for temperature
Counting and measuring
● High-speed counter	Yes	Yes
EMC
Emission of radio interference acc. to EN 55 011
● Limit class A, for use in industrial areas	Yes	Yes
Standards, approvals, certificates
CE mark	Yes	Yes
CSA approval	Yes	Yes
cULus	Yes	Yes
FM approval	Yes	Yes
RCM (berly C-TICK)	Yes	Yes
Highest safety class achievable in safety mode
Probability of failure (for service life of 20 years and repair time of 100 hours)
— Low demand mode: PFDavg in accordance with SIL3	< 2.00E-05	< 2.00E-05
— High demand/continuous mode: PFH in accordance with SIL3	< 1.00E-09 1/h	< 1.00E-09 1/h
Ambient conditions
Ambient temperature during operation
● min.	0 °C	0 °C
● max.	Up to 60 °C with max. 32 ET 200SP modules and 3x 100 mA USB load; up to 55 °C with max. 64 ET 200SP modules and 2x max. 500 mA and 1x max. 100 mA USB load	Up to 60 °C with max. 32 ET 200SP modules and 3x 100 mA USB load; up to 55 °C with max. 64 ET 200SP modules and 2x max. 500 mA and 1x max. 100 mA USB load
● horizontal installation, min.	0 °C	0 °C
● horizontal installation, max.	60 °C	60 °C
● vertical installation, min.	0 °C	0 °C
● vertical installation, max.	50 °C; With max. 32 ET 200SP modules and 3x 100 mA USB load	50 °C; With max. 32 ET 200SP modules and 3x 100 mA USB load
Ambient temperature during storage/transportation
● min.	-40 °C	-40 °C
● max.	70 °C	70 °C
Vibrations
● Operation, tested according to IEC 60068-2-6	Yes	Yes
● Transport, tested acc. to IEC 60068-2-6	Yes	Yes
Shock testing
● tested according to IEC 60068-2-6	Yes	Yes
● tested according to IEC 60068-2-27	Yes	Yes
● tested according to IEC 60068-2-29	Yes	Yes
● Storage/transport, tested acc. to IEC 60068-2-27	Yes	Yes
Operating systems
Operating systems	Windows Embedded Standard 7 E 32-bit	Windows Embedded Standard 7 P 64-bit
Configuration
Programming
Programming language
— LAD	Yes; incl. failsafe	Yes; incl. failsafe
— FBD	Yes; incl. failsafe	Yes; incl. failsafe
— STL	Yes	Yes
— SCL	Yes	Yes
— CFC	No	No
— GRAPH	Yes	Yes
Know-how protection
● User program protection/password protection	Yes	Yes
● Copy protection	Yes	Yes
● Block protection	Yes	Yes
Access protection
● Protection level: Write protection	Yes	Yes
● Protection level: Read/write protection	Yes	Yes
● Protection level: Complete protection	Yes	Yes
Cycle time monitoring
● lower limit	adjustable minimum cycle time	adjustable minimum cycle time
● upper limit	adjustable maximum cycle time	adjustable maximum cycle time
Open Development interfaces
● Size of ODK SO file, max.	3.8 Mbyte	3.8 Mbyte
Peripherals/Options
Peripherals
● SD card	Optionally for additional mass storage	Optionally for additional mass storage
Dimensions
Width	160 mm	160 mm
Height	117 mm	117 mm
Depth	75 mm	75 mm
Weights
Weight, approx.	0.83 kg	0.83 kg

总线模块 IM 157	模块 IM 157	模块 IM 153-2	配置/功能
6ES7157-0AA81-0XA0	6ES7157-0AA82-0XA0	6ES7153-2BA81-0XB0	6ES7153-2BA82-0XB0	6ES7153-2BA70-0XB0
6ES7195-7HE80-0XA0	是1)	是1)	是1)	是1)	否	6ES7157-0AA81-0XA0
6ES7195-7HD80-0XA0	否	是	是	是	否	6ES7157-0AA82-0XA0
否	否	是	是	是	6ES7153-2BA81-0XA0 及更高

总线模块	IM 153-2	IM 153-2 HF				配置/功能
6ES7153-2AA02-0XB0	6ES7153-2BA00-0XB0	6ES7153-2BA01-0XB0	6ES7153-2BA02-0XB0	6ES7153-2BA10-0XB0
6ES7195-7HA00-0XA0	是	是	是	是	是	6ES7153-2AA02-0XB0
否	是	是	是	是	6ES7153-2BA00-0XB0 及更高
6ES7195-7HD00-0XA0	是	是	是	是	否	6ES7153-2AA02-0XB0
6ES7195-7HD10-0XA0	否	是	是	是	是	6ES7153-2AA02-0XB0
否	是	是	是	是	6ES7153-2BA00-0XB0 及更高

总线模块	IM 153-2 FO	IM 153-2 FO HF	配置/功能
6ES7153-2AB00-0XB0	6ES7153-2AB01-0XB0	6ES7153-2BB00-0XB0
6ES7195-7HA00-0XA0	是	是	是	6ES7153-2AB00-0XB0
否	是	是	6ES7153-2AB01-0XB0
否	否	是	6ES7153-2BB00-0XB0
6ES7195-7HD00-0XA0	是	是	是	6ES7153-2AB00-0XB0
否	是	是	6ES7153-2AB01-0XB0
6ES7195-7HD10-0XA0	否	否	是	6ES7153-2AB00-0XB0
否	否	是	6ES7153-2AB01-0XB0
否	否	是	6ES7153-2BB00-0XB0

总线模块	IM 153-1
6ES7153-1AA00-0XB0	6ES7153-1AA01-0XB0	6ES7153-1AA02-0XB0	6ES7153-1AA03-0XB0	6ES7153-1AA82-0XB0	6ES7153-1AA83-0XB0
6ES7195-7HA00-0XA0	是	是	是	是	是	是
6ES7195-7HD00-0XA0	否	否	否	否	否	否
6ES7195-7HD10-0XA0	否	否	否	否	否	否

总线模块	IM 153-4 PN	IM 153-4 PN HF
6ES7153-4AA00-0XB0	6ES7153-4AA00-0XB0	6ES7153-4BA00-0XB0
6ES7195-7HA00-0XA0	是	是	是
6ES7195-7HD00-0XA0	否	否	否
6ES7195-7HD10-0XA0	否	否	否

以下手册中介绍了模块共享输入/输出（MSI/MSO）的基本信息。 SIMATIC PROFINET PROFINET with STEP 7 V13.

条目 ID 102325771包含了支持MSI/MSO功能的IO设备的概览。

这篇文档介绍了如何在STEP 7 (TIA Portal)中配置访问共享的设备及模块内部共享输入/输出功能。可以在两个不同的项目里或同一个项目里来配置IO 控制器。
在这个例子里，一个S7-1500 CPU和一个S7-300 CPU作为IO控制器来访问作为共享设备的ET200SP的输入和输出数据。
一个输入模块和一个输出模块插到ET200SP的插槽中，S7-1500CPU将会读取输入和写入输出，S7-300CPU将会读取输入和输出。

图. 1

在同一个项目下的配置

按照以下步骤在同一个项目下配置两个CPU：

在STEP 7 (TIA Portal)里创建一个新项目。
项目里添加一个 S7-1500 CPU 和一个 S7-300 CPU。
为 S7-1500 CPU 和一个 S7-300 CPU 组态不同的IP地址，它们必须在同一个IP子网中。
在“设备和网络”编辑器中打开网络视图，从硬件目录中拖放ET200SP相应的接口模块（IM）。
在“设备和网络”编辑器中打开ET200SP的设备视图，从硬件目录中拖放输入输出模块至ET200SP的相应插槽中。
在ET200SP的设备视图中，选中输出模块，巡视窗口列出了输出模块的属性。
在“常规”选项下找到“模块参数>DQ组态”。
Shared Device 的模块副本（MSO）下的模块副本选择“一个输出副本作为输入”。

图. 2
在 ET200SP 的设备视图中，选中输入模块，巡视窗口列出了输入模块的属性。
在“常规”选项下找到“模块参数>DI组态”。
Shared Device 的模块副本（MSI）下的模块副本选择“一个输入副本作为输入”。

图. 3
在“设备和网络”编辑器中打开网络视图，复制ET200SP站点然后粘贴成另一个 ET200 SP 站点。
分配一个 ET200 SP 设备给 S7-1500 CPU,分配另一个 ET200 SP 站点给S7-300 CPU。
为每个 ET200 SP 站点配置相同的IP地址。

图. 4
在 ET200 SP 的设备视图中选中接口模块（IM）,巡视窗口列出了接口模块的属性。
找到“PROFINET接口[X1]>以太网地址”。
取消勾选“自动生成PROFINET设备名称”功能，之后可以收到编辑PROFINET设备名称，为每个 ET200 SP 编辑相同的设备名称。

图. 5
在分配给 S7-1500 的接口模块的属性中，打开“常规”选项找到 “模块参数>Shared Device”。
定义IO控制器对哪个模块（基本模块）和哪个副本（MSI/MSO模块）有访问权限。
在例子里S7-1500CPU会被设置为输出，也就是说S7-1500（PLC1）可以访问输出模块的输出，因此对于S7-1500来说输出模块是一个基本模块。因此对于S7-1500来说输入模块是一个MSI模块。
提供给S7-300 (PLC_2)数据的模块或它们的副本不会分配给其他的IO控制器，不要将接口模块分配给任何的IO控制器。

图. 6
在分配给 S7-300 CPU 的接口模块属性中，打开“常规”选项卡，找到“模块参数>Shared Device”。
定义IO控制器对哪个模块（基本模块）和哪个副本（MSI/MSO模块）有访问权限。
在例子里S7-300CPU管理输出模块的输出副本，也就是说S7-300（PLC2）可以访问输出模块的输出副本，因此对于S7-300来说输出模块是一个MSO模块。
S7-300（PLC2）访问输入模块的输入，因此对于S7-300来说输入模块是一个基本模块。
提供给S7-1500 (PLC_1)数据的模块或它们的副本不会分配给其他的IO控制器，
不要将接口模块分配给任何的IO控制器。

图. 7
在“设备和网络”编辑器中打开分配给S7-1500的 ET200 SP 的设备视图，这里可以修改基本模块和MSI/MSO模块的IO地址。

图. 8
在“设备和网络”编辑器中打开分配给S7-300的ET200SP的设备视图，这里可以修改基本模块和MSI/MSO模块的IO地址。

图. 9
在任一 ET200SP 的设备视图中右键单击接口模块，为了将已经配置的设备名称分配给ET200SP，在弹出的菜单中选择“分配设备名称”。

图. 10
在项目树中选择 S7-1500 CPU，将组态下载到S7-1500 CPU，在工具栏中点击“下载到设备”按钮。

图. 11
将组态下载到S7-300CPU。

在两个不同项目下的配置

按照以下步骤在两个不同的项目下配置两个CPU：

在STEP 7 (TIA Portal)里创建一个新项目。
项目里添加一个S7-1500 CPU。
在“设备和网络”编辑器中打开网络视图，从硬件目录中拖放 ET200SP 相应的接口模块（IM）。
在“设备和网络”编辑器中打开ET200SP的设备视图，从硬件目录中拖放输入输出模块至 ET200SP 的相应插槽中。
将ET200SP分配给S7-1500CPU。

图. 12
在 ET200SP 的设备视图中，选中输出模块，巡视窗口列出了输出模块的属性。
在“常规”选项下找到“模块参数>DQ组态”。Shared Device 的模块副本（MSO）下的模块副本选择“一个输出副本作为输入”。

图. 13
在 ET200SP 的设备视图中，选中输入模块，巡视窗口列出了输入模块的属性。
在“常规”选项下找到“模块参数>DI组态”。
Shared Device 的模块副本（MSI）下的模块副本选择“一个输入副本作为输入”。

图. 14
在接口模块属性中，打开“常规”选项卡，找到“模块参数>Shared Device”。
定义IO控制器对哪个模块（基本模块）和哪个副本（MSI/MSO模块）有访问权限。
在例子里 S7-1500CPU 会被设置为输出，也就是说S7-1500可以访问输出模块的输出，因此对于S7-1500来说输出模块是一个基本模块。
S7-1500访问输入模块的输入副本，因此对于S7-1500来说输入模块是一个MSI模块。
提供给S7-300数据的模块或它们的副本不会分配给其他的IO控制器。
不要将接口模块分配给任何的IO控制器。

图. 15
在STEP 7 (TIA Portal)里再创建一个新项目。
项目里添加一个S7-300CPU。
在“设备和网络”编辑器中打开网络视图，从硬件目录中拖放ET200SP相应的接口模块（IM）。
在“设备和网络”编辑器中打开ET200SP的设备视图，从硬件目录中拖放输入输出模块至ET200SP的相应插槽中。
将ET200SP分配给S7-300CPU。

图. 16
按照上述步骤5的描述创建共享设备输出模块（MSO）的副本。
按照上述步骤6的描述创建共享设备输入模块（MSI）的副本。
在接口模块属性中，打开“常规”选项卡，找到“模块参数>Shared Device”。
定义IO控制器对哪个模块（基本模块）和哪个副本（MSI/MSO模块）有访问权限。
在例子里S7-300 CPU管理输出模块的输出副本，也就是说 S7-300 可以访问输出模块的输出副本，因此对于 S7-300 来说输出模块是一个MSO模块。
S7-300访问输入模块的输入，因此对于S7-300来说输入模块是一个基本模块。
提供给S7-1500数据的模块或它们的副本不会分配给其他的IO控制器，
不要将接口模块分配给任何的IO控制器。

图. 17
在每个项目下都可以在设备视图下修改基本模块和MSI/MSO模块的IO地址。

图. 18
在每个项目下为ET200SP分配相同的设备名称，ET200SP的设备视图中选中接口模块（IM）,巡视窗口列出了接口模块的属性。
找到“PROFINET接口[X1]>以太网地址”。取消勾选“自动生成PROFINET设备名称”功能。

图. 19
在两个项目中的任一个下的设备视图中，右键单击接口模块，为了将已经配置的设备名称分配给ET200SP，在弹出的菜单中选择“分配设备名称”。

图. 20
S7-1500 CPU和 S7-300 CPU。

概述

应用

设计

功能

技术规范

哪些接口模块和ET 200SP的CPU可以使用 "TM Count 1x24V" 和 "TM PosInput 1" 模块？

哪些总线模块是可以和ET 200M接口模块一起使用的？

如何在STEP 7 (TIA Portal)中配置访问共享的设备及模块内部共享输入/输出（MSI/MSO）功能？

在同一个项目下的配置

在两个不同项目下的配置