For the FSoE master connections, you can establish bidirectional input and output communica-
tions with a FSoE slave per connection.
• Example of Calculating the Number of Safety I/O Connections
A calculation example of using the combination of the NX-series CPU Units and Safety CPU
Units is given below.
M
NX-series
CPU Unit
(A)
NX-series
CPU Unit
(B)
NX-series
CPU Unit
(C)
EtherCAT
Coupler
Unit
Safety
CPU Unit
(A)
Safety
CPU Unit
(B)
Safety
CPU Unit
(C)
Safety
Input
Unit
Safety
Output
Unit
Safety
Input
Unit
Safety
Output
Unit
1S-series
Servo
Drive
1S-series
Servo
Drive
Safety
Input
Unit
Safety
Output
Unit
FSoE Slave
S
FSoE Master
M
CIP Safety Target
T
CIP Safety Originator
O
S
S
S
S
S
S
S
S
M
M
M
T
T
O
T
O
O
Single-cast Connection
Multi-cast Connection
Number of CIP Safe-
ty originator connec-
tions (X)
Number of CIP Safe-
ty target connec-
tions (Y)
Number of FSoE
master connec-
tions (Z)
Total (X+Y
+Z)
Safety CPU Unit (A) 2
1
2
5
Safety CPU Unit (B) 2
1
4
7
Safety CPU Unit (C) 2
1
2
5
l
Calculating the Number of Routable CIP Safety Connections for the NX-
series CPU Unit
You must specify the total number (m+n) of targets that establish connections as an originator (m)
and originators that establish connections as a target (n), which must be set within the maximum
number of routable CIP Safety connections for the Communication Control Unit. If you set the num-
ber that exceeds the maximum number of routable CIP Safety connections, the
CIP Safety
Originator Connection Not Established Error
(80310000 hex) will occur. In addition, you cannot set
the number which the total number of CIP Safety originator connections and CIP Safety target con-
nections exceeds the number of routable CIP Safety connections.
If a multi-cast connection is opened for multiple CIP Safety originators and connections, the num-
ber of originators that establish connections as a target becomes the number of CIP Safety origina-
tors.
• Example of Calculating the Maximum Number of Routable CIP Safety Connections
5 System Configuration and Setup
5 - 21
NX-series Safety Control Unit User's Manual (Z930)
5-4 Setting Up the Safety Process Data Communications
5
5-4-3
Calculating the Number of Connections
Содержание NX-SIH400
Страница 4: ...Introduction 2 NX series Safety Control Unit User s Manual Z930 ...
Страница 46: ...Revision History 44 NX series Safety Control Unit User s Manual Z930 ...
Страница 108: ...2 Specifications 2 42 NX series Safety Control Unit User s Manual Z930 ...
Страница 132: ...3 Installation and Wiring 3 24 NX series Safety Control Unit User s Manual Z930 ...
Страница 148: ...4 Safety Control Unit Operation 4 16 NX series Safety Control Unit User s Manual Z930 ...
Страница 216: ...5 System Configuration and Setup 5 44 NX series Safety Control Unit User s Manual Z930 ...
Страница 306: ...6 Programming 6 90 NX series Safety Control Unit User s Manual Z930 ...
Страница 378: ...7 Checking Operation and Actual Operation 7 72 NX series Safety Control Unit User s Manual Z930 ...
Страница 390: ...8 Calculating Safety Reaction Times 8 12 NX series Safety Control Unit User s Manual Z930 ...
Страница 412: ...11 Safety Data Logging 11 10 NX series Safety Control Unit User s Manual Z930 ...
Страница 504: ...12 Troubleshooting 12 92 NX series Safety Control Unit User s Manual Z930 ...
Страница 550: ...l Safety I O Terminal Settings l I O Map Settings Appendices A 38 NX series Safety Control Unit User s Manual Z930 ...
Страница 554: ...l I O Map Settings Appendices A 42 NX series Safety Control Unit User s Manual Z930 ...
Страница 558: ...l Safety I O Terminal Settings l I O Map Settings Appendices A 46 NX series Safety Control Unit User s Manual Z930 ...
Страница 564: ...l Safety I O Terminal Settings l I O Map Settings Appendices A 52 NX series Safety Control Unit User s Manual Z930 ...
Страница 623: ...I Index I 1 NX series Safety Control Unit User s Manual Z930 I ...
Страница 625: ......