Chapter 4 System Architecture
4_
4.3.2
Allocation of Left-side Network Module Addresses
About Input and Output Mapping Areas of Left-side Network Modules
The input and output mapping areas of different positions of the left side of PLC CPU are listed as follows
when the network modules connected to the left side of DVP15MC11T serve as a slave. The position 1 is for
the first module connected to the left side of PLC CPU; the position 2 is for the second one connected to the
left side of PLC CPU and so on.
Mapping
area
Position
Output mapping area
Input mapping area
1
%MW6250~%MW6377
%MW6000~%MW6127
2
%MW6750~%MW6877
%MW6500~%MW6627
3
%MW7250~%MW7377
%MW7000~%MW7127
4
%MW7750~%MW7877
%MW7500~%MW7627
5
%MW8250~%MW8377
%MW8000~%MW8127
6
%MW8750~%MW8877
%MW8500~%MW8627
7
%MW9250~%MW9377
%MW9000~%MW9127
8
%MW9750~%MW9877
%MW9500~%MW9627
Refer to the operation manuals of modules for details on allocation of left-side extension module mapping
areas. Pay attention to how the mapping address expression format is changed in the operation manual.
For example, the output mapping area for DVPPF02-SL is D6250~D6349. But the area address is expressed
as %MW6250~%MW6349 when the module is connected to the left of DVP15MC11T.
4.3.3
Method of Reading/Writing of Left-side Modules
The controller can read and write the data in CR registers of the left-side extension modules via FROM/TO
instruction. For instance, the modules such as DVP04AD-SL and DVP04DA-SL may use FROM/TO to read
and write data in CR.
4.4
Right-side Extension
4.4.1
Connectable Right-side Extension Modules
Slim-series extension modules including digital modules, analog modules and temperature modules can be
connected to the right side of DVP15MC11T. Digital modules can connect maximum 240 input points and 240
output points. Maximum 8 analog modules can be connected. The connectable right-side extension modules
are listed in the following table.
No.
Module name
Input data
length
Output data
length
Extension type
1
DVP08SM11N
8 bits
-
Input point extension
2
DVP16SM11N
16 bits
-
3
DVP06SN11R
-
6 bits
Output point extension
4
DVP08SN11R/T
-
8 bits
5
DVP16SN11T
-
16 bits
6
DVP08SP11R/T
4 bits
4 bits
Input extension and output
extension
7
DVP16SP11R/T
8 bits
8 bits
8
DVP16SP11TS
(
PNP
)
8 bits
8 bits
9
DVP32SM11N
32 bits
-
Pin-connector input
4-3
Содержание DVP15MC11T
Страница 9: ...Memo viii...
Страница 15: ...DVP15MC11T Operation Manual _2 MEMO 2 4...
Страница 71: ...DVP15MC11T Operation Manual _7 Memo 7 10...
Страница 81: ...DVP15MC11T Operation Manual _8 Timing Chart F_TRG_CLK F_TRG_Q 8 10...
Страница 158: ...Chapter 8 Logic Instructions 8_ The program 1 ASIN EN ENO In Out ASIN_EN ASIN_In Out1 8 87...
Страница 213: ...DVP15MC11T Operation Manual _8 The program 1 LIMIT EN ENO MN Out MX In LIMIT_EN LIMIT_MN LIMIT_MX LIMIT_In Out1 8 142...
Страница 216: ...Chapter 8 Logic Instructions 8_ The program 1 BAND EN ENO MN Out MX In BAND_EN BAND_MN BAND_MX BAND_In Out1 8 145...
Страница 249: ...DVP15MC11T Operation Manual _8 8 178...
Страница 285: ...DVP15MC11T Operation Manual _8 Memo 8 214...
Страница 286: ...9 Chapter 9 Introductions of Axis Parameters Table of Contents 9 1 Description of Axis Parameters 9 2 9 1...
Страница 323: ...DVP15MC11T Operation Manual 10 MEMO 10 34...
Страница 549: ...DVP15MC11T Operation Manual A MEMO A 16...
Страница 571: ...DVP15MC11T Operation Manual C Memo C 10...
Страница 572: ...D Appendix D Explanation of Homing Modes Table of Contents D 1 Explanation of Homing Modes D 2 D 1...