16.1 PLC Connection
16-11
NW0LA-RS2, NW0LA-RS4 (parameter setting)
On the PLC loader, set parameters for general communications.
Be sure to match the settings to those made under [Communication Setting] of the editor.
Available Device Memory
The available setting range of device memory varies depending on the PLC model. Be sure to set within the range available for
the PLC to be used. Use [TYPE] when assigning indirect device memory for macro programs.
*1 For the input/output memory, the variable name cooperation function of the PLC1 must be used. Indirect designation is not available
with the input/output memory.
*2 Double-word addresses (%MD1., %MD3., %MD10.) can be specified only for PLC1.
In the case with PLC2 to PLC8, access to the above addresses is possible when the data length is set to 2 words in the word address
(%MW1., %MW3., %MW10.).
Example: When accessing the address in %MD1.100:
Set the data length to 2 words for %MW1.100.
*3 The assigned device memory is expressed as shown below when editing the screen.
- For %IX or %QX:
- For %MX1., %MX3., or %MX10:
Item
Setting
Remarks
Mode
Loader
Baud rate
4800 / 9600 / 19200 / 38400
Parity
Odd / Even / None
Data bits
8
Stop bits
1 / 2
Variable name cooperation function
The variable name cooperation function can be used only for PLC1. For device memory assignment, basically use the
variable name cooperation function.
It is recommended that you specify a device memory address in the [AT] field
to define the area (variable) that is used for communications with the V9.
Device Memory
TYPE
Remarks
%IX
(input memory)
*1
-
%IW as word device, %ID as double-word device
*3
%QX (output
memory)
*1
-
%QW as word device, %QD as double-word device
*3
%MX1.
(standard memory)
02H
%MW1. as word device, %MD1. as double-word device
*2 *3
%MX3.
(retain memory)
04H
%MW3. as word device, %%MD3. as double-word device
*2 *3
%MX10.
(system memory)
08H
%MW10. as word device, %MD10. as double-word device
*2 *3
Example: %IX1 . 1 . 0
Bit address (DEC)
Period
Word address
Period
SX station number
Example: %MX1 . 1 . 1 . 0
Bit address (DEC)
Period
Word address
Period
CPU No.
Summary of Contents for Monitouch V9 Series
Page 76: ...1 64 1 Overview Please use this page freely...
Page 77: ...2 1 PLC Connection 2 ALLEN BRADLEY...
Page 119: ...2 42 2 ALLEN BRADLEY Please use this page freely...
Page 120: ...3 1 PLC Connection 3 Automationdirect...
Page 131: ...4 1 PLC Connection 4 2 Temperature Controller Servo Inverter Connection 4 Azbil...
Page 164: ...5 1 PLC Connection 5 Baumuller...
Page 169: ...6 1 PLC Connection 6 BECKHOFF...
Page 174: ...7 1 Temperature Controller Servo Inverter Connection 7 CHINO...
Page 193: ...8 1 PLC Connection 8 CIMON...
Page 206: ...9 1 PLC Connection 9 DELTA...
Page 211: ...10 1 Temperature Controller Servo Inverter Connection 10 DELTA TAU DATA SYSTEMS...
Page 222: ...11 EATON Cutler Hammer 11 1 PLC Connection...
Page 227: ...12 1 PLC Connection 12 EMERSON...
Page 232: ...13 FANUC 13 1 PLC Connection...
Page 238: ...13 6 13 FANUC Please use this page freely...
Page 239: ...14 Fatek Automation 14 1 PLC Connection...
Page 245: ...14 6 14 Fatek Automation Please use this page freely...
Page 246: ...15 1 PLC Connection 15 FUFENG...
Page 252: ...15 6 15 FUFENG Please use this page freely...
Page 253: ...16 Fuji Electric 16 1 PLC Connection 16 2 Temperature Controller Servo Inverter Connection...
Page 357: ...16 104 16 Fuji Electric Please use this page freely...
Page 358: ...17 1 Temperature Controller Servo Inverter 17 Gammaflux...
Page 364: ...17 6 17 Gammaflux Please use this page freely...
Page 365: ...18 GE Fanuc 18 1 PLC Connection...
Page 380: ...19 1 PLC Connection 19 Hitachi...
Page 394: ...19 14 19 Hitachi Please use this page freely...
Page 423: ...20 28 20 Hitachi Industrial Equipment Systems Please use this page freely...