Mitsubishi Electric FX5 User Manual page 386
Melsec iq-f series
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Also See for FX5:
- Programming manual (1112 pages) ,
- User manual (958 pages) ,
- Reference manual (44 pages)
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No.
Name
SD8624
Header 3 and 4 (ch1)
SD8625
Terminator 1 and 2 (ch1)
SD8626
Terminator 3 and 4 (ch1)
SD8631
Timeout time (ch2)
SD8632
8-bit processing mode (ch2)
SD8633
Header 1 and 2 (ch2)
SD8634
Header 3 and 4 (ch2)
SD8635
Terminator 1 and 2 (ch2)
SD8636
Terminator 3 and 4 (ch2)
SD8641
Timeout time (ch3)
SD8642
8-bit processing mode (ch3)
SD8643
Header 1 and 2 (ch3)
SD8644
Header 3 and 4 (ch3)
SD8645
Terminator 1 and 2 (ch3)
SD8646
Terminator 3 and 4 (ch3)
SD8651
Timeout time (ch4)
SD8652
8-bit processing mode (ch4)
SD8653
Header 1 and 2 (ch4)
SD8654
Header 3 and 4 (ch4)
SD8655
Terminator 1 and 2 (ch4)
SD8656
Terminator 3 and 4 (ch4)
SD8740
Station number setting (ch1)
SD8741
Message frame and form (ch1)
SD8742
Timeout time (ch1)
SD8750
Station number setting (ch2)
SD8751
Message frame and form (ch2)
SD8752
Timeout time (ch2)
SD8760
Station number setting (ch3)
SD8761
Message frame and form (ch3)
SD8762
Timeout time (ch3)
SD8770
Station number setting (ch4)
SD8771
Message frame and form (ch4)
SD8772
Timeout time (ch4)
SD8800
Current retry value (ch1)
SD8810
Current retry value (ch2)
SD8820
Current retry value (ch3)
SD8830
Current retry value (ch4)
SD8860
Communication format (ch1)
SD8861
Slave node address (ch1)
SD8862
Slave response timeout (ch1)
SD8863
Turn around delay (ch1)
SD8864
Message to message delay (ch1)
SD8865
Number of retries (ch1)
SD8870
Communication format (ch2)
SD8871
Slave node address (ch2)
SD8872
Slave response timeout (ch2)
SD8873
Turn around delay (ch2)
SD8874
Message to message delay (ch2)
SD8875
Number of retries (ch2)
SD8880
Communication format (ch3)
SD8881
Slave node address (ch3)
SD8882
Slave response timeout (ch3)
SD8883
Turn around delay (ch3)
APPX
384
Appendix 2 Special Register List
Description
This register stores the header 3 and 4 (ch1).
This register stores the terminator 1 and 2 (ch1).
This register stores the terminator 3 and 4 (ch1).
This register stores the timeout time (ch2).
This register stores the 8-bit processing mode (ch2).
This register stores the header 1 and 2 (ch2).
This register stores the header 3 and 4 (ch2).
This register stores the terminator 1 and 2 (ch2).
This register stores the terminator 3 and 4 (ch2).
This register stores the timeout time (ch3).
This register stores the 8-bit processing mode (ch3).
This register stores the header 1 and 2 (ch3).
This register stores the header 3 and 4 (ch3).
This register stores the terminator 1 and 2 (ch3).
This register stores the terminator 3 and 4 (ch3).
This register stores the timeout time (ch4).
This register stores the 8-bit processing mode (ch4).
This register stores the header 1 and 2 (ch4).
This register stores the header 3 and 4 (ch4).
This register stores the terminator 1 and 2 (ch4).
This register stores the terminator 3 and 4 (ch4).
This register stores the station number setting (ch1).
This register stores the message frame and form (ch1).
This register stores the timeout time (ch1).
This register stores the station number setting (ch2).
This register stores the message frame and form (ch2).
This register stores the timeout time (ch2).
This register stores the station number setting (ch3).
This register stores the message frame and form (ch3).
This register stores the timeout time (ch3).
This register stores the station number setting (ch4).
This register stores the message frame and form (ch4).
This register stores the timeout time (ch4).
This register stores the current retry value (ch1).
This register stores the current retry value (ch2).
This register stores the current retry value (ch3).
This register stores the current retry value (ch4).
This register stores the communication format (ch1).
This register stores the host station number (ch1).
This register stores the slave response timeout (ch1).
This register stores the broadcast delay (ch1).
This register stores the request to request delay (ch1).
This register stores the number of retries during timeout (ch1).
This register stores the communication format (ch2).
This register stores the host station number (ch2).
This register stores the slave response timeout (ch2).
This register stores the broadcast delay (ch12).
This register stores the request to request delay (ch2).
This register stores the number of retries during timeout (ch2).
This register stores the communication format (ch3).
This register stores the host station number (ch3).
This register stores the slave response timeout (ch3).
This register stores the broadcast delay (ch3).
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
*1
R
R
*1
R
R
*1
R
R
*1
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
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