Configuration of AC400's element
Hi Stefan,
Could you please advise and explain to me what IRESMIN/IRESMAX (parameter of MMCX1 element in AC400 controller) mean?
IRESMIN user 0 IL(r/w) Intl RES MINimum. Minimum value of INTL RES.
IRESMAX user 100 IL(r/w) Intl RES MAXimum. Maximum value of INTL RES.
Thank you in advance.
Vu,
Could you please advise and explain to me what IRESMIN/IRESMAX (parameter of MMCX1 element in AC400 controller) mean?
IRESMIN user 0 IL(r/w) Intl RES MINimum. Minimum value of INTL RES.
IRESMAX user 100 IL(r/w) Intl RES MAXimum. Maximum value of INTL RES.
Thank you in advance.
Vu,
Asked 8 months ago
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1
MMCX is a "data carrier type" on MB300 used by DRICON, MOTCON, VALVECON, etc but is open for custom implementations.
If you use IRESMIN for any of the standard types, the use should be described in the standard set of user's guide.
If you have a custom application, you can use IRESMIN for whatever purpose you find fit, e.g. shoe size, week number, days remaining until vacation, etc. :-)
Sorry, don't know so much more about the standard datatypes, but IRESMIN seem like a delimiter preventing going outside a defined range of operation of something.
If you use IRESMIN for any of the standard types, the use should be described in the standard set of user's guide.
If you have a custom application, you can use IRESMIN for whatever purpose you find fit, e.g. shoe size, week number, days remaining until vacation, etc. :-)
Sorry, don't know so much more about the standard datatypes, but IRESMIN seem like a delimiter preventing going outside a defined range of operation of something.
Answers
1
The MasterNet User's Guide, 3BSE003839R301 describes the CI547 (and CS513) cards.
The DIP switches are located differently on the CI547 compared to the CS513 but if you look carefully on the PCB, their names are printed in small letters below the switch.
With front plate to the left and the MIB to the right the DIP switch order becomes:
CS513: S3, S2, S1
CI547: S3, S1, S2
S1=node number (8 bits), MSB to the left (CS513) or top (CI547)
S2=network number (8 bits), MSB to the left (CS513) or top (CI547).
S3=slave number (4 bits) and protocol type (4 bits), MSB to the left (CS513) or top (CI547).
Example
The DIP switches are located differently on the CI547 compared to the CS513 but if you look carefully on the PCB, their names are printed in small letters below the switch.
With front plate to the left and the MIB to the right the DIP switch order becomes:
CS513: S3, S2, S1
CI547: S3, S1, S2
S1=node number (8 bits), MSB to the left (CS513) or top (CI547)
S2=network number (8 bits), MSB to the left (CS513) or top (CI547).
S3=slave number (4 bits) and protocol type (4 bits), MSB to the left (CS513) or top (CI547).
Example
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