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ZM-71SE About version 1.2.1.0 - Soliton

ZM-71SE About version 1.2.1.0 - Soliton

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[Nonvolatility Memory (Word)] [Nonvolatility Memory (DWord)]<br />

These areas are available for nonvolatile word memory and nonvolatile double word<br />

memory respectively.<br />

Nonvolatile memory setting<br />

When setting nonvolatile memory under the <strong>ZM</strong>-<strong>71SE</strong>, choose internal memory $L to use<br />

word memory and choose $LD to use double word memory.<br />

The addresses specified within the range are usable.<br />

Device Word/Double word * Type Setting range<br />

$L Word area 2 0~261,983 (Max.)<br />

$LD Double word area 3 0~261,983 (Max.)<br />

* Specify “Type” for the indirect setting of $L or $LD using a macro command.<br />

Then specify the model as indicated below:<br />

$L/$LD0~65535 : 00 $L/$LD65536~261983 : 80<br />

n+0<br />

n+1<br />

n+2<br />

n+3<br />

MSB<br />

LSB<br />

00 (model) Type<br />

Memory number (address) low order<br />

00 (none) Bit designation<br />

00 (none) 00 (none)<br />

n+0<br />

n+1<br />

n+2<br />

n+3<br />

n+4<br />

MSB<br />

LSB<br />

80 (model) Type<br />

Memory number (address) low order<br />

Memory number (address) high order<br />

00 (none) Bit designation<br />

00 (none) 00 (none)<br />

Data protection in the event of a power failure<br />

If a power failure occurs during data writing to $L or $LD, the data that has been written<br />

prior to the current data writing will be protected.<br />

If a power failure occurs during text writing or multiple words writing by a macro<br />

command such as [BMOV], the data will not be protected. (For $L, however, the first one<br />

word of the data being written before power failure will be protected. For $LD, the first<br />

two words of the data will be protected.)<br />

* Use $LD to access 2-word data. Whether or not data has been written normally can be<br />

checked at the system memory addresses $s721 to $s726.<br />

System memory ($s)<br />

The following system memory addresses ($s) are related to the nonvolatile memory<br />

(word/double word).<br />

Address(s) Contents Memory type<br />

721<br />

722<br />

723<br />

724<br />

725<br />

726<br />

Result of the final writing to $L address<br />

[0]: Normal [1]: Abnormal<br />

$L address to which data was written finally<br />

723 if $s721 indicates [1]: Abnormal at power-on.<br />

Result of the final writing to $LD address<br />

[0]: Normal [1]: Abnormal<br />

$LD address to which data was written finally<br />

726 if $s724 indicates [1]: Abnormal at power-on.<br />

<strong>ZM</strong><br />

(Data to be written<br />

from <strong>ZM</strong>)

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