5.- SOFTWARE DESCRIPTION
- 36 -
With the data input in the template, the program will generate a directory with the
following structure:
C:\SAGEN_WIN\Ensayos\TTTFFFFFNNNN....\
where:
TTT
= Machine type.
Power transformer:
TRP
Distribution transformer:
TRD
Current transformer:
TRI
Voltage transformer:
TRV
FFFFF
= Manufacturer‟s code.
The first five letters of the manufacturer‟s name. If this name has
fewer than 5 letters, the rest will be filled in automatically with low
hyphens, until the five characters are completed: “ ”
“_”. If the
name input contains any of the characters in brackets (
.
/
\
*
¿
:
“
),
these will be replaced automatically by the characters shown below,
this occurring only when files are created in the PC, and not as regards
what the operator sees:
.
¬
(Alt Gr + 6)
/
ß
(Alt + 225)
\
µ
(Alt + 230)
*
þ
(Alt + 231)
?
|
(Alt + 221)
:
¶
(Alt + 244)
“
§
(Alt +21)
NNN...
= Manufacturing No
Identifier of transformer
For example, the tests performed on voltage transformer 123456 of the manufacturer
“
Uniravis
” will be kept in the following sub-directory:
C:\SAGEN_WIN\Ensayos\TRVUNIRA123456\
and those performed on power transformer 654321 belonging to the company “
ARK
” in the
sub-directory:
Summary of Contents for UM2B
Page 2: ......
Page 67: ...5 SOFTWARE DESCRIPTION 65 Figure 5 46 a First page of the report Recovery Voltage ...
Page 68: ...5 SOFTWARE DESCRIPTION 66 Figure 5 47 a Second page of report Recovery Voltage ...
Page 69: ...5 SOFTWARE DESCRIPTION 67 Figure 5 48 Third page of report Recovery Voltage ...
Page 70: ...5 SOFTWARE DESCRIPTION 68 Figure 5 46 b First page of the report Insulation Resistance ...
Page 71: ...5 SOFTWARE DESCRIPTION 69 Figure 5 47 b Second page of the report Insulation Resistance ...
Page 87: ...8 TECHNICAL SUPPORT 85 Description of fault Materials returned on of of the year Table 8 1 ...
Page 95: ...APPENDIX B CONTROL SOFTWARE 93 APPENDIX A CE CONFORMITY DECLARATION ...