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| This page deals with the options concerning:
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New Size Tolerances Creation
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Propose the last created tolerance values
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Defines whether the last tolerance type and values defined in a command
should be proposed as default for the next command in
the Limit of Size Definition dialog box
available via Tolerancing Advisor. |
By default, this option is not selected. |
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Angular Size
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| Defines the angular size options: |
Default upper tolerance value
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| Defines the default upper tolerance value for angular size. |
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By default, the upper tolerance is 0.1deg. |
Symmetric lower limit
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| Defines whether the default lower tolerance value is
symmetric in relation to the default upper tolerance value. |
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By default, this option is selected. |
Default lower tolerance value
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| Defines the default lower tolerance value for angular size,
enable when Symmetric
lower limit is not selected. |
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By default, the lower tolerance is -0.1deg. |
Numerical value increment
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| Defines the increment for angular size numerical value. |
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By default, the increment is 0.1deg. |
General tolerance class
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Defines the general tolerance class for angular size,
according to the standard of annotation set.
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- If the standard of annotation set is ASME or ANSI, then ASME general
tolerance class value will be considered, else ISO tolerance class value
will be considered.
- Based on the selected conventional
standard, customized tolerances (ISO, ANSI-ASME, or JIS) appear
in the General Tolerance list in the Limit of
Size Definition dialog box.
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By default, the general tolerance class for ISO is ISO 2768 - f. |
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By default, the general tolerance class for ASME is ANSI B4.3-1978-f. |
Chamfer Size
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Defines the chamfer tolerance options: |
Default upper tolerance value
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Defines the default upper tolerance value for chamfer size. |
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By default, the upper tolerance is 0.1 mm. |
Symmetric lower limit
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Defines whether the default lower tolerance value is symmetric in
relation to the default upper tolerance value. |
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By default, this option is selected. |
Default lower tolerance value
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| Defines the default lower tolerance value for
chamfer size, and is
enabled when
Symmetric
lower limit is not selected. |
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By default, the lower tolerance is -0.1 mm. |
Numerical value increment
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| Defines the increment for chamfer size numerical
value. |
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By default, the increment is 0.1 mm. |
General tolerance class
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Defines the general tolerance class for chamfer
size, according to the standard of annotation set.
Note: If the standard of annotation set is ASME or ANSI, then ASME general
tolerance class value will be considered, else ISO tolerance class value
will be considered. |
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By default, the general tolerance class for ISO is ISO 2768 - f. |
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By default, the general tolerance class for ASME is ANSI
B4.3-1978-f. |
Linear Size
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| Defines the linear size options: |
Default upper tolerance value
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| Defines the default upper tolerance value for linear size. |
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By default, the upper tolerance is 0.1mm. |
Symmetric lower limit
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| Defines whether the default lower tolerance value is
symmetric in relation to the default upper tolerance value. |
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By default, this option is selected. |
Default lower tolerance value
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| Defines the default lower tolerance value for linear size,
enable when Symmetric
lower limit is not selected. |
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By default, the lower tolerance is -0.1mm. |
Numerical value increment
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| Defines the increment for linear size numerical value. |
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By default, the increment is 0.01mm. |
Default tabulated value
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| Defines the default tabulated for linear size.
While creating dimensions, upper case
and lower case letters of tabulated values appear based on the selected
element, hole or shaft. |
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By default, the tabulated value is H7. |
General tolerance class
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Defines the general tolerance class for linear size,
according to the standard of annotation set.
Note: If the standard of annotation set is ASME or ANSI, then ASME general
tolerance class value will be considered, else ISO tolerance class value
will be considered. |
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By default, the general tolerance class for ISO is ISO 2768 - f. |
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By default, the general tolerance class for ASME is ANSI B4.3-1978-f. |
Geometrical Tolerance, Datum
Target and Datum System
Defines the default numerical values for geometrical tolerance and datum
target.
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Description
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| Lets you specify the description of the numeric display.
Based on the unit specified in the Description list, the values are
displayed for datum targets and semantic geometrical tolerances. |
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By default, NUM.DIMM is selected. |
Display
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| Lets you specify the number of units in which the values
needs to be displayed. |
For example, if you select FEET-INC
in the Description list, based on the number of units selected in the
Display list, the numerical values will appear as below:
- 1 factor: Numerical values will
be displayed in feet only.
- 2 factor: Numerical values will be displayed in
feet and inch.
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Precision
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| Defines the geometrical tolerance and datum target precisions after the
numerical separator. |
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By default, the precision is 0.01. |
Separator
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| Defines the geometrical tolerance and datum target symbols used as numerical
separator. |
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By default, the separator is a dot ".". |
Default numerical value
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| Defines the default numerical for geometrical tolerance. |
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By default, the numerical value is 0.1mm. |
Numerical value increment
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| Defines the increment for the geometrical tolerance and
datum target
numerical values. |
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By default, the numerical increment value is 0.01mm. |
Display trailing zeros
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| Defines whether "0"s complete the number of digit displayed
after the separator, according to the precision. |
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By default, this option is not selected. |
Display leading zero
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| Defines whether the "0" before the numerical separator,
when value is less than 1, is displayed. |
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By default, this option is selected. |
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