Release Notes for TRICAD MS 2015.0 for MicroStation V8i

Transcription

Daimler AG
Release Notes for TRICAD MS 2015.0
Introduction
Cover sheet
1. Introduction
1.1 Cover sheet
for MicroStation V8i
Release November 2015
Status:
Author:
Status 30/11/2015
30/11/2015
Venturis GmbH
Page 1 of 77 pages
Daimler AG
Introduction
Table of Contents
1.2 Table of Contents
1. Introduction................................................................................................................ 1
1.1
1.2
Cover sheet.............................................................................................................................. 1
Table of Contents ................................................................................................................... 2
2 Software Functionalities/Bugfixing TRICAD MS TGA Modules ........................ 4
2.1
2.1.1
2.1.2
2.1.3
2.1.4
2.1.5
2.1.6
2.1.7
2.1.8
2.1.9
2.1.10
2.1.11
2.1.12
2.2
2.2.1
2.2.2
2.2.3
2.2.4
2.2.5
2.2.6
2.3
2.3.1
2.3.2
2.3.3
2.3.4
2.3.5
2.3.6
2.3.7
2.3.8
2.4
2.4.1
2.4.2
2.4.3
2.4.4
2.4.5
2.5
2.5.1
2.5.2
2.6
2.6.1
2.6.2
2.7
2.7.1
2.7.2
2.7.3
2.7.4
2.7.5
2.7.6
2.7.7
General .................................................................................................................................... 4
Adopt connection values................................................................................................................... 4
Placing couplings .............................................................................................................................. 4
Parametric dummy valve .................................................................................................................. 5
Elbow material supplements ............................................................................................................. 6
Tyco material designations ............................................................................................................... 8
3D General: Insulation labelling ....................................................................................................... 9
Labelling tool variable height at storey .......................................................................................... 10
Write coordinates ............................................................................................................................ 11
Annotation scaling in all 3D modules............................................................................................. 12
Change/extend texts in cell ............................................................................................................. 14
Read out user data masks ................................................................................................................ 15
Arguments for report ...................................................................................................................... 16
TRICAD MS 3D Heating .................................................................................................... 18
Piping network calculation with SOLAR Computer ...................................................................... 18
Entries counter ................................................................................................................................ 19
Change + rotate radiator valves ...................................................................................................... 19
Differential pressure gauge ............................................................................................................. 20
Industrial thermometers, vertical/90° angle .................................................................................... 21
Puddle flanges ................................................................................................................................. 22
TRICAD MS 3D Ventilation:.............................................................................................. 23
Segmented bend / flange representation ......................................................................................... 23
Air type combo box now also with designation.............................................................................. 24
Insert offset in the plan view........................................................................................................... 25
Connecting ducts with rivet plate and T-piece ............................................................................... 26
New features in 3D Ventilation Positioning ................................................................................... 28
Free placing of components: ........................................................................................................... 28
Connecting two ducts: .................................................................................................................... 30
End for parametrics can now be defined: ....................................................................................... 31
TRICAD MS 3D Plumbing ................................................................................................. 32
Drinking water calculation with SOLAR computer ....................................................................... 32
Surface drains ................................................................................................................................. 33
Kitchen sinks .................................................................................................................................. 34
Continuous flow water heater ......................................................................................................... 35
SupraLine glass piping special components ................................................................................... 36
TRICAD MS 3D Sprinkler.................................................................................................. 37
Sprinkler replacement suspended -> standing ................................................................................ 37
SpriCALC: Actual effective area .................................................................................................... 38
TRICAD MS TGA schematic ............................................................................................. 39
Exchange cells ................................................................................................................................ 39
Schematic symbols adapted ............................................................................................................ 40
TRICAD MS 3D Electrical.................................................................................................. 42
Busbars KTA3200 busbar distributor ............................................................................................. 42
Busbars KTA3200 angled boxes .................................................................................................... 43
KTB0324FA end cover................................................................................................................... 43
Busbars KTB fastenings ................................................................................................................. 44
Move new switch strand ................................................................................................................. 44
TRAFO removal direction .............................................................................................................. 45
Lamp spacing in strip lighting ........................................................................................................ 46
3 Software functionalities/bugfixing TRICAD MS Factory Planning modules ... 47
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3.1
Introduction
Table of Contents
TRICAD MS equipment layout .......................................................................................... 47
3.1.1
3.1.2
3.1.3
3.1.4
3.1.5
3.1.6
3.1.7
3.1.8
3.1.9
3.1.10
3.1.11
3.1.12
3.1.13
3.1.14
3.1.15
3.1.16
3.1.17
Axial grid with mesh dimensions ................................................................................................... 47
Automatic start of the paint layout ................................................................................................. 49
Read in XML data sets again .......................................................................................................... 50
Entry of commas in decimal fields ................................................................................................. 50
Integrate pumps and vessels additionally into Media toolbox ........................................................ 50
Error in "Modify work platform" function rectified ....................................................................... 50
Error in "Store robot" function rectified ......................................................................................... 51
Bumper extension to Car Configurator ........................................................................................... 52
Area designation function extension............................................................................................... 54
Edge markings extension ................................................................................................................ 55
Separating by fence, partition wall ................................................................................................. 56
Connect two fences, partition walls using corner ........................................................................... 57
Connecting two fences, partition walls using additional element ................................................... 58
Lengthen or shorten fence, partition wall ....................................................................................... 59
Place, change, define system walls ................................................................................................. 60
Place, change, define mobile walls ................................................................................................. 62
Additional manipulators ................................................................................................................. 63
3.1.17.1
3.1.17.2
3.1.17.3
3.1.17.4
3.1.17.5
3.1.17.6
3.1.17.7
3.2
3.2.1
Manipulators for crane rails ...................................................................................................................... 63
Manipulator for trolleys ............................................................................................................................ 64
Manipulator and tool ................................................................................................................................. 65
Support column manipulators ................................................................................................................... 65
Cantilever arm manipulators ..................................................................................................................... 66
Wall-bracket manipulators ........................................................................................................................ 67
Ceiling column manipulators .................................................................................................................... 69
TRICAD MS stage module.................................................................................................. 70
Definition of wind bracings ............................................................................................................ 70
4 Changes in DAIMLER_ENV TGA modules ........................................................ 72
4.1
4.1.1
4.2
4.2.1
TRICAD MS TGA General ................................................................................................ 72
New levels for interference contours and general equipment ......................................................... 72
TRICAD MS Electrical ....................................................................................................... 73
New lights in the cell selector ......................................................................................................... 73
5 Changes to DAIMLER_ENV factory planning modules..................................... 74
5.1
5.1.1
5.1.2
5.1.3
5.1.4
5.1.5
5.2
5.2.1
TRICAD MS Module Layout.............................................................................................. 74
Cell selector extended ..................................................................................................................... 74
New function Manipulators/Handling devices integrated .............................................................. 74
New system walls and mobile walls function integrated ................................................................ 74
New function Parametric pumps integrated .................................................................................... 74
New function Parametric vessels integrated ................................................................................... 75
TRICAD MS stage ............................................................................................................... 76
New function for wind braces integrated ........................................................................................ 76
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Software Functionalities/Bugfixing TRICAD MS TGA Modules
General
2 Software Functionalities/Bugfixing TRICAD MS TGA Modules
2.1 General
2.1.1 Adopt connection values
New tick in the settings window –
Do not query connection values when connecting – always accept without query
2.1.2 Placing couplings
Set flange/gaskets/couplings – mask has been extended by type selection
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General
2.1.3 Parametric dummy valve
New parametric dummy valve in the cell selector:
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General
2.1.4 Elbow material supplements
Elbows for 90° and 45° with radius 500 have been added in DIN1127 stainless steel:
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General
Elbows with radius 340 degrees for 1/8” and 1/ 4” have been added in DIN 10225 galvanised material
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General
2.1.5 Tyco material designations
The moulded parts elbows, T-pieces and reducers have been added to the material selection in line with
data sheet TFP1815.
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General
Additions to the T-pieces:
Adjustment of the dimensions in the reducers:
2.1.6 3D General: Insulation labelling
Insulation properties can also be labelled:
With the argument ${ISOL_BEZ}, the entire designation is used.
With the arguments ${ISOL_BEZ1},${ISOL_BEZ2}, the labelling is used according to the subdivision.
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General
2.1.7 Labelling tool variable height at storey
Height: Top edge, Bottom edge
The height labelling for ducts, trays, pipes is produced via the following variables.
Absolute at 0.0:
${OKK}
${UKK}
${MA}
Top edge absolute at 0.0
Lower edge absolute at 0.0
Axis absolute at 0.0
referred to storey:
${OKK_STK_D}
${UKK_STK_D}
${MA_STK_D}
Top edge of storey, distance from ceiling
Lower edge of storey, distance from ceiling
Axis of storey, distance from ceiling
${OKK_STK_B}
${UKK_STK_D}
${MA_STK_B}
Top edge of storey, distance from floor
Lower edge of storey, distance from floor
Axis on storey, distance from floor
The storey is read from the object.
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General
2.1.8 Write coordinates
${P2}, ${P2:0}, ${P2:0:mm}
${P2.X}, ${P2.X:0}, ${P2.X:0:mm}
Example:
${P2.X:3:m}
P2 ... P2 of element. (P, P2...) This would be the connection coordinate in the case of a nozzle.
If only P2 stands there, X,Y,Z is set as label. 12.3,3.1,123.4
P2.X --> If X, Y, Z are present, the X, Y, or Z coordinate will be written.
:3 ... Number of places after the decimal point, 0, 1, 2, 3... 12, 12.3, 12.34, 12.345
:m ... Coordinate in metres. (m, cm, mm)
mm with 0 places after the point
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General
2.1.9 Annotation scaling in all 3D modules
The
is supported for labelling in all 3D modules!
Procedure:
Create sheet model with “Annotation scaling” …
If labelling or dimensioning is now done, the TRICAD-MS texts adjust according to the factor – so 2.5 times greater in this
case
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General
Example for switch is Switched off!
Example for switch is Switched on!
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General
2.1.10 Change/extend texts in cell
Display all text numbers – the numbers of all texts in the cell are shown
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General
2.1.11 Read out user data masks
The user data masks are read out again also with MODUL_SKEY and MODUL_SKEYF:
IMPORTANT: Always with MODULE!
In the example, the valve in the “HEAT” module has the following KEYS:
Firstly, the MODUL_SKEY is searched for:
M_addTo_HEAT_VGFL
If MODUL_SKEY is not found, a search is made for MODUL_SKEYF:
M_addTo_HEAT_VALVE
and further search made using data masks + KBZ..... as before.
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General
2.1.12 Arguments for report
With the MEDK argument in the report, the short designation (KBZ) of the medium is read out and
written into the report.
Select argument or enter by hand and define column header with Name.
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General
Possible selection list:
In this example, the full and short medium designations are issued in the report.
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TRICAD MS 3D Heating
2.2 TRICAD MS 3D Heating
2.2.1 Piping network calculation with SOLAR Computer
A complete nom. diameter, pressure loss calculation and valve design can be carried out for TRICAD-MS
3D heating pipe networks. The established calculation program SOLAR-COMPUTER heating pipe
network from SOLAR-COMPUTER GmbH is used for the core calculation.
Short description:
A 3D TRICAD-MS heating pipe network consisting of pipes, pumps, valves, radiators, reducers, elbows
is compiled, beginning with the start pipe. Many default values for pipes, valves, radiators, pumps and
components can be automatically taken as a basis. All designations for valves, pipe material, calculation
strategies and other items are so defined that the SOLAR-COMPUTER heating pipe network calculation
can directly process these values. In the SOLAR-COMPUTER heating pipe network calculation, all
transferred values can certainly be modified, but all necessary values are always transferred so that the
network read in can be directly calculated.
Two calculation modes are possible: sizing and recalculation. In the sizing mode, TRICAD-MS does not
transfer nom. diameters to SOLAR-COMPUTER heating pipe network calculation so that an optimum
network is calculated whose nom. diameters and insulation thicknesses can be subsequently displayed in
TRICAD-MS and can be adopted as an option. In the recalculation mode, pressure losses, flow velocities,
heat losses, etc. are calculated, displayed in TRICAD-MS and can be taken over into the data masks.
The results of the calculation can be displayed and adopted into the data masks. A calculation log is
issued by the SOLAR-COMPUTER heating pipe network calculation in a form that is acceptable to the
authorities.
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2.2.2 Entries counter
The entries for all counters have been re-sorted in the cell selector.
2.2.3 Change + rotate radiator valves
The “Change radiators” function has been extended by the following functions
Change + rotate valves
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2.2.4 Differential pressure gauge
A differential pressure gauge with DN8 connections is included in the range of measurement valves.
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2.2.5 Industrial thermometers, vertical/90° angle
Industrial thermometers from the SUKU company were added to the measurement valves:
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2.2.6 Puddle flanges
Puddle flanges from Frank GmbH have been included as construction elements.
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TRICAD MS 3D Ventilation:
2.3 TRICAD MS 3D Ventilation:
2.3.1 Segmented bend / flange representation
Correction of the representation of flanges on a segmented bend.
Old:
NEW:
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2.3.2 Air type combo box now also with designation
In the settings, the selection according to air type is supplemented by the designations.
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2.3.3 Insert offset in the plan view
In the top / plan view, mostly set as layout, the Insert Offset function can be applied.
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2.3.4 Connecting ducts with rivet plate and T-piece
Procedure:
1. Click pipe/duct. That is ALWAYS the object to be connected!
2. Click continuous duct, pipe.
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The two ducts, pipe-duct, pipe-pipe are connected.
The following objects can also be connected using this function.
Pipe to pipe
Pipe to duct
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2.3.5 New features in 3D Ventilation Positioning
Without stop in separators and branches
2.3.6 Free placing of components:
The CLW value has been entered in the cell selector of the components. This means that the window for entering the
height is displayed during the placement.
The reference edge in the component window can now be selected, e.g. duct top edge.
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When freely placing, i.e. not connected to the duct, the component is therefore correctly placed –
60mm below the ceiling in the example.
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2.3.7 Connecting two ducts:
New query as to whether the lengths of the duct are not to be changed. Set an elbow at the beginning/end!
OK: The lengths of the ducts are not changed.
NO: End of duct is corner of elbow (as before). Ducts are therefore shortened.
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2.3.8 End for parametrics can now be defined:
Prompt “Define end”
“Define end”
The elements are queried step-by-step.
Element is end: The strand is parametrised up to this element.
Further:
The next element is displayed.
Cancel:
No parametrics!
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TRICAD MS 3D Plumbing
2.4 TRICAD MS 3D Plumbing
2.4.1 Drinking water calculation with SOLAR computer
Left:
MicroStation
Right: SOLAR-COMPUTER drinking water network calculation
A complete nom. diameter, pressure loss calculation can be carried out for TRICAD-MS 3D drinking
water pipe networks. The established program SOLAR-COMPUTER drinking water calculation from SOLARCOMPUTER GmbH is used for this.
A TRICAD-MS 3D drinking water piping network consisting of pipes, elbows, reducers, valves and
consumers (single and mixed consumers) is compiled, beginning with the start pipe (= house water
connection point). The data read in can be subsequently transferred to an ASCII file that is imported from
the SOLAR-COMPUTER drinking water calculation and then calculated. If no nom. diameters have been
exported from the CAD model to the SOLAR-COMPUTER drinking water calculation, SOLARCOMPUTER drinking water program calculates the optimum nom. diameters and transfers these in an
ASCII file to TRICAD-MS. TRICAD-MS can now mark all elements with too large or too small nom.
diameters. The calculated nom. diameters are (as also in the TRICAD-MS heating pipe network
calculation) adopted into the data mask.
A calculation log from the SOLAR-COMPUTER drinking water calculation program issued in a form
acceptable to the authorities
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2.4.2 Surface drains
The selection of surface drains has been extended.
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2.4.3 Kitchen sinks
In the selection of sanitary objects, kitchen sinks with one and two basins have been included.
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2.4.4 Continuous flow water heater
Continuous flow water heaters have been included in the selection for water heaters.
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2.4.5 SupraLine glass piping special components
Special components in the SupraLine which uses borosilicate glass 3.3 have been added to the existing
QVF® piping.
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TRICAD MS 3D Sprinkler
2.5 TRICAD MS 3D Sprinkler
2.5.1 Sprinkler replacement suspended -> standing
Setting sprinklers from standing to suspended via the function “Exchange cell” –
Set tick at new variant “Retain cell position e.g. sprinkler”.
Change sprinkler from standing to suspended.
Switch MUST be on.
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TRICAD MS 3D Sprinkler
2.5.2 SpriCALC: Actual effective area
The IDAT sprinkler calculation has been extended so that area defined by a fence (in which the switchedon sprinklers are located) is now transferred to IDAT as the actual effective area. Here an example:
OLD:
NEW:
It can be seen that IDAT has naturally changed the calculated minimum water flow produced. The product of effective area
and minimum water flow remains the same.
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TRICAD MS TGA schematic
2.6 TRICAD MS TGA schematic
2.6.1 Exchange cells
The “Exchange cells” function is now also available in the TGA schematic.
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2.6.2 Schematic symbols adapted
The schematic symbols for smoke and fire dampers as well as overflow dampers have been adapted in
the ventilation schematic:
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The symbols for components in the 3D Ventilation module have also been supplemented:
Butterfly valve and pressure reducer have been added for the Heating schematic.
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TRICAD MS 3D Electrical
2.7 TRICAD MS 3D Electrical
2.7.1 Busbars KTA3200 busbar distributor
The elements are located in “Placing busbars”:
 KTA3200EH740 busbar distributor 4000 mm with 3 branch points KH

KTA3200EH720 busbar distributor 2000 mm with 3 branch points KH

KTA3200TP710SP element for converting outer conductor (busbar distributor for changing the phase)

KTA3200TN710SP element for converting neutral conductor TN (busbar distributor for changing the N phase)
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2.7.2 Busbars KTA3200 angled boxes

KTA3200LP7C1 angled box, flat

KTA3200LP7C2 angled box, flat

KTA3200LP7B2 angled box, flat

KTA3200LC7SP angled box, upright
2.7.3 KTB0324FA end cover
This element is located in "Place end flange”
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2.7.4 Busbars KTB fastenings

KTB0000ZA1 fixing, horizontal

KTB0404ZA4 fixing bracket, horizontal

KTB0324ZA5 fixing, vertical

KT040A9 fire protection block
These elements are located in “Placing accessories”
Procedure: click the busbar -> the element can then be moved along the busbar
2.7.5 Move new switch strand
A tray (open) containing 2 inner, closed trays is to be moved. The "Move objects" function is used for
this.
If this switch is on, only one strand is moved…
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2.7.6 TRAFO removal direction
The removal direction of the TRAFO component has been extended by a query on direction. It can either
be removed forwards or sideways.
Sideways:
Forwards:
Complete isometric:
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2.7.7 Lamp spacing in strip lighting
The spacing between lamps in [mm] can be defined in the Strip lighting function.
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Software functionalities/bugfixing TRICAD MS Factory Planning modules
TRICAD MS equipment layout
3 Software functionalities/bugfixing TRICAD MS Factory
Planning modules
3.1 TRICAD MS equipment layout
3.1.1 Axial grid with mesh dimensions
Axial grids can also receive, in addition to the XY representation, vertically arranged axial designations, dimensions and
dimensioning lines at the edges. This means that the grids are also visible in printouts of side, front and rear elevations.
If, for example, only the beginning of the longitudinal axis is labelled, only a vertical label is shown at the beginning of the
longitudinal axis. If all 4 axial grid sides are labelled, vertical labels can also be set up at all 4 sides.
If all vertical additional labels are to be created, this must be set in the axial grid definition dialogue or in the data mask.
Each vertical additional label can be shown as a mirrored version. The labels and dimension texts can therefore be read from
the left or right depending on the set view. Example:
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Mirroring of texts and dimensions:
The label shown at the side, separation lines and dimension representation are filled in at 2 levels: Axial grid X-axes side view
and axial grid Y-axes front/rear views:
These levels are laid down in the axial grid definition:
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3.1.2 Automatic start of the paint layout
If a customer only has one TRILACK licence (and no DCLT equipment layout licence ),
the paint layout program will
be started.
If all DCLT licences are in use, the paint layout is not to be started automatically if the customer wishes to continue working
with the equipment layout.
The software decides in this case, on the basis of the program environment used, whether the paint layout program is to be
opened:
“Is a paint environment set in the Projekt Settings.xml (Application = PAINT) ? ”
 Yes: the paint layout will be started
 No: an error message appears “no licence available”
Settings.xml
Message on missing licence
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3.1.3 Read in XML data sets again
If the parameters of XML objects were changed before the placing, these altered data are maintained till the end of the layout
program. To ensure that all original XML object data are reset, the option “Read in the XML data set again” in the object
definition dialogue is clicked. The program then reads again the XML file of the particular object type, e.g. all robot
definitions.
3.1.4 Entry of commas in decimal fields
If commas instead of decimal points are entered, the program automatically corrects the input and sets the text field cursor after
the last character (MicroStation standard behaviour when updating text fields)
3.1.5 Integrate pumps and vessels additionally into Media toolbox
The Electrical, Media toolbox has been expanded by 2 new buttons from the paint layout,
3.1.6 Error in "Modify work platform" function rectified
If work platforms that deviate in size from the standard have been changed, the currently used left/right width is ignored and
the standard widths used.  Error rectified
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3.1.7 Error in "Store robot" function rectified
Various tools and bases are entered in the robot data sets of the Roboter.xml file. This allows special tools / bases to be set for
the selected robots.
If the user has stored his own robots, the tool/base selection assigned to the robot is not available.
The robot XML file has now been extended by 2 additional folders in which standard tools and standard bases can be entered.
These standard add-on parts are transferred when storing user-robots in the user XML file.
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3.1.8 Bumper extension to Car Configurator
Bumper has been added as a new add-on element type.
Bumpers found are listed in the “Vehicle add-on elements” definition dialogue:
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Extension to all data masks
Example: Bumper, shown in red
Example: Bodywork without bumper (bodywork still has to be reworked)
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3.1.9 Area designation function extension
The label texts can be set once the area designations have been placed,. Area designation and associated labelling text are
entered into a graphics group.
Definition of preset texts and text parameters
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3.1.10 Edge markings extension
The label texts can be set once the area designations have been placed:
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3.1.11 Separating by fence, partition wall
The button
of the Fence, Partition-wall toolbox is used for splitting fences and partition walls. The
separation region can now be clicked at any points on this fence line.
After the clicking of the 2nd split point, the two clicked-on
fence segments are shortened and the fences/posts lying in
between are removed. End-posts are shown at the new ends.
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3.1.12 Connect two fences, partition walls using corner
The button
of the Fence, Partition-wall toolbox is used for connecting fences and partition walls.
Fence chains can be lengthened up to the common intersection point.
The fences to be joined are clicked one after the other and then connected together.
Defining the corner posts
The end post of the first fence to be clicked is used as corner post. In the case of centred fence posts, the
corner post is placed exactly at the calculated fence corner.
Examples:
before
after
before
after
Different fence and partition wall types can also be connected to each other.
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3.1.13 Connecting two fences, partition walls using additional element
The button
of the fence, partition-wall toolbox connects two fences, partition walls using an
additional element. Fence chains can be connected using an additional fence.
The program uses the first clicked fence as
standard for creating the connection fence.
The fences to be joined are clicked one after the
other and then connected together.
The data of the first fence to be clicked are used for
creating the connecting fence. The end posts of the
fences to be connected remain. The connecting fence has no end posts of its own. Example:
before
before:
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after
The green fence was clicked first
and is used as the connecting
fence.
after
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3.1.14 Lengthen or shorten fence, partition wall
The button
of the Fence, Partition-wall toolbox is used for lengthening or shortening fences and
partition walls.
All adjacent fences and posts of the same graphic group are read in by the program and regarded as
logical fence chain that is shortened or lengthened. The last fence element of the line is used as template
for the lengthening. Example:
The last element (single wall) is used as template for
new walls.
The last element and the associated built-in windows
are used as template for new walls.
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3.1.15 Place, change, define system walls
System walls are post/partition-wall combinations with floor rail.
The posts can be set up with supporting walls as an option.
Any built-in wall parts can be shown in system walls. A ceiling connection strip above the system walls will be shown as an
option.
A cabin floor and cabin ceiling can be created when the system wall border is closed.
Lengths of 0.25m to 3.00m with many different built-in features are placed at the height of 2.55m.
Extract from system wall module and data set from the combo boxes as selection:
After clicking the placement button
or
, the following options are available in the placement
dialogues:
Alignment of the system walls, creating ceiling connection strip and floor rails, show the posts at the beginning
and end of the system wall, show supporting walls, showing floor and ceiling panels, additional functions
with "System wall individual placement"
Example of supporting walls
and floor rail:
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3.1.16 Place, change, define mobile walls
Mobile walls are combinations of building walls and associated built-in parts (windows, doors, etc.).
Mobile walls have a predefined length and can be simply placed in a line.
Ceiling rails and floor rails, and hangers and floor storage are not displayed.
Selection of mobile wall module and data set from the combo boxes:
When placing freely between the corner points, the mobile walls are placed directly together in sequence.
The last wall is possibly shortened to achieve the exact overall length.
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3.1.17 Additional manipulators
3.1.17.1 Manipulators for crane rails
The
button of the crane rail toolbox
Manipulators can be attached to individual crane rails as well as to single-girder and double-girder crane
rails. These are put together from trolley, manipulator and holder/tool.
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3.1.17.2 Manipulator for trolleys
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3.1.17.3 Manipulator and tool
3.1.17.4 Support column manipulators
After clicking the "Place manipulator" button
manipulator parameters.
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a dialogue field opens showing a variety of
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3.1.17.5 Cantilever arm manipulators
manipulator parameters:
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The cantilever arm manipulator data mask contains the cantilever arm length, O, as additional parameter.
3.1.17.6 Wall-bracket manipulators
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The wall-bracket manipulator data mask contains the cantilever arm length, O, as additional parameter.
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3.1.17.7 Ceiling column manipulators
The ceiling column manipulator data mask contains the column length, O, as additional parameter.
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TRICAD MS stage module
3.2 TRICAD MS stage module
3.2.1 Definition of wind bracings
Wind bracing profile
Wind bracings are bracings for truss girders that absorb and transfer horizontal wind forces.
The stage module creates steel girders for surrounds, floor profiles, supports, balustrades, stairs etc. There are no specific entry
dialogues or properties for these objects.
Standard steel girders and wind bracing steel girders are produced using the same functions. There are however different
graphic properties (3D level, 3D colour, 3D line values) and different data mask location entries. All change, new structure,
and SDNF export functions differentiate between steel girders and wind braces.
1. File env\db\bm\bm_settings.cfg
Extension of all property sets concerning wind braces: (level, colour, line values, visibility)
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TRICAD MS stage module
2. File env\db\bm\bmSDNFconfig.xml
insert in all export nodes  Attribute “Windbrace 1”
(= Export of wind brace profiles to the SDNF file)
3. File tribm.cfg
new optional control entries available “>UPDATEVIEW 1” and “>NOUPDATEVIEW 0”
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Changes in DAIMLER_ENV TGA modules
TRICAD MS TGA General
4 Changes in DAIMLER_ENV TGA modules
4.1 TRICAD MS TGA General
4.1.1 New levels for interference contours and general equipment
New levels have been created for the placing of 3D interference spaces and various 3D equipment items in all TGA trades:
Example from the CAD guidelines:
The levels are to be kept neutral. The exact occupancy is to be discussed in the projects.
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Changes in DAIMLER_ENV TGA modules
TRICAD MS Electrical
4.2 TRICAD MS Electrical
4.2.1 New lights in the cell selector

New strip-lighting lamp SITECO_DUS_5LJ14531R_asymmetric S40
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Changes to DAIMLER_ENV factory planning modules
TRICAD MS Module Layout
5 Changes to DAIMLER_ENV factory planning modules
5.1 TRICAD MS Module Layout
5.1.1 Cell selector extended
The cell selector has been extended in some areas. Please set the filter “Release 11/2015" in the cell selector for further details.
5.1.2 New function Manipulators/Handling devices integrated
The new functions for placing manipulators and handling devices have been adopted in the Daimler settings files of TRICAD
MS Layout.
The
button of the crane rail toolbox
5.1.3 New system walls and mobile walls function integrated
The new functions for placing system walls and mobile walls have been adopted in the Daimler settings files of TRICAD MS
Layout.
5.1.4 New function Parametric pumps integrated
The new function for placing parametric pumps has been adopted in the Daimler settings files of TRICAD MS Layout.
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TRICAD MS Module Layout
5.1.5 New function Parametric vessels integrated
The new function for placing parametric vessels has been adopted in the Daimler settings files of TRICAD MS Layout.
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TRICAD MS stage
5.2 TRICAD MS stage
5.2.1 New function for wind braces integrated
The new function for placing wind braces vessels has been adopted in the Daimler settings files of TRICAD MS stage module.
Any steel girder can now be defined as a wind brace:
A new level for the wind braces has been created:
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TRICAD MS stage
The settings files and the CAD guidelines have been appropriately extended:
The wind braces have also been taken into account in the SDNF data exchange:
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Release Notes for TRICAD MS 2015.0 for MicroStation V8i

Transcription

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