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Re: Type 80 query
Dear Jose,
please have a look about, whether the compiled routine (Type 80) has
been linked to the fortran-library. It looks like that this has not been done
yet. So the TRNSYS processor calls a dummy routine while parsing
your TRNSYS data deck.
Christian
SAP R/3 ABAP/4 Application-Developer
just preparing his certification for the IBM - Tivoli Storage Manager
----- Original Message -----
From: "Jose Hernandez" <jhernand@dmu.ac.uk>
To: <trnsys@relay.doit.wisc.edu>
Sent: Thursday, March 07, 2002 4:02 PM
Subject: Type 80 query
> Dear TRNSYS users,
>
> I am currently simulating an underfloor heating system and therefore using
> type 80 to calculate that convective heat transfer coefficients.
> However, I get the following error message in my .lst
>
> ***** ERROR ***** TRNSYS ERROR # 105
> TYPE 80 WAS CALLED IN THE TRNSYS INPUT FILE BUT NOT LINKED.
> A DUMMY TYPE SUBROUTINE WAS CALLED IN ITS PLACE. PLEASE LINK
> TYPE 80 BEFORE RUNNING THIS SIMULATION OR TURN OFF THE CHECK
> FOR UNLINKED SUBROUTINES OPTION IN THE CONFIGURATION FILE.
>
> I am using it just for the floor of one zone at the moment as you can see
> below. Type 80 receives the floor surface and the zone air temperatures from
> type 56 and pass the calculated convection coefficient to type 56. The
> coefficient is used as an input in PREBID to the user defined equivalent
> heat transfer coefficient of floor with the active layer. I don't know why
> the error message says it is not linked. Any suggestion on that? Do you know
> of any work done on floor heating with TRNSYS?
>
> Thank you very much in advance for your help,
>
> Jose Hernandez
>
> *---------------------------------------------------------------------------
> ---
> * Model "Floor heat conv coeff" (Type 80)
> *
>
> UNIT 11 TYPE 80 Floor heat conv coeff
> *$UNIT_NAME Floor heat conv coeff
> *$MODEL .\Physical Phenomena\Convection Coefficient Calculation\Horizontal
> Surface\Default Coefficients\Type80a.tmf
> *$POSITION 362 366
> *$LAYER Main
> *$# This routine calculates the convective heat transfer coefficient for up
> to 10 surfaces. The surfaces may be
> *$# either horizontal or vertical. Type80 is of particular use in
> conjunction with the radiant surface feature in
> *$# Type56 that allows users to define walls or floors that contain either
> hot or cold water pipes for radiant
> *$# heating or cooling. For more details on the radiant surface feature in
> Type56, refer to section 4.8.8 of this
> *$# manual. Multiple units of Type 80 may be used.
> PARAMETERS 2
> * 1 Surface Type
> * 2 Number of Surfaces
> 1.000E+00 1.000E+00
> INPUTS 8
> * type56: 1- (air temperature of zone) TAIR 1 ->Air temp. near floor
> * [unconnected] Air temp. near ceiling
> * type56: 31- (inside surface temperatu...) TSI 8 ->Floor temperature
> * [unconnected] Ceiling temperature
>
> * [unconnected] Air temp near floor surface i
> * [unconnected] Air temp. near ceiling surface i
> * [unconnected] Temp of floor surface i
> * [unconnected] Temp of ceiling surface i
> 12,01 CONST 12,31 CONST CONST
> CONST CONST CONST
> *** INITIAL INPUT VALUES
> 2.000E+01 2.000E+01 2.500E+01 2.500E+01 2.000E+01
> 2.000E+01 2.500E+01 2.500E+01
>
> *---------------------------------------------------------------------------
> ---
>
> **************************
> Jose Hernandez
> jhernand@dmu.ac.uk
> 0116 207 8711
> Research Ph.D. student
> IESD - De Montfort University
> Netherleys Building
> Scraptoft Campus, Scraptoft, Leicester LE7 9SU
> www.iesd.dmu.ac.uk
>