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compressor_series_diagram.pfd @ 865

Last change on this file since 865 was 865, checked in by gerson bicca, 14 years ago
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1	<?xml version="1.0"?>
2	<!-- VRTech xml file - http://www.vrtech.com.br -->
3	<Diagram version="1" revision="1">
4	<Physical_Properties>
5	<Component>propane</Component>
6	<Liquid_Model>PR</Liquid_Model>
7	<Vapour_Model>PR</Vapour_Model>
8	</Physical_Properties>
9	<Options>
10	<Dynamic>0</Dynamic>
11	<Time_Start></Time_Start>
12	<Time_Step>10</Time_Step>
13	<Time_End>100</Time_End>
14	<Time_Unit></Time_Unit>
15	<Sparse_Algebra>1</Sparse_Algebra>
16	<Integration_Index>0</Integration_Index>
17	<Integration_Text>original</Integration_Text>
18	<NLASolver_File_Index>0</NLASolver_File_Index>
19	<NLASolver_File_Text>sundials</NLASolver_File_Text>
20	<DAESolver_File_Index>0</DAESolver_File_Index>
21	<DAESolver_Relative_Accuracy>1e-3</DAESolver_Relative_Accuracy>
22	<DAESolver_Absolute_Accuracy>1e-6</DAESolver_Absolute_Accuracy>
23	<DAESolver_Evt_Accuracy>1e-2</DAESolver_Evt_Accuracy>
24	</Options>
25	<Width>2000</Width>
26	<Height>1000</Height>
27	<Grid_Spacing>20</Grid_Spacing>
28	<View>
29	<Zoom_Level>1</Zoom_Level>
30	<Show_Grid>0</Show_Grid>
31	<Snap_to_Grid>0</Snap_to_Grid>
32	<Width>1258</Width>
33	<Height>492</Height>
34	<X>0</X>
35	<Y>0</Y>
36	</View>
37	<View>
38	<Zoom_Level>1</Zoom_Level>
39	<Show_Grid>0</Show_Grid>
40	<Snap_to_Grid>0</Snap_to_Grid>
41	<Width>1258</Width>
42	<Height>0</Height>
43	<X>0</X>
44	<Y>0</Y>
45	</View>
46	<Block>
47	<Type>centrifugal_compressor</Type>
48	<Id_String>compressor_1</Id_String>
49	<Image_File_Name>/home/bicca/Documentos/repositorio/alsoc/biblioteca/branches/gui/eml/pressure_changers/icon/CentrifugalCompressor.png</Image_File_Name>
50	<X>184</X>
51	<Y>126</Y>
52	<Z>0</Z>
53	<Width>194</Width>
54	<Height>137</Height>
55	<Block_Properties>
56	<Model_File_Path>pressure_changers/compressor</Model_File_Path>
57	<Instance_Id>compressor_1</Instance_Id>
58	<Model_Name>centrifugal_compressor</Model_Name>
59	<T_Connection>0</T_Connection>
60	<Sub_Models>
61	<Block_Properties>
62	<Model_File_Path>pressure_changers/compressor</Model_File_Path>
63	<Instance_Id>Inlet</Instance_Id>
64	<Model_Name>Inlet</Model_Name>
65	<T_Connection>1</T_Connection>
66	<Base_Models>
67	<Block_Properties>
68	<Model_File_Path>streams</Model_File_Path>
69	<Instance_Id>Inlet</Instance_Id>
70	<Model_Name>stream</Model_Name>
71	<T_Connection>1</T_Connection>
72	<Parameters>
73	<Desc>NComp</Desc>
74	<Index>0</Index>
75	<Values>1</Values>
76	<Status>0</Status>
77	</Parameters>
78	<Variables>
79	<Desc>F</Desc>
80	<Index>0</Index>
81	<Values>10.0002</Values>
82	<Status>0</Status>
83	<Unit>kmol/h</Unit>
84	</Variables>
85	<Variables>
86	<Desc>T</Desc>
87	<Index>0</Index>
88	<Values>300</Values>
89	<Status>0</Status>
90	<Unit>K</Unit>
91	</Variables>
92	<Variables>
93	<Desc>P</Desc>
94	<Index>0</Index>
95	<Values>1</Values>
96	<Status>0</Status>
97	<Unit>atm</Unit>
98	</Variables>
99	<Variables>
100	<Desc>h</Desc>
101	<Index>0</Index>
102	<Values>500</Values>
103	<Status>0</Status>
104	<Unit>kJ/kmol</Unit>
105	</Variables>
106	<Variables>
107	<Desc>v</Desc>
108	<Index>0</Index>
109	<Values>0.50007</Values>
110	<Status>0</Status>
111	</Variables>
112	<Variables>
113	<Desc>z</Desc>
114	<Index>0</Index>
115	<Values>0.500071</Values>
116	<Status>0</Status>
117	</Variables>
118	</Block_Properties>
119	</Base_Models>
120	</Block_Properties>
121	</Sub_Models>
122	<Sub_Models>
123	<Block_Properties>
124	<Model_File_Path>pressure_changers/compressor</Model_File_Path>
125	<Instance_Id>Outlet</Instance_Id>
126	<Model_Name>Outlet</Model_Name>
127	<T_Connection>2</T_Connection>
128	<Base_Models>
129	<Block_Properties>
130	<Model_File_Path>streams</Model_File_Path>
131	<Instance_Id>Outlet</Instance_Id>
132	<Model_Name>streamPH</Model_Name>
133	<T_Connection>2</T_Connection>
134	<Base_Models>
135	<Block_Properties>
136	<Model_File_Path>streams</Model_File_Path>
137	<Instance_Id>Outlet</Instance_Id>
138	<Model_Name>stream</Model_Name>
139	<T_Connection>2</T_Connection>
140	<Parameters>
141	<Desc>NComp</Desc>
142	<Index>0</Index>
143	<Values>1</Values>
144	<Status>0</Status>
145	</Parameters>
146	<Variables>
147	<Desc>F</Desc>
148	<Index>0</Index>
149	<Values>10.0001</Values>
150	<Status>0</Status>
151	<Unit>kmol/h</Unit>
152	</Variables>
153	<Variables>
154	<Desc>T</Desc>
155	<Index>0</Index>
156	<Values>300</Values>
157	<Status>0</Status>
158	<Unit>K</Unit>
159	</Variables>
160	<Variables>
161	<Desc>P</Desc>
162	<Index>0</Index>
163	<Values>1</Values>
164	<Status>0</Status>
165	<Unit>atm</Unit>
166	</Variables>
167	<Variables>
168	<Desc>h</Desc>
169	<Index>0</Index>
170	<Values>500</Values>
171	<Status>0</Status>
172	<Unit>kJ/kmol</Unit>
173	</Variables>
174	<Variables>
175	<Desc>v</Desc>
176	<Index>0</Index>
177	<Values>0.500028</Values>
178	<Status>0</Status>
179	</Variables>
180	<Variables>
181	<Desc>z</Desc>
182	<Index>0</Index>
183	<Values>0.500029</Values>
184	<Status>0</Status>
185	</Variables>
186	</Block_Properties>
187	</Base_Models>
188	<Parameters>
189	<Desc>PP</Desc>
190	<Index>0</Index>
191	<Values>PP</Values>
192	<Status>0</Status>
193	</Parameters>
194	</Block_Properties>
195	</Base_Models>
196	</Block_Properties>
197	</Sub_Models>
198	<Parameters>
199	<Desc>PP</Desc>
200	<Index>0</Index>
201	<Values>PP</Values>
202	<Status>0</Status>
203	</Parameters>
204	<Parameters>
205	<Desc>NComp</Desc>
206	<Index>0</Index>
207	<Values>1</Values>
208	<Status>0</Status>
209	</Parameters>
210	<Parameters>
211	<Desc>CompressorOperation</Desc>
212	<Index>0</Index>
213	<Values>Isentropic</Values>
214	<Status>4</Status>
215	</Parameters>
216	<Parameters>
217	<Desc>Method</Desc>
218	<Index>0</Index>
219	<Values>GPSA Method</Values>
220	<Status>4</Status>
221	</Parameters>
222	<Variables>
223	<Desc>Pratio</Desc>
224	<Index>0</Index>
225	<Values>1</Values>
226	<Status>0</Status>
227	</Variables>
228	<Variables>
229	<Desc>Pdrop</Desc>
230	<Index>0</Index>
231	<Values>1.01325</Values>
232	<Status>0</Status>
233	<Unit>kPa</Unit>
234	</Variables>
235	<Variables>
236	<Desc>Pincrease</Desc>
237	<Index>0</Index>
238	<Values>300</Values>
239	<Status>1</Status>
240	<Unit>kPa</Unit>
241	</Variables>
242	<Variables>
243	<Desc>EfficiencyOperation</Desc>
244	<Index>0</Index>
245	<Values>0.75</Values>
246	<Status>1</Status>
247	</Variables>
248	<Variables>
249	<Desc>MechanicalEff</Desc>
250	<Index>0</Index>
251	<Values>0.8</Values>
252	<Status>1</Status>
253	</Variables>
254	<Variables>
255	<Desc>PowerLoss</Desc>
256	<Index>0</Index>
257	<Values>10</Values>
258	<Status>0</Status>
259	<Unit>kW</Unit>
260	</Variables>
261	<Variables>
262	<Desc>Head</Desc>
263	<Index>0</Index>
264	<Values>10000</Values>
265	<Status>0</Status>
266	<Unit>kJ/kg</Unit>
267	</Variables>
268	<Variables>
269	<Desc>HeadIsentropic</Desc>
270	<Index>0</Index>
271	<Values>10000</Values>
272	<Status>0</Status>
273	<Unit>kJ/kg</Unit>
274	</Variables>
275	<Variables>
276	<Desc>HeadPolytropic</Desc>
277	<Index>0</Index>
278	<Values>10000</Values>
279	<Status>0</Status>
280	<Unit>kJ/kg</Unit>
281	</Variables>
282	<Variables>
283	<Desc>HeadCorrection</Desc>
284	<Index>0</Index>
285	<Values>1.00001</Values>
286	<Status>0</Status>
287	</Variables>
288	<Variables>
289	<Desc>FluidPower</Desc>
290	<Index>0</Index>
291	<Values>10</Values>
292	<Status>0</Status>
293	<Unit>kW</Unit>
294	</Variables>
295	<Variables>
296	<Desc>BrakePower</Desc>
297	<Index>0</Index>
298	<Values>10</Values>
299	<Status>0</Status>
300	<Unit>kW</Unit>
301	</Variables>
302	<Variables>
303	<Desc>PolyCoeff</Desc>
304	<Index>0</Index>
305	<Values>1.00001</Values>
306	<Status>0</Status>
307	</Variables>
308	<Variables>
309	<Desc>IseCoeff</Desc>
310	<Index>0</Index>
311	<Values>1.00001</Values>
312	<Status>0</Status>
313	</Variables>
314	<Variables>
315	<Desc>PolytropicEff</Desc>
316	<Index>0</Index>
317	<Values>1.00001</Values>
318	<Status>0</Status>
319	</Variables>
320	<Variables>
321	<Desc>IsentropicEff</Desc>
322	<Index>0</Index>
323	<Values>1.00002</Values>
324	<Status>0</Status>
325	</Variables>
326	<Variables>
327	<Desc>Tisentropic</Desc>
328	<Index>0</Index>
329	<Values>300</Values>
330	<Status>0</Status>
331	<Unit>K</Unit>
332	</Variables>
333	<Variables>
334	<Desc>rho_in</Desc>
335	<Index>0</Index>
336	<Values>1000</Values>
337	<Status>0</Status>
338	<Unit>kg/m^3</Unit>
339	</Variables>
340	<Variables>
341	<Desc>rho_out</Desc>
342	<Index>0</Index>
343	<Values>1000</Values>
344	<Status>0</Status>
345	<Unit>kg/m^3</Unit>
346	</Variables>
347	<Variables>
348	<Desc>Zfac_in</Desc>
349	<Index>0</Index>
350	<Values>0.500022</Values>
351	<Status>0</Status>
352	</Variables>
353	<Variables>
354	<Desc>Zfac_out</Desc>
355	<Index>0</Index>
356	<Values>0.500023</Values>
357	<Status>0</Status>
358	</Variables>
359	<Variables>
360	<Desc>WorkIn</Desc>
361	<Index>0</Index>
362	<Values>10</Values>
363	<Status>0</Status>
364	<Unit>kW</Unit>
365	</Variables>
366	</Block_Properties>
367	</Block>
368	<Block>
369	<Type>work_source</Type>
370	<Id_String>work_inlet</Id_String>
371	<Image_File_Name>/home/bicca/Documentos/repositorio/alsoc/biblioteca/branches/gui/eml/icon/work_source.png</Image_File_Name>
372	<X>30</X>
373	<Y>136</Y>
374	<Z>0</Z>
375	<Width>68</Width>
376	<Height>32</Height>
377	<Block_Properties>
378	<Model_File_Path>streams</Model_File_Path>
379	<Instance_Id>work_inlet</Instance_Id>
380	<Model_Name>work_source</Model_Name>
381	<T_Connection>0</T_Connection>
382	<Variables>
383	<Desc>Work</Desc>
384	<Index>0</Index>
385	<Values>10</Values>
386	<Status>0</Status>
387	<Unit>kW</Unit>
388	</Variables>
389	</Block_Properties>
390	</Block>
391	<Block>
392	<Type>centrifugal_compressor</Type>
393	<Id_String>compressor_2</Id_String>
394	<Image_File_Name>/home/bicca/Documentos/repositorio/alsoc/biblioteca/branches/gui/eml/pressure_changers/icon/CentrifugalCompressor.png</Image_File_Name>
395	<X>540</X>
396	<Y>296</Y>
397	<Z>0</Z>
398	<Width>194</Width>
399	<Height>137</Height>
400	<Block_Properties>
401	<Model_File_Path>pressure_changers/compressor</Model_File_Path>
402	<Instance_Id>compressor_2</Instance_Id>
403	<Model_Name>centrifugal_compressor</Model_Name>
404	<T_Connection>0</T_Connection>
405	<Sub_Models>
406	<Block_Properties>
407	<Model_File_Path>pressure_changers/compressor</Model_File_Path>
408	<Instance_Id>Inlet</Instance_Id>
409	<Model_Name>Inlet</Model_Name>
410	<T_Connection>1</T_Connection>
411	<Base_Models>
412	<Block_Properties>
413	<Model_File_Path>streams</Model_File_Path>
414	<Instance_Id>Inlet</Instance_Id>
415	<Model_Name>stream</Model_Name>
416	<T_Connection>1</T_Connection>
417	<Parameters>
418	<Desc>NComp</Desc>
419	<Index>0</Index>
420	<Values>1</Values>
421	<Status>0</Status>
422	</Parameters>
423	<Variables>
424	<Desc>F</Desc>
425	<Index>0</Index>
426	<Values>10.0001</Values>
427	<Status>0</Status>
428	<Unit>kmol/h</Unit>
429	</Variables>
430	<Variables>
431	<Desc>T</Desc>
432	<Index>0</Index>
433	<Values>300</Values>
434	<Status>0</Status>
435	<Unit>K</Unit>
436	</Variables>
437	<Variables>
438	<Desc>P</Desc>
439	<Index>0</Index>
440	<Values>1</Values>
441	<Status>0</Status>
442	<Unit>atm</Unit>
443	</Variables>
444	<Variables>
445	<Desc>h</Desc>
446	<Index>0</Index>
447	<Values>500</Values>
448	<Status>0</Status>
449	<Unit>kJ/kmol</Unit>
450	</Variables>
451	<Variables>
452	<Desc>v</Desc>
453	<Index>0</Index>
454	<Values>0.500028</Values>
455	<Status>0</Status>
456	</Variables>
457	<Variables>
458	<Desc>z</Desc>
459	<Index>0</Index>
460	<Values>0.500029</Values>
461	<Status>0</Status>
462	</Variables>
463	</Block_Properties>
464	</Base_Models>
465	</Block_Properties>
466	</Sub_Models>
467	<Sub_Models>
468	<Block_Properties>
469	<Model_File_Path>pressure_changers/compressor</Model_File_Path>
470	<Instance_Id>Outlet</Instance_Id>
471	<Model_Name>Outlet</Model_Name>
472	<T_Connection>2</T_Connection>
473	<Base_Models>
474	<Block_Properties>
475	<Model_File_Path>streams</Model_File_Path>
476	<Instance_Id>Outlet</Instance_Id>
477	<Model_Name>streamPH</Model_Name>
478	<T_Connection>2</T_Connection>
479	<Base_Models>
480	<Block_Properties>
481	<Model_File_Path>streams</Model_File_Path>
482	<Instance_Id>Outlet</Instance_Id>
483	<Model_Name>stream</Model_Name>
484	<T_Connection>2</T_Connection>
485	<Parameters>
486	<Desc>NComp</Desc>
487	<Index>0</Index>
488	<Values>1</Values>
489	<Status>0</Status>
490	</Parameters>
491	<Variables>
492	<Desc>F</Desc>
493	<Index>0</Index>
494	<Values>10.0002</Values>
495	<Status>0</Status>
496	<Unit>kmol/h</Unit>
497	</Variables>
498	<Variables>
499	<Desc>T</Desc>
500	<Index>0</Index>
501	<Values>300</Values>
502	<Status>0</Status>
503	<Unit>K</Unit>
504	</Variables>
505	<Variables>
506	<Desc>P</Desc>
507	<Index>0</Index>
508	<Values>700</Values>
509	<Status>1</Status>
510	<Unit>kPa</Unit>
511	</Variables>
512	<Variables>
513	<Desc>h</Desc>
514	<Index>0</Index>
515	<Values>500</Values>
516	<Status>0</Status>
517	<Unit>kJ/kmol</Unit>
518	</Variables>
519	<Variables>
520	<Desc>v</Desc>
521	<Index>0</Index>
522	<Values>0.500061</Values>
523	<Status>0</Status>
524	</Variables>
525	<Variables>
526	<Desc>z</Desc>
527	<Index>0</Index>
528	<Values>0.500062</Values>
529	<Status>0</Status>
530	</Variables>
531	</Block_Properties>
532	</Base_Models>
533	<Parameters>
534	<Desc>PP</Desc>
535	<Index>0</Index>
536	<Values>PP</Values>
537	<Status>0</Status>
538	</Parameters>
539	</Block_Properties>
540	</Base_Models>
541	</Block_Properties>
542	</Sub_Models>
543	<Parameters>
544	<Desc>PP</Desc>
545	<Index>0</Index>
546	<Values>PP</Values>
547	<Status>0</Status>
548	</Parameters>
549	<Parameters>
550	<Desc>NComp</Desc>
551	<Index>0</Index>
552	<Values>1</Values>
553	<Status>0</Status>
554	</Parameters>
555	<Parameters>
556	<Desc>CompressorOperation</Desc>
557	<Index>0</Index>
558	<Values>Polytropic</Values>
559	<Status>4</Status>
560	</Parameters>
561	<Parameters>
562	<Desc>Method</Desc>
563	<Index>0</Index>
564	<Values>ASME Method</Values>
565	<Status>4</Status>
566	</Parameters>
567	<Variables>
568	<Desc>Pratio</Desc>
569	<Index>0</Index>
570	<Values>1.00003</Values>
571	<Status>0</Status>
572	</Variables>
573	<Variables>
574	<Desc>Pdrop</Desc>
575	<Index>0</Index>
576	<Values>1.01325</Values>
577	<Status>0</Status>
578	<Unit>kPa</Unit>
579	</Variables>
580	<Variables>
581	<Desc>Pincrease</Desc>
582	<Index>0</Index>
583	<Values>1.01325</Values>
584	<Status>0</Status>
585	<Unit>kPa</Unit>
586	</Variables>
587	<Variables>
588	<Desc>EfficiencyOperation</Desc>
589	<Index>0</Index>
590	<Values>0.8</Values>
591	<Status>1</Status>
592	</Variables>
593	<Variables>
594	<Desc>MechanicalEff</Desc>
595	<Index>0</Index>
596	<Values>0.85</Values>
597	<Status>1</Status>
598	</Variables>
599	<Variables>
600	<Desc>PowerLoss</Desc>
601	<Index>0</Index>
602	<Values>10</Values>
603	<Status>0</Status>
604	<Unit>kW</Unit>
605	</Variables>
606	<Variables>
607	<Desc>Head</Desc>
608	<Index>0</Index>
609	<Values>10000</Values>
610	<Status>0</Status>
611	<Unit>kJ/kg</Unit>
612	</Variables>
613	<Variables>
614	<Desc>HeadIsentropic</Desc>
615	<Index>0</Index>
616	<Values>10000</Values>
617	<Status>0</Status>
618	<Unit>kJ/kg</Unit>
619	</Variables>
620	<Variables>
621	<Desc>HeadPolytropic</Desc>
622	<Index>0</Index>
623	<Values>10000</Values>
624	<Status>0</Status>
625	<Unit>kJ/kg</Unit>
626	</Variables>
627	<Variables>
628	<Desc>HeadCorrection</Desc>
629	<Index>0</Index>
630	<Values>1.00004</Values>
631	<Status>0</Status>
632	</Variables>
633	<Variables>
634	<Desc>FluidPower</Desc>
635	<Index>0</Index>
636	<Values>10</Values>
637	<Status>0</Status>
638	<Unit>kW</Unit>
639	</Variables>
640	<Variables>
641	<Desc>BrakePower</Desc>
642	<Index>0</Index>
643	<Values>10</Values>
644	<Status>0</Status>
645	<Unit>kW</Unit>
646	</Variables>
647	<Variables>
648	<Desc>PolyCoeff</Desc>
649	<Index>0</Index>
650	<Values>1.00005</Values>
651	<Status>0</Status>
652	</Variables>
653	<Variables>
654	<Desc>IseCoeff</Desc>
655	<Index>0</Index>
656	<Values>1.00005</Values>
657	<Status>0</Status>
658	</Variables>
659	<Variables>
660	<Desc>PolytropicEff</Desc>
661	<Index>0</Index>
662	<Values>1.00005</Values>
663	<Status>0</Status>
664	</Variables>
665	<Variables>
666	<Desc>IsentropicEff</Desc>
667	<Index>0</Index>
668	<Values>1.00005</Values>
669	<Status>0</Status>
670	</Variables>
671	<Variables>
672	<Desc>Tisentropic</Desc>
673	<Index>0</Index>
674	<Values>300</Values>
675	<Status>0</Status>
676	<Unit>K</Unit>
677	</Variables>
678	<Variables>
679	<Desc>rho_in</Desc>
680	<Index>0</Index>
681	<Values>1000</Values>
682	<Status>0</Status>
683	<Unit>kg/m^3</Unit>
684	</Variables>
685	<Variables>
686	<Desc>rho_out</Desc>
687	<Index>0</Index>
688	<Values>1000</Values>
689	<Status>0</Status>
690	<Unit>kg/m^3</Unit>
691	</Variables>
692	<Variables>
693	<Desc>Zfac_in</Desc>
694	<Index>0</Index>
695	<Values>0.500055</Values>
696	<Status>0</Status>
697	</Variables>
698	<Variables>
699	<Desc>Zfac_out</Desc>
700	<Index>0</Index>
701	<Values>0.500056</Values>
702	<Status>0</Status>
703	</Variables>
704	<Variables>
705	<Desc>WorkIn</Desc>
706	<Index>0</Index>
707	<Values>10</Values>
708	<Status>0</Status>
709	<Unit>kW</Unit>
710	</Variables>
711	</Block_Properties>
712	</Block>
713	<Block>
714	<Type>simple_sink</Type>
715	<Id_String>discharge</Id_String>
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1006	</Diagram>

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