Obraz0058

I

Tablica 8.11. Parametry pary przegrzanej freonu RJ34a

p >	0,05 MPa			OJ MPa				0,16 M i^1
T,	v 10^3	h	s	v I0^3	h	s	v 10^3	li
T'	mVkg	kJ/kg	kJ/(kg-K)	mVkg	kJ/kg	kJ/(kg-K)	m'/kg	kl/t:'	ii-l
-25	383.43	384.69	1,8083	185,41	386,93	1,7599
-20	391.75	388,55	1,8237	189,64	390,93	1,7755
-15	400,04	392,46	1,8390	193.85	394,<>6	1,7910	120,53	389,77	s •
-10	408.31	396,42	1,8542	198,03	399,03	1,8063	123,42	393,5"	' ' 1
-5	416.55	400,42	1.8693	202,18	403,15	1.8215	126,28	397.54
0	424,76	404.47	) ,8842	206,32	407,31	1,8366	129,1 1	401.74	1 / - ,
10	441.14	412.70	1.9138	214.52	415,74	1,8664	134,71	410.23	1 : 1
20	457,44	421,11	1,9430	222,66	424,35	1,8958	140,22	418,87	1 i ■
30	473,68	429,71	1.9719	230,74	433,13	1,9247	145.67	427,67
40	489,87	438,49	2,0004	238.76	442,08	1,9533	151,05	436.67	) Hm {
50	506,01	447.45	2,0285	246,74	451,20	1.9815	156,39	445,74	1 "1 !
55	514,07	452,00	2,0125	250.72	455,82	1.9955	159.04	450.36	1 "ł *
	0.20 MPa			0,24 MPa				0.30 MC,
0	104,32	400,81	1,7637	84.814	399,71	1,7450	69,296	39SJO	1 . (.
10	109.03	409,40	1,7946	88,822	408,41	1,7763	72.763	407,74	\ r>n*
20	113,65	418,12	1,8248	92,741	417.23	1,8069	76,137	416,18	1 ii.-n
30	118,20	426,99	1,8546	96.587	426.18	1.8369	79,429	425,2 1	[
40	122,69	436,00	1,8838	100,38	435,27	i ,8664	82,657	434,41	15i *" ’
50	127,12	445,17	1,9127	104,11	444,50	1.8954	85,835	443.77	i
60	131,52	454,49	1,9411	107,79	453,88	1,9240	88,961	453,1/	I “Ml *
70	135,87	463,97	1,9691	111,44	463,41	1,9522	92,048	462.76	| *» ł -
80	140,20	473,61	1,9968	115,06	473,09	1,9800	95,102	472,40	l 9*. * *
85	142,35	478.48	2,0105	116,85	477,99	1,9938	96,618	477,41	1,0,- ■■
90				118,64	482,92	2,0074	98,127	482,37	! ,ooi •
95							99,630	487.36	" ihh >
	0,4 MPa			0.5 MPa				0.6 MPa
15	50.769	408,85	1.7380	42,112	407,03	1.7198
20	52,056	413,49	1,7539	43,266	411,78	1,7362	36,027	409.77	1 M-u
30	54,563	422,82	1,7852	45,502	421,30	1,7681	38,049	4 19,37	1 ; ,iii'
40	57.001	432,23	1,8158	47,656	430,87	1,7992	39,979	429.7 H	1. <■/.: •
50	59,374	441.75	1,8457	49,745	440.51	1,8295	41,842	439.00	I.J6
60	61,698	451,37	1,8750	51,783	450.25	1,8592	43,645	448.97	1 : 1 1 1
70	63,979	461,11	1,9038	53,774	460,10	1,8883	45,404	458.93	1 '
80	66,228	470,98	1,9322	55,727	470,05	1,9169	47,120	468,00	1 ."Oli
90	68,442	480,98	1,9601	57,653	480,13	1,9450	48,803	479,16	1 *^J HI
K>0	70,629	491,12	1,9876	59,546	490,33	1,9727	50,458	489,44	| 'I -.1
110				61,416	500,66	2,0000	52,090	490.84	i ■>:
115							52.897	505.08	| ^11^1i
	0,7 MPa			0.8 MPa				0,0 Mi-.i
25	30,952	412,42	1,7165
30	31,866	417,44	1,7332	26,690	414.98	1,7150
40	33,624	427,44	1,7657	28,315	425,29	1.7485	23,842	422,76	1 -1/
50	35,302	437,44	1,7971	29,851	435,54	1,7807	25,268	433, i 7	! 1, ■
60	36,919	447,49	1,8277	31,316	445,78	1,8119	26,613	445,81	I ■
70	38.484	457.59	1,8576	32,728	456,05	1,8423	27,900	43 1,70
80	40.010	467,77	1.8868	34,093	466.38	1,8720	29. | (S	464. P»
90	41,497	478,04	1.9155	35,421	476,77	1,9010	30,335	4/3. ; <
100	42,956	488,42	1,9437	36,719	487,26	1,9295	3 1,498	483,04	I ->[
no	44,388	498,90	1,9714	37,989	497,83	1.9574	32,635	196.6 ;	\ '»1
120	45,802	509,49	1,9987	39,236	508,51	1.9849	33.746	507.4 1
125				39,855	513.89	1.9985	34.294	517 8 1	1 ')

J .0 r.O MPa				1.2 MPa		1,3 MPa
V |0^3	h li	s	v 10*	h	s	v 10^3	li
mVkg	kJ/kJ/kg	kJ/fkgK)	nr/kg	kJ/kg	kJ/(kg K)	nrVkg	kJ/kg	kJAkgki
i 20,032	419,19,77	1,7122
| 50 72!	425,25,28	1,7296	17,419	421,98	1,7107
; 51,381	430,30.74	1,7466	i 8.056	427,69	1,7285	15,127	424,03	1,709|
! 77.020	43636,15	1,7633	18.663	433.32	! .7458	15,766	429,96	1,7273
! -2,637	441.41,54	1,7796	19,247	438.90	1,7626	16,329	435,79	1.7449
| .:3.«5	45252,27	1.81 13	20.359	449.94	1.7953	17,388	447,24	1.7788
! 74.958	462.62,97	1,8420	2 i ,409	460,90	1,8268	18,374	458,51	1,8112
| '6,047	473,73,69	1,8720	22.412	471,83	1.8573	19,307	469.70	1.8474
| 77.102	484,84.45	1,9012	23,374	482,76	1,8870	20.197	480,85	1.8727
78,176	49595,27	1.9298	24,307	493,73	1.9160	21,051	491.99	1.9022
7.9.126	50606,16	1,9578	25,211	504.75	1.9444	21,879	503.17	1,9310
U U 03	51717,13	1.9854	26.095	515,84	1,9723	22,681	514,39	1,9591
1.5 ,5 MPa			1.7 MPa			2 MPa
i 5,790	43232.10	1,7260	l 1.542	427.59	1,7053
14.317	43838,14	1,7440	12,074	434.06	l ,7246
14.818	44444.09	1,7615	12,571	440,36	1,7430	8,7629	430.1.3	1,6999
! 8.760	45555,77	1,7950	13,487	452.57	1.7781	9,7165	444,27	1.7405
1 o,n58	46767.27	1,8271	14,327	464.47	1.8114	10,534	457,44	1,7773
1 1/.469	47878,67	1.8581	15.112	476,19	1,8432	11,266	470,07	1.81 16
j 18,260	49090.03	1,8882	15,854	487,81	1,8739	11,941	482.40	1,8443
| i*.>.02 2	50101.39	1,9174	16,562	499,38	1,9037	12,572	494.55	1,8750
j 19.759	51312,77	1,9460	17,243	510,94	1.9328	13,169	506,58	1,905 7
.-0,4 73	52424,18	1,9740	17,901	522.52	1,9611	13,740	518.56	1,9350
7 1,171	53535,66	2,0014	18.539	534.13	1,9889	14,288	530,51	1,9636
						14,818	542,47	1,9916
2,61,6 MPa			3 MPa			4 MPa
6.V/04	43(31,08	1.6913
■ 3070	4474731	1.7366	6,1511	440,02	1,7111
5.2.597	46161.71	1,7758	6,9695	456,18	1,7550	2,9286	416.38	1,6343
“i 158	47575,24	1,8115	7,6395	470,70	1,7934	4.3719	449,24	1,7314
9.3055	48888.28	1,8451	8,2269	484,40	1,8287	5,0803	467,82	1,7693
111,052	50101,01	1,8771	8,7598	497,63	1,8619	5,6368	483,86	1,8096
10 .864	5 lal 3,55	1,9078	9,2531	510,55	1,8936	6,1145	498,70	1,8456
1 1,030	52525,98	1,9376	9,7158	523,28	1,9240	6,5424	512,87	1,8798
1 1.514	53538,34	1,9664	10,156	535.90	1,9535	6,9355	526,62	1,9119
1 l.ono	55650,67	1,9946	10,576	548,45	1,9821	7,3015	540,08	! ,9437
			10,979	560,95	2.0100	7,6458	553,35	1.9733
						7,9725	566,50	2,0010