干、湿球温度与湿度对照表
干湿球温度计的相对湿度对照表
相对湿度对照表本表格不太全，精度也有限，适合要求不高的场合。
如要求较高，另有以下选择：1。
根据干湿球温度的相对湿度计算程序（汇编）50元：环境条件：风速：0.4m/s 0.8m/s 2.5m/s三种可选大气压：110，100，90，80kPa四种可选干球温度范围：0~100摄氏度干湿球温度差：不限程序入口：干球温度（精确到0.1度）湿球温度（精确到0.1度）程序出口：相对湿度（精确到1%）2.相对湿度对照表（JPG文件）100kPa 0.8m/s 干球温度范围：15~100摄氏度 30元。
请联系wt9405@;--------------------------相对湿度表;干球温度 0 ~ 40 度，;每度16档温差:0.0, 0.5, 1.0, 1.5, 2.0, 2.5, 3.0,.....14.0, 14.5, 15.0;温差0.0档应为100，为了只用一字节十进制表示，100用99代SD_TAB:DB 99H,91H,83H,75H,67H,61H,54H,48H,42H,37H,31H,27H,22H,18H,14H,10H DB 07H,04H,01H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H_1:DB 99H,91H,83H,76H,69H,62H,50H,44H,39H,34H,30H,25H,21H,17H,14H,10H DB 07H,04H,01H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H_2:DB 99H,92H,84H,77H,70H,64H,58H,52H,47H,42H,37H,33H,28H,24H,21H,17H DB 14H,11H,08H,05H,02H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H_3:DB 99H,92H,85H,78H,72H,65H,60H,54H,49H,44H,39H,35H,31H,27H,23H,20H DB 17H,14H,11H,08H,06H,03H,01H,00H,00H,00H,00H,00H,00H,00H,00H,00H_4:DB 99H,93H,86H,80H,74H,68H,63H,57H,53H,48H,44H,40H,36H,32H,29H,25H DB 22H,19H,17H,14H,12H,10H,07H,05H,03H,02H,00H,00H,00H,00H,00H,00H_5:DB 99H,93H,86H,80H,74H,68H,63H,57H,53H,48H,44H,40H,36H,32H,29H,25H DB 22H,19H,17H,14H,12H,10H,07H,05H,03H,02H,00H,00H,00H,00H,00H,00H_6:DB 99H,93H,87H,81H,75H,69H,64H,59H,54H,50H,46H,42H,38H,34H,31H,28H DB 25H,22H,19H,17H,15H,12H,10H,08H,06H,05H,03H,01H,00H,00H,00H,00H_7:DB 99H,93H,87H,81H,75H,69H,64H,59H,54H,50H,46H,42H,38H,34H,31H,28H DB 25H,22H,19H,17H,15H,12H,10H,08H,06H,05H,03H,01H,00H,00H,00H,00H_8:DB 99H,94H,88H,82H,76H,71H,66H,62H,57H,53H,49H,46H,42H,39H,35H,32H DB 29H,27H,24H,22H,19H,17H,15H,13H,11H,10H,08H,06H,05H,04H,02H,02H第 1 页相对湿度对照表_9:DB 99H,94H,88H,82H,77H,72H,68H,63H,59H,55H,51H,47H,44H,40H,37H,34H DB 32H,29H,26H,24H,22H,20H,18H,16H,14H,12H,10H,09H,07H,06H,05H,05H_10:DB 99H,94H,86H,83H,78H,73H,69H,64H,60H,56H,52H,49H,45H,42H,39H,36H DB 33H,31H,28H,26H,24H,22H,20H,18H,16H,14H,13H,11H,10H,08H,07H,07H_11:DB 99H,94H,89H,84H,79H,74H,69H,65H,61H,57H,54H,50H,47H,44H,41H,38H DB 35H,33H,30H,28H,26H,24H,22H,20H,18H,16H,15H,13H,12H,10H,09H,09H_12:DB 99H,94H,89H,84H,79H,75H,70H,66H,62H,59H,55H,52H,48H,45H,42H,40H DB 37H,35H,32H,30H,28H,26H,24H,22H,20H,18H,17H,15H,14H,12H,11H,11H_13:DB 99H,95H,90H,85H,80H,76H,71H,67H,63H,60H,56H,53H,50H,47H,44H,41H DB 39H,36H,34H,32H,29H,27H,25H,24H,22H,20H,19H,17H,16H,14H,13H,13H_14:DB 99H,95H,90H,85H,81H,76H,72H,68H,64H,61H,57H,54H,51H,48H,45H,43H DB 40H,38H,35H,33H,31H,29H,27H,25H,24H,22H,20H,19H,17H,16H,15H,15H_15:DB 99H,95H,90H,85H,81H,77H,73H,69H,65H,62H,59H,55H,52H,50H,47H,44H DB 42H,39H,37H,35H,33H,31H,29H,27H,25H,24H,22H,21H,19H,18H,16H,16H_16:DB 99H,95H,90H,86H,82H,78H,74H,70H,66H,63H,60H,57H,54H,51H,48H,45H DB 43H,41H,38H,36H,34H,32H,30H,29H,27H,25H,24H,22H,21H,19H,18H,18H_17:DB 99H,95H,91H,86H,82H,78H,74H,71H,67H,64H,61H,58H,55H,52H,49H,47H DB 44H,42H,40H,38H,36H,34H,32H,30H,28H,27H,25H,24H,22H,21H,20H,20H _18:DB 99H,95H,91H,87H,83H,79H,75H,71H,68H,65H,62H,59H,56H,53H,50H,48H DB 45H,43H,41H,39H,37H,35H,33H,31H,30H,28H,27H,25H,24H,22H,21H,21H _19:DB 99H,95H,91H,87H,83H,79H,76H,72H,69H,65H,62H,59H,57H,54H,51H,49H DB 47H,44H,42H,40H,38H,36H,34H,33H,31H,29H,28H,26H,25H,24H,22H,22H _20:DB 99H,96H,91H,87H,83H,80H,76H,73H,69H,66H,63H,60H,58H,55H,52H,50H DB 48H,45H,43H,41H,39H,37H,36H,33H,32H,31H,29H,28H,26H,25H,24H,24H _21:DB 99H,96H,92H,88H,84H,80H,77H,73H,70H,67H,64H,61H,58H,56H,53H,51H DB 49H,46H,44H,42H,40H,39H,37H,35H,33H,32H,30H,29H,28H,26H,25H,25H _22:DB 99H,96H,92H,88H,84H,81H,77H,74H,71H,68H,65H,62H,59H,57H,54H,52H DB 50H,47H,45H,43H,41H,40H,38H,36H,35H,33H,31H,30H,29H,27H,26H,26H _23:DB 99H,96H,92H,88H,84H,81H,78H,74H,71H,68H,65H,63H,60H,58H,55H,53H DB 51H,48H,46H,44H,42H,41H,39H,37H,36H,34H,33H,31H,30H,28H,27H,27H _24:DB 99H,96H,92H,88H,85H,81H,78H,75H,72H,69H,66H,63H,61H,58H,56H,54H DB 51H,49H,47H,45H,43H,42H,40H,38H,37H,35H,34H,32H,31H,30H,28H,28H _25:DB 99H,96H,92H,89H,85H,82H,79H,76H,73H,69H,67H,64H,62H,59H,57H,54H DB 52H,50H,48H,46H,44H,43H,41H,38H,39H,36H,35H,33H,32H,31H,29H,29H _26:DB 99H,96H,92H,89H,85H,82H,79H,76H,73H,70H,67H,65H,62H,60H,57H,55H DB 53H,51H,49H,47H,45H,44H,42H,40H,39H,37H,36H,34H,33H,32H,30H,30H _27:DB 99H,96H,93H,89H,86H,82H,79H,76H,73H,71H,68H,65H,63H,60H,58H,56H DB 54H,52H,50H,48H,46H,44H,43H,41H,39H,38H,37H,35H,34H,32H,31H,31H _28:DB 99H,96H,93H,89H,86H,83H,80H,77H,74H,71H,68H,66H,63H,61H,59H,57H DB 55H,53H,51H,49H,47H,45H,43H,42H,40H,39H,37H,36H,35H,33H,32H,32H第 2 页相对湿度对照表_29:DB 99H,96H,93H,89H,86H,83H,80H,77H,75H,72H,69H,67H,65H,62H,60H,57H DB 55H,53H,51H,49H,48H,46H,44H,43H,41H,40H,38H,34H,35H,34H,33H,33H_30:DB 99H,96H,93H,90H,86H,83H,80H,77H,75H,72H,69H,67H,65H,62H,60H,58H DB 56H,54H,52H,50H,48H,47H,45H,43H,42H,40H,39H,38H,36H,35H,34H,34H_31:DB 99H,96H,93H,90H,87H,84H,81H,78H,75H,73H,70H,68H,65H,63H,61H,59H DB 57H,55H,53H,51H,49H,47H,46H,44H,43H,41H,40H,38H,37H,36H,35H,35H _32:DB 99H,97H,93H,90H,87H,84H,81H,78H,76H,73H,71H,68H,66H,63H,61H,59H DB 57H,55H,53H,52H,50H,48H,46H,45H,43H,42H,41H,39H,38H,37H,36H,36H_33:DB 99H,97H,93H,90H,87H,84H,81H,79H,76H,73H,71H,68H,66H,64H,62H,60H DB 58H,56H,54H,52H,50H,49H,47H,46H,44H,43H,42H,40H,39H,38H,37H,37H _34:DB 99H,97H,93H,90H,87H,84H,82H,79H,76H,74H,72H,69H,67H,64H,62H,60H DB 58H,56H,55H,53H,51H,49H,47H,46H,45H,44H,43H,41H,40H,39H,37H,37H_35:DB 99H,97H,94H,90H,87H,85H,82H,79H,77H,74H,72H,69H,67H,65H,63H,61H DB 59H,57H,55H,53H,52H,50H,48H,47H,46H,45H,43H,41H,40H,39H,38H,38H _36:DB 99H,97H,94H,91H,88H,85H,82H,79H,77H,74H,72H,70H,68H,65H,63H,61H DB 59H,58H,56H,54H,53H,50H,49H,48H,46H,45H,44H,42H,41H,40H,38H,38H_37:DB 99H,97H,94H,91H,88H,85H,82H,80H,77H,75H,72H,70H,68H,66H,64H,62H DB 60H,58H,56H,55H,53H,51H,50H,49H,47H,46H,44H,42H,41H,40H,39H,39H _38:DB 99H,97H,94H,91H,88H,85H,83H,80H,78H,75H,73H,71H,68H,66H,64H,62H DB 60H,59H,57H,55H,54H,51H,50H,49H,47H,46H,45H,43H,42H,41H,39H,39H_39:DB 99H,97H,94H,91H,88H,85H,83H,80H,78H,75H,73H,71H,69H,67H,65H,63H DB 61H,59H,57H,56H,54H,52H,51H,50H,49H,47H,45H,43H,42H,41H,40H,40H _40:DB 99H,97H,94H,91H,88H,86H,83H,81H,78H,76H,73H,71H,69H,67H,65H,64H DB 61H,60H,58H,56H,54H,52H,51H,50H,48H,47H,46H,44H,43H,42H,41H,41H第 3 页。
城市夏季湿球温度干、湿球温度与湿度对照表
45 5.07 5.88 6.68 7.49 8.29 9.10 9.90 10.70 11.50 12.29 13.09 13.89 14.69 15.48 16.28 17.08 17.87 18.67 19.46 20.26 21.07 21.87 22.67 23.47 24.28 25.07 25.88 26.69 27.49 28.29 29.11 29.91 30.71
35 4.09 4.85 5.62 6.38 7.13 7.89 8.64 9.39 10.13 10.89 11.63 12.38 13.12 13.86 14.61 15.35 16.09 16.84 17.57 18.31 19.05 19.80 20.54 21.28 22.02 22.78 23.52 24.27 25.01 25.76 25.52 26.76 27.42
7
景洪
34.3
10
28.2 28.3 27.7 27.6 26.7 26.7 27.4 26.8 26.6
27 27.7 27.7 27.2 27.8 27.9 27 27.1 27.7 27.5 27.9 26
14.2
27 28.3 26.7 27.6 21.6 24.4 21.9
23 21.7 23.4 22.2 19.6 20.7 19.9 22 22.3 25.8
3
南宁
34.2
5
北海
32.4
6
广元
33.3
5
甘孜
22.9
-5
四川省
南充
35.5
6
万县
36.4
7
成都
31.6
6
宜宾
33.2
8
城市夏季湿球温度干、湿球温度与湿度对照表
干球温度
10.0 11.0 12.0 13.0 14.0 15.0 16.0 17.0 18.0 19.0 20.0 21.0 22.0 23.0 24.0 25.0 26.0 27.0 28.0 29.0 30.0 31.0 32.0 33.0 34.0 35.0 36.0 37.0 38.0 39.0 40.0 41.0 42.0
-13
平凉
29.2
-13
天水
30.3
-10
武都
32
-2
西宁
25.9
-15
格尔木 26.6 -18
青海省
共和
23.7
-17
玛多
15.2
-29
玉树
21.5
-15
银川
30.6
-18
宁夏回族自治区
吴忠 盐池
30.3 31.1
-16 -19
中卫
25.6
-16
阿勒泰 30.6
-33
克拉马依 34.9 -24
伊宁
-7
驻马店 35.5
-7
信阳
35.1
-7
昌都
26.3
-8
西藏自治区
拉萨 林芝
22.8 22.7
-8 -4
日喀则 22.2 -11
榆林
31.6
-19
延安
32.1
-15
陕西省
宝鸡
33.7
-8
西安
35.2
-8
汉中
32.4
-3
安康
35.6
-2
敦煌
34.1
-17
酒泉
30
-19
山丹
30.3
城市夏季湿球温度干、湿球温度与湿度对照表
室外计算（干球） 温度（℃）
夏季 冬季
夏季空调室外 计算湿球温度
（℃）
室外计算相对湿 度（%）
冬季 最热月
空调 空调
空调 月平均
32.1
-4
28
79
85
34
-4
28.2
75
83
36.5
7
27.3
82
75
33.6
9
27.3
82
77
32.4
8
27.3
71
81
33.5
-8
27.9
66
81
34.8
-8
27.4
76
27
53
58
62
54
72
63
70
67
72
77
81
68
75
50
43
55
52
55
52
58
61
53
72
62
72
56
67
48
65
41
36
40
62
56
68
43
69
58
64
51
65
50
57
53
66
71
47
77
32
78
58
80
44
59
31
63
34
67
40
53
40
干湿球温度/湿度换算表
湿 湿球温度 度
干湿球温度表
86
85
75
各城市室外气象资料
北方地区
北京市
*北京市 33.2 -12
干湿球相对湿度对照表
干湿球相对湿度对照表干湿球是一种检测环境湿度的仪器，它可以用来衡量空气中相对水汽压强度，以此计算出相对湿度。
它利用一个可以藉由湿气吸收表面上的水，并形成一层水膜而变轻的织物来来测量空气中湿度变化的原理，可用于各种室内外环境与天气条件。
相对湿度是指空气中水蒸气的重量除以空气中比它温度下（称为饱和温度）凝结时的重量的比值，通常以百分比的形式表示。
室内的温湿度要求有时会通过相对湿度来进行控制。
空调系统常常被调节为35-60%范围，以防止潮湿、霉菌和病毒等有害微生物出现。
由于外界温度变化，空气中的水蒸气压力也受到植物蒸腾、直射辐射等多方面的影响。
下表就是干湿球测量相对湿度的基本参考表：| 相对湿度 | 干湿球变化 || --- | --- || 100% | 完全湿润 || 95% | 部分滴水 || 90% | 水心突出 || 80% | 开始膨胀 || 73% | 完全湿润 || 60% | 膨胀到极限 || 40% | 干湿球开始变轻 || 20% | 部分干燥 || 0% | 干湿球完全干燥 |以上是干湿球相对湿度对照表，当温湿度变化时，干湿球会根据空气中相对湿度从湿转换为干，或者从干转换为湿，从而达到衡量空气温湿变化的目的，这是检测气候变化的一种普遍、经济、实用的仪器。
正常情况下，空气中的湿度会受到季节性的影响，不同的空气温度会影响水蒸气活动的强度，进而影响空气中的相对湿度，因此，干湿球也被用于检测季节性气候变化。
使用干湿球来衡量温湿度也有它的不足之处，一方面，其包含的水膜是不可见的，只能用物理变化确定相对湿度，另一方面，其难以精确测量非常高或非常低的相对湿度。
在温湿度有突然变化时，相对湿度测量也变得不准确。
因此，在检测温湿度时，应做好把握空气温湿度变化的正确方法，以及使用先进的设备和技术来准确测量，从而保证环境温湿度的正常和安全。
城市夏季湿球温度干、湿球温度与湿度对照表
25 3.06 3.78 4.50 5.21 5.92 6.62 7.32 8.02 8.72 9.40 10.09 10.78 11.47 12.14 12.83 13.51 14.18 14.86 15.53 16.21 16.88 17.56 18.22 18.90 19.58 20.25 20.92 21.60 22.28 22.95 23.63 24.30 24.98
32.2
-25
新疆维吾尔自治区
乌鲁木齐 吐鲁番
34.1 40.7
-27 -21
哈密
35.8
-23
喀什
33.7
-16
和田
34.3
-14
25.9 27.8 27.4 27.5 27.9 28.2 28 27.9 28.2 27.9 14.8 13.5 15.2 12.1 21.5 22.9 24.8 26 26.3 26.8 20 19.1 17
64
81
33.8
-8
28.3
73
85
33
-5
28.6
76
86
35
-6
28.3
73
81
34.6
-5
28.6
75
82
35.7
-4
28.5
77
80
32
-2
27.7
70
84
34.5
-3
28.5
78
83
36.4
-3
27.7
76
74
35.8
-2
27.9
78
76
32.8
1
28.7
75
84
35.3