FZ/T 07008-2020 定形机热平衡测试与计算方法

FZ/T 07008-2020 Measurement and calculation method of heat balance for setting stenter

行业标准-纺织 中文简体 现行 页数:28页 | 格式:PDF

基本信息

标准号
FZ/T 07008-2020
标准类型
行业标准-纺织
标准状态
现行
中国标准分类号(CCS)
国际标准分类号(ICS)
发布日期
2020-04-16
实施日期
2020-10-01
发布单位/组织
中华人民共和国工业和信息化部
归口单位
中国纺织工业联合会
适用范围
本标准规定了纺织品热定形的定形机的热平衡的测试与计算方法。
本标准适用于以蒸汽、导热油、天然气、液化石油气为热源加热的定形机热平衡的测试与计算。对于其他形式定形机热平衡的测试与计算也可参照采用本标准。

发布历史

文前页预览

研制信息

起草单位:
常州宏大智能装备产业发展研究院有限公司、广州弘禹环保科技有限公司、杭州华野新能源科技有限公司、江苏久知电机股份有限公司、广东亚生新能源科技有限公司、中国纺织经济研究中心
起草人:
程晧、张中娟、顾金华、杨爱民、刘森、俞晨凯、孙振元、李洪奇
出版信息:
页数:28页 | 字数:52 千字 | 开本: 大16开

内容描述

ICS13.020.10

W04FZ

FZ/T07008—2020

Measurementandcalculationmethodofheatbalanceforsettingstenter

XXXX-XX-XXXXXX-XX-XX

FZ/TXXXXX—XXXX

FZ/TXXXXX—XXXX

GB/T1.1-2009

FZ/TXXXXX—XXXX

GB/T2587

GB12206

GB/T13338

GB17167

GB/T28848

GB/T29452

FZ/T90112

FZ/T95012

GB/T2587

3.1

settingstenter

FZ/T95012-2010

3.2

heatboxinsettingstenter

3.4

wasteairfromsettingstenter

3.5

airoutsettingstenter

4.1

2

4.2

FZ/TXXXXX—XXXX

23

4.3

1.

Q

Q

Q

Q

1.

1

Q=Q+Q+Q………………1

Q—kJ

Q—kJ

Q—kJ

Q—kJ

5.1

2

Q=Qbr+Qq+Qz+Qdr+Qr…………………2

Qbr—kJ

Qq—kJ

Qz—kJ

Qdr—kJ

Qr—kJ

5.2

3

Q=WC(t-t)…………3

brbbbrh

W—kg

b

FZ/TXXXXX—XXXX

C—kJ/kg

b

tbr—

th—

5.3

4

Q=VC(t-t)………………4

qqqqh

V—m

q

C—kJ/m

q

tq—

5.4

5

Q=Hm-Hm+Hm……………5

zzzyzyzysys

H—kJ/kg

z

mz—kg

Hyz—kJ/kg

m—kg

yz

Hys—kJ/kg

m—kg

ys

6

H=H-H…………………6

zzqzl

Hzq—kJ/kg

Hzl—kJ/kg

7

Hyz=Hyzq-Hzl…………………7

Hyzq—kJ/kg

8

Hys=Hysq-Hsl…………………8

FZ/TXXXXX—XXXX

Hysq—kJ/kg

Hsl—kJ/kg

5.5

9

Q=mCt-t…………………9

drddd1d2

md—kg;

Cd—kJ/kg.

t—

d1

td2—

5.6

10

Q=VQ………………10

rrdw

V—m

r

Qdw—kJ/m

6.1

2.

2.

11

Q=Q+Q……11

Q—kJ

6.2

12

Q=Qbc+Qqc+Qpc……12

FZ/TXXXXX—XXXX

Qbc—kJ

Qqc—kJ

Qpc—kJ

6.2.1

13

Q=WC(t-t)…………13

bcbbbch

Qbc—kJ

tbc—

6.2.2

14

Q=VCt-t…………14

qcqcqqch

3

V—m

qc

tqc—

6.2.3

15

Q=WCt-t…………15

pciipcpr

W—ikg;

i

Ci—ikJ/kg;

tpc—

tpr—

6.3

16

Q=Q+Q……………16

Q—kJ

Q—kJ

6.3.1

17

Q=VC+mC(t-t)17

ffszsffh

V—m

f

Cf—kJ/m

msz—m

Csf—kJ/m

tf—

FZ/TXXXXX—XXXX

18

Cf=0.0118

Cpi—kJ/mE

Xi—

6.3.2

19

Q=19

n—

2

Ssi—im

T—h

2

Qsi—ikJ/m·h

20

Q=α(t-t)20

siiwih

2

αi—kJ/(m·h·)

twi—i

21

1/4

α=Aω(t-t)+21

iwih

:

Aω—11.76.39.2

εi—i

7.1

22

Q=Qbe+Qse+Qke22

Qbe—kJ

Qse—kJ

Qke—kJ

7.2

23

FZ/TXXXXX—XXXX

Q=WCt-t23

bebbdbr

td—

7.3

24

Q=W[C100-t+H+Ct-100]24

sessbrfzd

W—kg

s

Cs—kJ/kg—

Hf—kJ/kg

Cz—kJ/kg

7.4

25

Q=VCt-t25

keqqdq

8.1

FZ/T90112-20186.1

8.2

26

mz=Szm-Sz026

Szm—kg

Sz0—kg

8.3

27

md=Sdm-Sd027

Sdm—kg

Sd0—kg

8.4

8.4.1

28

V=S-S28

rrmr0

FZ/TXXXXX—XXXX

3

Srm—m

3

Sr0—m

8.4.2

29

V=VT29

qcscqc

3

V—m/min

sc

Tqc—min

8.4.3

30

V=VT30

fswf

3

V—m/min

sw

Tf—min

8.5

8.5.1

FZ/T90112-20186.11

8.5.2

8.5.3

5%

8.6

1.

1.

1tbr20

2tq20

3td130

4td230

5tbc20

6tpc20

7tpr20

8tf20

FZ/TXXXXX—XXXX

9twii20

50cm

10

10td

31

t=t/n31

dix

ti—i

nx—

8.7

8.8

8.9

8.10

GB12206

9.1

GB17167GB/T29452

9.2

2.

2.

11.5

21.5

9.3

3.

3.

11.5

FZ/TXXXXX—XXXX

2/1.5

3/1.5

41.5

51.5

9.4

4.

4.

12.0

21.0

35.0

42.0

52.5

9.4

5.

5.

11.6

6.

6.

/kJ/kJ/%

/%

QbrQbc

QzQqc

QdrQpc

QrQ

Q

Qq

Qbe

Qse

Qke

FZ/TXXXXX—XXXX

11.1

11.2

G

11.3

FZ/TXXXXX—XXXX

A

/kJ∙kg-1

0-3-1

/C/kPa/kg∙m/kJ∙kg

00.60820.00484024912491

50.87300.0068020.92500.82480

101.2260.0094041.92510.42469

151.7070.0128362.82520.52458

202.3350.0171983.72530.12446

253.1680.02304104.72539.72435

304.2470.03036125.62549.32424

355.6210.03960146.52559.02412

407.3770.05114167.52568.62401

459.5840.06543188.42577.82389

5012.340.0830209.32587.42378

5515.740.1043230.32596.72366

6019.920.1301251.22606.32355

6525.010.1611272.12615.52343

7031.160.1979293.12624.32331

7538.550.2416314.02633.52320

8047.680.2929334.92642.32307

8557.880.3531355.92651.12295

9070.140.4229376.82659.92283

9584.560.5039397.82668.72271

100101.330.5970418.726772258

105120.850.7036440.02685.02245

110143.310.8254461.02693.42232

115169.110.9635482.32701.32219

120198.641.1199503.72708.92205

125232.191.296525.02716.42191

130270.251.494546.42723.92178

135313.111.715567.72731.02163

140361.471.962589.12737.72149

145415.722.238610.92744.42134

150476.242.543632.22750.72119

160618.283.252675.82762.92087

170792.594.113719.32773.32054

FZ/TXXXXX—XXXX

B

10-140

≤1.0MPaB.1

>1.0MPa≤2.5MPaB.2

B.1P=0.6000MPa10—140

(kg/m333

)(kJ/kg)(kg/m)(kJ/kg)(kg/m)(kJ/kg)

10999.9442.60554986.39226.5798960.01411.11

11999.8446.79855985.91230.7599959.30415.33

12999.7450.98956985.42234.94100958.58419.54

13999.6155.17857984.93239.12101957.86423.76

14999.4859.36758984.43243.30102957.14427.97

15999.3463.55459983.93247.48103956.41432.19

16999.1867.74060983.41251.67104955.67436.41

17999.0171.92661982.90255.85105954.93440.63

18998.8376.11062982.37260.04106954.19444.85

19998.6480.29463981.84264.22107953.44449.07

20998.4484.47664981.31268.41108952.69453.30

21998.2288.65965980.77272.59109951.93457.52

22998.0092.84066980.22276.78110951.17461.75

23997.7797.02167979.67280.97111950.40465.98

24997.52101.2068979.12285.15112949.63470.20

25997.27105.3869978.55289.34113948.86474.44

26997.01109.5670