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Graphite Electrodes Papillae 3tpi 4tpi Connectens Pin T3l T4l

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  • Graphite Electrodes Papillae 3tpi 4tpi Connectens Pin T3l T4l
  • Graphite Electrodes Papillae 3tpi 4tpi Connectens Pin T3l T4l
  • Graphite Electrodes Papillae 3tpi 4tpi Connectens Pin T3l T4l
  • Graphite Electrodes Papillae 3tpi 4tpi Connectens Pin T3l T4l

Description:

Papilla graphita electrode critica component in fornacem electrici (EAF) processu chalybe.Partes significantes agit in connectendo electrodam cum fornace, quae dat transitum electrici currenti ad metallum conflatile.Papilla qualitas est essentialis ut processus efficaciam et constantiam obtineat.


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Descriptio

Papilla graphita electrode parva est, sed essentialis pars processus chalybs EAF.Est pars cylindrica informis quae electrodam fornacem nectit.In processu chalybematico, electrode in fornacem demittitur et in contactu cum metallo conflato ponitur.Vena electrica fluit per electrodem, calorem generans, quae metallum in fornace liquescit.Papilla munere magno ludit in nexu electrica stabili conservando inter electrodam et fornacem.

Technical Parameter

Gufan Carbon Conical Papilla et Socket Drawing

Graphite-Electrode-Nipple-T4N-T4L-4TPI-T3N-3TPI
Graphite-Electrode-Nipple-Socket-3TPI-4TPIL-T4N-T4L
Graphite-Electrode-Nipple-Socket-T4N-T4L-4TPI
Chart 1.Conical Papilla et Socket Dimensiones (T4N/T4L/4TPI)

Nominal Diameter

IEC Code

Magnitudines Papillae (mm)

Moles Pentium (mm)

Pix

mm

digitis

D

L

d2

I

d1

H

mm

tolerantia

(-0.5～0)

Tolerantia (1～0)

Tolerantia (-5～0)

Tolerantia (0～0.5)

Tolerantia (0-7)

200

8

122T4N

122.24

177.80

80.00

<7

115.92

94.90

6.35

250

10

152T4N

152.40

190.50

108.00

146.08

101.30

300

12

177T4N

177.80

215.90

129.20

171.48

114.00

350

14

203T4N

203.20

254.00

148.20

196.88

133.00

400

16

222T4N

222.25

304.80

158.80

215.93

158.40

400

16

222T4L

222.25

355.60

150.00

215.93

183.80

450

18

241T4N

241.30

304.80

177.90

234.98

158.40

450

18

241T4L

241.30

355.60

169.42

234.98

183.80

500

20

269T4N

269.88

355.60

198.00

263.56

183.80

500

20

269T4L

269.88

457.20

181.08

263.56

234.60

550

22

298T4N

298.45

355.60

226.58

292.13

183.80

550

22

298T4L

298.45

457.20

209.65

292.13

234.60

600

24

317T4N

317.50

355.60

245.63

311.18

183.80

600

24

317T4L

317.50

457.20

228.70

311.18

234.60

650

26

355T4N

355.60

457.20

266.79

349.28

234.60

650

26

355T4L

355.60

558.80

249.66

349.28

285.40

700

28

374T4N

374.65

457.20

285.84

368.33

234.60

700

28

374T4L

374.65

558.80

268.91

368.33

285.40

 

 

Chart 2.Conical Papilla et Pentium Dimensiones (T3N/3TPI)

Nominal Diameter

IEC Code

Magnitudines Papillae (mm)

Moles Pentium (mm)

Pix

mm

digitis

D

L

d2

I

d1

H

mm

tolerantia

(-0.5～0)

Tolerantia (1～0)

Tolerantia (-5～0)

Tolerantia (0～0.5)

Tolerantia (0-7)

250

10

155T3N

155.57

220.00

103.80

<7

147.14

116.00

8.47

300

12

177T3N

177.16

270.90

116.90

168.73

141.50

350

14

215T3N

215.90

304.80

150.00

207.47

158.40

400

16

241T3N

241.30

338.70

169.80

232.87

175.30

450

18

273T3N

273.05

355.60

198.70

264.62

183.80

500

20

298T3N

298.45

372.60

221.30

290.02

192.20

550

22

298T3N

298.45

372.60

221.30

290.02

192.20
Chart 3.Standard Electrode Amplitudo & Papilla Ponderibus

Electrode

Vexillum de papillis

Nominal Electrode Size

3TPI

4TPI

Diameter Longitudo

T3N

T3L

T4N

T4L

digitis

mm

libras *

kg

libras *

kg

libras *

kg

libras *

kg
14 72 350 1800 32 14.5 - - 24.3 11 - -
16 72 400 1800 45.2 20.5 46.3 21 35.3 16 39.7 18
16 96 400 2400 45.2 20.5 46.3 21 35.3 16 39.7 18
18 72 450 1800 62.8 28.5 75 34 41.9 19 48.5 22
18 96 450 2400 62.8 28.5 75 34 41.9 19 48.5 22
20 72 500 1800 79.4 36 93.7 42.5 61.7 28 75 34
20 84 500 2100 79.4 36 93.7 42.5 61.7 28 75 34
20 96 500 2400 79.4 36 93.7 42.5 61.7 28 75 34
20 110 500 2700 79.4 36 93.7 42.5 61.7 28 75 34
22 84 550 2100 - - - - 73.4 33.3 94.8 43
22 96 550 2400 - - - - 73.4 33.3 94.8 43
24 84 600 2100 - - - - 88.2 40 110.2 50
24 96 600 2400 - - - - 88.2 40 110.2 50
24 110 600 2700 - - - - 88.2 40 110.2 50
Chart 4.Coupling Torque Reference for Papilla & Electrode

Electrode Diameter

digitis

8

9

10

12

14

mm

200

225

250

300

350

Momentum easing

N·m

200-260

300-340

400-450

550-650

800–950

Electrode Diameter

digitis

16

18

20

22

24

mm

400

450

500

550

600

Momentum easing

N·m

900-1100

1100-1400

1500-2000

1900-2500

2400–3000

Institutionem Instructionem

  • Priusquam graphite electrode inaugurarimus, Tersus pulvis et sordes in superficie et nervus electrode et papilla cum aere compresso;(vide pic1)
  • Media linea papilla electrode graphite constans servanda est in duobus fragmentis graphi- tis electrodes conjunctis;(see pic2)
  • Electrode clamper in loco suo habendus est: extra lineas securitatis superioris finis;(see pic3)
  • Antequam papilla stringatur, caveat papilla superficiem mundam sine pulvere vel sordida.(see pic4)
HP350mm graphite electrode_Installation01
HP350mm graphite electrode_Installation02
HP350mm graphite electrode_Installation03
HP350mm graphite electrode_Installation04

Papilla graphita electrode critica est componentes in processu chalybematico EAF.Qualitas eius directe afficit processus efficientiam et constantiam.Papillae qualitas adhibenda est essentialis ne accidentia electrode et lenis et fertilis processus efficiens efficiat. Secundum industriam datam, super 80% electronici accidentia causantur papillis fractis et laxo fractis.Ad papillam propriam eligendam, factores inferiores considerari debent.

  • Scelerisque conductivity
  • Electrical resistivity
  • Density
  • vi mechanica

Cum papilla electrode graphite deligendo, essentialis est considerare qualitatem, magnitudinem et figuram et convenientiam cum electrode et fornace specifica.Eligendo papillam rectam, artifices qualitatem chalybem emendare possunt et gratuita cum downtime et pauperis fructibus coniuncta minuere.

Eius scelerisque conductivity, electricae resistentiae, densitatis et roboris mechanicae comprehendens.

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