TexJet-ATY

HEBERLEIN. TEXJET-ATY.

Features and Benefits.

The TexJet-ATY produces superior yarn at high processing speeds. It is used for the production of very fine to coarse yarns made of polyester, polyamide, and polypropylene and in the production of high-grade flame and effect yarns.


Assortment.

Series Dx0

For voluminous yarns, technical applications, and fashion.

Series Dx1

Is used for producing microfibre, effect, and flame yarns. Possible end products include sportswear, leisurewear, and sewing yarns.

Series Dx2

Highly suited to sportswear, leisurewear, automotive, and technical yarns.

Series Dx3

For extremely compact yarns, automotive, and household textiles.

Series Dx4

For fashion, sportswear, leisurewear, and household textiles.

Series Dxx St

For glass filament yarns.


Technical data.

Application

Type

Total count of feed [dtex]

Single filament counts
[dtex]

Max. overfeed
effect yarns

Winding speed
[m/min]

Series Dx0 – For bulky yarns and high overfeed

D40

330 … 1100

0.8 … 5.5

… 160 %

… 600

D50

600 … 2500

4.0 … 12.0

… 160 %

… 600

D60

1800 … 3500

4.0 … 12.0

… 160 %

… 500

D70

2500 … 4500

4.0 … 12.0

… 160 %

… 500

Series Dx1 – For more volume, covering capacity, overfeed and higher texturing speed

D11

60 … 250

0.5 … 2.5

… 70 %

… 1200

D21

200 … 450

0.5 … 2.5

… 70 %

… 1000

D41

330 … 800

0.5 … 2.5

… 60 %

… 900

Series Dx2 – For compact, particularly stable yarns with small, tight loops

D002

10 … 50

0.5 … 1.5

… 60 %

… 400

D02

44 … 90

0.5 … 1.5

… 40 %

… 800

D12

80 … 250

0.8 … 3.5

… 60 %

… 1000

D22

150 … 480

0.8 … 3.5

… 60 %

… 900

D32

330 … 800

0.8 … 5.5

… 60 %

… 800

D42

600 … 1100

0.8 … 5.5

… 60 %

… 800

D52

600 … 2500

4.0 … 12.0

… 50 %

… 800

D62

1800 … 3500

4.0 … 12.0

… 40 %

… 600

Series Dx3 – For extremely compact, highly stable yarns

D03

44 … 90

0.5 … 1.5

… 40 %

… 700

D13

80 … 250

0.8 … 3.5

… 50 %

… 700

D23

150 … 480

0.8 … 3.5

… 50 %

… 700

D33

330 … 800

0.8 … 5.5

… 50 %

… 700

D43

660 … 1100

0.8 … 5.5

… 50 %

… 700

Series Dx4 – For effect yarns

D14

60 … 250

0.5 … 2.5

… 70 %

… 700

D24

150 … 480

0.8 … 3.5

… 70 %

… 700

D34

330 … 800

0.8 … 5.5

… 70 %

… 700

D44

600 … 1100

0.8 … 5.5

… 70 %

… 700

Applications with polypropylene yarns (PP)

D42

150 … 480

3.0 … 8.0

… 30 %

… 500

D52

350 … 1100

3.0 … 8.0

… 30 %

… 500

D62

800 … 2200

3.0 … 8.0

… 30 %

… 500

Series Dxx St – for glass filament yarns

D70 St

1360 … 25000

4.0 … 17.0 µm

All specifications are non-binding reference values.

Air consumption per thread

Type

Air channel diameter

Formula

D002

3 x 0.40 mm

qvn = 0.26 x (pe + 1)

D02, D03

3 x 0.50 mm

qvn = 0.37 x (pe + 1)

D11, D12, D13

3 x 0.60 mm

qvn = 0.54 x (pe + 1)

D14

1 x 0.90 mm

qvn = 0.40 x (pe + 1)

D21, D22, D23

3 x 0.75 mm

qvn = 0.81 x (pe + 1)

D24

1 x 1.15 mm

qvn = 0.60 x (pe + 1)

D32, D33

3 x 0.90 mm

qvn = 1.21 x (pe + 1)

D34

1 x 1.30 mm

qvn = 0.90 x (pe + 1)

D40, D41, D42, D43

3 x 1.00 mm

qvn = 1.46 x (pe + 1)

D44

1 x 1.50 mm

qvn = 1.10 x (pe + 1)

D50, D52

3 x 1.20 mm

qvn = 2.05 x (pe + 1)

D60

3 x 1.35 mm

qvn = 2.56 x (pe + 1)

D62

3 x 1.40 mm

qvn = 2.75 x (pe + 1)

D70

3 x 1.60 mm

qvn = 3.59 x (pe + 1)

D70 St

3 x 1.70 mm

qvn = 4.03 x (pe + 1)

pe = overpressure [bar]qvn = air consumption per thread [m3/h] (standard conditions according to DIN1343)

Compressed air requirements

Overpressure

7.0 … 14.0 bar **

** Glass fibre yarns 2 – 5 bar

For the compressed air quality requirements, see Compressed air purity.


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