SlideJet-FT15-2

HEBERLEIN. SLIDEJET-FT15-2.

Features and Benefits.

The SlideJet-FT15-2 is used in the manufacturing and processing of high value filament yarns in the false-twist texturing process. The jet is a modular system with a universal quick-lock housing and numerous easily replaceable jet inserts.

Assortment.

Series APe

The APe series enables significant air savings of up to 15%. Existing jets can be replaced within seconds thanks to the 'plug & play' design. While the jets help to minimize the cost-intensive 'compressed air' resource, no compromises are required in terms of yarn quality. The investment pays for itself within a very short time.

Series APh

Designed to ensure maximum knot stability for downstream processes, such as weaving. A comprehensive series of tests have shown that up to 100% stability can be achieved at a load of 1 cN/dtex. This allows higher machine speeds and results in increased productivity. Alternatively, the sizing application can be reduced, which has a positive impact on costs and the environment.

Series P

The comprehensive P series covers a wide range of applications. Whether a light interlacing density with low stability is required, a strong interlacing density, high stability or microfilament yarns are processed - the variety of available jet types offers the right, cost-effective solution. Due to the very tight tolerances, this series offers a high uniformity from position to position. Customised types are available on request.

Series S

The cost-effective alternative to the P series with a scaled-down range of jet types.

Technical data.

Application area & air consumption

Important note
Please contact your representative if the application is close to the limit value.

Series APe

Type	Mat.	Ideal count	Count range	dtex pro Filament	Air consumption formula
High interlacing density (80 – 220 FP/m) – light to medium stability
APe042	PA	22 dtex	… 33 dtex	0.3 … 0.9	q_vn = 0.140 x (p_e + 1)
	PES	22 dtex	… 33 dtex	0.45 … 0.9	q_vn = 0.140 x (p_e + 1)
APe044	PA	44 dtex	… 55 dtex	0.45 … 1.3	q_vn = 0.208 x (p_e + 1)
	PES	44 dtex	… 55 dtex	0.45 … 1.2	q_vn = 0.208 x (p_e + 1)
APe141		50 dtex	… 67 dtex		q_vn = 0.320 x (p_e + 1)
APe142		78 dtex	… 110 dtex		q_vn = 0.474 x (p_e + 1)
APe143		110 dtex	50 … 167 dtex		q_vn = 0.602 x (p_e + 1)
APe243		167 dtex	78 … 240 dtex		q_vn = 0.786 x (p_e + 1)
APe244		330 dtex	140 … 390 dtex		q_vn = 1.042 x (p_e + 1)
APe246		450 dtex	200 … 630 dtex		q_vn = 1.234 x (p_e + 1)
APe247		660 dtex	390 … 800 dtex		q_vn = 1.577 x (p_e + 1)

Series APh

Type	Ideal count	Count range	Ø Air channel	Air consumption formula
Medium interlacing density (70 – 90 FP/m) – high to very high stability
APh212	167 dtex	78 … 330 dtex	1.4 mm	q_vn = 0.911 x (p_e + 1)
APh213	330 dtex	110 … 630 dtex	1.6 mm	q_vn = 1.189 x (p_e + 1)
APh215	450 dtex	240 … 800 dtex	1.8 mm	q_vn = 1.506 x (p_e + 1)

Series P

Type	Ideal count	Count range	Ø Air channel	Air consumption formula
Low interlacing density (40 – 60 FP/m) – low stability
P310-2	110 dtex	50 … 167 dtex	1.4 mm	q_vn = 0.911 x (p_e + 1)
P410-2	167 dtex	78 … 240 dtex	1.6 mm	q_vn = 1.189 x (p_e + 1)
Medium interlacing density (70 – 90 FP/m) – medium to high stability
P211-2	78 dtex	20 … 140 dtex	1.3 mm	q_vn = 0.786 x (p_e + 1)
P212-2	167 dtex	78 … 330 dtex	1.4 mm	q_vn = 0.911 x (p_e + 1)
P213-2	330 dtex	110 … 630 dtex	1.6 mm	q_vn = 1.189 x (p_e + 1)
P215-2	450 dtex	240 … 800 dtex	1.8 mm	q_vn = 1.506 x (p_e + 1)
P312-2	660 dtex	330 … 1100 dtex	2.06 mm	q_vn = 1.859 x (p_e + 1)
P313-2	990 dtex	660 … 1200 dtex	2.2 mm	q_vn = 2.315 x (p_e + 1)
P412-2	1200 dtex	800 … 2000 dtex	2.5 mm	q_vn = 2.772 x (p_e + 1)
P414-2	1800 dtex	990 … 2400 dtex	3.0 mm	q_vn = 3.875 x (p_e + 1)
High interlacing density (80 – 160 FP/m) – low stability
P140-2	78 dtex	20 … 110 dtex	0.92 mm	q_vn = 0.393 x (p_e + 1)
High interlacing density (80 – 160 FP/m) – light to medium stability
P141-2	50 dtex	… 67 dtex	0.88 mm	q_vn = 0.360 x (p_e + 1)
P142-2	78 dtex	… 110 dtex	1.1 mm	q_vn = 0.562 x (p_e + 1)
P143-2	110 dtex	50 … 167 dtex	1.24 mm	q_vn = 0.712 x (p_e + 1)
P243-2	167 dtex	78 … 240 dtex	1.4 mm	q_vn = 0.911 x (p_e + 1)
P244-2	330 dtex	140 … 390 dtex	1.57 mm	q_vn = 1.142 x (p_e + 1)
P246-2	450 dtex	200 … 630 dtex	1.77 mm	q_vn = 1.451 x (p_e + 1)
P247-2	660 dtex	390 … 800 dtex	2.0 mm	q_vn = 1.785 x (p_e + 1)

Series S

Type	Ideal count	Count range	Ø Air channel	Air consumption formula
High interlacing density (80 – 160 FP/m) – light to medium stability
S1	78 dtex	… 110 dtex	1.1 mm	q_vn = 0.562 x (p_e + 1)
S2	110 dtex	50 … 167 dtex	1.24 mm	q_vn = 0.712 x (p_e + 1)
S3	167 dtex	78 … 240 dtex	1.4 mm	q_vn = 0.911 x (p_e + 1)
Medium interlacing density (70 – 90 FP/m) – medium to high stability
S12	167 dtex	78 … 330 dtex	1.4 mm	q_vn = 0.911 x (p_e + 1)
S13	330 dtex	110 … 630 dtex	1.6 mm	q_vn = 1.189 x (p_e + 1)
S14	450 dtex	240 … 800 dtex	1.8 mm	q_vn = 1,506 x (p_e + 1)
S16	660 dtex	330 … 1100 dtex	2.06 mm	q_vn = 1,859 x (p_e + 1)
S18	1200 dtex	800 … 2000 dtex	2.5 mm	q_vn = 2.772 x (p_e + 1)

All specifications are non-binding reference values.q_vn = air consumption per thread [m³/h] (DIN1343; applies from 0.8 bar); p_e = over pressure [bar]

Air savings: examples

Series APe versus P

Type	Air consumption formula	Type	Air consumption formula	Air savings¹⁾
APe141	q_vn = 0.320 x (p_e + 1)	P141-2	q_vn = 0.360 x (p_e + 1)	11.2 %	0.120 m³/h
APe142	q_vn = 0.474 x (p_e + 1)	P142-2	q_vn = 0.562 x (p_e + 1)	15.7 %	0.265 m³/h
APe143	q_vn = 0.602 x (p_e + 1)	P143-2	q_vn = 0.712 x (p_e + 1)	15.5 %	0.331 m³/h
APe243	q_vn = 0.786 x (p_e + 1)	P243-2	q_vn = 0.911 x (p_e + 1)	13.8 %	0.377 m³/h
APe244	q_vn = 1.042 x (p_e + 1)	P244-2	q_vn = 1.142 x (p_e + 1)	8.7 %	0.298 m³/h
APe246	q_vn = 1.234 x (p_e + 1)	P246-2	q_vn = 1.451 x (p_e + 1)	15.0 %	0.675 m³/h
APe247	q_vn = 1.577 x (p_e + 1)	P247-2	q_vn = 1.785 x (p_e + 1)	11.6 %	0.649 m³/h

1) Average values; data in m³/h at an overpressure of 2 barq_vn = air consumption per thread [m³/h] (DIN1343; applies from 0.8 bar); p_e = over pressure [bar]

Compressed air requirements

Overpressure

0.5 … 6.0 bar

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

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