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Power cables assembled to LENZE

Shielded continuous bending hi-flex cables

Properties of the cables

  • UV-resistant
  • CFC-free
  • Minimum bend radius 7.5 x Ø
  • Halogen-free
  • Flame-retardant

Approvals:
cURus,
based on VDE,
REACH/RoHS II

Power basic cables assembled to LENZE

LENZE
Assembling

Core number x
Cross-section
[mm2]

max. ∅
[mm]

Connection
Motor

Connection
Controler

Cable weight
[kg/m]

Copper weight
[kg/m]

EYL0002AXXXXL01A00

5 G 1²

8.2

1 ÜWM

open end

0.097

0.048

EYL0002AXXXXL03A00

5 G 1²

8.2

1 Speedtec

open end

0.097

0.048

EYP0010AXXXXM01A00

(4 G 1² + (2 x 0.5²))

11.1

1 ÜWM

open end

0.166

0.090

EYP0010AXXXXM04A00

(4 G 1² + (2 x 0.5²))

11.1

1 Speedtec

open end

0.166

0.090

EYP0011AXXXXM01A00

(4 G 1.5² + (2 x 0.5²))

12.1

1 ÜWM

open end

0.206

0.110

EYP0011AXXXXM04A00

(4 G 1.5² + (2 x 0.5²))

12.1

1 Speedtec

open end

0.206

0.110

EYP0012AXXXXM01A00

(4 G 2.5² + (2 x 0.5²))

13.8

1 ÜWM

open end

0.268

0.150

EYP0012AXXXXM02A00

(4 G 2.5² + (2 x 0.5²))

13.8

1.5 ÜWM

open end

0.268

0.150

EYP0012AXXXXM04A00

(4 G 2.5² + (2 x 0.5²))

13.8

1 Speedtec

open end

0.268

0.150

EYP0012AXXXXM05A00

(4 G 2.5² + (2 x 0.5²))

13.8

1.5 Speedtec

open end

0.268

0.150

EYP0015AXXXXM03A00

4 G 10 + (2 x 1.0) C

20.1

1.5 ÜWM

open end

0.706

0.508

EYP0015AXXXXM06A00

4 G 10 + (2 x 1.0) C

20.1

1.5 Speedtec

open end

0.706

0.508

EYP0016AXXXXM03A00

4 G 16 + (2 x 1.0) C

23.8

1.5 ÜWM

open end

1.008

0.802

EYP0016AXXXXM06A00

4 G 16 + (2 x 1.0) C

23.8

1.5 Speedtec

open end

1.008

0.802

EYP0053AXXXXM02A00

(4 G 4² + (2 x 1²) + 2 x AW G22)

16.5

1.5 ÜWM

open end

0.420

0.280

EYP0053AXXXXM05A00

(4 G 4² + (2 x 1²) + 2 x AW G 22)

16.5

1.5 Speedtec

open end

0.420

0.280

EYP0054AXXXXM03A00

(4 G 6² + (2 x 1²) + 2 x AW G 22)

18.8

1.5 ÜWM

open end

0.540

0.360

EYP0054AXXXXM06A00

(4 G 6² + (2 x 1²) + 2 x AW G 22)

18.8

1.5 Speedtec

open end

0.540

0.360

Additional types upon request.

Varying parameters possible.
ÜWM = coupling nut with full thread

Power basic cables assembled to LENZE

LENZE
Assembling

Core number x
Cross-section
[mm2]

max. ∅
[mm]

Connection
Motor

Connection
Controler

Cable weight
[kg/m]

Copper weight
[kg/m]

EYP0010VXXXXA00P04

(4 G 1² + (2 x 0.5²))

11.1

open end

1 Speedtec

0.166

0.09

EYP0011VXXXXA00P01

(4 G 1.5² + (2 x 0.5²))

12.1

open end

1 ÜWM

0.206

0.11

EYP0011VXXXXA00P04

(4 G 1.5² + (2 x 0.5²))

12.1

open end

1 Speedtec

0.206

0.11

EYP0012VXXXXA00P01

(4 G 2.5² + (2 x 0.5²))

13.8

open end

1 ÜWM

0.268

0.15

EYP0012VXXXXA00P02

(4 G 2.5² + (2 x 0.5²))

13.8

open end

1.5 ÜWM

0.268

0.15

EYP0012VXXXXA00P04

(4 G 2.5² + (2 x 0.5²))

13.8

open end

1 Speedtec

0.268

0.15

EYP0012VXXXXA00P05

(4 G 2.5² + (2 x 0.5²))

13.8

open end

1.5 Speedtec

0.268

0.15

EYP0015VXXXXA00P03

4   G  10  +  (2 x 1.0) C

20.1

open end

1.5 ÜWM

0.706

0.508

EYP0015VXXXXA00P06

4   G  10  +  (2 x 1.0) C

20.1

open end

1.5 Speedtec

0.706

0.508

EYP0016VXXXXA00P03

4   G  16  +  (2 x 1.0) C

23.8

open end

1.5 ÜWM

1.008

0.802

EYP0016VXXXXA00P06

4   G  16  +  (2 x 1.0) C

23.8

open end

1.5 Speedtec

1.008

0.802

EYP0053VXXXXA00P02

(4 G 4² + (2 x 1²) + 2 x AW G 22)

16.5

open end

1.5 ÜWM

0.42

0.28

EYP0053VXXXXA00P05

(4 G 4² + (2 x 1²) + 2 x AW G 22)

16.5

open end

1.5 Speedtec

0.42

0.28

EYP0054VXXXXA00P03

(4 G 6² + (2 x 1²) + 2 x AW G 22)

18.8

open end

1.5 ÜWM

0.54

0.36

EYP0054VXXXXA00P06

(4 G 6² + (2 x 1²) + 2 x AW G 22)

18.8

open end

1.5 Speedtec

0.54

0.36

Additional types upon request.

Varying parameters possible.
ÜWM = coupling nut with full thread

Power extension cables assembled to LENZE

LENZE
Assembling

Core number x
Cross-section
[mm2]

max. ∅
[mm]

Connection
Motor

Connection
Controler

Cable weight
[kg/m]

Copper weight
[kg/m]

EYP0010VXXXXM01P01

(4 G 1² + (2 x 0.5²))

11.1

1 ÜWM

1 ÜWM

0.166

0.090

EYP0010VXXXXM01P04

(4 G 1² + (2 x 0.5²))

11.1

1 ÜWM

1 Speedtec

0.166

0.090

EYP0010VXXXXM04P01

(4 G 1² + (2 x 0.5²))

11.1

1 Speedtec

1 ÜWM

0.166

0.090

EYP0010VXXXXM04P04

(4 G 1² + (2 x 0.5²))

11.1

1 Speedtec

1 Speedtec

0.166

0.090

EYP0011VXXXXM01P01

(4 G 1.5² + (2 x 0.5²))

12.1

1 ÜWM

1 ÜWM

0.206

0.110

EYP0011VXXXXM01P04

(4 G 1.5² + (2 x 0.5²))

12.1

1 ÜWM

1 Speedtec

0.206

0.110

EYP0011VXXXXM04P01

(4 G 1.5² + (2 x 0.5²))

12.1

1 Speedtec

1 ÜWM

0.206

0.110

EYP0011VXXXXM04P04

(4 G 1.5² + (2 x 0.5²))

12.1

1 Speedtec

1 Speedtec

0.206

0.110

EYP0012VXXXXM01P01

(4 G 2.5² + (2 x 0.5²))

13.8

1 ÜWM

1 ÜWM

0.268

0.150

EYP0012VXXXXM01P04

(4 G 2.5² + (2 x 0.5²))

13.8

1 ÜWM

1 Speedtec

0.268

0.150

EYP0012VXXXXM02P02

(4 G 2.5² + (2 x 0.5²))

13.8

1.5 ÜWM

1.5 ÜWM

0.268

0.150

EYP0012VXXXXM02P05

(4 G 2.5² + (2 x 0.5²))

13.8

1.5 ÜWM

1.5 Speedtec

0.268

0.150

EYP0012VXXXXM04P01

(4 G 2.5² + (2 x 0.5²))

13.8

1 Speedtec

1 ÜWM

0.268

0.150

EYP0012VXXXXM04P04

(4 G 2.5² + (2 x 0.5²))

13.8

1 Speedtec

1 Speedtec

0.268

0.150

EYP0012VXXXXM05P02

(4 G 2.5² + (2 x 0.5²))

13.8

1.5 Speedtec

1.5 ÜWM

0.268

0.150

EYP0012VXXXXM05P05

(4 G 2.5² + (2 x 0.5²))

13.8

1.5 Speedtec

1.5 Speedtec

0.268

0.150

EYP0015VXXXXM03P03

4 G 10 + (2 x 1.0) C

20.1

1.5 ÜWM

1.5 ÜWM

0.706

0.508

EYP0015VXXXXM03P06

4 G 10 + (2 x 1.0) C

20.1

1.5 ÜWM

1.5 Speedtec

0.706

0.508

EYP0015VXXXXM06P03

4 G 10 + (2 x 1.0) C

20.1

1.5 Speedtec

1.5 ÜWM

0.706

0.508

EYP0015VXXXXM06P06

4 G 10 + (2 x 1.0) C

20.1

1.5 Speedtec

1.5 Speedtec

0.706

0.508

EYP0016VXXXXM03P03

4 G 16 + (2 x 1.0) C

23.8

1.5 ÜWM

1.5 ÜWM

1.008

0.802

EYP0016VXXXXM03P06

4 G 16 + (2 x 1.0) C

23.8

1.5 ÜWM

1.5 Speedtec

1.008

0.802

EYP0016VXXXXM06P03

4 G 16 + (2 x 1.0) C

23.8

1.5 Speedtec

1.5 ÜWM

1.008

0.802

EYP0016VXXXXM06P06

4 G 16 + (2 x 1.0) C

23.8

1.5 Speedtec

1.5 Speedtec

1.008

0.802

EYP0053VXXXXM02P02

 (4 G 4² + (2 x 1²) + 2 x AW G 22)

16.5

1.5 ÜWM

1.5 ÜWM

0.42

0.280

EYP0053VXXXXM02P05

 (4 G 4² + (2 x 1²) + 2 x AW G 22)

16.5

1.5 ÜWM

1.5 Speedtec

0.42

0.280

EYP0053VXXXXM05P02

 (4 G 4² + (2 x 1²) + 2 x AW G 22)

16.5

1.5 Speedtec

1.5 ÜWM

0.42

0.280

EYP0053VXXXXM05P05

 (4 G 4² + (2 x 1²) + 2 x AW G 22)

16.5

1.5 Speedtec

1.5 Speedtec

0.42

0.280

EYP0054VXXXXM03P03

 (4 G 6² + (2 x 1²) + 2 x AW G 22)

18.8

1.5 ÜWM

1.5 ÜWM

0.54

0.360

EYP0054VXXXXM03P06

 (4 G 6² + (2 x 1²) + 2 x AW G 22)

18.8

1.5 ÜWM

1.5 Speedtec

0.54

0.360

EYP0054VXXXXM06P03

 (4 G 6² + (2 x 1²) + 2 x AW G 22)

18.8

1.5 Speedtec

1.5 ÜWM

0.54

0.360

EYP0054VXXXXM06P06

 (4 G 6² + (2 x 1²) + 2 x AW G 22)

18.8

1.5 Speedtec

1.5 Speedtec

0.54

0.360

Additional types upon request.

Varying parameters possible.
ÜWM = coupling nut with full thread

Compatible avec

Chaînes porte-câbles

Qu'il s'agisse de chariots porte-câbles en acier, en plastique ou en produit hybride - chez KABELSCHLEPP® les conditions de votre application déterminent le matériau. Après avoir évalué les paramètres de votre application, nous vous recommanderons un produit qui représente l'optimum en termes de capacité de charge, de durabilité et de longévité. Le matériau lui-même est secondaire. You can choose from our product portfolio of thousands of types between standard widths and individual millimeter grids – just as required.

Chaînes porte-câbles❯
Chariots porte-câbles prêts à raccorder – TOTALTRAX®

Des câbles pré-assemblés aux systèmes complexes prêts au raccordement, de la taille de lot 1 à la série, des milliers de systèmes KABELSCHLEPP sont utilisés de manière fiable dans le monde entier. Les avantages des systèmes TOTALTRAX® sont évidents: un seul interlocuteur, un seul numéro de commande, une livraison juste à temps sur votre site de production, des temps d'arrêt plus courts grâce à l'installation plug&play.

Chariots porte-câbles prêts à raccorder❯
Accessories – Serre-câbles

Pour un placement optimal en cas d'utilisation dynamique des câbles.

Serre-câbles❯