My contact person
igus® Ltd.

Caswell Road

Northampton, NN4 7PW

01604 677240

Sectional views through the igus® cable types

Detailed structure of igus® control, data, servo and motor cables starting from the high-class category

chainflex® control cable, unshielded

Control cable, unshielded

1

Individual bundles with optimized pitch length and pitch direction

2

Center element for high tensile stresses

3

Single-wire diameter optimized for energy chains

4

Highly abrasion-resistant, gusset-filled extruded jacket

chainflex® control cable, shielded

Control cable, shielded

1

Total shield with optimized braiding angle (covering approx. 70% linear, approx. 90% optical)

2

Gusset-filled extruded inner jacket supports stranding

3

Center element for high tensile stresses

4

Tension-proof center element in individual bundles

5

Pressure extruded jacket

chainflex® data / sensor cable, shielded

Data / sensor cable, shielded

1

Stranded elements with optimized pitch length and pitch direction

2

Gusset-filled extruded inner jacket supports stranding

3

Center element for high tensile stresses

4

Pair braid shield

5

Total shield with optimized braiding angle (covering approx. 70% linear, approx. 90% optical)

6

Pressure extruded jacket

chainflex® FOC gradient fiber cable

FOC gradient fiber cable

1

Supporting braid made of glass-yarn-stranded FRP rods

2

Gel-filled fiber sheath

3

FOC fibers

4

Highly abrasion-resistant TPE jacket

5

Integrated torsion protection

chainflex® servo cable, shielded

Servo cable, shielded

1

Total shield with optimized braiding angle (covering approx. 70% linear, approx. 90% optical)

2

Optimized single-wire diameter

3

Center element for high tensile stresses

4

Gusset-filled extruded inner jacket

5

Stranding with optimized pitch length and pitch direction

6

Pair braid shield over optimized stranded core pair

7

Highly abrasion-resistant pressure extruded jacket

chainflex® motor cable, shielded

Motor cable, shielded

1

Total shield with optimized braiding angle (covering approx. 70% linear, approx. 90% optical)

2

Gusset-filled extruded inner jacket

3

Center element for high tensile stresses

4

Optimized single-wire diameter

5

Stranding with optimized pitch length and pitch direction

6

Highly abrasion-resistant pressure extruded jacket


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