PVC drag chain servo motor cable

Product Description:
Application scenarios
This type of cable is designed for applications that require high bending and continuous motion, and is widely used in drag chain systems, robots, and mobile drive systems. The outer sheath material has the characteristics of wear resistance, hydrolysis resistance, antibacterial, flame retardant, etc., which maximizes the advantages of the cable in the drag chain system.
Product Features

Long service life and high cost-effectiveness, PVC material makes it wear-resistant and stable, suitable for indoor use.

Product advantages
·The special structural design and materials enhance its wear and bending resistance. The special tensile reinforcement layer inside greatly improves the product's service life and tensile resistance.
·Adopting twisted pair technology to avoid internal noise and signal interference.
·The inner sheath makes the core structure more compact, greatly avoiding the occurrence of core leakage during use and increasing the service life.
·The shielding layer uses tin plated copper wire to reduce oxidation phenomenon; And the coverage rate is very tight, reaching 90%, reducing interference during use.

minimum bend radius
Fixed laying: 5x cable outer diameter
Mobile installation: 7.5x cable outer diameter

temperature range
Fixed application temperature: -20 ℃~80 ℃
Mobile temperature: -15 ℃~80 ℃

Oil resistance: ordinary
Weather resistance: UV resistant, suitable for indoor use
Flame retardant properties: compliant with IEC60332-1

Maximum movement speed
Overhead speed: 3m/s
Sliding speed: 2m/s
Acceleration: 20m/s2

Structure
1. Twisted shielded data cable
2. Conductor VDE02956 Class
3. Special low viscosity PVC mixture for insulation layer
4. Special tensile strengthening core
5. Inner sheath high elasticity PVC mixture
6. Yellow green grounding wire
7. Tin plated copper wire braided shielding layer with optical coverage of 90%
8. Special low viscosity wear-resistant PVC mixture for outer sheath

List of specifications and models

Nominal cross-section mm2	Structural composition mm	Approximate outer diameter mm	Approximate weight Kg/km
4G1.5＋2×0.5	4×48/0.20＋2×28/0.15	14	250
4G1.5＋2×0.75	4×48/0.20＋2×24/0.20	14	280
4G1.5＋2×1	4×48/0.20＋2×32/0.20	14.5	300
4G2.5＋2×0.5	4×77/0.20＋2×28/0.15	15.5	320
4G2.5＋2×0.75	4×77/0.20＋2×24/0.20	16	330
4G2.5＋2×1	4×77/0.20＋2×32/0.20	16.5	340
4G4＋2×1	4×126/0.20＋2×32/0.20	16.5	390
4G4＋2×1.5	4×126/0.20＋2×48/0.20	17	410
4G6＋2×1	4×189/0.20＋2×32/0.20	18.5	550
4G6＋3×1	4×189/0.20＋3×32/0.20	19	570
4G6＋2×1.5	4×189/0.20＋2×48/0.20	19.5	600
4G10＋2×1	4×322/0.20＋2×32/0.20	23	800
4G10＋3×1	4×322/0.20＋3×32/0.20	23	815
4G10＋2×1.5	4×322/0.20＋2×48/0.20	23.5	850
4G16＋2×1	4×513/0.20＋2×32/0.20	27	1150
4G16＋2×1.5	4×513/0.20＋2×48/0.20	27	1200
4G16＋3×1.5	4×513/0.20＋3×48/0.20	27	1230
4G25＋2×1.5	4×798/0.20＋2×48/0.20	32.5	1560
4G35＋2×1.5	4×1121/0.20＋2×48/0.20	37	2200
4G1.5＋2×（2×1.5）	4×48/0.20＋2×2×16/0.20	15.5	330
4G1.5＋2×（2×0.75）	4×48/0.20＋2×2×24/0.20	15.5	340
4G2.5＋2×（2×0.75）	4×77/0.20＋2×2×24/0.20	17.5	360
4G1.5＋2×（2×1）	4×77/0.20＋2×2×32/0.20	18	380
4G2.5＋2×（2×1.5）	4×77/0.20＋2×2×48/0.20	18	400
4G4＋2×（2×1.5）	4×126/0.20＋2×2×48/0.20	21	450
4G6＋2×（2×1.5）	4×189/0.20＋2×2×48/0.20	21	750
4G10＋2×（2×1.5）	4×322/0.20＋2×2×48/0.20	2.5	1125
4G16＋2×（2×1.5）	4×513/0.20＋2×2×48/0.20	29.5	1370
4G25＋2×（2×1.5）	4×798/0.20＋2×2×48/0.20	33	2100
4G35＋2×（2×1.5）	4×1121/0.20＋2×2×48/0.20	37.5	2300
The above are commonly used specifications and models for the cable section.  Other special specifications/colors and more complex applications can be developed and customized according to requirements

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