Shanghai Suoqi Drag Chain Cable (Packaging Machinery High-Speed Reciprocating Signal Transmission · High-Flexibility Flex-Resistant)

Key Technical Data

• 100%
• 30℃
• 90℃
• 0.5mm²
• 300/300V
• 300/500V
• 85%

TRVVSP twisted pair shielded highly flexible drag chain cable

1. Core Features

Mechanical Properties ▸ Bending Radius: ≥5 times the cable diameter (under normal conditions) ▸ Cycle Life: Bending resistance > 10 million cycles (reinforced design) ▸ Tensile strength: wear-resistant layer, bending resistance

Environmental Tolerance ▸ Temperature Range: -30°C to 90°C (Mobile Installation) ▸ Protection Rating: ✔️ UV Protection (for outdoor use), ✔️ Oil stain resistance (Shallow Water/Oil Environments), ✔️ Moisture Protection (For Humid Environments)

Electrical Performance ▸ Insulation Resistance: >20GΩ·cm ▸ Rated Voltage: ▸ Below 0.5mm²: 300/300V ▸ ≥0.5mm²: 300/500V ▸ Shielding Performance: Tinned copper wire braid

2. Technical Specifications

Project

Technical specifications

Optional options

Conductor

Multi-strand Ultra-fine Oxygen-Free Copper Wire Stranded (VDE 0295 Class 6)

Optional tin-plated copper wire

Insulating materials

Mixed PVC (PE/TPEE)

Optional

Shielding design

Tin-plated copper wire braiding (coverage rate≥85%)

Aluminum foil tin-plated braided shield

Sheath materials

Mixed nitrile/PUR material

Oil-resistant and UV-resistant

color

Customizable

3. Structural Design

Conductor Structure ▸ Ultra-fine Stranding (Anti-twist Design) ▸ Complies with VDE 0295 Class 6 Standard

Insulation layer ▸ Mixed PVC material (anti-adhesion surface treatment)

Shielding layer ▸ Wire-to-pair twisted pair shielding (anti-interference design) ▸ Tin-plated copper wire braiding (density ≥85%) can also be customized as required

Sheath layer ▸ Nitrile/PUR composite material ▸ Color: Customizable

Selection Tips

This page is designed for high-speed reciprocating signal transmission in packaging machinery, produced according to high flexibility and bending resistance, with specifications covering multi-core combinations. Conductor structure and sheath materials can be adjusted according to on-site laying method, bending radius, and operating speed, supporting custom drawings.