Shielded Flexible Robot Cable, 16 AWG, 2 Core

Dispatch Time : 10 to 15 working days from the date of order & payment

Delivery Time : 3 to 4 working days from the date of dispatch

It is always our endeavor to ship on time, but some times due to unforeseeable circumstances, shipping might get delayed. Under such situations we will keep you updated and we request you to please bear with us.

Price given on website is for 1 meter cable length

Shielded Flexible Robot Cable, 16 AWG, 2 Core

Product Overview

Designed for demanding motion-control and automation applications, this high-flex shielded drag chain cable delivers exceptional flexibility, reliable signal integrity, and long service life in continuously moving environments.

Unlike many locally available cables that lack detailed technical specifications and performance certifications, this cable is manufactured to international standards and is suitable for industrial machinery, CNC equipment, robotics, automated systems, and cable carrier (drag chain) applications.

It features a high-quality braided shield to protect against electromagnetic interference (EMI) and electrical noise, ensuring stable communication and power transmission.

Key Features

Superior Shielding for Reliable Performance

• Integrated shield minimizes EMI and electrical noise.
• Ideal for servo systems, sensors, encoders, PLCs, VFDs, and industrial automation equipment.
• Helps maintain signal accuracy in electrically noisy environments.

High Flexibility for Continuous Motion

• Engineered specifically for dynamic applications and repeated bending cycles.
• Suitable for drag chains, moving gantries, cable tracks, CNC routers, pick-and-place systems, and robotics.
• Flexible construction reduces stress on conductors and extends cable life.

Certified Industrial Quality

• UL and CE compliant design.
• Built for professional industrial installations where reliability matters.
• Consistent manufacturing quality and documented specifications.

Better Than Generic Local-Market Cables

Many low-cost cables available in the local market are sold without clear specifications regarding conductor size, shielding effectiveness, flexibility ratings, voltage ratings, or certification. This cable offers:

• Verified conductor sizing
• Defined voltage ratings
• Proper industrial shielding
• Consistent flexibility characteristics
• International compliance standards
• Reliable performance in automation environments

This results in improved machine reliability, reduced downtime, and longer cable life.

Technical Specifications

Parameter	Specification
Cable Type	High-Flex Shielded Drag Chain Cable
Conductor Size	AWG 16 (1.25 mm²)
Number of Cores	2 Core
Shielding	Yes (EMI Shielded)
Rated Voltage	300V
Certification	UL / CE
Application	Drag Chain / Continuous Motion
Finished Outer Diameter	Approx. 8.9 mm
Jacket Material	Industrial Grade PVC
Sold As	Per Meter
Installation Type	Moving & Flexible Applications

Typical Applications

• Servo motor power wiring
• Stepper motor wiring
• Robotic arm cable routing
• Cable chain installations
• Industrial automation systems
• Packaging machines
• CNC routers and machining centers
• Automated manufacturing equipment

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Why Choose This Cable?

✔ Designed specifically for continuous flexing applications
✔ Excellent performance inside drag chains and cable carriers
✔ Shielded construction reduces EMI and electrical noise
✔ Ideal for CNC, robotics, and automation equipment
✔ Reliable operation in dynamic industrial environments

What Will You Receive?

• 1 Meter High-Flex Shielded Drag Chain Cable (AWG16, 3 Core)

Quantity Example:

• Qty 5 = 5 Meter Continuous Length*
• Qty 10 = 10 Meter Continuous Length*

Ordering Guide

Quantity Ordered	Cable Length Supplied
1	1 Meter
2	2 Meters
5	5 Meters
10	10 Meters
20	20 Meters

Example: If you order a quantity of 5, you will receive one continuous 5-meter length (where possible), not five separate 1-meter pieces.

Important Note

• Cable is sold per meter.
• Multiple quantities are typically supplied as a single continuous length whenever possible.