Promate EcoLine-CC200 60W USB-C Cable 2m Braided

Promate EcoLine-CC200

The Promate EcoLine-CC200 Cable delivers high-efficiency Power Delivery (PD) charging with a maximum output of 60W for professional-grade hardware. This 2-meter interconnect provides ample reach for IT workstations and data center environments. It utilizes sustainable materials without compromising structural integrity or electrical performance. The architecture supports both rapid charging and high-speed data synchronization across all USB-C compliant devices. Consequently, it serves as a reliable power solution for laptops, tablets, and mobile peripherals.

Key Features

• 60W Power Delivery
  This accessory supports high-wattage throughput to charge power-hungry laptops and mobile devices efficiently.

• Reinforced Braided Design
  The outer jacket features a high-tensile braid that prevents kinking and internal wire fractures during use.

• Extended 2-Meter Length
  The increased cable span allows for flexible device placement in complex office or laboratory setups.

• Eco-Friendly Construction

  • Uses sustainable materials to reduce plastic waste
  • Bio-based components maintain industrial durability

Specifications

What’s in the Box

• 1 x Promate EcoLine-CC200 60W USB-C Cable (Black)

• User Documentation

Why Choose This Connection Solution

• Internal copper cores maximize conductivity while minimizing heat generation during peak 60W power delivery cycles.

• The 2-meter length eliminates the need for extension cables when connecting to floor-mounted PDU units.

• Multi-layer shielding protects the signal from electromagnetic interference in high-density hardware environments.

• The precision-engineered connectors withstand over 10,000 insertion cycles for long-term operational reliability.

• Advanced strain relief molding prevents cable separation at the connector head under heavy mechanical stress.

• This unit undergoes rigorous testing to ensure compatibility with modern Power Delivery standards and protocols.

• Thermal management circuitry prevents over-voltage and over-current scenarios during the charging handshake process.