Europe

KFC-PS3017W
  • KFC-PS3017W
  • KFC-PS3017W
  • KFC-PS3017W
  • KFC-PS3017W
  • KFC-PS3017W

Additional Images

KFC-PS3017W

PS-series 30cm subwoofer

This 30cm Subwoofer has a robust thermal management system, implemented with an Aluminum Bobbin, Closed Yoke Design, and Advanced Airflow Control. The X-Motif Cap (Injection Molded Polypropylene) controls resonance frequency and cut away unnecessary high frequency sound to deliver powerful, solid bass.

  • Oversized Dimension

Key Features

300mm Polypropylene Cone (PP Cone)
400 Rated/RMS Input Power
High-ridged Two-piece Diaphragm for solid bass
X-motif cap Technology for resonance control
Single, multi-layered, voice coil.
Aluminum bobbin for better thermal conductivity
Airflow control for optimal heat radition
Stress controlled spider
Push-terminals for easy connection
Sealed/Ported installation capabillity

 

X-Motif Cap & Diamon array cone

The X-motif cap, made of Injection-Molded Polipropylene, controls resonance frequency and cut away unnecessary high frequency sound to deliver powerfull, solid bass. Diamond shapes are etched all the way to the speaker edge, helping to reduce surface waves on the speaker diaphragm, decrease vibration, and suppress distortion. The diamond array pattern also provides additional rigidity to the speaker to improve voice coil response for dynamic and clean audio reproduction.

 

Heat-Resistant Aluminum Voice Coil Bobbin.

Most common subwoofer failure factor is Voice Coil Burnout. By using heat-resistant aluminum voice-coil bobbin with higher thermal conductivity, heat is easily transferred to the iron parts. This will Increase durability of the voice coil.

 

Newly-Designed Airflow Control

The air is pushed by the cap, the voice-coil is cooled when air passes through the gap.

 

Closed Yoke Design

The closed yoke realizes larger magnetic circuit to increase heat radiation, the more metal the better the heat radiation.

 

Computer-Optimized Spider

Redesigned shape to equalize the stress to increase mechanical durability.