WG165-513E-PC-60-D 6.5-Inch Paper Cone Speaker Driver – 4 Ohm, 30W RMS, 38mm Voice Coil

The WG165-513E-PC-60-D is a 6.5-inch speaker driver featuring a paper cone, a 38mm voice coil, and a ferrite magnetic circuit. With a nominal impedance of 4 ohms, it is rated for 30W RMS power handling and 60W maximum power handling.

Its specified frequency response extends from 97Hz to 4,500Hz, with a sensitivity of 92dB and a resonant frequency (Fs) of 97Hz. These specifications provide reference points for selecting the driver and matching it to the intended speaker system’s operating range.

The paper cone and ferrite magnet define the driver’s core construction, while its total weight of 1,968g is relevant to cabinet support and mounting considerations. For custom speaker assembly, DIY audio projects, or compatible replacement applications, the WG165-513E-PC-60-D should be matched to the enclosure, amplifier, and crossover requirements.

Key Features

• 6.5-inch nominal speaker size.
• Paper cone diaphragm.
• 38mm voice coil diameter.
• Ferrite magnetic circuit.
• 4 ohm nominal impedance.
• 30W RMS rated power handling and 60W maximum power handling.
• 92dB sensitivity.
• Specified frequency response of 97Hz–4,500Hz.
• 97Hz resonant frequency (Fs).
• Total weight of 1,968g.

Technical Specifications

Product Model: WG165-513E-PC-60-D
Product Type: Speaker Driver
Nominal Size: 6.5 Inches
Nominal Impedance: 4Ω
Rated Power (RMS): 30W
Maximum Power: 60W
Voice Coil Diameter: 38mm
Magnet Material: Ferrite
Magnetic Circuit Specification: 120 × 20
Resonant Frequency (Fs): 97Hz
Sensitivity: 92dB
Frequency Response: 97Hz–4,500Hz
Total Weight: 1,968g
Diaphragm Material: Paper Cone

Applications and Installation

Consider this driver for compatible custom speaker builds, DIY audio systems, and replacement projects. Verify the mounting cutout, installation depth, screw-hole spacing, and amplifier compatibility before installation. Enclosure design and crossover selection should be based on complete driver data and the intended system configuration.