Skip to product information
1 of 4

Dayton Audio

Dayton Audio - 6½" Signature Woofer - SIG180-4

Dayton Audio - 6½" Signature Woofer - SIG180-4

Regular price $104.95 AUD
Regular price Sale price $104.95 AUD
Sale Sold out
Tax included. Shipping calculated at checkout.

Description

A 6½" woofer from Dayton Audio's Signature Series, with a one-piece concave black anodised aluminium cone, a polyimide former and an open cast aluminium frame. Dayton developed the series with Klippel testing for low distortion, and the vented former and elevated spider help it run cool.

Features

  • Extensive Klippel LPM and LSI testing to optimise Bl symmetry and parameters
  • Indexed cone/surround junction for a smooth transition and frequency response
  • Polyimide formers for improved mechanical damping and a smooth frequency response
  • One-piece concave black anodised aluminium cone
  • Vented former and elevated spider for improved airflow
  • Open cast aluminium frame for improved heat dissipation
  • Countersunk stainless steel magnet badging for long-lasting looks

Specifications

General

Driver type Woofer
Nominal size 6.5"
Nominal impedance 4Ω
Series Signature
Power handling (RMS) 80 W
Power handling (program) 160 W
Sensitivity 91 dB
Frequency range 40 – 4,000 Hz

Thiele/Small parameters

Resonant frequency (Fs) 40.5 Hz
DC resistance (Re) 3.7 Ω
Voice coil inductance (Le) 0.47 mH
Mechanical Q (Qms) 5.19
Electrical Q (Qes) 0.41
Total Q (Qts) 0.38
Equivalent volume (Vas) 23.2 L
Compliance (Cms) 0.81 mm/N
Moving mass (Mms) 19.2 g
Force factor (Bl) 6.6 T·m
Effective piston area (Sd) 143 cm²
Linear excursion (Xmax, one-way) 5 mm
Displacement volume (Vd) 71.5 cm³
Efficiency bandwidth product (EBP) 98.78

Motor

Voice coil wire Copper

Mounting

Overall diameter 180.3 mm
Cutout diameter 145 mm
Mounting depth 81 mm
Mounting holes 6
Voice coil diameter 31.8 mm
Weight 1.647 kg

Materials

Cone Aluminum Cone
Surround Rubber
Voice coil former Glass fiber
Basket Cast aluminum
Magnet Ferrite
  • Xmax is quoted one-way (peak), not peak-to-peak.
  • Sensitivity measured at 2.83V/1m.
View full details