Helix HEL-IKEB6.1DVC2

Regular price $499.00 Sale price $499.00
Out of stock
Description

HELIX IK EB6.1

Extremely compact vented subwoofer with 6” chassis and 2 x 2 Ohms or 1 x 2 Ohms impedance

The IK EB6.1 proves that outstanding bass performance can come in a remarkably compact package. Thanks to its diminutive design, this subwoofer is the ideal problem solver for particularly space-saving installations, with its form factor making it perfect for integration into unused battery compartments in vehicle interiors.

Compact design, impressive performance

Despite its small dimensions, the IK EB6.1 delivers incredible sound pressure and audio performance comparable to much larger subwoofers. Equipped with a powerful 6” (160 mm) high-excursion woofer featuring an ultra-stiff, hand-scooped paper cone, this subwoofer provides rich, deep bass with impressive dynamics.

Optimized bass reflex enclosure

The sophisticated bass reflex enclosure maximizes sound pressure and low-frequency performance, ensuring a full-bodied bass experience inside the vehicle.

Flexible connection

With the option of a 1 x 2 Ohms (SVC2) or 2 x 2 Ohms (DVC2) configuration, there is a perfect deep bass specialist for every amplifier setup to maximize power output. 

Easy installation and robust build

Thanks to the pluggable screw terminal, installation and removal are quick and secure. The sturdy carpet surface with the embroidered HELIX logo adds a touch of style, while the solid metal grille protects the woofer cone from damage, ensuring long-lasting reliability.

Technical data

   

IK EB6.1-DVC2 – 2 x 2 Ohms

Power handling RMS P 150 Watts
Recommended amplifier power RMS 75 - 150 Watts
Impedance  z 2 x 2 Ω / 1 x 4 Ω / 1 x 1 Ω
Max. linear excursion Xmax +/- 6.0 mm
Port tuning frequency Fb 48 Hz
Sensitivity SPL 89 dB @ 2.83V / 1m
86 dB @ 1W / 1m
Dimensions (H x W x D)   175 x 175 x 340 mm /
6.9 x 6.9 x 13.4“
Integrated subwoofer chassis   HELIX IK W6-DVC2
Recommended DSP settings   "Self-define" highpass 40 Hz / Q = 1.0;
EQ filter: 55 Hz / Q = 2.0 / -2 d