PAudio 1.4 Inch (36mm) throat 90 x 60 Dispersion Bolt-On Flare ( SC-1496)
AUD $85.00 (Ex. GST)
The SC-1496 is an industry standard 1.4 inch (35.56mm) throat design and includes a bolt on style mounting flange. The P Audio SC-1496 is a wide bandwidth constant directivity waveguide with a very controlled 90 x 60 degree included angle radiation pattern and 800Hz low frequency cut-off.
The P Audio SC-1496 is a wide bandwidth constant directivity waveguide designed for use in very high performance sound reinforcement system designs. The SC-1496 is a fully rotatable horn and features a very controlled by 90° by 60° degree included angle radiation pattern. The design features a flat front geometry with scalloped edges that that allow the SC-1496 to fit closely to the associated low frequency transducer. This feature can produce very compact enclosure designs.
The SC-1496 is an industry standard 1.4 inch (35.56mm) throat design and includes a bolt on style mounting flange. The standard throat diameter allows for a wide variety of compression drives to mate with the horn. The PAudio SC drivers that feature a 1.4″ exit diameter are excellent companion products for the 1.4 inch SC horns.
The SC-1496 has a low frequency cut-off of 800Hz which permits its use with a wide variety of low frequency devices. A minimum cross-over frequency of 1200Hz is recommended for low distortion and high reliability in professional applications.
The SC-1496 is an injection molded design featuring thick cross sections of very high strength glass filled ABS. The SC-1496 is an ideal choice for high performance professional sound reinforcement and public address system designs when short to medium throw requirements are specified.
- Throat size: 1.4″/35.56mm
- Dispersion: 90 x 60
- Cutoff frequency: 800 Hz
- Mounting type: Bolt-On
- Construction: A.B.S.
- Net Weight: 1.0 kgm
- Overall width: 270 mm
- Overall height: 270 mm
- Overall depth: 135 mm
|Dimensions||28 × 28 × 16 cm|
Only logged in customers who have purchased this product may leave a review.