PEAVEY DIAPHRAM FOR TLS5 at Wireless Hut .com

PEAVEY DIAPHRAM FOR TLS5 Peavey Diaphram for TLS5 (00442510)

The 14XT is a high frequency compression driver designed to operate between the frequencies of 1,000 Hz to 18 kHz & can handle 100 Watts of peak power.
The 14XT is designed w/a solid, one- piece titanium diaphragm, a 1.4 inch voice coil & a high temperature kapton coil former.
The one-piece titanium diaphragm, in conjunction w/the edge wound voice coil, reduces the moving mass extending the high frequency response of the driver. The high temperature kapton coil former allows the driver to reach 100 Watts of peak power while the large magnet structure wicks the heat away from the voice coil. Every 14XT driver is subjected to a complete series of computer-based tests designed to ensure total adherence to specifications. The 14XT was designed to improve system performance, reliability & power handling.
Peavey is proud to introduce the all new 14XT to its line of high performance compression drivers.

* Throat Parameter: 1"" (25 Mm)
* Nominal Impedance: 8 Ohms
* Minimum Impedance: 7.1 Ohms
* Dc Resistance: 6.8 Ohms
* Power Capacity 1,000 Hz To 20,000 Hz:
* 100 Watts Peak Power
* 50 Watts Program
* 25 Watts Continuous
* Sensitivity: 102 Db Spl 1 Watt At 1 Meter On-Axis On A 90 H X 45 V Horn
* Nominal Efficiency: 30%
* Frequency Response: 1 Khzto 18,000 Hz
* Recommended Crossover: 1,800 Hz At 12 Db/Octave
* Lowest Recommended Crossover: 1,000 Hz At 12 Db/Octave
* Diaphragm: Commercially Pure Titanium
* Voice Coil Diameter: 1.4"" (35.5 Mm)
* Voice Coil Material: Edge-Wound Ribbon w/A High Temp Kapton Bobbin
* Flux Density: 11,500 Gauss (1.1st)
* Dimensions: 3.500"" (91.44 Mm) Diameter X 2.75"" (69.85 Mm) Depth
* Horn Coupling Diameter: 7/8"" (22.2 Mm)
* Horn Coupling Threads: Standard 1 3/8"" - 18""
* Net Weight: 33.3 Oz.
* Shipping Weight: 37 Oz.

00442510
DESIGNER NOTES:
The 14XT driver is designed for use between the frequencies of 1,000 Hz to 20 kHz. However, in our experience as crossover designers for commercial
applications, optimum driver performance can be achieved if the engineer limits the crossover design to 1,800 Hz as compared to the 1,000 Hz lower limit of the driver.