Professional Loudspeakers
planar technology
Pro-1.975” (190 cm) Professional Kaladex® Line Source Driver Element |
 |
Pro-1.350” (130 cm) Professional Kaladex® Line Source Driver Element |
 |
Pro-1.040” (100 cm) Professional Kaladex® Line Source Driver Element |
 |
||
Pro 1.9 ME75” (190 cm) Professional Kaladex® Line Source Driver Element mounted in metal utility enclosure for in-wall mounting. Shipped complete. |
 |
Pro 1.3 ME50” (130 cm) Professional Kaladex® Line Source Driver Element mounted in metal utility enclosure for in-wall mounting. Shipped complete. |
 |
Pro 1.0 ME40” (100 cm) Professional Kaladex® Line Source Driver Element mounted in metal utility enclosure for in-wall mounting. Shipped complete. |
 |
||
Pro 1.3 fr ME50” (130 cm) Professional Mylar® Line Source Driver Element with 4 - 5.25” woofers and passive crossover, mounted in metal utility enclosure for in-wall mounting. Shipped complete. - FULL RANGE |
|
Pro 1.0 fr ME40” (100 cm) Professional Mylar® Line Source Driver Element with 2 - 5.25” woofers and passive crossover, mounted in metal utility enclosure for in-wall mounting. Shipped complete. - FULL RANGE |
|
||||
Pro 1.9 XOPassive Crossover with Notch Filter for 75” (190 cm) Driver Element |
 |
Factory installation Factory installation of protection module n/c There is no additional charge to also include the installation of the protection circuit provided that the passive crossover / notch filter is also installed at the above rate.Factory installation of protection circuit without passive crossover is not available. |
|||||
Pro 1.0 XOPassive Crossover with Notch Filter for 50” (130 cm) Driver Element |
|
||||||
Pro 1.3 XOPassive Crossover with Notch Filter for 40” (100 cm) Driver Element |
|
||||||
Pro-PCLoudspeaker Protection Module for Pro-Line drivers. Lowers power to the driver by 6 dB (SPL by -3 dB) when input power reaches maximum continuous power handling of the loudspeaker. The input power is limited predominantly at mid and lower high frequency. The capacitor allows for transient and high frequency components to go through – making threshold and polyswitch tripping almost impossible to detect.
|
|||||||