JBL PD764-WH High Frequency Coaxial Speaker – White
JBL PD764-WH High Frequency Coaxial Speaker – White
The PD764 Precision Directivityâ„¢ loudspeaker provides high-impact sound reinforcement at throw distances that are beyond the reach of single-driver designs. A single module produces greater than 104 dB SPL (continuous) at distances of 50 m (165 ft). The PD764 may be used in clusters with other PD family modules or singly as part of a distributed system. PD100 series low-frequency elements may be added to the array to extend bandwidth and pattern control to the lowest octaves.
Features:
- 60° by 40° Coverage Pattern–symmetrical frontal dimensions allow horizontal or vertical orientation within an array.
- IFSâ„¢ Interference Free Summation dual HF driver module eliminates destructive interference and increases output by 6 dB.
- Dual 8 in horn loaded cone mid frequency drivers provide 6 dB greater output than traditional designs.
- Pattern control maintained to below 400 Hz.
- Co-axial mid / high-frequency module layout improves mid frequency arrayability and minimizes size.
- Integrated rigging system simplifies array design and construction.
Specifications:
- Product Type: Speaker
- Enclosure Color: Black
- Enclosure Material: Birch plywood
- Design Features: DuraFlex finish, trapezoidal design
- Speaker Type: Surface Mount
- Configuration: Full Range
- Speaker Size: 15″
- Total power (W): 500
- Cab Material: Birch plywood
- Number of Speakers: 1 Speaker
- Dimensions: Width 30.8 in, Depth 26.4 in, Height 30.8 in, Weight 152.12 lbs
- Impedance: 8, 4, 16-ohm
- Color: White
- Indoor/Outdoor: Indoor
- Active/Passive: Passive
- Speaker System:
- Speaker Type: 2-way – passive
- Nominal Output Power: 300 Watt
- Max (RMS) Output Power: 500 Watt
- Frequency Response: 50 – 20000 Hz
- Nominal Impedance: 8 Ohm
- Max Output Level (Max SPL): 139 dB
- Sensitivity: 105 dB
- Crossover Frequency: 1200 Hz
- Coverage: 60° x 40°
- Speaker Driver
- Woofer driver: 15″ – Horn
- Tweeter driver: 1.5″ – neodymium – aluminum – Horn Loaded Compression Driver (HLCD)