Description
At a Glance:
- ALL-WEATHER CO-AX, 6' 2-WAY, BLACK
- JBL Professional All Weather AWC62 2-way Indoor/Outdoor Speaker - 120 W RMS - Black
- 175 W (PMPO) - 6.50" inch Kevlar Woofer - 1" inch - 70 Hz to 18 kHz - 8 Ohm
Key Features:
- The 2-way speakers give smooth and precise production of sound to deliver an ultimate audio experience
- Uproar the bass as loud as you want with 120 W RMS power without any blaring
- Hear every detail crisp and clear with a frequency response of 70 Hz-18 kHz
- 8 Ohm impedance extracts maximum power so you will get more output from your speakers
Technical Specifications:
Product Type: Speaker
Crossover Type: 2-way
Minimum Frequency Response: 70 Hz
Maximum Frequency Response: 18 kHz
RMS Output Power: 120 W
PMPO Output Power: 175 W
Speaker Installation: Indoor/Outdoor
Product Color: Black
Tweeter Driver Size: 1" / 25.4 mm
Woofer Driver Size: 6.50" / 165.1 mm
Woofer Driver Material: Kevlar
Country of Origin: China
Brand Name: JBL Professional
Durability: Weather Proof
Manufacturer: Harman International Industries, Inc
Product Model: AWC62
Product Name: All-Weather Compact 2-Way Coaxial Loudspeaker with 6.5" inch LF
Product Line: All Weather
Application/Usage: Indoor/Outdoor
Impedance: 8 Ohm
Manufacturer Part Number: AWC62-BK
Manufacturer Website Address: http://www.harman.com
Marketing Information: Applications:
The AWC62 is a compact, coaxial-driver, 2-way, highly weather-resistant full-range loudspeaker system which is ideal for speech and music-fill in a wide variety of applications, including sports facilities, racetracks, stadiums, fairgrounds, rodeos, skating rinks, themed entertainment venues, cruise ships, water parks, outdoor background music/ paging systems, swimming pools, and a wide variety of other outdoor or indoor venue types.
The AWC62 is comprised of a high-power coaxial 165 mm (6.5 in) low frequency driver and 25 mm (1 in) high frequency compression driver. The co-axial design utilizes a unique tapered pole-piece design and transitions to the cone of the low frequency driver as a large diameter pattern control horn for the high frequencies, both eliminating high-frequency beaming which is common among this category of speaker and extending pattern control to the lowest possible frequencies. The result is a coaxial speaker with wide, extremely consistent 110° coverage on a broadband basis.
Component features include a Kevlar-reinforced low frequency cone for reliability, well-damped surround for smooth frequency response, high temperature voice coil and a reduced distortion design through saturated-gap magnet geometry.
The paintable enclosure is constructed of thick, ABS plus fiberglass and is heavily braced to maximize low-frequency performance. The corrosion-resistant zinc-rich extra-thick powder coated steel grille is backed with open cell foam and high thread-count mesh, providing excellent protection in the harshest environments. The system is rated IP-56, per IEC529 when installed at minimum 5° down-tilt.
The system is equipped with a 120W 70V/100V multi-tap transformer. Connection is made via outdoor-rated terminals in a recessed terminal cup. A protective terminal compartment cover is included, along with gland nut, which forms a water-tight seal with round-jacketed cable having outside diameter between 4 mm (0.16 in) and 9 mm (0.36 in).
A heavy-duty weather-capable zinc-rich, thick powder coated U-type mounting bracket is included.
Package Contents:
- All-Weather Compact 2-Way Coaxial Loudspeaker with 6.5" inch LF
- U-Bracket
- Zinc-Rich Extra Thick Powder Coated, Steel
Sensitivity: 120 dB
Weight (Approximate): 14.99 lb
Application/Usage Option 1: Swimming Pool
Application/Usage Option 2: Amusement Park
Application/Usage Option 3: Music/Paging System
Application/Usage Option 4: Cruise Ship
Application/Usage Option 5: Entertainment Center
Application/Usage Option 6: Skating Rink
Application/Usage Option 7: Rodeo
Application/Usage Option 8: Fairground
Application/Usage Option 9: Stadium
Application/Usage Option 10: Racetrack
Application/Usage Option 11: Sports Bar
