JBL Control 424LP 4 IN ENHANCED LOW-PROFILE CLNG SPK
Description
JBL Control 424LP 4 IN Enhanced Low-Profile Ceiling Speaker
The Control 424LP is a compact ceiling speaker built for installations where depth is a critical constraint. Its ultra-low profile backcan (under 100 mm deep) mounts flush into tight ceiling cavities without sacrificing acoustic performance or power handling. This is a reliable choice for venues, education facilities, and professional installations requiring dependable, consistent coverage in a discreet form factor.
Design & Installation
The low-profile construction paired with the full-face magnetic grille and optional black and square grille covers allows flexible aesthetic integration into any environment. The 16-ohm impedance design includes a transformer supporting both 70V/100V and low impedance applications, making it adaptable to diverse system configurations without additional hardware.
Audio Performance
A 4" (100 mm) coaxially mounted woofer and 19 mm soft-dome tweeter in a ported enclosure deliver balanced vocal and background music reproduction. CRBI™ technology ensures 130° consistent coverage, so sound remains even across the listening area. The speaker handles 60 W continuous pink noise power and 240 W peak power, meeting the demands of moderate-to-large venues and installations.
Key Features
- 4" (100 mm) coaxially mounted woofer with 19 mm (0.75 in) soft-dome tweeter
- Ultra-low-profile backcan design under 100 mm deep
- 60 W continuous pink noise power handling; 240 W peak power
- 16-ohm impedance
- Transformer support for 70V/100V and low impedance operation
- CRBI™ technology with 130° consistent coverage
- Full-face magnetic grille with optional black and square grille alternatives
- Ported enclosure for enhanced bass response
- UL1480A and UL2043 listed for safety compliance
- IP33 rating for protection against dust and light water sprays
The Control 424LP combines installation flexibility, acoustic consistency, and reliable power handling in a form factor designed for real-world ceiling constraints.
More Information
| Condition | New |
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