JBL JBL-SLP14/T-WH Sleek Low-Profile On-Wall Spkr, 4.5", Wht, 1 pc

JBL JBL-SLP14/T-WH Sleek Low-Profile On-Wall Speaker, 4.5", White

The JBL-SLP14/T-WH is a compact on-wall speaker built for live venues and installations where mounting depth and clean aesthetics are non-negotiable. Its ultra-slim 3.9" depth fits into tight walls without sacrificing coverage, while the included slide-in bracket and 15° down-tilt design make setup fast and reliable. Engineered for dependable operation across clubs, restaurants, retail spaces, and distributed audio networks.

Audio Performance

A 120mm polypropylene woofer paired with a 0.79" titanium dome tweeter produces balanced midrange and treble across a 70Hz–20kHz frequency range. The speaker handles 50W continuous pink noise and 100W program power, delivering consistent output for background music, paging, live playback, and networked audio systems without strain.

Installation & Connectivity

The 25-watt multi-tap transformer supports both 70V/100V distributed systems and direct 8-ohm operation, letting you drop this into existing infrastructure or run it standalone. Connection via 4-pin Euroblock plug is quick and field-serviceable, while the included rain cover protects the terminal compartment in outdoor or humid venues.

Key Features

• 120mm polypropylene cone woofer and 0.79" titanium dome tweeter
• Frequency response: 70Hz–20kHz
• 50W continuous pink noise / 100W continuous program power handling
• 25-watt multi-tap transformer for 70V/100V systems, switchable to 8-ohm direct operation
• Ultra-compact depth: 100mm (3.9") — ADA-compliant, less than 4 inches deep
• Dimensions: 286mm W × 263mm H × 100mm D (11.3" × 10.4" × 3.9")
• Slide-in wall bracket included; 15° down-tilted coverage for flush mounting
• 4-pin Euroblock plug connectivity
• White finish with paintable surface for custom installations
• Rain cover protects terminal compartment

The JBL-SLP14/T-WH delivers practical shallow mounting with flexible amp compatibility, making it rock-solid for retrofit work and space-constrained live or installed sound scenarios.