5" Ceiling Speaker with Inductive Coupling Technology
Model: CMS 503ICT PI
- Newly refined 130 mm (5.0”) ICT transducer for greater durability and longevity
- High power & high sensitivity with extended frequency response
- Wide, controlled, constant directivity dispersion for optimum coverage
- Does not suffer from energy loss in the vertical plane at crossover as with two-way discrete designs
- Low insertion-loss, 30 W line transformer for a more powerful and dynamic performance
The point source configuration of the Tannoy ICT driver’s mid-bass and tweeter sections ensures a wide and controlled dispersion for optimum coverage, avoiding the significant energy losses in the vertical plane at the crossover frequency that are inherent in typical two-way designs. The ICT (Inductive Coupling Technology) drive unit also addresses two common component failures in background music systems: the tweeter and the crossover. Use of wireless electromagnetic coupling to drive the tweeter means that no crossover is required, making the ICT drive unit exceptionally reliable and ideal for applications where constant heavy usage is the norm. The mineral-loaded polypropylene cone material and nitrile rubber surround further enhance durability and long-term reliability.
The CMS 503ICT PI utilizes a 16 ohm driver, making it ideal for use in high performance low-impedance systems (with optimized performance when used in conjunction with Lab.gruppen LUCIA amplifiers). The low-insertion loss 30 W transformer features convenient front bezel switching for taps at 60 W, 30 W and 15 W, with an additional 7.5 W tap for traditional constant voltage systems.
The CMS 503ICT PI also features extra clamp extension to accommodate thicker ceiling panels, and a locking design that prevents inadvertent over-screwing. Magnetic grille attachment enables easy removal and fitting for custom painting and tapping changes with grilles now available as either traditional style (inset in bezel) or new Arco™ style, which conceals the entire unit for architect-friendly aesthetic appeal.
The CMS 503ICT PI is supplied without a back-can. All models are supplied with classic grille, two tile support rails and one C-ring; Arco grille back-can and plaster (mud) ring are available as optional accessories.
- Newly refined 130 mm (5.0”) ICT transducer for greater durability and longevity
- High power & high sensitivity with extended frequency response
- Wide, controlled, constant directivity dispersion for optimum coverage
- Does not suffer from energy loss in the vertical plane at crossover as with two-way discrete designs
- Low insertion-loss, 30 W line transformer for a more powerful and dynamic performance
- Convenient front-tapping switch for settings
- Magnetically-adhering grille system for easy custom painting and optional Arco designer grilles for minimal architectural impact
- Three-clamp, self-aligning mounting system
- UV resistant baffle and grille
- Packaged with classic grille, tile rails and C-ring for quick and easy installation and simple stocking logistics
- Applications
- Voice Alarm Systems
- Multizone Foreground Music & Paging Systems
- Boardrooms & Offices
- Business Music Systems
- Airports, Convention Centres, Hotels
- Reception/Waiting Rooms
- Houses of Worship
- Retail Outlets/Shopping Malls
- Lounges/Bars
- Cruise Ships
- Courtrooms
- Loudspeaker Mount Type - Ceiling
- Loudspeaker Voltage - 70V
- Loudspeaker Voltage - 100V
- Spec Sheet available - Yes
- Speaker Diameter (Driver): 5 in
- Maximum Frequency Response (Bandwidth): 24 kHz
- Maximum Frequency Response (Bandwidth): 24000 Hz
- Minimum Frequency Response (Bandwidth): 71 Hz
- Minimum Frequency Response (Bandwidth): 0.07 kHz
- 100V Taps: 30, 15, 7.5 Watt
- 70V Taps: 30, 15, 7.5, 3.75 Watt
- Certifications: UL, CE
- Construction: ABS
- Coverage Horizontal: 90 degrees
- Coverage Vertical: 90 degrees
- Impedance: 16 ohm
- Maximum SPL (Sound Pressure Level): 106 dB
- Power Handling: 50 Watt
- Color: White
Suggested Products
Inland AV
422 Lucas Ave
CenterPort, MB R4B 0A7
Canada
(204) 786-6521
https://inlandav.ca/