Tannoy CMS801 DC warranty

CMS801 DC

Product Description

The Tannoy CMS801 DC is a full bandwidth; high power and high sensitivity ceiling monitor system. The 200mm (8.00") Tannoy Dual ConcentricTM is a point source drive unit design comprising a multi fibre paper pulp mid bass cone and a 25mm (1.00") ferrofluid cooled, titanium dome HF unit with neodymium magnet system. The driver and passive frequency dividing network are mounted in a vented, injection moulded, paintable front baffle manufactured from UV/weather resistant UL94V-0 ABS material.

The mid-bass and tweeter sections of the Tannoy Dual ConcentricTM constant directivity driver are coincidentally aligned to a true point source; ensuring a wide and controlled dispersion for optimum coverage; this while avoiding the massive loss of energy, in the vertical plane at the crossover frequency, inherent in two-way discreet designs. This high power and high sensitivity design, with extended frequency response and very low distortion, is equipped with dynamic high frequency protection.

This compact unit is specifically designed for applications requiring the combination of premium sonic quality for music and speech reinforcement and exceptional reliability and intelligibility.

Two CMS801 DC model versions and a separate back can are available to satisfy the vast majority of installation application requirements:

CMS801 DC BM (Blind Mount) - supplied with an integral back can.

CMS801 DC PI (Pre-Install) - supplied without a back can.

CMS801 PI Back Can (Pre-wire back can) - use with the CMS801 DC PI.

The CMS801 DC BM model is equipped with a low insertion loss 60W line transformer mounted within the back can. This is easily configurable to the following settings via front baffle mounted rotary tapping switch:

70V systems: 60W / 30W / 15W / 7.5W / OFF & low Impedance operation

100V systems: 60W / 30W / 15W / OFF & low Impedance operation

The CMS801 DC PI is supplied without a transformer. If the product is to be used without a back can a 60W line transformer (7600 1658) is available as an optional accessory for easy connection to the baffle mounted control switch circuit. Installing the transformer in this manner (flying) requires installation in accordance with local building regulations.

NOTE: For optimum performance and full compliance with safety ratings Tannoy recommends using the CMS801 PI back can (8001 4570) accessory option in which the transformer is pre-fitted.

The zinc plated steel back cans have an integrated, recessed termination box. The removable locking connector has screw terminals for secure wire termination and "loop through" facility. Strain relief is provided by a clamping mechanism for use with plenum rated cable or conduit.

Spring loaded self-aligning clamps make for quick and easy installation, while all models are also supplied with two tile support rails and one C-ring included in the package.

A plaster (mud) ring is available as an optional accessory.

Features

200mm (8.00") point source Dual Concentric“ driver

High power & high sensitivity with extended frequency response and very low distortion

Wide, controlled constant directivity dispersion for optimum coverage.

Does not suffer from massive loss of energy in the vertical plane at crossover caused by two way discreet designs

UV/weather resistant UL94V-0 ABS front baffle

Blind Mount & Pre Install options

Dynamic high frequency protection

Easily accessible tapping switch on front baffle.

Low insertion loss 60W line transformer

Ferrofluid cooled neodymium HF

Packaged with tile rails and C-ring for quick & easy installation and simple stocking logistics

Five year warranty

Applications

Multi-zone foreground music & paging systems

Boardrooms & offices

Business music systems

Airports, convention centres, hotels

Reception and waiting rooms

Houses of worship

Retail outlets and shopping malls

Lounges and bars

Cruise ships Courtrooms

anfragen@tannoy.com

Tannoy adopts a policy of continuous improvement and product specification is subject to change. CMS801 DC data file // issue 1.07// 15.07.08