The Bosch LC2 PC60G6-8H is an single 8" two way Premium sound white Ceiling Loudspeaker which provides, wide dispersion, high efficiency, high maximum output, ease of installation, innovative dual waveguide that provides directivity control to 1 kHz and wide range reproduction of music and voice. It consists of a baffle/waveguide assembly, grille, back can enclosure, 8 inch coax two way loudspeaker and internal output power matching transformer. The loudspeaker features a waveguide coupled titanium coated dome tweeter. It provides much better music fidelity and speech intelligibility in spaces with high ceiling heights than typical flush units are capable of. The rear enclosure provides an optimum internal volume for extended low frequency performance. The loudspeaker utilizes a second order crossover network at 2.5 kHz, with a comprehensive protection circuit to protect the network, woofer and tweeter drivers from excessive power levels.
Voice alarm loudspeaker
Voice alarm loudspeakers are specifically designed for use in buildings where performance of systems for verbal evacuation announcements is governed by regulations. The LC2 PC60G6 8H is designed for use in voice alarm systems and is compliant with British Standard BS 5839 8 and EN 60849.
The loudspeaker has built in protection to ensure that, in the event of a fire, damage to the loudspeaker does not result in failure of the circuit to which it is connected. In this way, system integrity is maintained; ensuring loudspeakers in other areas can still be used to inform people of the situation. It is standard fitted with a back can enclosure to increase protection of the cable termination. The loudspeaker has an emergency compliant ceramic screw terminal block and thermal fuse.
Certifications and approvals
This Bosch loudspeaker is designed to withstand operating at their rated power for 100 continuous hours in accordance with IEC 268-5 Power Handling Capacity (PHC) standards. Bosch has also developed the Simulated Acoustical Feedback Exposure (SAFE) test to demonstrate that they can withstand two times their rated power for short durations. This ensures improved reliability under extreme conditions, leading to higher customer satisfaction, longer operating life and lessens the chance of failure or performance deterioration.