Mallory | SC616NR

Since 1966, Mallory Sonalert Products, Inc. has been a manufacturer of high quality standard and custom audible alarms. Manufactured in the USA, Mallory Sonalert alarms feature solid-state electronics, polarity protection, rugged and safe case materials, corrosion resistant brass solid diaphragms, as well as water and vibration resistance.

Mallory produces an audible tone by internally creating an oscillating Oscillatingsignal which drives a piezo ceramic transducer mounted in a sound chamber. Various types of continuous and intermittent tones are available.

Mallory Sonalert can be actuated by AC and DC power signals and has several mounting configurations and terminations available.

Mallory’s SC series of electronic panel mount alarms is used in every type of industrial, medical, transportation and military application. They feature efficient piezoelectric technology combined with state-of-the-art circuit design which results in wire operating voltage ranges, ultra low current levels, sound levels ranging from soft to ultra loud, and a nearly unlimited number of different sound types.

The SC series offers a versatile screw neck that allows the alarm to be assembled to the panel with a knurled nut. Rugged construction and 100% electrical and sound screening ensures that these alarms will hold up under the most rigorous inside or outside environmental conditions guaranteeing that these alarms set the high quality bar for the electronic alarm industry.

Because the operation of the Sonalert audible device is dependent upon the circuit in which it is used, it is advisable to thoroughly test the selected device in the specific circuit and application to assure mechanical and electrical compatibility and verify system performance.

The SC616NR is a continuous tone, panel mount buzzer with a minimum sound pressure level of 98 dB at 6 Volts of DC power, and a maximum of 103 dB at 16 Volts.

Experience the sound of SC616NR and other Mallory Sonalert products.

Note: The "R" suffix in SC616NR denotes ROHS compliance.