Buzzer PATLITE MP-B Niveau de pression acoustique 87 dB Gris

The Patlite MP-B buzzer produces a sound pressure level of 87 dB in a compact, grey housing. Designed for straightforward audible signaling, this buzzer delivers consistent tone output for alarms, warnings, and status notifications in industrial and commercial settings. Its neutral grey finish blends with control panels and equipment while offering a durable construction intended for long-term operation.

Advantages

The buzzer offers a reliable 87 dB output that is sufficiently loud for nearby workspaces without requiring excessive power. Its compact form factor and neutral grey color make it easy to integrate into control cabinets, machinery panels, and workstations. Built for durability, the unit maintains consistent sound performance over time and is suitable for continuous or intermittent signaling duties.

Suitable for

• Industrial alarm and warning systems
• Machine status indication on production lines
• Control panels and operator stations
• Workshops and commercial facilities requiring audible alerts

Key specifications

• Sound pressure level: 87 dB
• Color: grey
• Output type: single-tone audible buzzer
• Mounting: panel or surface mount compatible
• Intended use environment: industrial and commercial settings

How to use

Install the buzzer on a stable surface or panel location where the sound can propagate to the intended area. Connect the electrical supply according to the equipment wiring standards and the installation diagram provided by the system designer or integrator. Positioning should avoid placing the buzzer behind heavy obstructions that would block sound transmission. Test the unit after installation to confirm correct operation and audibility at typical working distances.

Recommendations

For reliable performance, use the buzzer within the specified mounting and power conditions, perform periodic functional checks, and avoid exposure to direct impact or corrosive contaminants. Select mounting locations that maximize audibility while minimizing exposure to excessive vibration and moisture.