Atlas Sound VPCS-2GPB-2 Vandal Proof Intercom Stations with Cone Loudspeaker

Introducing the Atlas Sound VPCS-2GPB-2 Intercom Station
The Atlas Sound VPCS-2GPB-2 is a vandal-proof intercom station that excels in high-security environments. This unit is particularly designed for areas requiring robust, secure communications such as detention centers, correctional facilities, and other institutions. Featuring a cone loudspeaker and a vandal-proof call switch, the VPCS-2GPB-2 ensures clear, reliable communication whether for safety announcements or everyday interactions.

Built to Withstand Extreme Conditions
Durability is at the core of the VPCS-2GPB-2 design. This intercom station can endure harsh conditions, resisting moisture, corrosion, dust, vibrations, and temperature extremes ranging from -10° to 150° F. Its rugged construction makes it suitable for high-risk public-access areas like hallways, lobbies, and parking garages, maintaining performance where lesser equipment would fail.

High-Quality Audio Output
Equipped with a 2-1/2" diameter loudspeaker and protected by a phenolic resin impregnated, moisture-proof cloth cone, the VPCS-2GPB-2 delivers superior voice and signal transmission. The dual die-cast baffles safeguard the speaker from potential vandalism, ensuring that communication remains clear and uninterrupted in all conditions.

Enhanced Security Features
This intercom station includes a 25V transformer and a vandal-proof push-button call switch, making it an ideal choice for facilities where call initiation is crucial for security protocols. The straightforward mounting system fits standard 2-gang boxes, and the robust, nickel-plated brass pushbutton assembly is sealed to prevent moisture ingress, achieving an IP65 rating for water and dust resistance.

Effortless Maintenance and Versatility
The design of the VPCS-2GPB-2 not only prioritizes security and durability but also simplifies maintenance. With quick and easy service procedures, this unit reduces downtime and ensures consistent operation. Its versatility makes it suitable for various institutional settings, reinforcing its role as a critical component in security systems.