Atlas Sound AT100-PARM Deluxe Priority, Rack Mounted 100W Attenuator

Atlas Sound AT100-PARM: Advanced Audio Control in a Compact Design
Introducing the Atlas Sound AT100-PARM, a deluxe priority rack-mounted 100W attenuator designed for sophisticated volume control in both 25 and 70.7-volt audio systems. This high-performance attenuator is perfect for environments that demand precise audio management, such as conference centers, educational facilities, and public buildings. With its excellent frequency response and low insertion loss, the AT100-PARM ensures that audio is delivered with clarity and consistency.

Priority Paging for Effective Communication
One of the standout features of the AT100-PARM is its priority paging capability, which allows certain announcements to bypass regular volume settings. This is particularly useful in emergency situations where immediate broadcast is necessary, ensuring that important messages are heard clearly and without delay.

Robust Construction for Reliable Performance
The AT100-PARM is built to last with silver-plated contacts for noise-free operation and a durable rack-mount design. This setup not only enhances the longevity of the device but also maintains the purity of sound, even at varying volume levels. The inclusion of a removable terminal block simplifies the wiring process, making installation and maintenance straightforward.

Sleek and Functional Design Aesthetics
This attenuator features an attractive matte black polycarbonate dial scale overlay with an adhesive backing that easily replaces the standard mounting plate. This not only provides a sleek look but also offers functional ease with its clearly marked settings and skirted black knob, ensuring precise adjustments are just a turn away.

Seamless Integration into Existing Systems
Designed to mount onto blank panels in equipment cabinets, the AT100-PARM integrates seamlessly into any standard rack setup. This versatility makes it an ideal choice for upgrading existing systems or implementing in new installations where space and functionality are key considerations.