Kramer Electronics 60-000033 6.5 in Open-back 2-way Speaker

Product Description

The KRAMER ELECTRONICS 60-000033 is a 6.5 inch open-back 2-way speaker designed for AV signal processing and distribution applications. Open-back construction allows rear sound radiation, which reduces resonance buildup inside the enclosure and produces a more natural frequency response in distributed audio environments. The 2-way driver configuration splits the frequency range between a woofer and a dedicated tweeter, improving clarity across voice and music content. This unit is sold individually and suits professional AV installers working on commercial or institutional audio distribution systems.

This speaker is applicable in commercial AV installations where distributed audio output is required, such as conference rooms, classrooms, corridors, or retail environments. It is categorized as an AV signal processing accessory, meaning it is intended to function as part of a larger signal chain that includes amplifiers, mixers, or AV distribution equipment. Installation is typically performed by licensed AV technicians or low-voltage contractors.

Key Features

• 6.5 inch open-back enclosure design for natural rear sound radiation
• 2-way driver configuration for improved frequency range separation
• Single unit per package for flexible quantity ordering
• Intended for use in distributed AV audio systems

Compatibility

Designed as an AV signal processing accessory for use in distributed audio installations requiring a 6.5 inch 2-way open-back speaker configuration.

Installation Notes

Installation is typically performed by licensed low-voltage or AV contractors in accordance with applicable NEC low-voltage wiring guidelines. De-energize all connected amplifier and signal distribution equipment before wiring speaker terminals. Ensure speaker impedance is matched to the connected amplifier output to avoid damage to the driver or amplifier. Secure the enclosure to a fixed surface using appropriate mounting hardware rated for the installation environment.