Verified Ashly Klr-3200 2-channel 3,200-watt Power Amplifier Deluxe Edition [pr6Id9Nk]

Ashly KLR-3200 2-channel Power Amplifier

Introducing the Ashly KLR-3200, a high-output power amplifier designed for exceptional performance and versatility. This 2-channel amplifier delivers an impressive 3,200 watts of power, making it an ideal choice for a wide range of audio applications. With its superior signal-to-noise ratio, ranging from >108 dB to >110 dB across all models, the KLR-3200 ensures crystal-clear sound quality. Its lightweight yet robust design, housed in a standard 2RU enclosure, makes it a perfect fit for any installation.

Key Features and Specifications

The KLR-3200 is packed with features that set it apart from other amplifiers in its class. It offers a 3-position gain switch for both channels, allowing for precise control. The 3-position mode switch provides flexibility for bridged, stereo, or parallel mono configurations. Additionally, the 3-position 12dB/oct HPF switch offers options at 30Hz, 50Hz, or off, ensuring optimal performance for various audio systems. With the ability to operate down to 2 Ohms and a 70V operation mode, the KLR-3200 is highly adaptable to different load requirements. Its balanced inputs via 3-pin Euroblock and combo XLR/TRS connectors ensure reliable signal transmission.

Practical Applications and Benefits

Whether you're setting up a distributed sound system or enhancing the audio experience in a commercial space, the Ashly KLR-3200 is a versatile solution. Its exceptional power output and lightweight design make it an excellent choice for value engineering. The KLR-3200's advanced protection circuitry and switch-mode power supply ensure reliability and longevity. With features like Neutrik® speakON® output connectors, a 30 Hz, 6 Hz, Off High Pass filter, and removable, easy-to-clean dust filters, this amplifier is not just powerful but also user-friendly. Ideal for musicians, engineers, and installers, the KLR-3200 is a must-have for any audio enthusiast seeking top-notch performance and durability.