QTX: 127.080UK, Protective Slip Covers for QR-Series Speakers, Water-resistant, Custom Fit

Product Overview & Key Benefits

TheQR Speaker Slip Coversare expertly designed to protect your QR-series active and passive speakers from dust, scratches, and moisture. This custom-fit solution is perfect for both professional audio settings and personal use, ensuring your equipment remains in pristine condition, whether in storage or during transport. Made from durable, water-resistant material, these covers provide reliable protection while allowing easy access to carrying handles, making them an essential accessory for any audio enthusiast or professional.

Technical Specifications & Product Details

• Weight:470g
• Packed Dimensions:440 x 690 x 20mm
• Speaker Dimensions:430/250 x 680 x 360mm
• Material:Durable, water-resistant fabric
• Compatibility:Custom fit for QR-series speakers, including QRPA and QX units

Ideal Uses & Applications

The QR Speaker Slip Covers are highly versatile and can be employed in a variety of settings:

• Domestic DIY:Ideal for home audio enthusiasts looking to protect their valuable sound equipment from wear and tear.
• Commercial Buildings:Perfect for schools, theatres, and auditoriums, where speakers need to be securely stored and protected.
• Hospitality Settings:Exceptional for hotels and conference centers, ensuring that sound systems remain in top condition for events and functions.
• Offices:Great for corporate environments where portable audio equipment needs to be protected during setup and breakdown.

Energy Efficiency & Cost Savings

By utilising the QR Speaker Slip Covers, you can extend the lifespan of your audio equipment, thereby saving money on potential replacement costs. Proper protection helps avoid damage caused by dust, moisture, and accidental impacts, which can lead to costly repairs. While these covers are not specifically designed for energy efficiency, maintaining the condition of your equipment ensures optimal performance, reducing the likelihood of inefficient energy usage due to damage or wear.