Citronic: 902.105UK, 10" 8 Ohm Woofer, 250W, PA Cabinet Replacement

Product Overview & Key Benefits

The 8 Ohm Woofers for Full-Range PA Cabinets are indispensable components designed for sound professionals and enthusiasts alike, facilitating high-quality, powerful audio delivery in passive cabinet systems. These woofers boast an impressive power handling of up to 250W RMS and can handle peaks up to 500W, making them perfect replacements for CASA or CUBA series full-range passive cabinets. Whether you're setting up a PA system for a concert, event, or venue, these woofers will ensure balanced and efficient reproduction of low frequencies, enhancing the overall audio experience.

Technical Specifications & Product Details

• Model:10" 8ohm 250W
• Impedance:8 Ohms
• Power Handling (RMS):250W
• Power Handling (Max):500W
• Magnet Weight:1.13kg (40oz)
• Weight:2.60kg
• Voice Coil Diameter:50mm (2")
• Sensitivity:95dB
• Construction:Reinforced paper cone with steel frame basket
• Frequency Response:55Hz - 3kHz
• Dimensions:130 x 257mmø

Ideal Uses & Applications

These woofers are expertly crafted for both domestic and commercial applications, making them versatile for numerous environments. Ideal uses include:

• Installation in full-range PA cabinets for live music performances
• Enhancing sound quality in venues such as concert halls and auditoriums
• Optimising audio setups for events, weddings, and corporate functions
• Replacement parts for DIY audio enthusiasts restoring vintage cabinets
• Setting up portable audio systems for parties and outdoor gatherings

Energy Efficiency & Cost Savings

One significant aspect of the 8 Ohm Woofers for Full-Range PA Cabinets is their efficiency in sound reproduction, allowing you to achieve maximum output without unnecessarily high power consumption. This efficiency translates to less energy wasted, which can lead to lower electricity bills when these speakers are incorporated into larger sound systems. While exact savings may vary based on usage, users can expect substantial reductions in energy costs over time, particularly in high-usage scenarios.