Citronic: 902.112UK, 12" 4 Ohm Woofer, 300W, Reinforced Cone, PA Cabinet

Product Overview & Key Benefits

The 4 Ohm Woofers for Citronic Active PA Cabinets are high-performance replacement drivers designed to enhance the audio experience in public address systems. These woofers are perfect for musicians, sound engineers, and event organisers who require robust sound reproduction with a focus on low frequencies. Equipped with superior power handling and a balanced response, these woofers ensure clear and punchy bass performance for any event.

Technical Specifications & Product Details

• Variant:12" 4ohm 300W
• Impedance:4 Ohms
• Power Handling (RMS):300W
• Max Power Handling:600W
• Magnet Weight:1.42kg (50oz)
• Voice Coil Diameter:64mm (2.5")
• Sensitivity:96dB
• Construction Material:Reinforced paper cone with steel frame basket
• Frequency Response:50Hz - 3kHz
• Dimensions:160 x 310mmØ
• Overall Weight:4.80kg

Ideal Uses & Applications

Designed for full-range public address systems, these 4 Ohm woofers are suitable for a range of applications, including:

• Domestic Use:Ideal for home audio setups to enhance music listening experience.
• Commercial Buildings:Perfect for large venues, auditoriums, and conference rooms where high-quality sound is necessary.
• Hospitality Settings:Excellent choice for restaurants, bars, and event spaces looking to provide immersive audio experiences.
• Live Events:Used by musicians and DJs requiring reliable sound reinforcement for parties, weddings, and live performances.

Energy Efficiency & Cost Savings

When upgrading to high-quality woofers such as the 4 Ohm options for Citronic cabinets, users can expect not only improved sound but also increased energy efficiency. The construction and design of these woofers are optimised for maximum sound output without excessive power consumption, allowing you to enjoy a superior audio experience while potentially saving on energy bills. By investing in these woofers, you could reduce the overall electricity usage of your sound systems by ensuring that they require less power to achieve optimal sound levels.