You are entitled to cancel your order for the Goods without penalty within seven days of the Goods having been delivered to you. In such an event, you will receive a full refund of the purchase price within thirty days of the date of cancelling this agreement.
Goods may be returned only when defective, damaged or if the product supplied is not the same product as what was ordered. If the Goods are defective in any way this must be reported within twenty four hours after the product having been delivered to you and must be returned to us within a period of one month after delivery.
Professional high-power 2-way passive crossover network engineered specifically for dual 15-inch PA speaker cabinet configurations.
Manages high-output power handling up to 700W RMS, allocating 600W to low-frequency drivers and 100W to a high-frequency compression driver.
Features a precisely tuned 2500Hz crossover point, optimized to seamlessly blend dual low-frequency woofers with a 44 mm (1.7-inch) voice coil compression driver.
Constructed with heavy-gauge copper inductors, high-voltage film capacitors, and wire-wound ceramic resistors to maintain signal integrity and eliminate distortion at high SPL levels.
Ideal for dual 15-inch main PA enclosures, touring concert cabinets, club installation speakers, and custom pro-audio loudspeaker builds.
Features
Dual 15" Woofer Optimization: Specifically designed to drive dual low-frequency woofers in parallel or series-parallel configurations without phase cancellation.
700W Total System Power: Delivers 600W power handling for low-frequency drivers and 100W dedicated high-frequency protection.
44mm / 1.7" Compression Driver Compatibility: Frequency response curves and attenuation slopes are tuned specifically for 1.7-inch voice coil horn drivers.
Precision 2500Hz Frequency Split: Filters out harmful low frequencies from delicate high-frequency voice coils while providing smooth midrange crossover.
Heavy-Duty PCB Architecture: Built on a thick, vibration-resistant fiberglass circuit board with heavy solder traces for long-term reliability under severe cabinet resonance.
