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Reference: 902.557UK
Brand: qtx
A replacement crossover network for the QR12 (178.212UK) cabinet...
Reference: 902.536UK
Brand: qtx
A range of replacement chassis speakers suitable for use as woofers in full-range speaker cabinets....
Reference: 952.443UK
Brand: adastra
A range of 100V line matching transformers. They are used to convert low impedance speakers (8 or 16...
Reference: 900.593UK
Brand: qtx
2-way crossovers covering a range of different power capacities. Ensures a balanced separation of th...
Reference: 902.310UK
Brand: qtx
Square dome tweeter fitted with a mylar dome. Suitable for use in new builds or as a replacement....
Reference: 902.112UK
Brand: citronic
Replacement low frequency main drivers as used in the CASA series active cabinets....
Reference: 902.519UK
Brand: qtx
A range of chassis speakers to replace the main driver in the QTX Sound QR series active cabinets....
Reference: 902.110UK
Brand: citronic
Replacement low frequency main drivers as used in the CASA series active cabinets....
Reference: 902.426UK
Brand: qtx
A range of high-powered woofers with reinforced aramid fibre cones. Incorporating rubber surrounds, ...
Reference: 902.594UK
Brand: citronic
Replacement high output main drivers with pressed steel chassis and reinforced paper cones for low f...
Reference: 902.528UK
Brand: qtx
A range of chassis speakers to replace the main driver in the QTX Sound QR series active cabinets....
Reference: 900.596UK
Brand: qtx
3-way crossover featuring a power of 400W, ensuring a balanced separation of the high, medium and lo...
Reference: 902.509UK
Brand: qtx
A range of chassis speakers to replace the main driver in the QTX Sound QS series speakers....
Reference: 902.570UK
Brand: citronic
Replacement high power sub-frequency drivers for subwoofer cabinets....
Reference: 952.446UK
Brand: adastra
A range of 100V line matching transformers. They are used to convert low impedance speakers (8 or 16...
Reference: 128.425UK
Brand: avlink
This switcher unit allows the distribution of a stereo amplifier. Simply connect the output of an am...
