ps32 are powerful, compact bookshelf loudspeakers, ideal for main listening or home theatre surround loudspeakers.
The cabinet finish is a smooth flat, matt black giving the ps32 a traditional look. The loudspeakers can be stand or bookshelf mounted and a pad is fitted to the base to help minimize vibrations. High quality, gold plated binding posts with thumb nuts are fitted to ensure the loudspeaker connection cable is held securely, whilst ensuring the signal path from the amplifier to the filter network located inside the cabinet meets the least possible resistance.
ps32 are passive loudspeakers meaning they need to be connected to an amplifier.
Premium components have been used to ensure ps32 deliver a natural and room-filling sound. The soft dome tweeter gives a high level of detail while the paper coned drivers and precisely optimised filter network give a smooth, linear frequency response.
Cabinet construction is audio grade MDF wood, developed to reduce cabinet resonances.
ps32’s are a two way, bass-reflex design with the bass reflex port situated on the back of the cabinet adding emphasis to the low frequencies.
Gold plated 4mm binding posts, allow for plugs or wire connection.
The listening position can be further optimised by adding the optional SP2 desk stands, sold separately.
High-Frequency Unit 3/4″ Soft Dome Low-Frequency Unit 3.5″ Paper Cone Frequency Range 55-20000Hz Crossover Frequency 12d/B/Octave @ 3.0KHz Max RMS Power 30 watts per channel Dimensions H: 182mm W: 120mm D: 160mm Weight 3.0Kg each
What's in the Box?
One pair of black ps32 loudspeakers Good quality loudspeaker connection cable Instruction Manual
Optional SP2 Speaker Stands
The SP2 loudspeaker stands enable optimised positioning of your loudspeakers. Angling the loudspeaker upwards allows you to fully experience a wider range of frequencies, improving the overall listening experience.
The stands are constructed of medium-density fibreboard which helps to absorb vibrations. The inclined installation reduces reflections on reverberant surfaces.