Linn KABER AKTIV User Manual

Explains the technical differences and advantages of active crossovers over passive ones for sound reproduction.

Emphasizes using the correct moulded mains lead and avoiding unearthed plugs or adapters for safety.

Details the mandatory earthing requirement and the correct wiring color identification for safe operation.

Provides guidance on positioning components for optimal performance and ensuring adequate ventilation.

Advises on using suitable mains outlets, extension units, and powering amplifiers sequentially to avoid surge currents.

Stresses the importance of correct cable labelling, checking all connections, and phase for proper system setup.

Instructs to invert the phase between power amplifiers and speakers due to Linn pre-amplifier signal inversion.

Explains factory preset frequency response and the possibility of adjustments for room acoustics using a resistor pack.

Details that the unit has no user controls and requires dealer setup, with advice for relocating the system.

Recommends placing turntables on small, light, rigid tables or wall-mounted shelves for optimal performance.

Advises keeping power supplies away from signal leads, turntables, and pre-amplifiers to avoid interference.

Suggests positioning pre and power amplifiers apart to prevent humming noise caused by proximity.

Recommends rigid stands for loudspeakers, avoiding rocking movement, and placement close to walls for most Linn models.

Stresses the importance of clean electrical contacts and suggests unplugging/replugging connectors for effective cleaning.

Recommends using good quality copper cable for interconnects and specific types for speaker leads for optimal signal transfer.

Explains how to safely replace a blown fuse in the mains inlet connector, including warnings.

Provides the postal address, telephone, and facsimile numbers for Linn Products Limited in Scotland.

Specifies the physical dimensions (width, depth, height) and the weight of the KABER AKTIV unit.

Details electronic parameters such as input/output impedance, nominal input level, distortion, and power consumption.

Outlines acoustic parameters including crossover frequencies and the frequency response range of the system.