User manual KLIPSCH KLF 10

[. . . ] 8900 Keystone Crossing, Suite 1220 Indianapolis, Indiana 46240 1. KLIPSCH · www. klipsch. com For your records: Model Serial Number Make sure you return your warranty card so that we may keep you up-to-date on new Klipsch products and promotions. As always, if you have any questions, contact your local authorized Klipsch dealer. Date Purchased Dealer Name 193082 (Rev Klipsch Legend SeriesTM KLF 10 KLF 20 KLF 30 KLF-C7 Owner's Manual & Warranty Klipsch Limited Warranty KLIPSCH, L. L. C. ("KLIPSCH") warrants this product to be free from defects in materials and workmanship (subject to the terms set forth below). [. . . ] Refer to Figure 1. Spike Cover KLF 20/30 Cabinet Threaded Cabinet Insert Vinyl Cap Jamb Nut Well Jamb Nut Threaded Spike Figure 1 The feet can be adjusted to compensate for an uneven floor. For maximum stability and strength, leave as much of the threaded rod in the cabinet fitting as possible. Use just enough exposed spike to penetrate the carpet and pad and lift the speaker off of the carpet. If the blunt end of the rod does not thread easily into the cabinet fitting, "chase" the threads by threading one of the supplied jamb nuts onto the pointed end of the rod and running it to the other end to clear the threads. The KLF 10 comes with fixed spikes, installed at the factory, with spike covers for hard floors. For best results on carpeted floors, remove these covers after determining the optimal location for your speakers. ! HOW TO CONNECT THE LEGEND SERIES TOWERS Switch your electronics OFF when making all connections!Connect your Legend KLFs to the "Front" or "Main, " left and right channels of your system's power amplifier. Be sure to observe proper polarity (+ to + and - to -) and avoid having excess bare wire at the connectors which could short together causing possible amplifier damage. Refer to "About Speaker Wire Connections" for more details. Bi-Wire or Bi-Amp Connections The KLF 20 and KLF 30 are equipped with two pairs of input terminals to facilitate a bi-wire or bi-amp hookup. In both cases, separate speaker cables are used to carry the high and low frequency signals independently to each speaker. This results in a reduction in distortion and an increase in clarity and detail. Remove coupling straps for bi-wire or bi-amp connections. In a bi-wire hookup, the high and low frequency cables are connected to the same channel of one power amplifier or receiver. Please consult your dealer for details regarding connection of multiple speaker cables to the speaker outputs of your specific amplifier. You can also use two pair of "Front" or "Main" speaker terminals on your amplifier (A and B) if they are internally wired in parallel. Screw the threaded spikes (pointed end into the cabinet) into the appropriate inserts as described on the previous page. Cover the exposed spike ends with the small vinyl caps to protect your television cabinet or shelf from being scratched or marred. Adjust the length of the spikes to achieve the proper angle. Imagine that the speaker is a spotlight and you are aiming the beam at the seated ear height in the central listening area. Gently tighten the jam nut to secure the spike. DO NOT OVERTIGHTEN! Self Stick Rubber Foot Threaded Spike KLF C7 Cabinet Figure 2 Jamb Nut Small Vinyl Cap 6. Cover the remaining, unused cabinet inserts with the self-stick rubber feet. [. . . ] Klipsch design specifies that each of its speakers meet these criteria. Klipsch Legend Series Towers The KLF 20 and KLF 30 towers are three-way designs using two distinct horn-loaded compression drivers, one for high frequencies and another for midrange frequencies. By optimizing each horn for the frequency range desired, Klipsch has achieved remarkable performance across a wide bandwidth. The new 90°x 60° Tractrix ® Horn is mated to a 1. 5" diameter compression driver for unparalleled dynamics, sensitivity and power handling. An exponential horn with a tighter 90ºx 40º coverage pattern is used for frequencies above 7000 Hz and is connected to a high performance 1" compression driver. [. . . ]