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There is perhaps no modern speaker more famous among audio enthusiasts than the KEF LS50. Launched back in 2012 to celebrate the venerable audio company’s 50th anniversary, the speaker was ...
KEF engineers were briefed to design an ultimate loudspeaker without design or cost limitations. Single Apparent Source configuration technology was released and featured in The BLADE. In 2012, KEF launched a new classic LS50 as a 50th anniversary product. LS50 took the original LS3/5a studio monitor concept and brought it to the living room.
Created in 2012 to celebrate the 50th anniversary of another classic by the venerable audio company, the LS3/5a, the LS50 went on to receive rave reviews by media and users alike. The speaker‘s ...
The drive units (T27, B110 and B139) were sourced from KEF in kit form, and two KEFKIT3 kits were judiciously used for each cabinet. [1] Note 3 ] However, Linn found the T27 tweeter too fragile and replaced it with the more robust and better-sounding D2008 from Scan-Speak after a very short run; [ 1 ] the Scan-Speak tweeter was later changed to ...
An updraft carburetor is a type of carburetor in which the air flows upward within the device. [1] Other types are downdraft and sidedraft. [2] An updraft carburetor was the first type in common use. [3] In it air flows upward into the venturi to mix with the fuel. [2] An updraft carburetor may need a drip collector. [4]
The 2G (later 2GC and 2GV) carburetor, commonly called the 2 Jet, was introduced in 1955, and continued to be used on GM V8s until at least 1969. [10] In all, it was used in at least 125 applications, including the Brockway's inline six. [11]
Autolite 4300A Carburetor. The Autolite 4300 was a four-barrel (four venturi) carburetor manufactured by Autolite in multiple variants from 1967 through 1974. Used by both Ford and AMC, it was produced as an emissions-compliant replacement for the previous Autolite 4100 model, and was superseded by the Motorcraft 4350.
The basic operation of a feedback carburetor: The carburetor would take in a signal from the oxygen sensor and would determine if the mixture was correct; If the mixture needed to be adjusted, a solenoid or stepper motor would move to adjust the AFR; Most included electric chokes for cold starting