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 3 

 
 

The performance of the Model Treo is com-
promised by a mono-wire connection.  For op-
timum performance you should bi-wire the 
speakers. 

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NHANCED

 M

ONO-

W

IRE

 C

ONNECTION

 

     

Mono-wiring should only be used with the Treo as a tem-

porary connection method. The speakers should be bi-wired 
as soon as possible. 

 

1.  Cut two sections of insulated wire about 2½ inches  
      long to make two jumper wires.  Crimp and solder  
      spade lugs to all four ends of the two jumper wires. 
2.  Connect one end of a jumper wire under the high -  
      frequency negative terminal screw and one end of the 
      other jumper wire under the high-frequency positive 
      terminal screw. 
3.  Crimp and solder spade lugs to the speaker ends of  
      the cable from the amplifier. 
4.  Connect the negative side of the speaker cable and the 
      jumpper cable from the high-frequency negative  
      terminal screw under the low-frequency negative  
      terminal screw. 
5.  Connect the posite side of the speaker cable and the  
      jumper cable from the high-frequency positive  
      terminal screw under the low-frequency positive  
      terminal screw.

 

6.  Connect the speaker cables to your amplifier. Verify 
     proper polarity. 

V

ERTICAL

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 - A

MP

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ONNECTIONS

 

 

 

Amplifier  

Terminal 

V

ERTICAL

  

B

I

 - A

MP

 

 

     Caution: Some solid state amplifiers are not stable driv-
ing a capacitive load.  Listen for high frequency oscillation 
(brightness) and higher amplifier operating temperature. 

 

     We only recommend bi-amplification when every com-
ponent in the system is the best available and there is no 
other path to improving the system, otherwise, you are bet-
ter off investing in the best single amplifier within your 
budget rather than dividing your budget between two less 
expensive, inferior sounding amplifiers. 

 

     Vertical Bi-amplification uses a stereo amplifier to drive 
each speaker.  Four identical runs of equal length speaker 
cables are required (Two per speaker). 

 

1.  Connect two cables to each speaker as described in 

steps 1-3 of the true bi-wire section on the previous 
page. 

2.  Designate one stereo amplifier as the left channel am-

plifier and the other identical stereo amplifier as the 
right channel amplifier. 

3.  Connect the preamp’s left channel output to both inputs 

of the left amplifier using two sets of preamplifier out-
puts and two cables or one cable and a high quality sin-
gle female to dual male “Y” connector.  Use the same 
method to connect the preamplifier's right channel out-
put to both inputs of the right amplifier. 

4.  Connect the low-frequency cable from the left speaker 

to one channel of the left amplifier.  Connect the high-
frequency cable from the left speaker to the other chan-
nel of the same amplifier.  Verify proper polarity. 

5.  Repeat step 4 for the right speaker and the right ampli-

fier. 

Left Channel 

Outputs 

Right Channel 

Outputs 

Amplifier  

 

M

ONO-

W

IRE

 

 

Summary of Contents for TREO

Page 1: ...ient response guarantees supe rior performance from records tapes CDs and video sources Custom en gineered drivers built exclusively for Vandersteen Audio are mounted in special baffles designed to ma...

Page 2: ...tic situation dictates the use of a single ca ble per speaker you should use a multiple conductor single sheath cable to internally bi wire the speakers Some of these cables use different types of wir...

Page 3: ...h frequency oscillation brightness and higher amplifier operating temperature We only recommend bi amplification when every com ponent in the system is the best available and there is no other path to...

Page 4: ...teristics of the two wires in the middle frequencies to interfere with the proper blending of the woofer and midrange driver through the 600Hz crossover point The consistency of the sound will be seve...

Page 5: ...n many rooms by positioning the loudspeakers on the odd dimensional inter sections of the room The odd dimensional intersections are the intersections of the imaginary lines you would draw if you divi...

Page 6: ...nes will require that the listening position be offset to center it between the speakers Often the bass response of the system will be slightly more linear with the speakers placed on different width...

Page 7: ...speaker would be placed exactly at the point where the two dimensions inter sect to realize the full benefits of odd dim ensions or third dimensions placement In a real room the actual best placement...

Page 8: ...to the threaded holes on each front corner Be careful not to cross thread the cone it should go in easily By hand tighten the cone snug up against the bottom of the speaker Do not adjust right or left...

Page 9: ...he current capability and therefore the dynamics and realism of the music A stable transistor amplifier will be able to deliver twice the wattage into 4 ohm load as is does into an 8 ohm load Amplifie...

Page 10: ...and bass inputs sepa rately to determine which section of the speaker has the problem 3 Contact Vandersteen Audio Describe the problem and the steps you have taken to isolate the problem to the speake...

Page 11: ...me with ferro fluid voice coil cooling Range of operation 5kHz to 30kHz Crossover 600Hz and 5kHz First order 6dB per octave Allows bi wiring with a single amplifier or vertical bi amplification with t...

Page 12: ...ons and all the paperwork required to return the product after it is serviced The speaker must be packed in the original packing and returned to VANDERSTEEN AUDIO via insured freight by the customer a...

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