SPEAKER WIRE : V55HTS

Here is a free wire diagram color coded for a 2000 Chevy Impala LS:
Battery Constant 12v+ Positive Wire (Yellow): The constant 12V+ wire is yellow.
Starter Positive Wire (Purple): The starter wire is purple.
Ignition Positive Wire (Red): The ignition wire is red.
Second Ignition Positive Wire (Pink/White): The second ignition wire is pink/white.
Accessory Positive Wire (Orange): The accessory wire is orange.
Power Antenna Turn On (Blue): The power antenna wire is blue.
Amplifier Turn On (Blue/White): The amplifier wire is blue/white.
Left Front Speaker Positive Wire (+): The left front speaker wire is tan.
Left Front Speaker Negative Wire (-): The left front speaker wire is gray.
Right Front Speaker Positive Wire (+): The right front speaker wire is light green.
Right Front Speaker Negative Wire (-): The right front speaker wire is dark green.
Left Rear Speaker Positive Wire (+): The left rear speaker wire is brown.
Left Rear Speaker Negative Wire (-): The left rear speaker wire is yellow.
Right Rear Speaker Positive Wire (+): The right rear speaker wire is dark blue.
Right Rear Speaker Negative Wire (-): The right rear speaker wire is light blue.

Past this ebay page into your browser and you will find what your seeking there. http://www.ebay.com/itm/Budlight-speaker-tower-/291365770582. It might be cheaper to buy a 2nd whole tower just 2 gain a remote?

what wire to use ,using v55hts speakers

http://www.crutchfield.com/S-cgSECUmngLm/learn/learningcenter/car/subwoofers_wiring.html

This link will explain and show you with diagrams how to achieve what you are seeking.

Radio Constant 12V+ Wire: Blue/Yellow
Radio Switched 12V+ Wire: Gray
Radio Ground Wire: Brown
Radio Illumination Wire: Dark Green
Dimmer Wire: White/Green
Antenna Trigger Wire: None
Front Speaker Size: 6 1/2′
Front Speaker Location: Doors
Left Front Speaker Wire (+): Pink
Left Front Speaker Wire (-): Purple
Right Front Speaker Wire (+): Green
Right Front Speaker Wire (-): Blue
Rear Speaker Size: 6′ x 9′
Rear Speaker Location: Rear Deck
Left Rear Speaker Wire (+): Black
Left Rear Speaker Wire (-): Yellow
Right Rear Speaker Wire (+): Red
Right Rear Speaker Wire (-): White

pls rate

I have been unable to find a wiring diagram for this vehicle since it is an import, but I can still help.

Use a multimeter to test each wire by connecting one end of the multimeter to a wire, and the other end of the multimeter to a ground. Find your constant 12 volt wire (12 volts present with the key off), find your 12 volt ignition wire (12 volts present only when key on), find your ground wire (usually black or green).

To find your speaker wires, take the remaining wires and a 1.5 volt AA battery, while connecting 2 wires at a time to the + and - side of the battery and listen for a crackling sound from each speaker.


I’m happy to help further over the phone at https://www.6ya.com/expert/jeremy_69f3cc28d95bf514

Radio Constant 12V+ Wire: Blue/Yellow
Radio Switched 12V+ Wire: Gray
Radio Ground Wire: Brown
Radio Illumination Wire: Dark Green
Dimmer Wire: White/Green
Antenna Trigger Wire: None
Front Speaker Size: 6 1/2′
Front Speaker Location: Doors
Left Front Speaker Wire (+): Pink
Left Front Speaker Wire (-): Purple
Right Front Speaker Wire (+): Green
Right Front Speaker Wire (-): Blue
Rear Speaker Size: 6′ x 9′
Rear Speaker Location: Rear Deck
Left Rear Speaker Wire (+): Black
Left Rear Speaker Wire (-): Yellow
Right Rear Speaker Wire (+): Red
Right Rear Speaker Wire (-): White

Try this link and contact Morelock's organ parts for a service manual:http://mitatechs.org/node/612 Please rate this if it helps.

A normal wiring setup to produce a 4-ohm load is what you usually see - each speaker is wired to one channel of the amp. This is series wiring. To get a 2-ohm load, you need to wire in parallel. Here's how:

Take sub A and wire the positive terminal to the positive terminal of channel 1 on the amp. Wire the negative terminal of sub A to the negative terminal of channel 2 on the amp. For sub B, it's the opposite - positive terminal of sub B to the positive terminal of channel 2, and the negative to the negative terminal of channel 1. That's parallel wiring, and will produce the 2-ohm loading (and subsequent increase in output) that you're seeking.