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Potentiometer - PMT, V-Treb, Audio Treble Bleed, 3/8" shaft

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$15^.50

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Precision Music Technologies V-Treb – Variable Treble Bleed Bypass Circuit. Made in USA. The V-Treb variable treble bleed/bypass circuit corrects the problem of high frequency losses at reduced volumes by allowing the player to control how bright or warm the tone will get as the volume control is reduced. Pot: 24 mm body diameter, ¼” knurled split shaft. Bushing diameter = 3/8”, Bushing Length = 3/8”. PCB dimentions: 1.06” x 0.46” x 0.07”

Available in both coarse and fine knurl.

SKU:

R-VPMT-VTB250X

Item ID:

039602

Brand:

Precision Music Technologies

Electronics:

PotentiometersSplit Knurled ShaftTone Mods

Termination Style:

Miscellaneous

Type:

Tone Mods

Type/Size:

Tone Mods

Part Numbers
Type	Our Part Number	UPC/EAN
Coarse / 250 kΩ	R-VPMT-VTB250C	841358105883
Fine / 250 kΩ	R-VPMT-VTB250F	841358109607
Coarse / 500 kΩ	R-VPMT-VTB500C	841358109614
Fine / 500 kΩ	R-VPMT-VTB500F	841358109621

Measurements by Type
Measurements by Item

Product Measurements by Type
Body Depth	Coarse / 250 kΩ version	R-VPMT-VTB250C	0.88 in.
	Coarse / 500 kΩ version	R-VPMT-VTB500C	0.88 in.
	Fine / 250 kΩ version	R-VPMT-VTB250F	0.88 in.
	Fine / 500 kΩ version	R-VPMT-VTB500F	0.87 in.
Body Diameter	Coarse / 250 kΩ version	R-VPMT-VTB250C	0.96 in.
	Coarse / 500 kΩ version	R-VPMT-VTB500C	0.96 in.
	Fine / 250 kΩ version	R-VPMT-VTB250F	0.95 in.
	Fine / 500 kΩ version	R-VPMT-VTB500F	0.96 in.
Bushing Length	Coarse / 250 kΩ version	R-VPMT-VTB250C	0.38 in.
	Coarse / 500 kΩ version	R-VPMT-VTB500C	0.39 in.
	Fine / 250 kΩ version	R-VPMT-VTB250F	0.38 in.
	Fine / 500 kΩ version	R-VPMT-VTB500F	0.38 in.
PCB Depth		0.07 in.
PCB Length		1.06 in.
PCB Width		0.46 in.
Resistance	Coarse / 250 kΩ version	R-VPMT-VTB250C	250 kΩ
	Coarse / 500 kΩ version	R-VPMT-VTB500C	500 kΩ
	Fine / 250 kΩ version	R-VPMT-VTB250F	250 kΩ
	Fine / 500 kΩ version	R-VPMT-VTB500F	500 kΩ
Shaft Diameter		0.24 in.
Shaft Length	Coarse / 250 kΩ version	R-VPMT-VTB250C	0.37 in.
	Coarse / 500 kΩ version	R-VPMT-VTB500C	0.38 in.
	Fine / 250 kΩ version	R-VPMT-VTB250F	0.36 in.
	Fine / 500 kΩ version	R-VPMT-VTB500F	0.38 in.
Shaft Rotation		300°
U.S. Thread Major Diameter		0.375 in.
U.S. Thread Pitch		32 tpi.

Packaging Information
Packaging Dimensions		7 in. × 4 in. × 0.958 in.
Weight (Packaging)		0.048 lbs.

Product Measurements by Item
R-VPMT-VTB250C - Coarse / 250 kΩ version	Body Depth	0.88 in.
	Body Diameter	0.96 in.
	Bushing Length	0.38 in.
	PCB Depth	0.07 in.
	PCB Length	1.06 in.
	PCB Width	0.46 in.
	Resistance	250 kΩ
	Shaft Diameter	0.24 in.
	Shaft Length	0.37 in.
	Shaft Rotation	300°
	U.S. Thread Major Diameter	0.375 in.
	U.S. Thread Pitch	32 tpi.
R-VPMT-VTB500C - Coarse / 500 kΩ version	Body Depth	0.88 in.
	Body Diameter	0.96 in.
	Bushing Length	0.39 in.
	PCB Depth	0.07 in.
	PCB Length	1.06 in.
	PCB Width	0.46 in.
	Resistance	500 kΩ
	Shaft Diameter	0.24 in.
	Shaft Length	0.38 in.
	Shaft Rotation	300°
	U.S. Thread Major Diameter	0.375 in.
	U.S. Thread Pitch	32 tpi.
R-VPMT-VTB250F - Fine / 250 kΩ version	Body Depth	0.88 in.
	Body Diameter	0.95 in.
	Bushing Length	0.38 in.
	PCB Depth	0.07 in.
	PCB Length	1.06 in.
	PCB Width	0.46 in.
	Resistance	250 kΩ
	Shaft Diameter	0.24 in.
	Shaft Length	0.36 in.
	Shaft Rotation	300°
	U.S. Thread Major Diameter	0.375 in.
	U.S. Thread Pitch	32 tpi.
R-VPMT-VTB500F - Fine / 500 kΩ version	Body Depth	0.87 in.
	Body Diameter	0.96 in.
	Bushing Length	0.38 in.
	PCB Depth	0.07 in.
	PCB Length	1.06 in.
	PCB Width	0.46 in.
	Resistance	500 kΩ
	Shaft Diameter	0.24 in.
	Shaft Length	0.38 in.
	Shaft Rotation	300°
	U.S. Thread Major Diameter	0.375 in.
	U.S. Thread Pitch	32 tpi.

Instructions	All Models

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Questions and Answers

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1 answers For a strat volume control, what is recommended, course or fine? I will be wiring this in, in a 50's wiring config, ie volume, prior to tone control, with the variant of neck/mid on tone 1 and bridge on tone 2.

Asked by Anonymous on November 8th, 2016.

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Matt H.

November 8th, 2016

Staff Member

It depends on what type of knob you are using. If you are using a regular strat knob, either of these will work. If you are using a Gibson style knob, you will have to determine if that knob is course or fine.