Power Blades Tele Pickups Hum Cancelling Bridge
Power / Classic Blades Tele Mini-Humbucker pickup.
Select between "Hot" or "Cool" versions:
Hot - CERAMIC / D.C. = 13K OUTPUT (TEHR-1 / THR1R) - Designed for high gain applications with emphasis on the bass and midrange frequencies. Convert your Tele into a high-gain Rock machine!
Cool - CERAMIC / D.C. =7K OUTPUT (TECR-1 / THR1RC) - designed by Kent to maintain the clarity and attack of a vintage single coil while having the benefits of being hum-canceling.
āĀ
Sized to fit a standard Tele bridge with no modification to your instrument. 4 conductor wiring allows coil splitting, series/parallel, phase inversion and more.
Original: $122.16
-65%$122.16
$42.76Power Blades Tele Pickups Hum Cancelling Bridge
Power / Classic Blades Tele Mini-Humbucker pickup.
Select between "Hot" or "Cool" versions:
Hot - CERAMIC / D.C. = 13K OUTPUT (TEHR-1 / THR1R) - Designed for high gain applications with emphasis on the bass and midrange frequencies. Convert your Tele into a high-gain Rock machine!
Cool - CERAMIC / D.C. =7K OUTPUT (TECR-1 / THR1RC) - designed by Kent to maintain the clarity and attack of a vintage single coil while having the benefits of being hum-canceling.
āĀ
Sized to fit a standard Tele bridge with no modification to your instrument. 4 conductor wiring allows coil splitting, series/parallel, phase inversion and more.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Power / Classic Blades Tele Mini-Humbucker pickup.
Select between "Hot" or "Cool" versions:
Hot - CERAMIC / D.C. = 13K OUTPUT (TEHR-1 / THR1R) - Designed for high gain applications with emphasis on the bass and midrange frequencies. Convert your Tele into a high-gain Rock machine!
Cool - CERAMIC / D.C. =7K OUTPUT (TECR-1 / THR1RC) - designed by Kent to maintain the clarity and attack of a vintage single coil while having the benefits of being hum-canceling.
āĀ
Sized to fit a standard Tele bridge with no modification to your instrument. 4 conductor wiring allows coil splitting, series/parallel, phase inversion and more.
