SKU:DB13JRT915CCTFCV
Divided By 13 JRT 9/15 Combo Tan Fawn, Cream V
Divided By 13 JRT 9/15 Combo Tan Fawn, Cream V
1 in stock
- Setup & Inspected
- Same day if ordered by 2PM
SPECIFICATIONS
- 9 Watts / 15 watts
- Dual Voiced Parallel 5879 Channels
- Controls: Volume 1, Volume 2, 6 position Tone, Hi-Cut
- Preamp: 12AX7, 5879
- Power Section: Mode 1: 2 x 6V6, 9 Watts, Class A
- Power Section: Mode 2: 2 x EL84, 15 Watts, Class AB1/A
- Tube Rectified (5AR4/GZ34)
- 4, 8, 16 Ohm Output
- Combo: 22W x 21.25H x 10.5D, 48 Lbs.
The JRT 9/15 captures the legendary tones of classic low watt American and British amplifiers, enhanced by dual-voiced preamp circuits, each powered by a 5879 pentode. With the ability to switch between 6V6 and EL84 power tubes, it offers a versatile blend of both iconic sounds and unique hybrid textures, all easily accessible through its intuitive controls. The JRT 9/15 preamp drives two 5879 pentodes in tandem, each with its own independent volume control. These circuits are voiced for dramatically different responses: one provides more top-end presence and later breakup, while the other offers lower headroom with an emphasis on low-mid frequencies, delivering a dense, rich tone. These complementary channels can be used individually or simultaneously to achieve the ideal response, highlighting the best qualities of each. A 6-position tone control ensures just the right amount of body and texture, while the cut control reduces harsh upper frequencies as needed, retaining strong presence and definition. A key feature of the JRT 9/15 is its ability to switch between 9 watts, utilizing a pair of 6V6 tubes in Class A to deliver the warm, rich tones of vintage 1950s American amps, and 15 watts with a pair of EL84 tubes in Class AB for a bright, chimey top-end and complex, musical breakup, reminiscent of 1960s British designs. The tonal and response characteristics, along with the volume flexibility of these two output options, make the JRT 9/15 versatile enough for a wide range of performance and recording environments.