1 / 2
SM Professional
V 26M
- Power
- 600 WATTS
- Series
- V Series Components
- Category
- Transducers
- Category
- Speaker Components
The SM Professional V 26M is a high-quality 12” 300W (RMS) / 600W (Peak) mid-bass transducer.
Engineered using high-performance components, the transducer delivers excellent sound quality at a value-driven price point.
Features
- High-performance 12” 300W (RMS) 8Ω transducers with amazing sensitivity and excursion capabilities
- Ventilated voice coil gap to reduce power compression,improve conversion efficiency, and optimum cooling
- Heavy-duty die-cast frame with a wide flange for increased rigidity
- Engineered to suit a wide variety of enclosure designs to deliver high power, clarity, and punch.
Specifications, Q&A and videos
| Series | V Series |
|---|---|
| Product Type | Mid-Bass |
| Power Output (RMS / Peak) Watts | 300 / 600 |
| Frequency Range (Hz) | 57-3000 |
| Impedance (Ω) | 8 |
| Sensitivity (1w @ 1m) dB | 96 |
| Nominal Diameter (mm/inch) | 300/12 |
| Voice Coil Diameter (mm/Inch) | 75/3 |
| Voice Coil Material | ALW |
| Kind of Layer | Outside |
| Basket | Die-cast |
| Net Weight (Kg) | 5 |
The V 26M is an SM Professional 12” 300W (RMS) / 600W (Peak) mid-bass transducer in the V Series Components. The SM Professional V 26M is a high-quality 12” 300W (RMS) / 600W (Peak) mid-bass transducer. Authorized SM Professional dealer for Maharashtra and Goa — enquire at Mansukhlal Sales Corporation for specification and quotes.
High-performance 12” 300W (RMS) 8Ω transducers with amazing sensitivity and excursion capabilities; Ventilated voice coil gap to reduce power compression,improve conversion efficiency, and optimum cooling; Heavy-duty die-cast frame with a wide flange for increased rigidity; Engineered to suit a wide variety of enclosure designs to deliver high power, clarity, and punch.
The V 26M product type is Mid-Bass.
The V 26M power output (rms / peak) watts is 300 / 600.
The V 26M frequency range (hz) is 57-3000.
The V 26M impedance (ω) is 8.
The V 26M sensitivity (1w @ 1m) db is 96.
