SM Professional
XVP 1808
- Power
- 1600 WATTS
- Series
- XVP Series
- Category
- Speakers
- Category
- Passive Subwoofers
The XVP series is a wide variety of passive speakers for various professional applications.
Features
- Professional Budget conscious Loudspeakers systems highly recommended for a variety outdoor& indoor applications.
- Rugged wooden, black carpet finish enclosures.
- Ergonomically shaped handles for easy transportation
- Parallel input connectors allow linking of additional speakers.
- Heavy Duty perforated metal speaker grille for optimal speaker protection.
- Trapezoidal shaped enclosures for the mid-hi tops for easy array and sonic accuracy
Specifications, Q&A and videos
| Series | XVP Series |
|---|---|
| Product Type | Sub-Woofer |
| Power Output (RMS / Peak) Watts | 800 / 1600 |
| Frequency Response (Hz) | 39-150 |
| Impedance (Ω) | 8 |
| Sensitivity (1w @ 1m) dB | 98 |
| Max SPL (dB) | 126.5 |
| LF Driver Size | 18” Woofer, 4" Voice Coil |
| Input Connector | 2 x Speakon, 2 x 1/4” jack |
| Dimension (WxDxH) mm | 585 x 565 x 665 |
| Net Weight (Kgs.) | 50 |
The XVP 1808 is an SM Professional PA product in the XVP Series rated 1600 WATTS. The XVP series is a wide variety of passive speakers for various professional applications. Authorized SM Professional dealer for Maharashtra and Goa — enquire at Mansukhlal Sales Corporation for specification and quotes.
Professional Budget conscious Loudspeakers systems highly recommended for a variety outdoor& indoor applications; Rugged wooden, black carpet finish enclosures; Ergonomically shaped handles for easy transportation; Parallel input connectors allow linking of additional speakers; Heavy Duty perforated metal speaker grille for optimal speaker protection; Trapezoidal shaped enclosures for the mid-hi tops for easy array and sonic accuracy.
The XVP 1808 product type is Sub-Woofer.
The XVP 1808 power output (rms / peak) watts is 800 / 1600.
The XVP 1808 frequency response (hz) is 39-150.
The XVP 1808 impedance (ω) is 8.
The XVP 1808 sensitivity (1w @ 1m) db is 98.
