Model #:
SX-60-BLK
Color:
NA
Cambridge Audio SX-60 2-way Stand Mountable Speaker - 100 W RMS - Black
Cambridge Audio SX-60 2-way Stand Mountable Speaker - 100 W RMS - Black
Price
Color
NA
Features
- The 2-way Stand Mountable speakers provide the finest sound coverage
- 8 Ohm impedance extracts maximum power so you will get more output from your speakers
- Hear low subs and soaring vocals with a frequency range of sound from 41 Hz-22 kHz
- Handles up to 100 W of RMS power
- 1" tweeter driver size provides crispier, well-detailed sound with maximum productivity
- 6.50" midrange driver size for dependable sound output efficiency and usage productivity
- Delivers reliable sound with 22 kHz maximum frequency response
- 89 dB sensitivity for efficient conversion of power into sound to produce adequate audio output
- Stand Mountable form factor allows hassle-free and easy usage with increased efficiency
- 7.9" height for efficient frequency access and optimal operation
Specification
| Brand Name | |
| Brand Name | Cambridge Audio |
| Color Family | |
| Color Family | Black |
| Crossover Type | |
| Crossover Type | 2-way |
| Depth | |
| Depth | 10.71" |
| Form Factor | |
| Form Factor | Stand Mountable |
| Height | |
| Height | 7.9" |
| Impedance | |
| Impedance | 8 Ohm |
| Manufacturer | |
| Manufacturer | Cambridge Audio |
| Manufacturer Part Number | |
| Manufacturer Part Number | SX-60-BLK |
| Manufacturer Website Address | |
| http | //www.cambridgeaudio.com |
| Marketing Information | |
| Marketing Information | Designed from the ground up by our team here in London, these neat SX speakers will reproduce your favourite music with incredible passion and detail, at a price that's unbeatable.With custom-designed drivers hand-picked components and expert design, the SX is the perfect example of Cambridge Audio's "Sound First" focus on delivering superb audio quality, not marketing hype. The sound speaks for itself, giving you incredible music performance and nothing else... |
| Maximum Frequency Response | |
| Maximum Frequency Response | 22 kHz |
| Midrange Driver Material | |
| Midrange Driver Material | Paper |
| Midrange Driver Size | |
| Midrange Driver Size | 6.50" |
| Minimum Frequency Response | |
| Minimum Frequency Response | 41 Hz |
| Package Contents | |
| Package Contents | SX-60 Stand Mount SpeakersGrille |
| Product Color | |
| Product Color | Black |
| Product Model | |
| Product Model | SX-60 |
| Product Name | |
| Product Name | SX-60 Stand Mount Speakers |
| Product Series | |
| Product Series | SX |
| Product Type | |
| Product Type | Speaker |
| RMS Output Power | |
| RMS Output Power | 100 W |
| Sensitivity | |
| Sensitivity | 89 dB |
| Tweeter Driver Material | |
| Tweeter Driver Material | Silk Dome |
| Tweeter Driver Size | |
| Tweeter Driver Size | 1" |
| Weight (Approximate) | |
| Weight (Approximate) | 11.02 lb |
| Width | |
| Width | 13.4" |
From the Manufacturer
Warranty
Extended warranties can save you hundreds, sometimes even thousands of dollars in unexpected repairs. You can contact us, or visit our store for additional details.
Delivery
Let our team co-ordinate professional delivery and installation on your new purchase. Some restrictions may apply.
Disclosures
Proposition 65 Warning for California ResidentsCancer and Reproductive Harm - P65Warnings.ca.gov
Features
- The 2-way Stand Mountable speakers provide the finest sound coverage
- 8 Ohm impedance extracts maximum power so you will get more output from your speakers
- Hear low subs and soaring vocals with a frequency range of sound from 41 Hz-22 kHz
- Handles up to 100 W of RMS power
- 1" tweeter driver size provides crispier, well-detailed sound with maximum productivity
- 6.50" midrange driver size for dependable sound output efficiency and usage productivity
- Delivers reliable sound with 22 kHz maximum frequency response
- 89 dB sensitivity for efficient conversion of power into sound to produce adequate audio output
- Stand Mountable form factor allows hassle-free and easy usage with increased efficiency
- 7.9" height for efficient frequency access and optimal operation