Comparison REL T-Zero vs REL Acoustics T Zero
Add to comparison |  |  |
|---|---|---|
| REL T-Zero | REL Acoustics T Zero | |
from $575.00 up to $672.00 | from $570.00 | |
| TOP sellers | ||
| Mount type | floor | floor |
| Type | active | active |
| Acoustic design | enclosed | enclosed |
| Features | home | home |
Specs | ||
| Power | 100 W | 100 W |
| Frequency range | 38 – 120 Hz | 38 – 120 Hz |
| Speaker size | 6.5" | 6.5" |
Functions | ||
| Phase adjustment |  | |
| Level adjustment | | |
| Adjustable crossover | | |
| Crossover frequency | 30 – 120 Hz | 30 – 120 Hz |
Connectors | ||
| Inputs | RCA (LFE) RCA (line) Speakon | RCA (LFE) RCA (line) Speakon |
General information | ||
| Material | MDF | |
| Dimensions (HxWxD) | 220x240x260 mm | 216x240x260 mm |
| Weight | 7 kg | 6.8 kg |
| Color | ||
| Added to E-Catalog | march 2016 | january 2013 |
Compare REL T-Zero and Acoustics T Zero
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Glossary
Material
- MDF. Medium-density fiberboard is one of the most popular materials for modern speaker cabinets, including subwoofers. This is due, on the one hand, to the relatively low cost and neat appearance, and on the other hand, to excellent acoustic characteristics. MDF cases are found in “subs” for all purposes and price categories.
- Tree. Natural wood is well suited for low-frequency acoustic enclosures; its performance characteristics are comparable to MDF described above. At the same time, this material is considered more “natural” and has its own beautiful surface pattern, but is noticeably more expensive. Therefore, although wooden cases are common, they are not as widespread as MDF.
- Plastic. The main advantage of plastic is its low cost, but it is very difficult to create a body with the necessary acoustic characteristics from this material. Therefore, plastic subwoofers are extremely rare, mostly built-in models.
- Metal. In this case, we mean various alloys and aluminium models. The metal is highly durable, but the acoustic characteristics are far from optimal. This requires the use of various tricks, which respectively affect the price of a metal subwoofer. Therefore, this option is quite rare.
- Tree. Natural wood is well suited for low-frequency acoustic enclosures; its performance characteristics are comparable to MDF described above. At the same time, this material is considered more “natural” and has its own beautiful surface pattern, but is noticeably more expensive. Therefore, although wooden cases are common, they are not as widespread as MDF.
- Plastic. The main advantage of plastic is its low cost, but it is very difficult to create a body with the necessary acoustic characteristics from this material. Therefore, plastic subwoofers are extremely rare, mostly built-in models.
- Metal. In this case, we mean various alloys and aluminium models. The metal is highly durable, but the acoustic characteristics are far from optimal. This requires the use of various tricks, which respectively affect the price of a metal subwoofer. Therefore, this option is quite rare.