View all
View all
Dayton Audio DS135-PR 5″ Designer Series Passive Radiator
€23.95
The Dayton Audio Designer Series passive radiators are excellent general-purpose passives suitable for replacement or for new construction. Built to be a perfect match for the Designer Series drivers, these passive radiators feature the same steel frame, rubber surround, and treated paper cone making them visually identical.
110 in stock
Highlights
- Perfect match for Dayton Audio’s paper cone Designer Series drivers
- Allows tuning small enclosures lower than using conventional ports
- Rear mounted screw allows easy mass adjustment for custom tuning
- Cosmetic frame edge looks great even when surface mounted
Product details
Dayton Audio DS135-PR 5″ Designer Series Passive Radiator
The Dayton Audio Designer Series passive radiators are excellent general-purpose passives suitable for replacement or for new construction. A built-in mass disc offers a good starting point for most designs, and a convenient M5 threaded hole (screw included) allows different types of weights to be added if desired. Cosmetically and mechanically, these passives match Dayton Audio’s Designer Series drives, with a poly coated paper cone and medium-roll rubber surround for clean excursion and long life. The possibilities with these passives are endless, from bookshelf two-ways to portable battery powered speaker systems.
Specifications: • Fs: 27.7 Hz • Vas: 0.43 cu. ft. • Qms: 3.93 • Cms: 1.52 mm/N • Rms: 1.0 kg/s • Mms: 21.8 g • Sd: 75.4 sq. cm. • Xmax: 8 mm • Dimensions: Overall diameter: 5.31″, Cutout diameter: 4.39″, Depth: 1.5″.
Note: Adding mass to the passive radiator will decrease Fs and increase Qms.
Tip: As a general rule, the passive radiator(s) should have at least double the displacement of air (Vd) as the active woofer(s)/subwoofer(s) in the system.
To calculate Vd: Sd x Xmax = Vd
Specifications
| Article number | DS135-PR |
| EAN | 0848791005015 |
| Woofer Series | Dayton Audio Designer series |
| Woofer Type | Passive Radiator |
| Nominal Diameter | 5’’ |
| Resonant Frequency (Fs) | 27.7 Hz |
| Mechanical Q (Qms) | 3.93 |
| Diaphragm Mass Inc. Airload (Mms) | 21.8g |
| Mechanical Compliance of Suspension (Cms) | 1.52 mm/N |
| Surface Area of Cone (Sd) | 75.4 cm² |
| Compliance Equivalent Volume (Vas) | 0.43 ft.³ |
| Maximum Linear Excursion (Xmax) | 8 mm |
| Cone / Diaphragm Material | Paper |
| Surround Material | Rubber |
| Basket / Frame Material | Steel |
| Overall Outside Diameter | 5.31" |
| Overall Depth | 1.5" |
| Baffle Cutout Diameter | 4.39" |
| Bolt Circle Diameter | 4.96" |
| # Mounting Holes | 4 |
| Note | Adding mass to the passive radiator will decrease Fs and increase Qms. |
| Tip | As a general rule, the passive radiator(s) should have at least double the displacement of air (Vd) as the active woofer(s)/subwoofer(s) in the system. To calculate Vd: Sd x Xmax = Vd |
| Fs | 27.7 Hz |
| Vas | 0.43 cu. ft. |
| Qms | 3.93 |
| Cms | 1.52 mm/N |
| Rms | 1.0 kg/s |
| Mms | 21.8 g |
| Sd | 75.4 sq. cm. |
| Xmax | 8 mm |
| Dimensions | Overall diameter: 5.31", Cutout diameter: 4.39", Depth: 1.5". |
| Article number | DS135-PR |
| EAN | 0848791005015 |
| Woofer Series | Dayton Audio Designer series |
|---|---|
| Woofer Type | Passive Radiator |
| Nominal Diameter | 5’’ |
| Resonant Frequency (Fs) | 27.7 Hz |
| Mechanical Q (Qms) | 3.93 |
| Diaphragm Mass Inc. Airload (Mms) | 21.8g |
| Mechanical Compliance of Suspension (Cms) | 1.52 mm/N |
| Surface Area of Cone (Sd) | 75.4 cm² |
| Compliance Equivalent Volume (Vas) | 0.43 ft.³ |
| Maximum Linear Excursion (Xmax) | 8 mm |
| Cone / Diaphragm Material | Paper |
| Surround Material | Rubber |
| Basket / Frame Material | Steel |
| Overall Outside Diameter | 5.31″ |
| Overall Depth | 1.5″ |
| Baffle Cutout Diameter | 4.39″ |
| Bolt Circle Diameter | 4.96″ |
| # Mounting Holes | 4 |
| Note | Adding mass to the passive radiator will decrease Fs and increase Qms. |
| Tip | As a general rule, the passive radiator(s) should have at least double the displacement of air (Vd) as the active woofer(s)/subwoofer(s) in the system. To calculate Vd: Sd x Xmax = Vd |
| Fs | 27.7 Hz |
| Vas | 0.43 cu. ft. |
| Qms | 3.93 |
| Cms | 1.52 mm/N |
| Rms | 1.0 kg/s |
| Mms | 21.8 g |
| Sd | 75.4 sq. cm. |
| Xmax | 8 mm |
| Dimensions | Overall diameter: 5.31″, Cutout diameter: 4.39″, Depth: 1.5″. |
