RCF MB12N301 - 12 inch 500W 8 Ohm
COOKIES: Our website uses cookies in order to provide a better online experience, this is essential for use of the shopping basket, and to login to our website. We require your consent to use cookies in order to meet relevant regulations. Please CLICK HERE to indicate your consent and continue using our website. We do not use third party tracking cookies on our website, cookies are used for this site's functionality only.
RCF
RCF MB12N301 - 12" 500W 8 Ohm
SPL: 98.5dB Fs: 54Hz Xmax: 6.0mm Neodymium
 
Product Code: RCFMB12N301 | Brand: RCF
RCF MB12N301 - 12 inch 500W 8 Ohm
£183.23
£152.69 ex VAT
2-3 £180.48 ea.4-7 £178.65 ea.8+ £175.90 ea.
Login to see JAM Club pricing
Not a member? Join Now
£7.18 DELIVERY to mainland UK.
RCF MB12N301 - 12" 500W 8 Ohm

The MB12N301 is a neodymium, high efficiency, 12” mid-bass. High sensitivity, excellent linearity and very high power handling capabilities. The magnetic structure is powered by a large neodymium magnet that provides an extremely high flux density in the gap. The new hyper-vented aluminium basket and magnetic assembly design provide an excellent heat dissipation and lower power compression. Special air-forced ventilations are provided for voice coil, magnet assembly and basket. M-roll surround and spider design offer great linearity and precise reproduction.


Applications:

The very light moving mass and linear curve response make the MB12N301 the solution for high quality two or three way system.
The aluminium voice coil guarantee a very high efficiency in conjunction to a proper Q factor for good bass response.

Main Features:

  • 3.0-inch, fibreglass inside/outside copper voice coil
  • 1000 Watt continuous program power handling
  • 98.5dB Sensitivity
  • 50Hz –3.0KHz Frequency range
  • Dual-forced air ventilation for minimum power compression
  • M-roll surround and exponential cone geometry

General Specifications


  • Nominal Diameter: 300mm / 12 inch
  • Rated Impedance: 8 Ohms
  • Program Power: 1000 W AES
  • Power handling capacity: 500 W AES
  • Sensitivity: 98.5 dB
  • Frequency Range: 50 Hz - 3000 Hz
  • Effective Piston Diameter: 260mm / 10.2 inch
  • Max Excursion Before Damage (peak to peak): 34mm / 1.34 inch
  • Minimum Impedance: 6.7 Ohms
  • Voice Coil Diameter: 76mm / 3.0 inch
  • Voice Coil Material: Aluminium
  • Voice Coil Winding Depth: 17mm / 0.67 inch
  • Number of layers: 2
  • Kind of layer: inside / outside
  • Top Plate Thickness: 10mm / 0.39 inch
  • Cone Material: No pressed pulp
  • Cone Design: Curved
  • Surround Material: Polycotton
  • Surround Design: M - roll

Thiele/Small Parameters


  • Resonance frequency: 54 Hz
  • DC resistance: 5.8O
  • Mechanical factor: 3.1
  • Electrical factor: 0.26
  • Total factor: 0.24
  • BL Factor: 19 T · m
  • Effective Moving Mass: 48 g
  • Equivalent Cas air load: 71 litres
  • Effective piston area: 0.053 m²
  • Max. linear excursion (mathematical): 6.0 mm
  • Voice - coil inductance @ 1kHz: 1.8 mH
  • Half-space efficiency: 4.00%

Mounting information


  • Overall Diameter: 320mm / 12.6 inch
  • Bolt Circle Diameter: 294.5-304mm / 11.6-11.9 inch
  • Bolt Hole Diameter: 5.5mm / 0.21 inch
  • Front Mount Baffle Cut-out: 288mm / 11.25 inch
  • Rear Mount Baffle Cut-out: 288mm / 11.25 inch
  • Depth: 133mm / 5.24 inch
  • Volume occupied by the driver: 2.2 litres / 0.08 ft³
  • Net Weight: 3.4 kg / 7.5 lbs

Shipping information


  • Shipping weight: 4.2 kg / 9.2 lbs
Other RCF products similar to RCF MB12N301 - 12" 500W 8 Ohm:
RCF MB12N351 - 12" 650W 8 Ohm

£242.98 inc VAT
(£202.48 ex VAT)

RCF MB12G301 - 12" 400W 8 Ohm

£142.33 inc VAT
(£118.61 ex VAT)

RCF MB12X351 - 12" 700W 8 Ohm

£187.93 inc VAT
(£156.61 ex VAT)

RCF LF12G301 - 12" 450W 8 Ohm

£132.89 inc VAT
(£110.74 ex VAT)

UK & ROI
Delivery Info for RCF MB12N301 - 12 inch 500W 8 Ohm  to locations within the United Kingdom and Ireland
EUROPE
Delivery Info for RCF MB12N301 - 12 inch 500W 8 Ohm  to locations in Europe
SEARCH results for other drivers with similar T-S Parameters to RCF MB12N301 - 12" 500W 8 Ohm