REDCATT CX6.01X8 6,5-inch Caoxial speaker
REDCATT CX6.01X8 4 ohm 6,5-inch Caoxial speaker
REDCATT CX6.01X8 4 ohm 6,5-inch Caoxial speaker
REDCATT CX6.01X8 4 ohm 6,5-inch Caoxial speaker
    REDCATT CX6.01X8 6,5-inch Caoxial speaker
    REDCATT CX6.01X8 4 ohm 6,5-inch Caoxial speaker
    REDCATT CX6.01X8 4 ohm 6,5-inch Caoxial speaker
    REDCATT CX6.01X8 4 ohm 6,5-inch Caoxial speaker

    REDCATT CX6.01X8 6,5-inch Caoxial speaker

    SHIPMENT IN 10 WORKING DAYS
    €80.00
    Tax included
    rating No review at the moment

    REDCATT CX6.01X8 6,5-inch Caoxial speaker

    The CX6F-140F is a high efficiency, (95dB 1watt / 1 meter) 6.5-inch coaxial speaker with very linear frequency response characteristics and high power handling capability. The mid-woofer utilizes REDCATT developed paper pulp cone that has proven its performance in many our successful designs. The HF section was designed around our most successful dome assembly as used in 140FCD. The mini waveguide is CNC machined from single piece of aluminum, given the whole assembly incredible precision. The combination of used materials with our state of the art quality production yields in well performing driver even in the most demanding extreme conditions.

     

    Estimated Shipping Costs
    Shipping Costs
    €18.00
    Shipping Time
    .
    Want to check another country or courier?

     

    REDCATT CX6.01X8 6,5-inch Caoxial speaker

    The CX6F-140F is a high efficiency, (95dB 1watt / 1 meter) 6.5-inch coaxial speaker with very linear frequency response characteristics and high power handling capability. The mid-woofer utilizes REDCATT developed paper pulp cone that has proven its performance in many our successful designs. The HF section was designed around our most successful dome assembly as used in 140FCD. The mini waveguide is CNC machined from single piece of aluminum, given the whole assembly incredible precision. The combination of used materials with our state of the art quality production yields in well performing driver even in the most demanding extreme conditions.

    Magnetic circuit design

    REDCATT engineers have developed ferrite-neodymium based magnetic circuit, capable of delivering the highest level of performance in a small form factor. The combination of ferrite and neodymium delivers an excellent magnetic performance. The magnetic circuit design is optimized to generate the minimum amount of flux modulation, providing exceptional stability. Aluminum demodulation ring is assembled in the HF section.

    General specifications (LF/HF)

    Nominal Diameter: 6in (36mm)

    Rated Impedance: 8 / 4 Ohm

    Power handling (LF/HF)

    AES Power: 200/35 Watts

    Program Power: 400/70 Watts 

    Peak Power: 800/140 Watts

    Voice Coil (LF/HF)

    Diameter: 1.75 in. / 36 mm

    Winding wire: CCAW / ALU

    Former: TIL / Kapton

    Winding height: 10.3 mm / N/A

    T/S Parameters (LF/HF)

    Resonant frequency: 112 / 1,000 Hz

    Re: 5.9 / 3.8 ohm

    Qes: 0.6 / N/A

    Qms: 4.64 / N/A

    Qts:  0.53 / N/A

    Vas: 6.1 liters / N/A

    Sd:  141 cm2 / N/A

    Sensitivity:  95 / 108 dB

    Mms:  9.2 g / N/A

    Bl: 8

    Le: 0.23 mH / N/A

    Design details (LF/HF)

    Surround Material: fabric / poly

    Cone/ dome material: paper / poly

    Spider: Nomex

    Plate thickness: 6 mm / N/A

    Peak to peak linear cone Displacement: 8.8 mm / N/A

    Overall diameter: 165.2 mm

    Bolt circle diameter: 143.9 mm

    Number of mounting holes:  4

    Depth :  93.95 mm

    Net weight: 2.0 Kg

    Ordering codes:

    4 ohm version: N/A

    8 ohm version: CX6-140FX4-361B

    16 ohm version: N/A

    Recone kits: 

    4 ohm version: RCCX-140FX4-361B-C

    8 ohm version: RCCX-140FX4-361B-D

    Redcatt CX6.01X8
    4 Items

    You might also like

    Product added to wishlist
    Product added to compare.

    With our cookies offer you a simply and fast shopping experience.This remember you special offers and your preferences of navigation . If that is okay with you, you agree to the use of cookies for your preferences simply by clicking on "accept"

    By closing this banner, scrolling this page, clicking on a link or continuing to browse in any other way, you consent to the use of cookies.