The PRV Audio 69MR500-4 BULLET is a high-efficiency professional midrange driver designed to deliver strong output, clarity, and projection in demanding sound reinforcement and automotive audio applications, as we called it Pro Audio On Wheels®! Its robust construction and high sensitivity make it well suited for systems where vocal presence and midrange impact are critical.
Highlights of the PRV Audio 69MR500-4 BULLET
- High sensitivity of 96 dB for strong output with minimal amplifier power.
- 1.5 inch voice coil on a Kapton former for reliable thermal handling.
- Wide frequency response from 150 Hz to 12,500 Hz for clear and detailed midrange reproduction.
- Rated at 250 watts nominal power handling with high peak capability.
- Vented Air pole piece for heat dissipation
Product details PRV Audio 69MR500-4 BULLET
PRV Audio 69MR500-4 BULLET Professional Midrange Driver
The PRV Audio 69MR500-4 BULLET is a 6 x 9 inch professional midrange driver with a nominal impedance of 4 ohm, engineered for high-output sound systems. It features a stamped steel frame and a rigid cone assembly designed to maintain control and low distortion at elevated sound pressure levels. The integrated bullet phase plug enhances high-frequency dispersion and improves vocal intelligibility.
With a nominal power handling of 250 watts, 500 watts RMS program power, and up to 1000 watts peak power, this driver is capable of handling demanding operating conditions. The 1.5 inch CCAW voice coil, combined with a 6.0 mm magnetic gap and a 9.5 mm winding depth, ensures stable performance and consistent output during extended use.The frequency response range of 150 Hz to 12,500 Hz makes the 69MR500-4 BULLET ideal for midrange duties in multi-way loudspeaker systems. A recommended high-pass crossover at 145 Hz with a 12 dB per octave slope allows the driver to achieve full power handling while maintaining reliability. Compact mounting dimensions and a moderate mounting depth of 88.5 mm support flexible installation in professional enclosures and automotive applications.
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