ELV-121M Full Range

  • Professional
  • Speaker Cabinet
  • The unit structure consists of one 12 inch 75mm voice coil cone woofer and one HF unit(ferrite magnet, 44mm voice coil). 

  • The woofer uses refractory voice coil for reliable performance, CONEX spider for durable performance and symmetric magnet circuit to extremely reduce the odd-order harmonic distortion. 

  • The HF unit uses 1 inch throat and Al horn for flat treble, bright and delicate penetrating tone when amplifying the HF sound pressure. 

  • Al horn features anti-vibration, solid structure and excellent acoustic features. 

  • The crossover uses extremely low consumption OFC inductor, high quality capacitor, Al housing resistor and heat sink to assure the crossover network stability. 

  • Irregular enclosure ensures the suitable radiation angle and eliminates the standing wave inside and improves the bass pureness.

Product Detail

  • Specification
  • Application
• Rated noise power:300W
• Continuous music power:400W
• Peak power:1200W
• Rated impedance:8Ω
• DC impedance:6Ω
• Frequency response:55Hz-18kHz
• Sensitivity:96dB
• Coverage:H100°×V60°
• Max SPL:122dB
• Crossover mode:2 way passive
• Crossover frequency:2100Hz
• Installation:toward actors on stage; 
• Connection:2×NL4 speaker connector(IN:1+, 1-;LINK2+, 2-)
• Enclosure:18mm plywood
• Finish: black painting
• HF:B&C 1.75″×1(44mm,25mm throat)120 magnet
• LF:12″×1(75mm),190 magnet
• Dimension(mm):630*344*333(W×D×H)
Stage monitoring
  • Specification
  • Application
• Rated noise power:300W
• Continuous music power:400W
• Peak power:1200W
• Rated impedance:8Ω
• DC impedance:6Ω
• Frequency response:55Hz-18kHz
• Sensitivity:96dB
• Coverage:H100°×V60°
• Max SPL:122dB
• Crossover mode:2 way passive
• Crossover frequency:2100Hz
• Installation:toward actors on stage; 
• Connection:2×NL4 speaker connector(IN:1+, 1-;LINK2+, 2-)
• Enclosure:18mm plywood
• Finish: black painting
• HF:B&C 1.75″×1(44mm,25mm throat)120 magnet
• LF:12″×1(75mm),190 magnet
• Dimension(mm):630*344*333(W×D×H)
Stage monitoring