2x 800W 2-Channel Power Amplifier, 2RU

The inDESIGN iD-HC power amplifier series is a high powered efficient 2 Stage, Class H amplifier design-built for demanding mobile live sound and permanent installation amplification applications.

Each model features min. 4 ohms load, bridging @ 8 ohms, switchable input sensitivity, soft start, DC protection, short circuit protection, clip limiter and thermal overload protection.

Maintenance is a breeze with removal – washable front filters via the front panel. The weight is due to large transformers – sorry about that... at least your amps will have a long service life!

Specifications

• Number of Channels: 2
• Power RMS Watts 8Ω Stereo: 800W
• Power RMS Watts 4Ω Stereo: 1200W
• Power RMS Watts 8Ω Bridged: 2400W
• Amplifier Topology Category: 2 STAGE, CLASS H
• Frequency Response: 20Hz - 20kHz
• THD: 0.05%
• S/N Rate: >108dB
• Slew Rate: >20V/μs
• Damping Factor: 300 (100Hz)
• Input Connections:
  2x XLR3F
  PIN2 = HOT (+)
  PIN3 = COLD (-)
  PIN3 = GROUND
• Signal Link Connection:
  2x XLR3M
  PIN2 = HOT (+)
  PIN3 = COLD (-)
  PIN3 = GROUND
• Input Impedance (unbal/bal): 10kΩ / 20kΩ
• Input Sensitivity VAC: 0.77V / 1V / 1.44V
• Output Connections & Wiring:
  SPEAKON NL4 x2
  CH1 +1/-1 STEREO MODE
  CH2 +1/-1 STEREO MODE
  CH1 +1/-1 INPUT LINK MODE
  CH2 +1/-1 INPUT LINK MODE
  CH1 +1/+2 BRIDGE MODE
  CH2 NOT CONNECTED IN BRIDGE MODE
• Voltage Gain: 38dB
• Cooling Flow: Front to Rear (via dual thermo controlled fans)
• Protection: Soft Start, DC Protection, Short Circuit, Clip Limiter, Thermal Overload
• Mains Power Requirements: 230V/50Hz +/- 10%
• Mains Power Connection: 10 AMP PLUG / attached cable
• Power Consumption RMS @ Stereo 4Ω:
  AH/Watts @ Idle: 0.15A / 24.5W
  AH/Watts @ 1/8th Power: 2.0A / 460W
  AH/Watts @ 1/3rd Power: 5.3A / 1219W
  AH/Watts @ Full Power: 9.7A / 2231W 
• Product Dimensions (2RU) WxDxH : 483 x 456 x 88 mm 
• Product Weight: 21.6kg 
• Carton Dimensions WxDxH: 570 x 560 x 145 mm 
• Gross Weight: 24kg

* Disclaimer: Instructions and specifications are correct at time of printing. Information within may be subject to change without notice.