The Arcam PA240 delivers continuous power of 2 x 380W at 4Ω and 2 x 225W at 8Ω (20Hz–20kHz). Designed with a Class G architecture, it operates in pure Class A for the first 50W for maximum sonic clarity. It also supports bridged mode, delivering 1 x 790W at 8Ω and providing huge power reserves for demanding speakers.
The Arcam PA240 from the HDA series is a 2-channel stereo power amplifier, ideal for driving main speakers in home cinema systems or demanding stereo setups. It delivers 380 W per channel into 4 ohms in Class G, with the first 50 W in Class A, offers 790 W in bridged mode, and features a toroidal transformer and flexible RCA and XLR connectivity options.
Class G Amplification & Bridged Mode Operation
The Arcam PA240 delivers continuous power of 2 x 380W at 4Ω and 2 x 225W at 8Ω (20Hz–20kHz). Designed with a Class G architecture, it operates in pure Class A for the first 50W for maximum sonic clarity. It also supports bridged mode, delivering 1 x 790W at 8Ω and providing huge power reserves for demanding speakers.
Toroidal Transformer & Analog Connectivity
It is equipped with a robust toroidal transformer that provides instantaneous power delivery and exceptionally low harmonic distortion of 0.001%. It features selector switches for unbalanced RCA and balanced XLR inputs, supports Stereo, Dual Mono, and Bridged modes, and offers remote control via Ethernet and an RS232 port.
Technical Specifications
- Type
- Power Amplifier
- Technology
- Solid
- Channels
- Stereo
- Power (8Ω)
- 225 watt / channel
- Power (4Ω)
- 380 watt / channel
- SNR
- 110 dB
Connectivity
- Phono
- No
- Optical
- No
- Coaxial
- No
- USB
- Yes
- Ethernet
- Yes
- Analog
- Yes
- Headphones
- No
- Subwoofer
- No
- Wifi
- No
- Bluetooth
- No
Features & Functions
- Radio
- No
Dimensions
- Width
- 43.3 cm
- Length
- 42.5 cm
- Height
- 17.7 cm
Important information
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.