Product Description
Item dimensions L x W x H
10.5 x 9.5 x 3.5 inches
Voltage
32 Volts
Manufacturer
Solid Drive
Mounting Type
Freestanding
Brand
Solid Drive
About this item
34 dB maximum gain with 2x 50 watt output.
Built-in, selectable Solid Drive EQ for wood, glass, drywall or flat setting.
Three operating modes: stereo, mono or bridged mono
Three user selectable inputs: balanced stereo (euro block), stereo unbalanced mini jack, or high level euro block.
External 12-32 V trigger
Signal detecting auto standby to conserve energy
Dual concentric gain controls for independent channel control
3rd Party open box
Product Description
Solid Drive 50 Watts Per Channel Class D Amplifier The Solid Drive SD-250 is an ultra compact 2-channel amplifier with extra heat sink surfaces for extended duty at full power. The amp is rated at 50 watts per channel and can run in stereo, mono, or bridged mono. But most importantly it has custom electronic EQs for glass, sheet rock, wood, or bypass. Having the correct power and the right EQ will make the AD sound its best. The amp can utilize balanced stereo euro block, stereo unbalanced mini jack, or high level euro block inputs. The SD-250 is 50-watt per channel (4 ohm) Class D amplifier with maximum gain of 34 dB. The amplifier has built-in, selectable equalization settings for use with the Solid Drive products on wood, glass, drywall and flat setting. Input options include balanced stereo euro block, unbalanced line level mini jack, and a stereo speaker level (amplified) Euro block input for applications with low wattage speaker outputs. The SD-250 has three operating modes: stereo, dual mono, or bridged mono. In stereo, each input channel flows directly to its corresponding output channel. In dual mono, the left input is fed to both output channels. In bridged mono, the left input is fed to the bridged output. System includes selectable 12-32 v external trigger input or auto standby to conserve energy. Applications Small, powerful and cost-effective, the SD250 is engineered for external amplification with Solid Drive transducers.
