Ashly EcoTour 500.2 High-Efficiency 2-Channel 1000W Touring Amplifier

• 2-channel, 500W per channel (2 and 4 ohms)
• Active power factor correction (PFC)
• Low-impedance output (to 2 ohms)
• Direct 70 or 100V output
• Extremely efficient and lightweight
• Neutrik Combo XLR-1/4″ jack and Euroblock input connectors
• speakON output connectors
• Front-panel soft-power switch, defeatable
• Front-panel level controls, fully off = mute, defeatable
• Front-panel LEDs for clip/mute, signal, current, temperature, bridge mode, protect, and front-panel disable
• 80 Hz second-order hi-pass filter per channel (on/off)
• Clip limiter per channel (on/off)
• Input gain settings per channel: 26, 32, 38 dB, or 1.4V
• Universal 100 to 240 VAC operation, 50 to 60 Hz, detachable AC connector
• Continuously variable cooling fan
• Protection: inrush current limitation, overtemperature, output short-circuit/overpower, output DC, mains fuse
• Safety/Compliance: cTUVus, CE, FCC Class B, RoHS
• Ashly 5-year warranty

Ashly’s all-new, proprietary D-MAX technology brings together smart, cutting-edge amplifier design, a brand-new ultrafast switching power supply with silicon carbide semiconductors and diodes, and intelligent power management to deliver ultimate efficiency.

• When current and voltage are exactly in phase, current demand is reduced and efficiency increased. Dynamic Power Factor Correction tracks current continuously to maintain accurate monitoring abd control.
• Silicon carbide semiconductors boost both speed and efficiency and are significantly faster than the old-school pure silicon of the past.
• Traditional silicon semiconductors don’t shut off instantly. They have a lag time called Switching Loss, leading to a residual tail current. From an audio-quality standpoint, this makes for a sloppier, less precise sound; from an efficiency standpoint, it sucks up unnecessary power.
• Instead, Ashly is pioneering the use of silicon carbide semiconductors. They have unique electrical characteristics that render them able to switch on and off far faster than conventional silicon. The result is an amplifier design that’s faster (thus better audio fidelity) and more efficient.

• Power amplifiers need cooling. In most amps, heat-reducing airflow takes a convoluted path in and around internal components. Front-to-back, back-to-front, and side-to-side, those nice perforated grilles look simple until you look inside the amp and see the helter-skelter airflow.
• Ashly didn’t want cooling air to just wander around inside the EcoTour chassis, so it came up with its unique SailFlow architecture, which directs internal airflow strictly over the areas that generate the most heat, rather than arbitrarily over the whole amp. This keeps the already highly efficient EcoTour Series even cooler and assures reliable, stable operation, even under heavy loads.