| dynamic output power 4 ohms | 2 x 120 watts | RMS output power 4 ohms | 2 x 120 watts |
| dynamic output power 8 ohms | 2 x 60 watts | RMS output power 8 ohms | 2 x 60 watts |
| dynamic output power bridged 8 ohms | 240 watts | output power RMS bridged 8 ohms | 240 watts |
| output power RMS 100 volts | 2 x 120 watts | output power RMS bridged 100 volts | 240 watts |
| minimum impedance load per channel | 4 ohms | minimum impedance load bridged per channel | 8 ohms |
| power consumption (max) | 300 watts | 19″ (483 mm wide) rack mounting | yes |
| height- rack units (1U=44 mm) | 1 U | height | 44 mm |
| depth (build in) | 230 mm | depth (incl front) | 239 mm |
| power supply | 115 – 230 VAC | power supply technology | switching mode power supply |
| output voltage tappings | 100 -70 – 50 – 35 watts – 4 ohms | output channels | 2 |
| line input balanced | 2 | line input unbalanced | 2 |
| channel separation | > 65 dB @ 1 kHz | power amp topology | class-D |
| frequency response (in Hz) | 50 – 20 k | cooling system | convectional |
| applicable in 100V | yes | applicable low impedance | yes |
| Net weight product (kg) | 6.1 |
REVAMP2120T
Immaculate sound performance, extremely reliable, maintenance-free this is how we would describe our latest REVAMP2120T. This 2-channel digital power amplifier provides 2 x 120 watts output power @ 100 volts or @ 4 ohms, that can easily be bridged into a powerful 240 watts @ 100 volts or 8 ohm single amplifier. The REVAMP2120T is a convection cooled class-D amplifier without built-in fans which implies that the amplifier is completely noiseless and dust-free at all times. The ergonomic and efficient 1U design has a galvanic separated toroidal output transformer built in to avert external influences & disturbances. During the configuration of the input gain the rear clip LED indicator can be used for a fast and easy installation. The multiple inputs and link connectors make the REVAMP2120T a versatile and installerfriendly amplifier superiour to any other in the fixed install market.