T602 A

6000W/2-channel High-performance Amplifier with DSP

Powersoft 2ch
SRM
PFC
Audio Network
Routing Channel
DSP On Board
ArmoniaPlus
GreenPower
MyPowersoft

Overview

The T Series is a very flexible and cost-effective amplifier platform with loudspeaker processor.

All models deliver the same high peak voltage allowing high SPL with single 8/16 ohm cabinets on all models. The high voltage is also good for sharing power between the channels for applications such as bi-amped loudspeakers or subwoofers with passive tops.

MyPowersoft services are available for this product

  • The loudspeaker processing sets a new benchmark for cost-effective amplification for small and medium-sized systems and stage monitors. The T Series can be controlled and configured in different ways.
  • Full control with a PC running Armonía.
  • Control from the front panel display for features like preset recall (also per output), gain, delay, mute. This makes it very easy to use for small systems in a rental company. The display also shows the available headroom with easy to read numbers in dB as well as other status monitoring parameters.
  • Web app. Use any device with a browser (e.g. a tablet) and access the amplifier via an external WiFi access point for easy control.
  • Group controllable advanced EQ with raised cosine filters
  • Large preset library
  • Preset compatibility with X Series
  • Very long FIR filters (42.6 ms)
  • Control and monitoring through ArmoníaPlus
General
Output power per channel
Output power per channel 3000W @ 2 Ω 2500 W @ 4 Ω 1300 W @ 8 Ω
Bridge mode 6000 W @ 4 Ω 5000 W @ 8 Ω
Max output voltage / current
Max unclipped output voltage @8 Ω 145 Vpeak
Current 100 Apeak
AC main power
Power supply Universal, regulated switch mode with PFC (Power Factor Correction)
Nominal power requirement 100-240 V ±10%, 50-60 Hz
Operating voltage 90 V – 264 V
Power consumption/ Current draw
1/8 of max output power @ 4 Ω 120 V: 824 W – 7.6 A 230 V: 839 W -4.3 A
THERMAL
Thermal dissipation
1/8 of max output power @ 4 Ω 120 V: 678 BTU/h -170.9 kcal/h 230 V: 731 BTU/h -184.2 kcal/h