Crown Audio I-T6000 manual Features, I - T E C H S E R I E S, E X C E L L E N C E, I-T4000, 1800W

E X C E L L E N C E

Features

•Global Power Supply works anywhere in the world.

•High power density, up to 8000 watts in a 2U chassis.

•Highest output voltage in the industry (200V peak) provides clean transient peaks.

•Onboard DSP with 24-bit, 96 kHz Cirrus Logic A/D and D/A converters.

•Comprehensive array of indicators provide accurate diagnostics: Power, Data, Bridge, along with Ready, Signal, Clip, Thermal and Fault for each channel.

•Front-panel control screen with advanced diagnostics and status information. All controls are set from the front panel.

•AES/EBU digital audio input. Ethernet connector accepts standard network cables for TCP/IQ networking. CobraNet input available in optional CN models (coming soon). Analog and digital thru connectors.

I - T E C H S E R I E S

The Crown® I-Tech Series offers amazing power, light weight and ease of use for touring sound and installed sound applications. Onboard DSP provides a wide array of signal processing, greatly reducing the need for rack components and rack wiring. Onboard DSP features 24-

bit, 96 kHz A/D and D/A converters.

All models are compatible with the IQ® Network and TCP/IQ™ networking. Digital audio and IQ control signals connect to the amp via a single cable (in CobraNet™-ready models). Pushbutton DSP presets simplify the setup for various loudspeaker arrays.

The Global Power Supply works anywhere in the world, and offers PFC (Power Factor Correction). It is a switching power supply for reduced weight. I-Tech amplifiers have the highest output voltage in the industry (200V peak), which provides clean transient peaks.

			Power Output*
	2-ohm	4-ohm	8-ohm	4-ohm	8-ohm
	Stereo	Stereo	Stereo	Bridge-	Bridge-
	(per channel)	(per channel)	(per channel)	Mono	Mono
I-T4000	1800W	2000W	1250W	3600W	4000W
I-T6000	2500W	3000W	1500W	5000W	6000W
I-T8000	3500W	4000W	2100W	7000W	8000W

Guaranteed minimum power output per channel, 20 Hz to 20 kHz, <0.35% true THD, both channels driven. Rated power not part-tolerance dependent.