Ecler DAM614, Руководство пользователя

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System templates for the creation of user setups:
o
T1: 4 stereo inputs x 4 mono outputs
o
T2: 4 stereo inputs x 2 stereo outputs
o
T3: 4 stereo inputs x 1 stereo 2 mono outputs
o
T4: 3 stereo 2 mono inputs x 4 mono outputs
o
T5: 3 stereo 2 mono inputs x 2 stereo outputs
o
T6: 3 stereo 2 mono inputs x 1 stereo 2 mono outputs
o
T7: 2 stereo 4 mono inputs x 4 mono outputs
o
T8: 2 stereo 4 mono inputs x 2 stereo outputs
o
T9: 2 stereo 4 mono inputs x 1 stereo 2 mono outputs
Each system template automatically sets the operating and control mode of the channels and
their settings, including the stereo linked group they pertain to. Example: in a stereo input or
output configuration, the settings applied to the left channel are also automatically applied to the
right channel, and vice versa

User presets: 20

Editing names (labels) of inputs, outputs and user presets

Three front panel locking modes, with password protection: total, with the exception of
MUTE/VOL for inputs and outputs, or with the exception of MUTE/VOL of outputs and activation
and input levels
3. INSTALLATION
The DAM614 can be mounted in a standard 19” rack (482.6 mm) taking up one height unit
(44 mm).
For professional use it is recommended to place the processor in the same rack as the power
amplifiers.
Given the small power consumption of the unit, no ventilation is required. Nevertheless, it is
advisable not to expose the unit to extreme temperatures as well as ensure a dry and dust-free operating
environment.
It is important not to place the processor next to electrical noise sources such as transformers,
voltage dimmers, motors, etc. or their mains supply cables. The metal cover of the device should never
be removed under any circumstance for that same reason.
The DAM614 operates with alternate current (AC) between 90 and 264V at 47 to 63Hz. This
device features an oversized power supply which adapts itself to any mains voltage around the world,
without the need of manual adjustment.
Even though the noise produced by powering up is minimum, it is always advisable to follow this
power up sequence: signal sources, mixing unit, processor and, finally, power amplifiers. The power
down sequence must follow exactly a reverse order. By closely following this sequences, all peaks or
transients produced by switching on and off devices do not affect the next devices in the chain and, of
course, never reach the loudspeakers, which are extremely sensitive about this.