Orion Car Audio DEQ 30 manual User Interface LED Indicators

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CROSSOVER POINTS & SPEAKER POLARITY PHASE SHIFT PROBLEMS

25Hz

31.5Hz

40Hz

50Hz

63Hz

80Hz

100Hz

125Hz

160Hz

200Hz

250Hz

315Hz

400Hz

500Hz

630Hz

800Hz

1000Hz

1250Hz

1600Hz

2000Hz

2500Hz

3150Hz

4000Hz

5000Hz

6300Hz

8000Hz

10000Hz

12500Hz

16000Hz

20000Hz

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USER INTERFACE LED INDICATORS

“CLIP“ - When illuminated, indicates the EQ has clipped its output. There are three solutions to this problem: Reset input gains, turn down source unit (if using analog input) or lower boost on boosted frequencies.

“L” & ”R“ - Indicates which channel is to be equalized. In the default setting, both LEDs are illuminated indicating that both the left and right channels can be adjusted simultaneously. The channels are “LINKED.”

When only the “L” LED is illuminated, only the left channel is being adjusted. The channels are “UNLINKED.”

When only the “R” LED is illuminated, only the right channel is being adjusted. The channels are ”UNLINKED.”

NOTE: When channels are unlinked, the left and right equalization can be adjusted independently.

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Contents DEQ 30 Manual Introduction WHAT’S in the BOX Warranty Technical OverviewSpecifications Power Supply Analog Output SectionDigital Outputs Lock ANTI-JITTER Reduction CircuitCall OUT Features 11 12Tools for the Trade Trouble ShootingInstallation Power Connections Corrected Response Analog Inputs OEM Integration With Balanced InputsTime Alignment Error Problems Setting Analog Input Levels Is now setABSORPTION/REFLECTION Related NON-LINEARITY Problems Clip LED Illuminates When Input is OverloadedDigital Inputs ROLL-OFF Response Problems Selecting Digital InputsAnalog and Digital Outputs OFF-SCREEN Response Problems User Interface Digital DisplayUser Interface LED Indicators Crossover Points & Speaker Polarity Phase Shift ProblemsUser Interface Controls Output Level Incompatibility Problems Basic Equalization Preparation for EqualizationConstructive & Destructive Interference Problems Basic Equalization Resonance Problems Advanced Equalization Perfectly Flat Curve