What to do if Chauvet DJ Equipment does not power up?
If your Chauvet DJ Equipment isn't powering up, first, make sure the power cord is properly connected. If it is, verify that the power mains are active and providing electricity.
Why does the breaker/fuse keep blowing in my Chauvet DJ Equipment?
If the breaker or fuse keeps blowing in your Chauvet DJ Equipment setup, it could be due to an excessive load on the circuit. Check the total load placed on the electrical circuit to ensure it's within the acceptable range. Another potential cause is a short circuit along the power wires. Inspect the electrical wiring, both internal and external, for any signs of a short.
How to fix Chauvet DJ Equipment not responding to DMX?
If your Chauvet DJ Equipment fixture isn't responding to DMX signals, consider the following: 1. Verify the Control Panel and unit addressing to ensure correct DMX addressing. 2. Inspect DMX cables for any damage. 3. Check the polarity switch settings on the controller. 4. Ensure all cable connections are secure. 5. If the issue persists, consider replacing the DMX input or the Main PCB, as they may be faulty.
Lists the components included in the package.
Guides on how to unpack and inspect the product upon arrival.
Explains symbols and formatting used in the manual for clarity.
Describes icons used to highlight important information for users.
Provides critical safety precautions for installation, operation, and maintenance.
Highlights key capabilities and functions of the Obey 4 controller.
Provides a visual guide and labels for the controller's front and back panels.
Details power requirements and connection guidelines for the unit.
Covers mounting options and installation procedures for the controller.
Specifies the proper orientation for mounting the controller.
Provides instructions and dimensions for physically installing the controller.
Explains how to set DMX starting addresses for controlling multiple fixtures.
Describes how to use the nine built-in preset color options for lighting.
Explains the automatic color fading program for all connected fixtures.
Details the automatic programs that change unit colors randomly and independently.
Guides on selecting and using preset color chases for dynamic lighting effects.
Explains the program that creates sequential color chases across fixtures.
Describes how to select and control preset color macros with varying intensities.
Explains how to trigger modes using the built-in microphone for sound-reactive lighting.
Details the independent operation of the White/Amber fader and its control limitations.
Explains how to activate and control strobe effects on the fly across operating modes.
Details the dedicated blackout button and its function with the fade time fader.
Describes how to manually create custom color combinations using RGBW faders.
Introduces DMX basics, channels, and addressing for lighting control.
Provides solutions for common issues like power problems or loss of DMX signal.
Explains how to connect multiple fixtures in a serial data link using DMX.
Details requirements for DMX data cables, including type and specifications.
Specifies the characteristics required for a DMX data cable.
Describes XLR connectors and DMX connector pin configurations.
Guides on setting the initial DMX channel address for each fixture.
Provides a chart for converting between 3-pin and 5-pin DMX connectors.
Illustrates the process of connecting fixtures in a serial DMX data link.
General| Type | DMX Controller |
|---|---|
| Channels | 4 |
| DMX Connectors | 3-pin XLR |
| DMX Output | 1 |
| DMX Input | 1 |
| Operating Temperature | 32°F to 104°F (0°C to 40°C) |
| Storage Temperature | -4°F to 140°F (-20°C to 60°C) |
| Control | DMX |
| Power Supply | External power supply |
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