Q: What is the purpose of the DMX512 connectivity on the SB1500LED?

The DMX512 is a standard control protocol for professional lighting and effects devices. On the SB1500LED, it allows the device to be controlled remotely via a DMX controller. How it works on the SB1500LED: The device has a 3-pin XLR connector for DMX connection. You must first set the DMX address using the MODE button and the UP/DOWN controls to define the starting channel. Once connected to a DMX controller, the device responds on its assigned DMX channels to control: smoke/fog output, LED programming, speed, strobe, and temperature. You can chain multiple devices in series: connect the DMX output of the controller to the DMX input of the first device, then link the others. The last device in the chain requires a 120 ohm resistor soldered between the contacts of the 3-pin XLR connector. If your controller has 5-pin DMX connectors, use an adapter to convert to the 3-pin format required by this device. The DMX512 is essential for professional setups where you want to synchronize the SB1500LED with other equipment.

Question 1

Why won't my BeamZ BBP44 turn on?

Accepted Answer

If your BeamZ BBP44 projector is not emitting light, follow these troubleshooting steps:

Preliminary Checks

Power Connection - Ensure that the device is properly plugged into a functioning wall outlet. Test the outlet with another device (lamp, charger) to verify that it is supplying power.
Fuse - Check the device's fuse. Replace it only with a fuse of the same type and rating, otherwise the device may not function.
Remote Control - Check that the CR2025 battery in the remote control is not depleted and is properly inserted.

Important: Do not use a dimmer with this device, as it may prevent it from functioning correctly. The BBP44 must be plugged directly into a standard outlet.

If after these checks the device still does not emit light, contact a qualified technician. Electrical repairs should only be performed by a professional.

Question 2

What frequency does the BBP60 wireless DMX operate on?

Accepted Answer

The BBP60 is equipped with a built-in wireless DMX receiver, but the PDF of this manual does not specify the exact operating frequency of this system.

In general, professional wireless DMX systems use either the 2.4 GHz band (like Wi-Fi) or dedicated proprietary bands. To find out the specific frequency of your BBP60, we recommend:

Checking the specification label on the product or its original packaging
Consulting the complete technical section of the PDF manual provided with the device
Contacting BeamZ support directly with the reference BBP60

Question 3

What is the purpose of the DMX512 connectivity on the SB1500LED?

Accepted Answer

The DMX512 is a standard control protocol for professional lighting and effects devices. On the SB1500LED, it allows the device to be controlled remotely via a DMX controller.

How it works on the SB1500LED:

The device has a 3-pin XLR connector for DMX connection.
You must first set the DMX address using the MODE button and the UP/DOWN controls to define the starting channel.
Once connected to a DMX controller, the device responds on its assigned DMX channels to control: smoke/fog output, LED programming, speed, strobe, and temperature.
You can chain multiple devices in series: connect the DMX output of the controller to the DMX input of the first device, then link the others. The last device in the chain requires a 120 ohm resistor soldered between the contacts of the 3-pin XLR connector.
If your controller has 5-pin DMX connectors, use an adapter to convert to the 3-pin format required by this device.

The DMX512 is essential for professional setups where you want to synchronize the SB1500LED with other equipment.

Question 4

How to use only the bubbles without the smoke on the SB1500LED?

Accepted Answer

The BeamZ SB1500LED is a combined bubble and fog machine. According to the manual, this machine offers several control modes:

Manual Mode (Manual Button): Press the Manual button for 100% fog power. This is the only fog mode available in manual mode.
Volume Adjustment (Man Volume): You can adjust the intensity between 40 and 50% for optimal bubble/fog output.
Programmed Modes (Timer): The timer function allows for scheduled emissions at regular intervals.
DMX Control: In DMX-512 mode, you have precise control over each parameter, potentially allowing you to isolate certain effects depending on your controller.

The SB1500LED manual does not specify whether it is possible to completely disable the smoke to use only the bubbles. For this specific configuration, contact BeamZ support or check the advanced DMX settings that generally offer the most granular control of effects. The programmable LEDs (modes 0-11) operate independently of the smoke and can be used alone.

Question 5

Does the BeamZ Radical 2 have a laser feature?

Accepted Answer

Yes, the BeamZ Radical 2 has a complete laser feature of class 3B/4, which is one of its main characteristics. This multicolored laser effect can be controlled via the included infrared remote control (CR2025 battery included), via DMX512 (3-pin XLR connector), or in standalone mode for automatic demonstrations.

The Radical 2 offers six control systems to operate the laser effect: AUTO mode to run pre-recorded programs, SOUND mode for real-time synchronization with music or ambient noise, STROBE mode to create a strobe effect with speed control, SPEED mode to adjust the speed of sequences, DMX mode for professional integration into a lighting system, and MANUAL mode to manually select colors (red, green, blue, white) with percentage adjustment for each hue.

The laser of the Radical 2 poses a serious risk and must be handled with great caution. Being classified as Class 3B/4, this laser can cause serious or even instantaneous eye injuries, and can even burn skin. Eye injuries occur faster than a blink of an eye, which is why it is absolutely forbidden to direct the beams towards people, animals, or areas they may occupy. Never look directly into the beam or laser opening. It is also prohibited to direct the beams towards highly reflective surfaces such as windows or mirrors, as even laser reflections are dangerous.

International laser safety standards impose mandatory distances: the lowest beam of the laser must be at least 3 meters above the ground or audience area, and a minimum horizontal separation of 2.5 meters is required between the laser beam and the public or public spaces. The laser must be tested in the absence of the public before each use. Never leave the device operating unattended.

In France, the use of the Radical 2 is strictly reserved for professionals who have received appropriate training and is not permitted for end users. The operator must be qualified and understand all associated risks. The device can only be operated by a trained person who can adhere to laser safety rules. Never point the laser at aircraft or into the sky, as this constitutes a serious offense.

To extend the life of the laser, avoid rapid on-off cycles that damage the laser diode. Turn off the device after one hour of operation and allow it to cool for at least 15 minutes. Ensure that the fans and heat sinks remain free of dust and dirt. The device should operate in an ambient temperature range between 10 °C and 35 °C and have at least 50 cm of free airflow around it.

Question 6

How to configure the BeamZ Phantom 10000B laser for use with an ILDA interface?

Accepted Answer

The BeamZ Phantom 10000B is equipped with a DB25 type ILDA connector, allowing it to be controlled via a compatible ILDA interface. Here are the general steps to configure your laser with an ILDA interface:

1. Physical connection

Use a standard DB25 cable to connect the ILDA output of your laser controller to the ILDA input of the Phantom 10000B.
Ensure that the connectors are securely attached to avoid any signal interruption.

2. Software configuration

Your laser control software must be configured to use the ILDA protocol.
Check that the software is compatible with the hardware and is set up to send signals via the DB25 port.
Adjust the ILDA output settings in the software according to the specifications of the Phantom 10000B.

3. Power on and test

Turn on the laser after connecting the ILDA cable.
Test the communication by sending signals from the software and observe the laser's response.
If the laser does not respond, check the connections, software settings, and ensure the cable is functional.

Important notes

The manual for the Phantom 10000B does not provide in-depth details on ILDA configuration, so it is advisable to consult the documentation of your laser control software for specific settings.
If you encounter difficulties, contact BeamZ support for technical advice tailored to your model.
The Phantom 10000B also supports DMX control via a 3-pin XLR connector, which can be an alternative if you do not have an ILDA interface.

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