Ayra ERO Micro Beam FX

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Overview

The Ayra ERO Micro Beam FX is a compact and agile LED moving head designed to produce a narrow, intense light beam that projects through an entire space. This device is enhanced with an SMD LED ring, adding an ambient effect to its color-filled light output. It is intended for professional use in various entertainment settings such as stages, theaters, clubs, and similar venues, and is not suitable for household illumination.

Before using the device, it is crucial to read the entire user manual to familiarize yourself with all its functionalities. Upon unpacking, ensure all parts and accessories listed under 'Box Contents' are present. These include the Ayra ERO Micro Beam FX Fixture, a suspension bracket, a connection cable (IEC C13 to Schuko, 1.5 mm²), and a safety-eyelet bolt. If any part is damaged or defective upon arrival, contact your dealer directly. The device should only be connected to a suitable, grounded power socket with the correct voltage to prevent damage, fire, or electric shocks. Avoid moisture, water, and rain to prevent electric shocks.

The device's light source is not replaceable; if it ceases to function, the entire device must be replaced. It contains no user-serviceable parts, and any maintenance or repairs must be handled by a qualified technician. Do not remove any labels or stickers, leave cables lying around, or open the device. Modifications to hardware or software are not permitted. For optimal performance, inputs should not be fed with signals higher than necessary. The device is for indoor use only; avoid contact with water, rain, and moisture. Do not place liquid-containing objects on top of it. Keep it away from flames, heat sources, flammable fluids, gasses, or objects. Disconnect it from the power source when not in use, during maintenance, or cleaning. Avoid pulling on cables to prevent damage. Only use the cables described in the manual and contact your retailer if they are defective.

If the device has been exposed to extreme temperature changes (e.g., moved from a cold outdoor environment to a warm indoor environment), do not turn it on until it reaches room temperature. This prevents moisture condensation, which could lead to electric shocks.

The Ayra ERO Micro Beam FX is designed for mobile use. For transport, always use the original packaging or a flight case with a suitable foam inlay. It is not designed for permanent (24/7) use. Disconnecting or turning off the device when not actively in use will not affect its expected lifespan. For long periods of inactivity, store it disconnected in a dust-free environment and avoid extreme temperature differences.

Regularly inspect the device's housing, especially before each use. Do not operate it if there are large dents, cracks, or missing screws. Contact your dealer or a qualified technician if unsure about its condition. Check for corrosion on the device and screws; if found, contact your dealer or technician. Ensure all power and signal connectors are securely attached.

To activate the device, plug it into a mains socket. It will automatically turn on and begin a start-up process, during which the moving head calibrates its step motors, which may involve alarming movements. Once fully started and at rest, it will revert to the last used mode and setting. The display and menu buttons can then be used to adjust operation modes and other settings. If a DMX signal is detected, the device automatically switches to DMX mode, using the last DMX address (typically 001 for new devices).

The device features an LED display with menu buttons for changing functions, modes, and settings. Press 'Enter' to select a function or confirm a change, 'Up' and 'Down' to adjust values, and 'Menu' to return to the main menu. To expedite returning to the main menu after confirming a setting, hold the 'Menu' button for 2 seconds.

The menu offers several options:

ADDR (DMX Address Configuration): Sets the DMX start address (A001 to A512).
CHND (Channel Mode Selection): Selects between 9CH or 13CH DMX modes, allowing for concise or extensive control over functions.
SLND (Slave Mode): Configures the device as Master or Slave. In Slave mode, devices of the same type can be linked via DMX 3-pin XLR cables to perform coordinated movements and functions. The first device in the circuit is set as the Master and does not receive a DMX signal. When Slave mode is active, automatic or sound-controlled modes are not possible. To exit Slave mode, select 'NAST' to return to Master mode and enable stand-alone functions. Linking devices of different types or brands may cause chaotic behavior due to incorrect channel assignments.
SHND (Select built-in shows with adjustable speed): Selects one of four automatic programs with adjustable parameters (Speed 0-99, slow to fast):
- Fade: Slow color fade with adjustable speed, smoothly blending one color into another.
- Show: Sound/Music-controlled mode, synchronizing with sound picked up by the integrated microphone.
- Colo: Static color presets with adjustable dimmer level (0-100%) after selection.
- Jump: Alternates between diverse colors, jumping from one preset to the next.
SOUND (Sound-Controlled Mode): Toggles the in-built microphone On or Off.
SENS (Sensitivity): Adjusts the sensitivity of the in-built microphone (0-100%). Higher sensitivity is needed if the device is further from the sound source. Experiment with sensitivity and distance for optimal performance.
DNST (Select mode of device in the event of DMX signal drop-out or loss): Determines the device's behavior if the DMX signal is lost:
- NAST (Master Mode): Starts an in-built program.
- LAST (Last received signal): Remains in the last active DMX command.
- BLND (Blackout Mode): All settings return to zero, and the device stops moving and emitting light.
LED (LED Display On / Off when not in use): Switches the LED display On or Off. Turning it off prevents red symbols from illuminating in dark spaces. Pressing any menu button will temporarily light up the display, which automatically switches off after 30 seconds of inactivity.
DISP (Display Inversion): Flips the display screen (disp - dslp) for easier reading when the device is suspended upside down.
REST (Reset Function): Restarts the device, similar to cycling power. It recalibrates, reboots, and returns to the last selected operating mode or DMX signal (if detected).
TEMP (Temperature Display): Shows the internal temperature of the device in Degrees Celsius.
F HS (Duration of use): Displays the accumulated operating hours (0000-9999). This value cannot be manipulated and is useful for professional use or rental to track maintenance intervals.
VER (Firmware Version): Displays the current firmware version, which cannot be adjusted or changed.

For checking the device, the 'TEST' function runs a continuous program to test the LEDs for deviations or defects. This program repeats until manually interrupted (e.g., by switching to sound control).

When suspending the ERO Micro Beam FX, use the included suspension brackets, tightening knobs, and rubber rings. Place rubber rings between the bracket and the fixture, then tighten the knobs. Pre-drilled holes in the bracket allow for attachment with half-couplers or G-hooks (standard hooks/brackets for 35 or 50 mm tubes are available from local retailers). Mounting hardware for walls, ceilings, or beams is not included; consult a specialist for appropriate hardware. A safety cable (not included, available from local retailers) must be attached to the fixture's attachment point and wrapped around the truss or light stand. The safety cable should have a load capacity 10 times the armature's weight and prevent a fall greater than 30cm. Wrap the cable multiple times to minimize fall distance, reducing damage or injury risk.

The ERO Micro Beam FX uses powerful LED modules with a special lens that focuses the beams. Never look directly into the lens at close range, as the intense brightness can cause temporary blind spots, disorientation, and discomfort, though not permanent damage.

The device is cooled by fins and ventilation slits. Ensure these are never blocked and kept free of dirt and dust.

For DMX mode, a 'terminator' is often used at the end of the DMX circuit. This is a 120 Ohm resistor placed between the second and third pins of a standard male XLR connector, eliminating data reflections that can cause strange behavior in DMX-controlled devices. DMX-terminators are available pre-made or can be soldered.

Regular cleaning and maintenance are essential. Clean the exterior monthly with a dry or slightly damp microfibre cloth, ensuring the device is unplugged. Check all screws for tightness and corrosion; tighten or replace as needed. If corrosion is found, the device requires thorough inspection.

In case of DMX lighting problems, consult the troubleshooting section. Common issues include:

Device not turning on: Check if the fuse is blown (replace with same type and class) or if the power cable is properly connected.
Device not reacting to DMX signals: Verify the correct DMX start address, ensure the DMX controller's 'Blackout' function is not activated, and check the DMX polarity switch. Ensure XLR cables are properly connected and not defective.
Device not reacting to sound/music: Confirm the sound-activated mode is selected. If the internal microphone sensitivity is too low, increase it. If the speaker is too far or lacks low tones, move the light effect closer to the speaker or increase low-frequency levels.
Minimal projected light: Clean the lens and optics. Check if dimmers on spotlights or the master dimmer are fully open, and review color balance settings.
Interrupted DMX signal, flashing/strange behavior: Check and replace DMX cables if necessary. Avoid connecting signal cables parallel to power cables. Close the DMX circuit with a DMX terminator or connect a booster after a maximum of 32 fixtures.
Device not reacting properly to DMX commands: Ensure the correct DMX channel mode is set.
Operation mode cannot be changed: If the device is in Slave mode, it will await a master signal or DMX signal. Set the device to Master to enable sound-controlled or automated operation modes.