Do not use the product in areas where the use of radio technology is prohibited (e.g. aircraft, hospitals or potentially explosive areas).

The device uses the following radio frequency:

• 2.4 GHz (2.400 – 2.485 MHz)
• Maximum transmit power: 20 dBm (equivalent to 100 mW EIRP*)

*EIRP = Equivalent Isotropically Radiated Power

Never look directly into the device's LEDs – there is a risk of eye injury. People with epilepsy or photosensitivity disorders should avoid light sources with rapid brightness or color changes.

Warning: In such cases, do not use functions such as strobe, flickering effects, or music mode. Keep the device away from children. It is not a toy.

Power adapters (e.g., USB power adapters) are generally not suitable for outdoor use. Only use lights outdoors that are explicitly labeled as weatherproof or higher. Some models have an integrated power adapter and can be connected directly to outdoor outlets (weatherproof/IP67).
If a crossed-out water symbol is shown on the device or power supply, outdoor use is prohibited.
If in doubt, please contact our customer service at info@apelabs.com or by phone using the numbers provided on our website.

All Ape Labs lamps and transmitters with integrated or external mains power supply have a wide range power supply with the following specifications:

• Input Voltage: 100-240V
• Frequency: 50/60Hz

The device is suitable for worldwide use. However, please check compatibility with the local power grid before use.

Completely remove the protective film on the acrylic glass surface before first use.
Before use, carry out a visual inspection for possible transport damage.
If you notice any damage to the device, please contact your dealer immediately or contact us directly at: service@apelabs.com

The device is switched on and off using the power button on the lamp marked with the on/off symbol.
A short press activates or deactivates the lamp.

The battery charge level is permanently displayed on the power button:

• Green: Battery level over 50%
• Yellow: Battery level below 50%
• Red: Battery level below 10%

If the battery is completely discharged, the LEDs flash red three times and then the device switches off automatically.

The battery LED indicator can be deactivated or reactivated via the service mode:

1. Start Service Mode

• • Press and hold the lamp’s power button for about 3 seconds.
  • The lamp turns on and shows a blue and white flashing pattern.

2. Set battery status display:

• a) Via remote control:
  • “Darker” button → Deactivate display (confirmation by red flashing)
  • Brighter button → Activate display (confirmation by green flashing)
• b) Via app (CONNECT):
  • In the app under the tab “More” → “Service mode settings” → “Battery indicator”

3. Exit Service Mode:

• Using the “Blackout” button on the remote control
• Or by briefly pressing the power button
• Or use the “Exit service mode” button in the app

To charge the battery, proceed as follows:

• Connect the lamp to a suitable mains socket using a TRUE1 cable.
• Alternatively, up to four lamps can be charged simultaneously in the Tourcase via the integrated TRUE1 connectors.

Charging indicator:

• Red: Charging in progress
• Green: Battery fully charged

Note: When the battery is fully charged, the battery status indicator will remain lit for a few seconds after the power is removed. This is due to residual voltage in the integrated power supply.

The Ape Labs Marvel comes standard with a preset brightness of 100%.

Actual battery life varies depending on the selected maximum brightness.

To extend the battery life, the maximum brightness can be adjusted in the app under Settings → Powersave Mode.
The following tables show the relationship between brightness and battery life.

The lithium-ion batteries used in Ape Labs lights offer high energy density and a long lifespan.
Proper handling can maintain the battery's performance over many charging cycles.

Recommendations for optimal operation

• Regular use:
  Use the lamps regularly. Prolonged disuse over several months can lead to capacity loss or deep discharge.
• Prefer intermediate loading:
  Lithium-ion batteries do not have a memory effect. Therefore, it is recommended not to fully discharge the battery, but to regularly recharge it between 20% and 80%.
• Charge and ambient temperature:
  The optimal temperature range for charging is between 10 °C and 35 °C.
  Avoid charging in freezing temperatures or direct sunlight, as extreme temperatures can reduce the battery's lifespan.
• Long-term storage:
  If the lamp is not used for an extended period of time, the battery should be charged to approximately 50–70%.
  Store the device in a dry place at an ambient temperature of 5–25 °C.
  Perform a short charging cycle approximately every 3–6 months to keep the cell voltage stable.
• Avoid complete discharge:
  Deep discharge can permanently damage the battery. If the lamp switches off automatically due to low voltage, it should be recharged soon.
• Overload protection:
  All Ape Labs lamps are equipped with intelligent charging electronics that protect the battery from overcharging and overheating.
  However, it is recommended to disconnect the lamp from the mains after it has fully charged (green indicator) if it will not be used for an extended period of time.
• Temperature monitoring:
  During the charging process, the system monitors the battery temperature. If the battery overheats, the electronics automatically reduce the charging current or interrupt the process to protect the cells.

Note:
Lithium-ion batteries are subject to a natural aging process. After several hundred charging cycles, the usable capacity can decrease slightly.
Regular use and storage at the correct temperature significantly extends the service life.

Rapid color change (blue, white)

Intro (red – green – blue)

Outro (blue – green – red)

Ready for Bluetooth connection (slow color change: blue – off)

Bluetooth connected (slow color change: blue – green)

Update is being transferred (rapid color change: blue – green)

LEDs

Connected (Waiting for DMX values)

CRMX Link Button

Not linked:

Linked, but transmitter out of range:

Linked, transmitter within range, but no DMX signal:

Linked, transmitter within range and active DMX signal:

This feature is expected to be released in mid-December 2025.

Introduction

The alarm feature protects your Ape Labs lamp from unwanted movement or theft. Once activated, the lamp monitors its position and reacts to movements that indicate it is being carried away, rolled, or experiencing continuous vibrations. Depending on the sensitivity level, the alarm can be adapted to a wide variety of environments – from very loud and vibrating spaces to quiet indoor installations.

Practical application scenarios for each sensitivity level:

• Low: For very loud or vibration-intensive environments, e.g. in close proximity to subwoofers, on dance floors or in areas with strong impact noise.
• Medium: For areas with moderate vibrations, such as stage edges, DJ booths or areas with people moving around.
• High: For quiet environments such as exhibitions, ambient lighting, or for decorative purposes in buildings.

The lamp filters out short movements, such as those caused by bumping it or readjusting its position. However, the alarm is triggered by continuous movement, for example, when picking up, carrying, rolling, or driving the lamp.

Please note that vibrating or noisy environments may trigger unintended alarms. Test the setup thoroughly before use. Ape Labs accepts no liability for theft, even if the alarm was activated.

Requirements for using the alarm feature:

• The lamps must be paired with a CONNECT.
• To activate and deactivate, the lamps must be within range of the paired CONNECTS.
  If a lamp is out of range, an alarm can be triggered, but not deactivated.
• The alarm can only be deactivated with the paired CONNECT!

Once the alarm is activated, the button on the lamp becomes non-functional. In this state, the lamp cannot be switched off, nor can the alarm be deactivated using the button. All actions are performed exclusively via the app <–> Connect <–> lamp.

Application

To use the anti-theft protection, first ensure that a pairing exists between the lamp and your system (see chapter). 3.2.13 Pairing – Linking devices). Then, in the app, open the More → Anti-theft settings section to configure all available options.

This menu contains a global on/off switch that allows you to activate or deactivate the alarm for all alarm-enabled lights simultaneously. Additionally, the following options can be individually configured:

• Audible alarm
• Visual alarm
• Sensitivity (Low, Medium, High)

When activated, the lamp confirms the process with flashing green LEDs.

If additional lights are switched on afterwards, the alarm will not be automatically activated!
In this case, the alarm can be activated with the same settings using the "Reapply alarm settings" button.

Behavior in case of alarm

A triggered alarm is displayed as follows:

• The affected lamp is flashing red/blue.
• The affected lamp emits an audible warning tone. The warning tone sounds for 3 minutes, after which only the visual alarm is displayed.
• A pop-up appears in the app displaying the lamp type and serial number of the triggered lamp.

The alarm can only be deactivated via the app by pressing and holding the displayed button. This deactivates the alarm for the affected lamp; all other activated alarms remain active.

Behavior when the battery is empty

When the lamp's battery runs low, it switches to standby mode (LEDs off). The alarm remains active, however, even though no status indicators are visible.

Status display in the app

In the device list, a shield symbol is displayed for each alarm-capable lamp:

• Red: Alarm deactivated
• Green: Alarm activated

Status indicator on the power button

If the lamp's alarm is active, the LED on the power button flashes slowly red. This makes it clear at all times whether the anti-theft protection is switched on.

All Ape Labs lights manufactured since 2014 are generally compatible with each other. For full functionality when used together, all devices must be running the latest firmware version.

The Ape Labs lamps can be operated either via remote control or smartphone app (see Chapter 3.4). This section covers control via the Ape Labs remote control.

You can assign each Ape Labs lamp to groups to control lamps in different areas separately. After turning on the lamp, a flashing LED on the remote control indicates the currently assigned group.

1. Turn on the lamp.
2. Within the first 5 seconds after switching on, press the "Group" button on the remote control.
3. Select the desired group by repeatedly pressing the button. The light confirms the new group assignment by flashing blue.

1. Press the lamp's power button; the LEDs will flash blue to indicate readiness to change the group.
2. Press the "Group" button on the remote control.
3. Select the desired group by pressing the button repeatedly. The light confirms the group assignment by flashing blue.

To control a specific group with the remote control:

• Press the “Group” button several times until the LED of the desired group lights up briefly.
• To control all groups simultaneously: Hold the button down for about 2 seconds.

Use the “Sun +” and “Sun -” symbol buttons to adjust the brightness in 20% increments.
A long press jumps the brightness directly to 100% or 0%.

The "Blackout" button immediately turns the lamp dark without switching it off. The lamp remains internally active.

Ape Labs lamps have 29 static color presets and one dynamic color change (Preset 30).
Extended color selection and custom programs are possible via the smartphone app (see chapter 3.2).
By long pressing the arrow keys (left/right) you jump directly to the first or last preset.

Activate Music Mode via the microphone button on the remote control or via the app.
Each lamp has an integrated microphone with intelligent sensitivity adjustment (auto-gain).
The effects react to music and create a lively lighting atmosphere without any programming effort.

Use the buttons with the clock symbol at the bottom right of the remote control to adjust the speed of the color change.
The control is in 20% increments. A long press jumps directly to the slowest or fastest value.

Pressing both speed buttons simultaneously activates the strobe function.
Pressing one of the two speed buttons deactivates the strobe function again.

By default, all lamps are unpaired and can be controlled with any Ape Labs remote control. To prevent unauthorized control, pairing with a remote control is strongly recommended. Existing pairings can be subsequently expanded to include additional lamps and remote controls.

Pair devices:

1. Hold the button on the lamp for approximately 3 seconds until the lamp flashes blue/white. (Devices without a button on the housing have an internal service button.)

2. Put the remote control into service mode:

• Pull the battery tray out halfway.
• Hold down the “star” button (flashlight) and reinsert the battery.
• LEDs 1 and 4 flash alternately.

3. To pair: Press the right arrow key

• Successful pairing: Lamps flash green, remote control shows running light to the right.

Unpair devices:

• In Service Mode, press the left arrow key.
• Unpairing: Lamps flash red, remote control shows running light to the left.

Note:
Paired lights flash blue twice when switched on.
Paired remote controls can also control unpaired lamps.
Additional remote controls can be added to the pairing. For this to work, the additional remote control must be in service mode during the pairing process.
The group LED on the remote control flashes briefly when signals are sent.
Pairing is also possible via the app: > more > service mode settings > lamp pairing.

• Each remote control is active for approximately 5 minutes after pressing a button and then returns to a standby state, which can be canceled by pressing any button
• A long press on the respective button on the remote control switches to the lowest or highest value. For example, pressing the "right arrow" for 2 seconds switches to the last program. This applies to all functions.
• Long pressing the Blackout or Music Mode button deactivates the respective function.
  Remote control signals are automatically forwarded by receiving lamps, thus increasing the range.
• If a remote control does not work, check the battery or change the group if necessary to avoid radio interference.
• In rare cases, unauthorized radio transmitters may interfere with operation. In this case, change the location, try to avoid close proximity to strong transmitters in the 2.4 GHz band (e.g., Wi-Fi routers), or use the Ape Labs CONNECT with higher transmission power.

The basic pixel functions can be accessed via the remote control. The full range of pixel functions is available via Ape Labs in combination with a CONNECT.

Enabling Pixel Functionality:

1. Hold down the star key + press the "brighter" key, then release.
2. If no pixel effects appear, the "faster" button must be pressed to set a speed value > 0 (at 0, no pixel effect occurs).
3. Repeating step 1 allows you to select additional pixel effects.

After setting a pixel effect, color, brightness and speed can be adjusted as usual, and the music mode can be activated.

Disabling Pixel functions:

1. Hold down the star key + press the "darker" key, then release.
2. Repeat until no more pixel effect is visible.

Note:

If pixel-capable lamps and non-pixel-capable lamps are to be operated together via a remote control, this is only reliably possible if a pairing exists (see chapter 3.2.13) and the pixel-capable lamps are given their own group.

The app enables advanced configuration and access to additional features such as custom color programs, group management, and lamp firmware updates. Control via a smartphone or tablet requires an Ape Labs CONNECT and a Bluetooth-enabled device running iOS or Android.
Note:
For detailed information on setting up and operating the CONNECT module, as well as using the Ape Labs app and wireless DMX functionality, please refer to the separate CONNECT user manual, available at:

Connect Manual

All Ape Labs luminaires can be wirelessly controlled via any DMX control device (e.g., lighting console or software) using the Ape Labs CONNECT. To do this, connect the control device's DMX output to the CONNECT's DMX input. A single CONNECT wirelessly transmits a complete DMX-512 universe to compatible Ape Labs luminaires.

Extended application possibilities:
With multiple CONNECTs, up to four universes can be operated simultaneously (one universe per CONNECT).
Two CONNECTs can be used as a DMX bridge to transmit signals wirelessly over longer distances.
Wired DMX lights can also be integrated via the CONNECT's DMX output and controlled with the Ape Labs app (ApeDMX function).

Note:
Detailed information on setting up the wireless DMX function and ApeDMX functionality can be found in the separate DMX Guide, available at:
https://apelabs.com/wp-content/uploads/2023/07/DMX-Guide.pdf

For further information on wireless DMX functionality, please refer to the separate CONNECT user manual, available at:

https://apelabs.com/connect-manual/

Ape Labs MARVEL fixtures feature an integrated CRMX receiver from LumenRadio and support the protocol standards CRMX classic, CRMX2, W-DMX G3/G4S/G5.

For an explanation of color signaling, see Chapter 2.9 Color Signaling.

Establish a connection (linking) with a CRMX sender:

1. Start service mode
   With the lamp switched off, press and hold the power button for approximately 3 seconds.
   The lamp turns on and shows a blue and white flashing pattern.
2. Establish a new connection:
   Next, activate the link function on your CRMX-compatible transmitter. CRMX-enabled Ape Labs lights within range will be automatically paired if they are not already in an active connection.
3. Restart the lamp using the power button to enter CRMX mode.
4. Status display on the CRMX Link button:
   Blue flashing LED: Connection established successfully.
   Solid blue LED: There is an active connection and DMX data is being received.

Disconnect (Unlink) using CRMX Link button

Pressing and holding the CRMX Link button deletes the current link. The blue Link LED on the button then turns off.

Disconnect (Unlink) using Ape Labs Remote or App:

A CRMX Linking can be deleted without a CRMX Transmitter using the Ape Labs Remote or the Ape Labs App (+ CONNECT).
To do this, the lamp must be reset according to chapter 5 “Resetting all settings”.

This will also reset the DMX settings (address, mode, etc.)!

CRMX settings configuration:

Once the lamp has been linked to a CRMX transmitter, the DMX address and DMX mode can be set using the “CRMX Configurator” app from Ape Labs.

The connection between smartphone/tablet and light is made via Bluetooth direct connection.

With the app you can:

• Configure the DMX mode and DMX address of your CRMX device
• Check the status information of your CRMX device (e.g., battery level, firmware version, CRMX radio signal strength, etc.)
• Mark the CRMX device
• Set a PIN to protect the device from unauthorized access.

Note:
The Bluetooth connection can be established within 2 minutes of switching on the lamp. To re-establish the connection after that, the lamp must be restarted.

CRMX cannot be used simultaneously with other control options such as the Ape Labs remote control or app control via CONNECT.

To change the protocol default for already linked lamps, the linking must first be deleted, then the protocol changed, and then the linking must be re-established.

The standalone mode allows the lamp to be used without a remote control or app.

Activating Standalone Mode:

1. Press and hold the power button on the switched-off lamp for approximately 5 seconds.
2. Activation is indicated by a brief flashing of red – green – blue.
3. The lamp is now in standalone mode.

Use in standalone mode:
Briefly press the power button again to cycle through the available color presets.

Disabling Standalone Mode:
Press and hold the power button again until the signal colors (blue, red, green) reappear.
The lamp then switches off and returns to normal operating mode.

6-channel DMX mode

12-channel DMX mode (16 bit)

7-channel DMX mode (Ape Labs Mode)

36-channel DMX mode

54-channel DMX mode

Do not use the product in areas where the use of radio technology is prohibited (e.g., airplanes, hospitals, or explosion-prone areas).
The device uses the following radio frequency:

• 2.4 GHz (2.400 – 2.485 MHz)
• Maximum transmit power: 20 dBm (equivalent to 100 mW EIRP*)

*EIRP = Equivalent Isotropically Radiated Power

Never look directly into the LEDs of the device – there is a risk of eye injury.
People with epilepsy or light-sensitive conditions should avoid light sources with rapid changes in brightness or color.
Warning: In such cases, do not use features such as strobe, flicker effects, or music mode.
Keep this device away from children. It is not a toy.

Power supplies (e.g. USB power supplies) are generally not Suitable for outdoor use.
Only use outdoor lamps that are explicitly approved for use with IP65K or higher. Some models have an integrated power supply and can be connected directly to outdoor sockets (IP65 / IP67).
If a crossed-out water symbol is shown on the device or power supply, outdoor use is prohibited.
If in doubt, please contact our customer service at info@apelabs.com or by telephone using the numbers listed on our website.

All Ape Labs lamps and transmitters with integrated or external mains power supply feature a Wide Range Power Supply with the following specifications:
• Input voltage: 100-240 V
• Frequency: 50 / 60 Hz
The device is suitable for worldwide use. However, please check compatibility with the local power grid before use.

Completely remove the protective film around the tube before initial use.
Before use, carry out a visual inspection for possible transport damage.
Should any damage be detected on the device, please contact your dealer immediately or contact us directly at: service@apelabs.com

The device is switched on and off using the power button on the front of the lamp.
A short press activates or deactivates the lamp.

The battery charge level can be viewed in the device list in the ApeLabs app (CONNECT required).
The calculation of the state of charge is only accurate after a complete charge/discharge cycle.
When the battery is completely empty, the device flashes red 3 times and then switches off automatically.

To charge the battery, connect an original Ape Labs power supply to the charging port on the front.

Charging indicator:

• Red: Charging in progress
• Green: Battery fully charged

If a lamp does not achieve the expected battery life, this can be remedied by battery calibration.
During calibration, the internal battery management system (BMS) "learns" the actual charge states of full and empty, and can therefore calculate the remaining capacity more precisely in the future.

Performing battery calibration

1. Turn on the lamp: Select a static color and set the maximum brightness.

2. Battery drain: Leave the lamp switched on until it switches off automatically. This indicates that the battery is completely discharged.
3. Full charge: Connect the power adapter to the switched-off lamp and charge it until the charging indicator lights up green.
4. Completing calibration: If the discharge and charging processes were carried out without interruption, the calibration is successfully completed.

Note:
Perform calibration only when necessary, for example, if significant deviations in runtime are detected. Regular calibration is not required.

The NiMH batteries used in Ape Labs lamps are designed for a long lifespan and high cycle stability.
Proper handling can maintain the performance of the batteries for many years.

Recommendations for optimal operation

• Regular use:
  Use the lamps regularly. Prolonged disuse for several months can lead to a loss of capacity.
• Prefer partial discharge:
  NiMH batteries do not exhibit a pronounced memory effect. Nevertheless, it is recommended not to completely discharge the battery continuously, but to recharge it regularly after use.
• Storage temperature:
  Store the lamps at 5–25 °C in a dry, well-ventilated place.
  Extreme temperatures (above 45 °C or below 0 °C) should be avoided.
• Long-term storage:
  If the lamp will not be used for an extended period of time, charge the battery to approximately 50–70% and disconnect the lamp from the power supply.
  Then, perform a short charging cycle approximately every 3-4 months to keep the cells active.
• Avoid overloading:
  The integrated charging electronics protect the battery from overcharging. Nevertheless, the lamp should be disconnected from the mains after a full charge (green charging indicator) if it will not be used for an extended period.

Rapid color change (blue, white)

Intro (red – green – blue)

Outro (blue – green – red)

Ready for Bluetooth connection (slow color change: blue – off)

Bluetooth connected (slow color change: blue – green)

Update is being transferred (rapid color change: blue – green)

Connected (Waiting for DMX values)

All Ape Labs lights manufactured from 2014 onwards are generally compatible with each other. However, for full functionality when used together, all devices must be running the latest firmware.

The Ape Labs lamps can be operated either via remote control or smartphone app (see Chapter 3.4). This section covers control via the Ape Labs remote control.

You can assign each Ape Labs lamp to groups to control lamps in different areas separately. After turning on the lamp, a flashing LED on the remote control indicates the currently assigned group.

1. Turn on the lamp.
2. Within the first 5 seconds after switching on, press the "Group" button on the remote control.
3. Select the desired group by repeatedly pressing the button. The light confirms the new group assignment by flashing blue.

1. Press the lamp's power button; the LEDs will flash blue to indicate readiness to change the group.
2. Press the "Group" button on the remote control.
3. Select the desired group by pressing the button repeatedly. The light confirms the group assignment by flashing blue.

To control a specific group with the remote control:

• Press the “Group” button several times until the LED of the desired group lights up briefly.
• To control all groups simultaneously: Hold the button down for about 2 seconds.

Use the “Sun +” and “Sun -” symbol buttons to adjust the brightness in 20% increments.
A long press jumps the brightness directly to 100% or 0%.

The "Blackout" button immediately turns the lamp dark without switching it off. The lamp remains internally active.

Ape Labs lamps have 29 static color presets and one dynamic color change (Preset 30).
Extended color selection and custom programs are possible via the smartphone app (see chapter 3.4).
By long pressing the arrow keys (left/right) you jump directly to the first or last preset.

Activate Music Mode via the microphone button on the remote control or via the app.
Each lamp has an integrated microphone with intelligent sensitivity adjustment (auto-gain).
The effects react to music and create a lively lighting atmosphere without any programming effort.

Use the buttons with the clock symbol at the bottom right of the remote control to adjust the speed of the color change.
The control is in 20% increments. A long press jumps directly to the slowest or fastest value.

Pressing both speed buttons simultaneously activates the strobe function.
Pressing one of the two speed buttons deactivates the strobe function again.

Out of the box, all lamps are uncoupled and can be controlled with any Ape Labs remote control.
To prevent accidental or unauthorized control, pairing the lights with one or more remote controls is strongly recommended.
If a pairing is completely deleted, the remote control loses its pairing key – in this case, the pairing must be set up again.
If only individual lamps are to be removed from an existing pairing without deleting the entire key, a reset of the affected lamp is required (see Chapter 5 Resetting all settings)

Pair devices:

1. Press and hold the button on the lamp for approximately 3 seconds until the lamp flashes blue/white. (Devices without a physical button have an internal service button.)
2. Put the remote control into service mode:

• Pull the battery tray out halfway.
• Hold down the “star” button (flashlight) and reinsert the battery.
• LEDs 1 and 4 flash alternately.

3. To pair: Press the right arrow key.

• Successful pairing: Lamps flash green, remote control shows running light to the right.

Unpair devices:

• In Service Mode, press the left arrow key.
• Unpairing: Lamps flash red, remote control shows running light to the left.

Note:
Paired lights flash blue twice when switched on.
Paired remote controls can also control unpaired lamps.
Additional remote controls can be added to an existing pairing if they are in service mode during pairing.
Pairing is also possible via the app: > more > Service mode settings > Lamp pairing

• Each remote control is active for approximately 5 minutes after pressing a button and then returns to a standby state, which can be canceled by pressing any button
• A long press on the respective button on the remote control switches to the lowest or highest value. For example, pressing the "right arrow" for 2 seconds switches to the last program. This applies to all functions.
• Long pressing the Blackout or Music Mode button deactivates the respective function.
• Remote control signals are automatically forwarded by receiving lamps, thus increasing the range.
• If a remote control does not work, check the battery and replace it if necessary.
• In rare cases, unauthorized radio transmitters may interfere with operation. In this case, change the location, try to avoid close proximity to strong transmitters in the 2.4 GHz band (e.g., Wi-Fi routers), or use the Ape Labs CONNECT with higher transmission power.

The basic pixel functions can be accessed via the remote control. The full range of pixel functions is available via Ape Labs in combination with a CONNECT.

Enabling Pixel Functionality:

1. Hold down the star key + press the "brighter" key, then release.
2. If no pixel effects appear, the "faster" button must be pressed to set a speed value > 0 (at 0, no pixel effect occurs).
3. Repeating step 1 allows you to select additional pixel effects.

After setting a pixel effect, color, brightness and speed can be adjusted as usual, and the music mode can be activated.

Disabling Pixel functions:

1. Hold down the star key + press the "darker" key, then release.
2. Repeat until no more pixel effect is visible.

Note:

If pixel-capable lamps and non-pixel-capable lamps are to be operated together via a remote control, this is only reliably possible if a pairing exists (see chapter 3.2.13) and the pixel-capable lamps are given their own group.

The app allows for advanced configuration and access to additional features such as custom color programs, group management, or lamp firmware updates.
To control the device via a smartphone or tablet, an Ape Labs CONNECT and a Bluetooth-enabled device with iOS or Android are required.

Note:

Detailed information on setting up and operating the Ape Labs CONNECT, as well as on using the Ape Labs app and the wireless DMX functionality, can be found in the separate CONNECT user manual, available at:

https://apelabs.com/connect-manual/

All Ape Labs lights can be wirelessly controlled via any DMX controller (e.g., lighting console or software) using the Ape Labs CONNECT. To do this, the controller's DMX output is connected to the CONNECT's DMX input. A single CONNECT wirelessly transmits a complete DMX-512 universe to the Ape Labs lights.

Further possible uses:

With multiple CONNECTs, up to four universes can be operated simultaneously (one universe per CONNECT).

Two CONNECTs can be used as a DMX bridge to transmit signals wirelessly over longer distances.

Wired DMX lights can also be integrated via the CONNECT's DMX output and controlled with the Ape Labs app (ApeDMX function).

Note:
Detailed information on setting up the wireless DMX function and ApeDMX functionality can be found in the separate DMX Guide, available at:

https://apelabs.com/wp-content/uploads/2023/07/DMX-Guide.pdf

For further information on wireless DMX functionality, please refer to the separate CONNECT user manual, available at:

https://apelabs.com/connect-manual/

Neon Tube PIX features an integrated CRMX receiver from LumenRadio and supports the protocol standards CRMX classic, CRMX2, W-DMX G3/G4S/G5.

For an explanation of color signaling, see Chapter 6 Color Signaling.

Connection to a CRMX transmitter (linking):

1. Start service mode
   With the lamp switched off, press and hold the power button for approximately 3 seconds.
   The lamp turns on and shows a blue and white flashing pattern.
2. Establish a new connection:
   Next, activate the link function on your CRMX-compatible transmitter. CRMX-enabled Ape Labs lights within range will be automatically paired if they are not already in an active connection.
3. Restart the lamp using the power button to enter CRMX mode.

Disconnect (Unlink) using CRMX Transmitter:

1. Turn on the lamp
2. Activate the Unlink function of your CRMX transmitter.

Disconnect (Unlink) using Ape Labs Remote or App:

A CRMX Linking can be deleted without a CRMX Transmitter using the Ape Labs Remote or the Ape Labs App (+ CONNECT).
To do this, the lamp must be reset according to chapter 5 “Resetting all settings”.

This will also reset the DMX settings (address, mode, etc.)!

CRMX settings configuration:

Once the lamp has been linked to a CRMX transmitter, the DMX address and DMX mode can be set using the “CRMX Configurator” app from Ape Labs.

The connection between smartphone/tablet and light is made via Bluetooth direct connection.

With the app you can:

• Configure the DMX mode and DMX address of your CRMX device
• Check the status information of your CRMX device (e.g., battery level, firmware version, CRMX radio signal strength, etc.)
• Mark the CRMX device
• Set a PIN to protect the device from unauthorized access.

Note:
The Bluetooth connection can be established within 2 minutes of switching on the lamp. To re-establish the connection after that, the lamp must be restarted.

CRMX cannot be used simultaneously with other control options such as the Ape Labs remote control or app control via CONNECT.

To change the protocol default for already linked lamps, the linking must first be deleted, then the protocol changed, and then the linking must be re-established.

The standalone mode allows the lamp to be used without a remote control or app.

Activating Standalone Mode:

1. Press and hold the power button on the switched-off lamp for approximately 5 seconds.
2. Activation is indicated by a brief flashing of red – green – blue.
3. The lamp is now in standalone mode.

Use in standalone mode:
Briefly press the power button again to cycle through the available color presets.

Disabling Standalone Mode:
Press and hold the power button again until the signal colors (blue, green, red) reappear and the lamp switches off.

4-channel DMX mode (1 pixel)

7-channel DMX mode (Ape Labs Mode)

32-channel DMX mode (8 pixel)

128-channel DMX mode (32 pixel)