GLP X5 Impression Designer Stage Lighting User Manual

GLP X5 Impression Designer Stage Lighting

Product Information

Specifications

• Product: X5
• Fixture software version: 1.1.3
• Manufacturer: German Light Products GmbH
• Trademark: GLP

Product Usage Instructions

Safety

Ensure to carefully read and understand the safety instructions provided in the user manual to avoid any risks of injury or damage.

Setting up the Control Protocol

Follow the steps outlined in the user manual to set up the control protocol for the X5 fixture.

Control Menus

The fixture has both a quick menu and a main menu for easy navigation and control. Refer to the user manual for detailed instructions on accessing and using these menus.

Error Messages

Familiarize yourself with the error messages that the fixture may display and refer to the user manual for troubleshooting steps.

Pixel Layout

Understand the pixel layout of the X5 fixture to optimize its performance and effects. The user manual provides detailed information on this aspect.

DMX Control Modes Overview

Learn about the different DMX control modes available for the X5 fixture and how to utilize them effectively. The user manual provides a comprehensive overview.

DMX Control Channel Layout

Refer to the user manual for a detailed layout of the DMX control channels to configure and control various aspects of the X5 fixture.

Color Wheel Specifications

Explore the color wheel specifications provided in the user manual to understand and utilize the color options available with the X5 fixture.

FAQs

• Q: What should I do in case of an error message?
  • A: When encountering an error message, refer to the user manual for troubleshooting steps. If the issue persists, contact GLP Service and Support for assistance.
• Q: How can I access the control menus?
  • A: To access the control menus, follow the instructions outlined in the user manual. Typically, there is a quick menu and a main menu for navigation.

User Manual

X5
Document revision: 20240207-01 Fixture software version 1.1.3

Document revisions

Revision number 20240207-01
20230928-01
20230402-01 20220722-01

Notes
Added pan/tilt disable to DMX Control/Settings channel (correction). Covers firmware v. 1.1.3
Added DMX Mode 6, improved feature descriptions. Covers firmware v. 1.1.3
Updated with improved description of features. Covers firmware v. 1.0.0
First version available. Covers firmware v. 0.14.0

Date released February 2024
October 2023
April 2023 June 2022

GLP® impression X5 User Manual
© 2022-2024 German Light Products GmbH. All rights reserved.
The marks GLP’ andGerman Light Products’ are trademarks registered as the property of German Light Products GmbH in Germany, in the United States of America and in other countries.
The information contained in this document is subject to change without notice. German Light Products GmbH and all affiliated companies disclaim liability for any injury, damage, direct or indirect loss, consequential or economic loss or any other loss occasioned by the use of, inability to use or reliance on the information contained in this document.

Manufacturer’s head office: German Light Products GmbH (GLP), Industriestrasse 2, 76307 Karlsbad, Germany Tel (Germany): +49 7248 92719 ­ 0
Service & Support EMEA: GLP, Industriestrasse 2, 76307 Karlsbad, Germany Tel. (Germany): +49 7248 9271955 Email: support@glp.de www.glp.de

Service & Support USA: GLP USA, 16170 Stagg Street, 91406 Van Nuys, California Tel (USA): +1 818 767 8899 Support (US): info@germanlightproducts.com www.germanlightproducts.com

German Light Products®

Safety

Key to symbols
The following symbols are used in the product’s user documentation:

Warning! Safety hazard. Risk of severe injury or death.
Warning! See user documentation for important safety information.
Warning! Risk of eye injury.

Warning! Hazardous voltage. Risk of lethal or severe electric shock.
Warning! Fire hazard.
Warning! Hot surface. Risk of burn injury.

Warning! Read the Quick Start and Safety Manual supplied with the impression X5 lighting fixture and available for download from www.glp.de before installing, operating or servicing the fixture. The Quick Start and Safety Manual contains important information for the safe use of impression X5 fixtures. If you fail to read that information, you may create a safety hazard with a risk of injury, death or damage.

If you have any doubts or questions about how to use the product safely, please contact your GLP® supplier, who will be happy to help.
The user documentation for GLP impression X5 lighting fixtures consists of:
The impression X5 Quick Start and Safety Manual, supplied with impression X5 fixtures and available for download from www.glp.de. The Quick Start and Safety Manual contains important safety information and installation instructions that the installer and user must read. It also contains a detailed product overview, dimensions drawings and technical specifications for the product.
The impression X5 User Manual, available for download from www.glp.de. The User Manual explains features and control of impression X5 fixtures.
The impression X5 DMX Channel Index, containing the DMX control channel layout and DMX commands available in the fixture. This information is also included in the User Manual.
The impression X5 is intended for use by experienced professionals with the knowledge and skills to set up, operate, and maintain high-powered, remotely controlled lighting equipment safely and efficiently. These operations require expertise that may not be provided in this manual.

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Respect all warnings and directions given in the fixture’s user documentation and on the fixture. Read the user documentation and familiarize yourself with the safety precautions it contains before installing, using or servicing the fixture. GLP and affiliated companies will take no responsibility for damage or injury resulting from disregard for the information in the user documentation.
Check the GLP website at www.glp.de and make sure that you have the latest versions of the fixture s user documentation.
Check the fixture software version indicated on page 2 of this User Manual and then use the fixture’s control panel to check the version installed in the fixture. If the versions are not the same, the user manual may still cover the fixture, because software updates do not always affect the use of the fixture. However, it is possible that this User Manual does not match the fixture perfectly. Software release notes can help clarify this question. You can consult software release notes and download the correct version of this manual on the GLP website if necessary.
Make both the Quick Start and Safety Manual and this User Manual available to all persons who will install, operate or service the fixture. Save both documents for future reference.
If you have any questions about the safe operation of the fixture, please contact an authorized GLP distributor (see list of distributors at www.glp.de).
Use the fixture only as directed in this manual. Observe all markings in this manual and on the fixture.
GLP Service and Support
Contact information for the nearest GLP Service and Support is available online at www.glp.de/en/service, by email at info@glp.de, or by telephone at the following numbers:
GLP Germany: +49 (7248) 927 19-55 GLP N. America: +1 818 767-8899 GLP UK: +44 1392 690140 GLP Asia: +852 (3151) 7730 GLP Nordic: +46 737 57 11 40
Avoiding damage to the fixture
The Quick Start and Safety Manual contains important information that is intended to help you avoid possible damage to the fixture from other light sources, during transportation, etc. Read that information before storing, transporting or using the fixture.

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Features

Light source
The impression X5 features a powerful light engine containing 19 x 40 W RGBL LEDs.
Control options
The impression X5 is compatible with DMX 512 and RDM control protocols. Other control options via Ethernet are currently in preparation for inclusion in a future firmware release. The fixture also features GLP iQ.Mesh and GLP’s FPO (Flexible Protocol Option) Port. The GLP iQ.Mesh Module allows easy configuration, control, service and maintenance via the GLP iQ.Service App. The FPO port allows you to use control options such as LumenRadio CRMX if a CRMX module accessory is installed. The CRMX module and other FPO modules can be supplied on request ­ GLP Service can give details.
Powering on
When power is applied to the fixture and no valid DMX signal is present, the head moves automatically to its home position (pan center/tilt center).
Pan and tilt
The impression X5 has motorized pan and tilt movement with coarse and fine control channels.
Pan and tilt range For details of pan and tilt angles, see the technical specifications in the impression X5 Quick Start and Safety Manual supplied with the fixture and available for download from www.glp.de. It is possible to change the pan range from the standard angle to the maximum possible angle using the Fixture Settings Pan range setting (see Pan Range’ on page 22). Tilt range can be limited using the Fixture Settings Accessory setting (see Accessories and tilt range’ on page 22) to avoid damage if an external accessory is installed on the head
Direction of pan and tilt movement With the fixture standing on the ground, increasing the pan DMX value moves the yoke clockwise from its home position. Pan direction can be reversed using the Fixture Settings Pan Invert setting (see Pan invert’ on page 21) or via DMX on the Special/Control channel. With the fixture standing on the ground, increasing the tilt DMX value moves the head towards the front from its home position. Tilt direction can be reversed using the Fixture Settings Tilt Invert setting (seeTilt invert’ on page 21) or via DMX on the Special/Control channel.

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Pan and tilt position feedback and self-correction
The fixture has a pan/tilt position feedback and self-correction system that brings the head back to its correct position if it was unintentionally moved. When correcting pan and/or tilt, the fixture at first tries twice to move to the correct position. If it cannot move to this position, it waits for a short period and then tries again. Position feedback is automatically disabled for a short time if you press one of the control panel buttons on the yoke. This feature lets an operator move the yoke manually for more convenient use of the control panel and display. Pan and tilt remain automatically disabled while you are using the fixture’s control panel. Position feedback can also be set to constantly disabled using the Fixture Settings Position Feedback setting (see Pan/Tilt disable’ on page 21 or via DMX on the Special/Control channel.
Fixture performance and speed options
You can adjust the speed (and noise level) of pan and tilt movement, as well as the speed of all other mechanical effects, by selecting from three different performance options (see Performance modes’ on page 19). Zoom The impression X5 has motorized zoom control. Control on the Zoom DMX channel moves from spot to flood as the DMX value increases. You can adjust the speed (and noise level) of zoom movement, as well as the speed of all other mechanical effects, by selecting from three different performance options (seePerformance modes’ on page 19).
Main and Sub modules
Some control modes divide the fixture into two or more modules or layers (Main module and Sub modules). For example, Control Modes 2-4 divide the Washlight into:
Main module (Layer 1 = one RGB(L) Wash fixture) Sub module (Layer 2 = pattern engine with segment or individual pixel control). The Sub module has its own intensity and shutter channels. Professional controllers will handle this setup in a smart multi-fixture profile.
The Sub module mode setting lets you decide whether the Sub module should be subordinate to or independent of the Main module (see `Sub module mode / Sub fixture mode’ on page 19).
Individual Segment or Pixel Control
The impression X5 provides nineteen individually controllable pixels. Each pixel cell houses a 40 W RGBL LED that can be controlled individually in intensity and color to create dynamic effects and pixel mapping.
The fixture’s different DMX control modes offer different options for working with the individual segments or pixels.

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In nearly all DMX modes, the Main module gives color mixing control of all pixels together as one segment.
Mode 1 (Basic) gives control of all the fixture’s main functions, with color mixing control of all nineteen pixels together as one segment.
Mode 2 (Normal) adds a Sub module as a second layer with pattern effects and color mixing control of all nineteen pixels together as one segment.
Mode 3 (Segment) adds Sub module(s) as a second layer with pattern effects and color mixing of three segments: the inner, middle and outer rings.
Mode 4 (Multipixel Advanced) adds Sub module(s) as a second layer with pattern effects and RGB color mixing of each individual pixel.
Mode 5 (Multipix Compressed RGB) is a pixel mapping mode which offers the main overall control options plus RGB color mixing of each individual pixel.
Mode 6 (Multipix Compressed RGBL) is a pixel mapping mode which offers the main overall control options plus RGBL color mixing of each individual pixel.
Color mixing
The fixture’s Main module features 16-bit color mixing with RGB, RGBL or x;y (CIE 1931) Color Mix control options. See Color Mix modes’ on page 15. Note: The Color Mix mode of the Sub module(s) is always RGB. For more details, seeColor Mix modes’ on page 15.
iQ.Gamut
iQ.Gamut is a new LED calibration technology from GLP that defines the color gamut for the color mix channels. You can select one of a range of calibrated iQ.Gamuts for the fixture to work within. This feature can be useful if you want to reproduce correct colors or avoid TV camera clipping. See `iQ.Gamut’ on page 17.
Mix Priority
The Mix Priority channel defines how the color mixing output of the Main module (Layer 1) and the color mixing output of the Sub module(s) (Layer 2) are merged together ­ or which value has higher priority. This lets you switch between the layers or create special effects using both layers.
The Mix Priority channel gives the following options:
Main + Sub (HTP) ­ The fixture takes whichever color value of the Main module or Sub module is highest and uses that value to determine the output color (Highest Takes Priority).
Main Only ­ The Sub module color value is ignored. The fixture uses the color value of the Main module.
Sub Only ­ The Main module color value is ignored. The fixture uses the color value of the Sub module.
Main + Sub additive ­ The Sub module color value is added to the Main module color value. The fixture uses the sum of both values.

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Main – Sub subtractive ­ The Sub module color value is subtracted from the Main module color value.
Sub – Main subtractive ­ The Main module color value is subtracted from the Sub module color value.
TrueColor Main over Sub Snap ­ Sub module color stays in the background. Main module color has higher priority and will not mix with Sub module color. As soon the Main module color value is greater than zero, Sub module color blacks out and the fixture uses the Main module color.
TrueColor Sub over Main Snap ­ Main module color stays in the background. Sub module color has higher priority and will not mix with the Main module color. As soon as Sub module color value is greater than zero, Main module color blacks out and the fixture uses Sub module color.
TrueColor Main over Sub Crossfade ­ Sub module color stays in the background. Main module color has higher priority. If you fade in a Main module color, Sub module color will crossfade to the Main module color.
TrueColor Sub over Main Crossfade ­ Main module color stays in the background. Sub module color has higher priority. If you fade in a Main module color, Sub module color will crossfade to the Main module color.
Main to Sub Crossfade ­ Manually crossfading from Main module color only Main and Sub module color (HTP) Sub module color only.
White point
The white point is the default white that is obtained when the shutter is opened. The impression X5 offers a choice of fixed white points in RGB Color Mix Mode, allowing convenient use in different environments. For details of setting the white point, see `White point’ on page 17.
Color temperature control (CTC)
In addition to the choice of default fixed white point, the fixture offers Color Temperature Correction (CTC) in all three color mixing control modes (RGB, RGBL and x;y). The CTC Channel allows a temporary change of white point and offers a smooth shift between whites from 10 000 K to 2 500 K following the black body line.
Depending on the selected Color Mix Mode (RGB, RGBL or x;y), if you select a color temperature on the CTC channel, the fixture will no longer use the specific open color and will instead use the selected color temperature.
If you select a color temperature on the CTC channel, it is still possible to manipulate the color temperature using the RGB and RGBL channels.
Note: To obtain the desired color temperature on the CTC channel, you must set all Color Mix channels to 100%. If they are not at 100%, the system will mix color relative to the selected white point of the CTC channel.
The CTC channel affects all the fixture’s modules. Setting the CTC channel to a specific color temperature will affect the open white of the Main module and Sub modules.

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Color Quality Control (CQC)
The CQC channel lets you modify the spectral mix of the white output in order to achieve a balance between better color rendering or higher output intensity. The following options are available:
High Quality (HQ) deploys multiple LEDs to create a richer light spectrum that gives improved color rendering but also slightly lower output. Color is mixed with priority given to the best white color rendering quality. Saturated colors will have maximum saturation at DMX 000 and will smoothly become unsaturated until they reach 0% saturation (= white) at DMX value 127.
High Output (HO) gives higher output intensity but reduced color rendering performance. Color is mixed with priority given to the highest output in white. Saturated colors will have maximum saturation at DMX 255 and will smoothly become unsaturated until they reach 0% saturation (= white) at DMX value 128.
While using white light, the CQC channel lets you change between white with priority on high-quality color rendering and white with priority on highest output. Additionally, the CQC channel lets you smoothly desaturate colors. If you have set a saturated color in the color mix, the CQC channel lets you smoothly desaturate the color from saturated to fully unsaturated (i.e. white).
Note: The CQC channel affects all the fixture’s modules. Setting the CQC channel to a specific value will affect the colors of the Main module and Sub modules.
Note: The HO and HQ CQC options only affect the color mix if the fixture is in RGB or x;y Color Mix mode. In all other Color Mix modes this setting has no effect.
Magenta/Green Shift (M/G Shift)
The Magenta/Green Shift channel lets you move the color coordinate of a white point, a mixed color or a selected CTC color along a vertical line on the color temperature curve in all three Color Mix modes. The corresponding white point is either shifted towards Green or Magenta.
If M/G Shift is enabled, it immediately affects all mixed colors as well as the color temperature that is selected on the CTC channel. It has no effect on the colors of the virtual color wheel.
Note: The M/G Shift channel affects the entire fixture. Setting the M/G Shift channel to a specific value will affect the output of the Main module and Sub modules.
Color wheel
The impression X5 features a virtual color wheel channel that gives quick access to a wide range of LEE-referenced colors in all three Color Mix modes. Color wheel color presets are always mixed with the best available spectrum. Color filter color coordinates are based on a Source C (daylight) light source.
Besides static color presets, the color wheel channel also offers continuous color scrolling through HSI colors. When set to HSI Scroll the fixture runs through HSI colors with speed variable from slow to fast.
The crossfade time of a color change is relative to the speed: at slow speeds colors crossfade smoothly and at fast speeds colors snap.

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If a color coordinate is outside the possible color gamut of the light source, the fixture tries to match the target color as closely as possible.
Note: Color wheel color presets have higher priority than the Color Mix, CTO and M/G Shift channels.
The virtual color wheel channel must be set to DMX 000 in order to use normal RGB, RGBL or x:y color mixing.
Tungsten simulation
When a tungsten lamp is dimmed, there is a small delay in intensity changes and there is a color shift along the black body line. The tungsten simulation channel allows the user to select between different tungsten options in all three Color Mix modes.
The first part of the Tungsten channel offers standard tungsten features with fixed color temperature, red shift and delayed intensity changes. The color temperature as well as the color shift and inertia of the selected light source are fully simulated. Tungsten mode has higher priority than the color wheel or CTC.
The second part of the Tungsten channel lets you apply one of the corresponding tungsten effects (inertia and intensity) to the currently set mixed color or currently selected color temperature on the CTC channel.
Note: The Tungsten simulation channel affects the entire fixture. Setting the Tungsten channel to a specific value will affect the output of the Main module and Sub module.
Shutter
The fixture’s shutter channel offers continuous blackout, continuous open and a range of intensity effects.
Depending on the selected Sub Module Mode, the shutter channel of the Main module channel group acts as either a master shutter or as the shutter channel of the Main module independently of the Sub module.
The following shutter effects are available:
Single flash performs exactly one single flash with each value change within this DMX value slot.
Pulse dims up and down smoothly with the same fade-in and fade-out times. Speed can be adjusted from slow to fast.
Pulse open fades in and then snaps to blackout. Speed can be adjusted from slow to fast.
Pulse close fades out and then snaps to full. Speed can be adjusted from slow to fast.
Strobe double flash provides a quick double flash. Speed can be adjusted from slow to fast.
Strobe pixel random (only available when the fixture is set to a DMX mode with individual pixel control) strobes individual pixels at random to give a kind of sparkling effect. Speed can be adjusted from slow to fast.

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Strobe random strobes all of one fixture’s pixels together at random intervals, allowing a random strobe between multiple fixtures. Speed can be adjusted from slow to fast. Note that the random effect across multiple fixtures really is random!
Strobe strobes all of one fixture’s pixels together and also perfectly synchronizes the strobe in multiple fixtures so that all the fixtures flash at exactly the same time. Speed can be adjusted from slow to fast.
Note: Depending on the selected Sub Module Mode, the dimmer and shutter channels of the Sub modules can operate independently of or subordinately to the dimmer and shutter channels of the Main module.
Dimmer
The electronic dimming effect provides smooth 16-bit dimming of the Main module and Sub module. Three dimming curves with different dimming characteristics are available. See `Dimming curves’ on page 18.
Pattern control
The impression X5 offers a wide range of static and dynamic pre-programmed FX patterns on the Sub modules. The Sub module color control channels define the color of the pattern effects.
A static pattern is a fixed pattern with only one pattern step. This allows you a very quick selection of a non-dynamic effect. It has active and inactive pixels. Each active pixel shows the selected pattern color while each inactive pixel is fully transparent.
A dynamic pattern is a sequence of multiple pattern steps and has active and inactive pixels. Each active pixel shows the selected pattern color while each inactive pixel is fully transparent. You can set pattern steps to automatically change continuously (Pattern Speed) or you can directly select pattern steps (Pattern Index).
Note: The Mix Priority channel lets you decide how the output of the Main module and the Sub module (pattern or pixel mapping) should be merged.
Pattern selection
The pattern selection channel offers a choice of 59 static patterns, 50 dynamic patterns and some special patterns. The dynamic patterns offer multiple pattern steps for individual step selection or continuous pattern step chasers.
Pattern 0 (DMX 000) is the idle pattern and just sets all pixels to active.
The Random Pixel FX pattern at the end of the Pattern Select channel randomly selects pixels to create an attractive sparkle effect.
Pattern speed/index
As a dynamic pattern is a sequence of multiple pattern steps, you can select either:
an automatic clockwise or counterclockwise continuous run-through of the pattern steps with different speeds (dynamic speed control = DMX values 002 … 127), or
one of the available specific pattern steps (static indexing = DMX values 128 … 255).

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Note: Bear in mind that different patterns can have a different number of pattern steps. This can affect synchronization between fixtures, for example, if you run different patterns in multiple fixtures.
Pattern step crossfading The Pattern Step Crossfading channel lets you choose how one step in a pattern should change into the next step. This change can be a snap, a normal crossfade or a fade with tail (quick fade in and variable long fade out).
Pattern transition The Pattern Transition channel lets you choose how Pattern A should change into Pattern B. This change can be a snap, a soft crossfade, a Fade Over Blackout (FOB) or Fade Over Full (FOF).
Special/Control DMX channel
The Special/Control DMX channel lets you change fixture settings and perform a fixture reset from the control desk (a possibility that can be very useful during a show or for a specific scene). To apply a command on the Special/Control channel, you must hold the command for the time indicated in the DMX channel index section at the end of this user manual. To trigger a reset using the Special/Control channel, you must send the DMX value for this function for 3 seconds. If you want to trigger an additional reset using the Special/Control channel, you must first move away from the Reset DMX value and then return to this value. This requirement to change DMX values eliminates the risk of the fixture entering an unwanted Reset loop if it is patched wrongly. Note: Most of the fixture settings available in the fixture’s control menus or on the Special/Control DMX channel are also available via RDM.
GLP FX.Port / Accessory channels
It is possible to install optional electromechanical effect modules on the front of the impression X5 head. These modules can be supplied with power and control data using the GLP FX.Port on the back of the head. The two accessory channels supply two sets of DMX control data at this connection.

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Fixture Settings

The settings described in this chapter let you customize the impression X5. Settings can be available in the control panel on the fixture’s yoke, via DMX and/or via RDM.
Color Mix modes
The Color Mix Mode setting offers three different options for color mixing:
RGB Mode RGB Mode mixes color of the main and sub module(s) using Red, Green and Blue channels. The Lime LED is mixed automatically using the fixture’s internal GLP iQ.Gamut algorithm. RGB Mode offers a clean default white light at open which is considered to be the white point (RGB at 100%). When the Color Mix Mode is set to RGB, the different DMX Modes have the following functionality: Mode 1 ­ Basic
– Main Layer: RGB control of all pixels as one group with Lime mixed automatically. Lime Channel has no function.
Mode 2 ­ Normal – Main Layer: RGB control of all pixels as one group with Lime mixed automatically. Lime Channel has no function. – Sub Layer: RGB control of all pixels as one group with Lime mixed automatically.
Mode 3 ­ Segment – Main Layer: RGB control of all pixels as one group with Lime mixed automatically. Lime Channel has no function. – Sub Layer: RGB control of each segment with Lime mixed automatically.
Mode 4 ­ Multipix – Main Layer: RGB control of all pixels as one group with Lime mixed automatically. Lime Channel is dead. – Sub Layer: RGB control of each pixel with Lime mixed automatically.
Mode 5 ­ Multipix Compressed RGB – RGB control of each pixel with Lime mixed automatically.
Mode 6 ­ Multipix Compressed RGBL – RGBL control of each pixel.
RGBL Mode RGBL Mode mixes color of the main module using Red, Green, Blue and Lime channels. The colors of the Sub module(s) are mixed with RGB only – always without Lime. The color gamut is still calibrated to the X5 range, but the white point (open) is not adjusted to the black body line and will show a white that is mixed using 100% RGBL.

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Note: The HO and HQ CQC options are not available in RGBL Mode. When the Color Mix Mode is set to RGBL, the different DMX Modes have the following functionality: Mode 1 ­ Basic
– Main Layer: RGBL control of all pixels as one group with individual Lime control. Mode 2 ­ Normal
– Main Layer: RGBL control of all pixels as one group with individual Lime control. – Sub Layer: RGB control of all pixels as one group without automatically mixed
Lime. Lime is always 0%. Mode 3 ­ Segment
– Main Layer: RGBL control of all pixels as one group with individual Lime control. – Sub Layer: RGB control of each segment without automatically mixed Lime.
Lime is always 0%. Mode 4 ­ Multipix
– Main Layer: RGBL control of all pixels as one group with individual Lime control. – Sub Layer: RGB control of each pixel without automatically mixed Lime. Lime is
always 0%. Mode 5 ­ Multipix Compressed RGB
– RGB control of each pixel with Lime mixed automatically. Mode 6 ­ Multipix Compressed RGBL
– RGBL control of each pixel.
x:y Mode x;y Mode lets you send x;y color coordinates to the fixture via DMX. The internal color algorithm mixes the four LED colors perfectly to match the x:y color coordinates. In x:y Mode, white point setting is disabled. CTC channel values overwrite x;y values. When the Color Mix Mode is set to x:y, the different DMX Modes have the following functionality: Mode 1 ­ Basic
– Main Layer: x;y control of all pixels as one group Mode 2 ­ Normal
– Main Layer: x;y control of all pixels as one group. – Sub Layer: RGB control of all pixels as one group with automatically mixed Lime. Mode 3 ­ Segment – Main Layer: x;y control of all pixels as one group. – Sub Layer: RGB control of each segment with automatically mixed Lime. Mode 4 ­ Multipix – Main Layer: x;y control of all pixels as one group – Sub Layer: RGB control of each pixel with automatically mixed Lime.

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Mode 5 ­ Multipix Compressed RGB – RGB control of each pixel with automatically mixed Lime.
Mode 6 ­ Multipix Compressed RGBL – RGBL control of each pixel.
White point
The white point is the default white that is obtained when the shutter is opened. The impression X5 offers a choice of fixed white points in RGB Color Mix Mode, allowing convenient use in different environments. The following fixed white points (color temperatures) are available:
8000 K (effect light) 6500 K (daylight ­ default) 5600 K (TV and studio) 4200 K (CDM) 3200 K (tungsten) If a fixed white point is enabled, the fixture mixes colors with reference to it. GLP iQ.Gamut navigates through the color space using the preferred Color Mode color mixing method.
Note: Fixed white point settings are only valid for RGB mode using the iQ.Gamut FULL. If any of the other defined color gamuts is selected, the defined white point of the selected color gamut is applied.
iQ.Gamut
iQ.Gamut is a new LED calibration technology from GLP that defines the color gamut for the color mixing channels. You can select one of a range of calibrated iQ.Gamuts for the fixture to work within. This feature can be useful if you want to reproduce correct colors or avoid TV camera clipping. The iQ.Gamut setting will only affect the color mix if the fixture is in RGB Color Mix Mode. In all other Color Mix modes this setting has no effect.
The following iQ.Gamut settings are available:
· FULL (default) ­ Color mixing is calibrated to the X5 color gamut and referenced to the selected fixed white point. This setting gives the best results with applications where deep saturated colors are needed.
· Rec.2020 ­ Color mixing is matched to the defined Rec.2020 gamut including its white point. This setting gives best results for UHD TV applications and avoids color clipping.
· Rec.709 ­ Color mixing is matched to the defined Rec.709 gamut including its white point. This setting gives best results for HD TV applications and avoids color clipping.
· DCI P3.6 ­ Color mixing is matched to the defined DCI P3.6 gamut including its white point.

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Dimming curves
The electronic dimming effect provides smooth 16-bit dimming of the Main module and Sub modules. The following three dimming curves are available:

Figure 1. Dimming curves
The Linear setting gives a dimming curve that the eye perceives as linear.
The S-Curve setting gives finer control at lower light levels and at higher light levels, with coarser control at medium light levels.
The Soft setting gives finer control at lower light levels, where the eye is most sensitive to changes in light intensity, and coarser control at higher light levels.
Note: Depending on the selected Sub module Mode, the dimmer and shutter channels of the Sub modules can operate independently of or subordinately to the dimmer and shutter channels of the Main module.
Fan modes
Five cooling fan modes let you give priority to lowest fan noise or most powerful cooling:
Regulated mode gives priority to light output and only operates fans as necessary. If the fixture is blacked out, fans switch off after some seconds. Only the fans that are necessary operate, and they run at minimum speed. When light output intensity is increased, temperature regulation increases fan speed to the level necessary to keep the fixture at optimum temperature.
If light output is set to maximum intensity but the fans can keep the fixture at optimum temperature, there is no regulation of light intensity. If the fixture begins to exceed optimum temperature and the fans are running at maximum speed, light intensity is limited until optimum temperature can be maintained.
High mode sets the fixture to give maximum light output and suits operation in high ambient temperatures. Fans are set to constant operation at high speed. Light output intensity is limited smoothly if it becomes necessary in order to keep fixture temperature at optimum level.
You can also use High mode to cool down a fixture quickly after a period of operation or to help remove dust from cooling fans.
Medium mode sets fans to constant operation at medium speed. Light output intensity is reduced to a level where it will normally remain constant at ambient temperatures of up to 45° C (113° F). Intensity is smoothly limited further if it becomes necessary in order to keep fixture temperature at optimum level.

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Low mode sets fans to constant operation at low speed and is optimized for minimum noise. Light output intensity is reduced to a level where it will normally remain constant at ambient temperatures of up to 30° C (86° F). Intensity is smoothly limited further if it becomes necessary in order to keep fixture temperature at optimum level.
Minimum mode operates as follows: – If the fixture is at blackout, all unnecessary fans are shut down completely and only fans that are absolutely necessary remain active. These fans operate at low speed.
– As soon as the fixture emits light, other necessary fans may start but will stay at minimum speed. Light output is limited.
Note: In all fan modes, if fixture temperature reaches a dangerous level, the LEDs are shut down for a period until the fans have brought the temperature down to a safe level.
Sub module mode / Sub fixture mode
The impression X5 offers two options for controlling the Main module and Sub modules:
Normal ­ In this mode, all Sub module channels are subordinate to the Main module channel group. This means that the intensity and shutter of the Main module act as master intensity and master shutter for the whole fixture.
Independent ­ In this mode, the Sub module channel group can be controlled independently of the Main module channel group and acts as an independent fixture.
Note that no matter which Sub module mode setting you select:
The Mix Priority channel is still active and will affect how the two dependent or independent modules are mixed.
Some of the general color management channels of the Main module such as CTC, CQC, M/G-Shift and Tungsten simulation will still affect the Sub module.
Performance modes
You can select between three different settings for the movement speed of the fixture’s mechanical effects (pan/tilt and zoom): Normal sets mechanical effects movement to give an optimum balance between
speed, quietness and smoothness. Normal is the default setting.
Fast sets movement to maximum speed. This setting gives very fast effect movement but can result in higher noise levels.
Smooth optimizes the smoothness of the mechanical effects and gives lowest- noise performance. This setting gives extremely low noise and smooth performance, but effect movement will be slower than in Normal mode.

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PWM frequency
This setting lets you select between different PWM frequencies for different applications and adjust LED frequencies to give the best results at different camera shutter frequencies. Changing the PWM frequency can improve dimming performance or help avoid flicker and beat frequencies in video images. The following PWM settings are available: Low ­ PWM frequency is fixed at a lower level, giving best dimming results. Optimum (default) ­ PWM frequency is set to a level which offers a good
compromise between best dimming results and avoiding flicker. High1 ­ PWM frequency is set to a higher level. High2 ­ PWM frequency is set to a higher level than High 1. Max ­ PWM frequency is set to the highest possible level. Use this setting for slow
motion video or high speed camera applications. Dimming resolution at this setting is not as good as the other PWM settings. Note: A higher PWM frequency may affect dimming performance. The PWM frequency setting is stored in the fixture and is not affected by cycling power off and on. However, it will be affected if you use the Factory Defaults command in the control menus. As a rule, you should set all the fixtures in an installation to the same PWM frequency in order to ensure the same performance.
Pixel mirror
The Pixel mirror setting lets you flip the fixture’s pixel layout on the x-axis, y-axis or both x- and y-axis: Off gives the standard pixel layout:

The drawing above shows the pixel layout with the fixture standing on the ground, pan at 50% (home position) and tilt at 50% (front).
x-mirror flips the pixel layout over the x-axis. y-mirror flips the pixel layout over the y-axis. x:y mirror flips the pixel layout over the x-axis and the y-axis. See `Pixel layout’ on page 38 for drawings.

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Pixel rotation
Lets you rotate the fixture’s pixel layout by: 0° ­ 60° ­ 120° ­ 180° ­ 240° ­ 300°.
No signal
The No signal settings let you manage how the fixture behaves if no DMX signal is present (if the fixture is being controlled by DMX but the DMX signal stops, or if you apply power to the fixture when no DMX signal is present):
Blackout sets the fixture to black out whenever it is not receiving a DMX signal. This is the default setting.
Hold sets the fixture to continue using the last DMX values it received. Scene (Stand-alone) sets the fixture to play its stored stand-alone scene (see
Capture DMX Values below) when the fixture is not receiving a DMX signal. If no stand-alone scene is stored in memory, the fixture will black out.
If the fixture is set to Scene (Stand-alone) and if a stand-alone scene has been stored in its memory using the Capture DMX Values command, it will display its stand-alone scene at all times when it is powered on but not receiving a DMX signal. You can therefore use this setting if you want fixtures to automatically start stand-alone operation when you apply power to them.
Capture DMX Values takes a snapshot of the DMX values that are currently being received and stores them in the fixture’s memory as its captured scene. The fixture will display this scene if it is set to Scene (Stand-alone) (see above) and is not receiving a DMX signal.
Pan invert
With the fixture standing on the ground, increasing the pan DMX value normally moves the yoke clockwise from its home position.
Changing the Pan invert setting to ON inverts the pan direction so that increasing the pan value turns the yoke counterclockwise.
Tilt invert
With the fixture standing on the ground, increasing the tilt DMX value moves the head towards the front from its home position.
Changing the Tilt invert setting to ON inverts the tilt direction so that increasing the tilt value turns the head towards the back (towards the gray safety eyelet).
Position feedback
Pan and tilt auto-correction (position feedback) is normally enabled (On). Changing this setting to OFF will disable the position feedback and auto- correction. If you need to return pan and tilt to their correct positions, you must perform a reset.
Pan/Tilt disable
Changing the Pan/Tilt disable setting to “Current disable” de-activates pan and tilt by disabling the pan and tilt motor current.

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Note: When changing from ON back to OFF to re-enable pan and tilt movement, you must carry out a reset before you can operate pan and tilt normally.
Pan Range
For normal use and to make swapping fixtures easier, pan is normally limited to a standard 540° maximum pan angle (NORMAL). However, if you wish to use the full pan range between mechanical end positions, it is possible to extend the standard range to the mechanical maximum (EXTENDED). For details of pan angles, see the technical specifications in the impression X5 Quick Start and Safety Manual supplied with the fixture and available for download from www.glp.de.
Accessories and tilt range
If an external accessory is installed on the head, it may be necessary to limit the fixture’s tilt angle. The following settings are available: None (default) ­ The tilt angle is not limited: Maximum tilt angle is possible. Egg Crate ­ Maximum tilt angle is limited to allow the installation of an optical
accessory such as the GLP Egg Crate Extension.
Display Mode
Gives different display behavior options. This can be helpful in case of errors or during service operations. Three settings are available: Auto (default): the display automatically switches off after a few seconds if the
fixture is receiving a valid control signal and has not detected an error. If the fixture is not receiving a valid control signal, the display will flash. If the fixture has detected an error, the display remains constantly on and shows the error. On: The display stays on constantly. This setting can be useful if you are configuring or servicing the fixture. Off: The display will automatically switch off after a few seconds even if the fixture is not receiving a valid control signal or if it has detected an error. Pressing any button turns on the display again.
Display Orientation
Lets you select Normal, Upside-down or Auto display orientation. If Display Orientation is set to Auto, changing the display orientation by pressing UP and DOWN at the same time will only change the display orientation until the next power cycle.
Hibernation
Lets you put the fixture into energy-saving mode and disables all electronic components apart from the DMX receiving module.

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You can take the fixture out of hibernation mode with a power off/on cycle, via RDM or using the Special / Control DMX channel. If you do this, the fixture will perform a fixture reset before returning to normal operation.

Load User Settings

Lets you load different custom fixture configurations or return the fixture to the default fixture settings. To save a custom setting preset from 1 to 3, see Service Advanced Save_Settings. Load User Settings 1 to 3 loads one of three specific custom fixture settings. You
must confirm the function for 3 seconds before the new settings are loaded (see Fixture Settings Load User Settings). Save User Settings 1 to 3 saves the current fixture settings as a set of user settings. You must confirm the function for 2 seconds in order to save the settings as one of the three custom settings presets (see Service Advanced Save User Settings).
Note: The Load User Setting Presets and Load User Setting Defaults commands will only affect settings in the Fixture Settings group and will not affect DMX Address, Control Mode, Protocol Type, IP Settings, etc. This helps avoid loss of communication with the controller.
Information
The Information submenu provides readouts of all relevant information such as the error list if any errors have been detected, the fixture’s serial number, firmware version, device info, device hours counter, power cycles counter, DMX input monitor, signal quality etc.
Manual Control
This submenu gives different options for resetting the fixture manually. It can be helpful for service or stand-alone issues. Reset All: Performs a full fixture reset to initialize all features and effects. Reset P/T: Resets pan and tilt only to initialize pan and tilt positions. Reset Head: Resets all the features in the head.
Manual DMX
Gives individual control of the fixture using the fixture user interface. The menu timeout function is disabled as long this menu is open. Manual Control: Manually sets a DMX value for each function. Reset Manual values: Resets all manual control values to default. External DMX values will always have higher priority than manual control commands. Disconnect the fixture from the data source when using manual control. Note: When entering manual control, be prepared for the fixture to start moving.

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Service
The Service menu is split into two levels: Service and Service Advanced. The Service Advanced level is for trained technicians only. Read the information below carefully before entering this level.
The Service menu contains the following items:
Live Diagnostic: Calls up an overview of all main fixture information, signal quality and settings. This can be helpful while troubleshooting or talking to GLP Service.
iQ.Service Connect: Wakes up the integrated GLP iQ.Mesh Module for 5 minutes and enables connectivity to the GLP iQ.Service App.
Test All: Runs a test sequence of all LEDs for a quick test of the fixture. Press BACK to stop the test sequence.
Test Pan/Tilt: Runs a test sequence of tilt movement only. Press BACK to stop the test sequence.
Test LED: Runs a test sequence of the LED pixel only. Press BACK to stop the test sequence.
Test Zoom: Runs a test sequence of Zoom functionality only. Press BACK to stop the test sequence.
Test Fans (Auto): Starts a fan self-test. Tries to detect fan errors, clears any current errors if successful.
Test Fans (Manual): Tests fans one by one manually. Test Encoders: Auto test for all encoders.
Advanced Service
The Advanced Service level is for trained technicians only. Read the information below carefully before entering this level. You must confirm by pressing and holding ENTER for 3 seconds before you can enter this level.
The Advanced Service level contains the following items:
Service Mode: Disables pan, tilt and all display timeouts to make servicing inside the fixture head easier. This mode is automatically disabled after a power cycle.
Job Offset: Lets you set +/- offsets on mechanical effects. Custom offsets let you adjust fixtures in multiple installations (to compensate for the different positions of fixtures in a rig, for example).
Any custom offsets that you create here will not affect the fixture’s effect calibration.
All custom offsets created here are deleted if you apply a Load Factory Defaults command.
Reset Counters: Resets the different resettable fixture counters. Device counters are not reset by a Load Factory Backup command.
Save Settings: Lets you save the current fixture settings to one of the three user settings presets. You can load a user settings preset that you have saved with a

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Load User Settings command (see Fixture Settings Load User Settings). The default fixture preset cannot be changed.
This command only saves fixture settings (Fan Mode, Color Mix etc.). It does not save fixture configuration information such as DMX address and DMX mode.
Firmware Push (Fixture2Fixture): Pushes the fixture’s firmware (flash storage) to all other fixtures of the same type via the DMX link.
Important! The impression X5 series firmware is fully compatible with all X5 series fixtures. This means that a firmware push carried out by an X5 will also push its firmware to other X5 fixtures such as X5 Compact, X5 Bar 1000 and X5 IP Bar 1000 etc.
Load Factory Defaults
Reloads all factory defaults over the entire fixture and brings the fixture into standard show condition.
You must confirm the function for 3 seconds before the default settings are loaded.
Important! The factory default settings that are reloaded with this command include all data and network configuration parameters such as DMX start address, IP configuration etc. You may therefore lose communication with your controller.
The Load Factory Defaults command does not affect device counters and calibration.
Factory Menu
Important! Do not enter the Factory Menu if you are not a trained service professional with service documentation or clear instructions from GLP Service. Read the user and service documentation carefully before entering this menu. In the Factory Menu you can apply critical settings which can damage the fixture.
The Factory Menu is a hidden menu for the manufacturer or professional service technicians only. This special menu allows fixture calibration and the adjustment of all mechanical features following the manufacturer’s instructions. To enable the Factory Menu, apply power to the fixture and press the ENTER and BACK buttons together while the pre-boot screen is being displayed. You can release the buttons as soon as FACTORY MODE appears in the black display. After doing this, Factory Menu is visible as the last item in the main menu. The Factory Menu will remain available until the next power cycle. While the Factory Menu is enabled, all display timeouts are disabled to make working on the fixture easier and a Factory symbol is visible in the main screen.

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Control panel
Warning! DMX control is disabled when the control menus are active. Be prepared for the head to move as soon as you exit the control menus.
The control panel and backlit graphic LCD display with self-charging battery allow you to change fixture settings, view readouts and use utilities quickly and intuitively, even when the fixture is disconnected from power. To allow comfortable use of the control panel, pan and tilt are automatically disabled for a few seconds if you turn the yoke manually. Pressing any button on the control panel also disables pan and tilt for a few seconds. Pan and tilt remain disabled for as long you are working in the control panel. If no button is pressed for a few seconds, head movement is re-enabled with pan and tilt correction applied.
1.1.3/M1
DMX
001 (1…24)

Figure 2. Default information screen

Default information screen

When power is applied, the fixture performs a reset. After the reset has completed, the default information screen appears in the control panel display on the side of the yoke. At any other time, you can press any key to unlock the control panel. Doing this also calls up the default information screen in the control panel display.

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See Figure 2. The top line of the default information screen consists of, from left to right: Main CPU firmware version DMX Mode The center of the screen shows the following information: Signal source. Fixture’s current DMX address in large characters. If the fixture’s self-diagnosis
system detects an error, the fixture will flash the error code alternately with the DMX address. This lets you see the DMX address and error code at a distance from the fixture. If the fixture detects a valid, active network at one of the fixture’s etherCON ports, the default screen will show a network icon to the left or right of the DMX address: – Icon on left = data at Port A (on left of fixture when facing control panel) – Icon on right = data at Port B (on right of fixture when facing control panel) The fixture displays network speed below the network icon. If the fixture does not detect a network at one of the ports, it displays NO LINK instead of the network icon for that port. Below the current DMX address, the fixture displays in smaller characters the DMX channels that the fixture is currently using.
In the example shown in Figure 2: The fixture is running CPU software version 1.1.3 The fixture is set to DMX Mode 1 The fixture is set to receive data via DMX The fixture’s DMX start address is 001 The fixture is using DMX channels 1 to 24. Note: See `Setting up the control protocol’ on page 30 for details of how to configure the fixture’s network address.
Using the control panel
The four control panel buttons under the display have the following functions. In the main screen:
QUICK MENU ­ Activates the Quick Menu
UP/DOWN ­ Press three times to open the live diagnostic tool
MENU ­ Activates the control panel if it is in sleep mode, then opens the main menu

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When navigating through the menus: BACK ­ Goes back one level towards the top of the menu UP ­ Scrolls up or increments a number DOWN ­ Scrolls down or decreases a number ENTER ­ Confirms a setting or implements a command

At any time:

UP and DOWN at the same time ­ Temporarily rotates the display 180°

Control button shortcuts

Battery Eco Mode (available in Battery Mode only) When the fixture is running on battery power, holding MENU and ENTER together for 10 seconds activates Battery Eco Mode. This switches off the display completely to avoid any unwanted discharge of the battery and can be very useful when a fixture is put into long-term storage.
Live Diagnostics Pressing UP or DOWN three times calls up an overview of all main fixture information, signal quality and settings. This can be useful if you are troubleshooting or if you are in contact with GLP Service.
Toggle Display Orientation Pressing and releasing UP and DOWN together rotates the display through 180°. Note: If Display Orientation is set to Auto, changing the display orientation by pressing UP and DOWN at the same time will only change the display orientation until the next power cycle. To change the display orientation permanently, go to Fixture Settings Display Orientation in the control panel menus.
Error Messages If the fixture detects an error, it shows an error message in the display. The message is `sticky’ and will continue to be shown in the display until the next power cycle or reset.

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To get details of the error message, follow the information in the display. These details are important if you talk to GLP service.
Loss of DMX signal
The display flashes if the DMX signal is lost (the fixture will then behave according to its No Signal setting ­ see `No signal’ on page 21).
Service and maintenance
See the separate impression X5 Quick Start and Safety Manual supplied with the fixture and available for download from www.glp.de for information on service and maintenance.

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Setting up the control protocol
The impression X5 can be controlled via: USITT512 DMX over a standard DMX cable link using the fixture’s 5-pin XLR
connectors, GLP’s wireless iQ.Mesh technology. LumenRadio CRMX (optional). The integrated GLP FPO (Flexible Protocol Option)
port allows the installation of an optional protocol module. If a CRMX module is installed, the fixture can be controlled via CRMX. Contact your GLP supplier for details. This section explains how to configure the fixture to use one of these control data protocols. Note: The control protocol settings are not affected if you apply a Fixture Settings Load User Settings Setting Defaults command in the fixture’s control panel, but they are returned to factory defaults if you apply a Load Factory Defaults command in the main menu.
DMX The fixture is set up for control via a standard DMX cable link by default. If the control data protocol has been changed and you want to return to DMX control over a standard DMX cable link, open the menus in the fixture’s control panel and make the following adjustments:
In the main menu in the fixture’s control panel, open DMX Address and give the fixture a suitable DMX address. In the Protocol Setup Data In menu, set the control protocol to DMX.
iQ.Mesh If you want to control the fixture via GLP iQ.Mesh:
Open the menus in the fixture’s control panel. In the Protocol Setup Data In menu, set the control protocol to iQ.Mesh.
LumenRadio CRMX Note: The CRMX control option is only available if a LumenRadio CRMX module is installed at the fixture’s FPO port. If you want to control the fixture via LumenRadio CRMX, open the menus in the fixture’s control panel and make the following adjustments:
Open the menus in the fixture’s control panel. In the Protocol Setup Data In menu, set the control protocol to CRMX.

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Control menus

Quick menu
The control panel’s Quick Menu gives you quick access to the most frequently used commands. To open the Quick Menu, press the left-hand control button marked when the display is showing the default information screen. The Quick Menu contains the following items:

Menus
Reset All Live Diagnostic iQ.Service Connect
Load User Settings
Load Factory Defaults (!)

Notes

Connect<<<

User Setting Preset 1
User Setting Preset 2
User Setting Preset 3

Confirm<<< >>>Confirm<<< >>>Confirm<<<

Setting Defaults

Confirm<<<

Displays Message: Fixture may lose connection to controller

Confirm<<<

Resets the entire fixture (takes a few seconds). Calls up overview of all main fixture information, signal quality and settings. Enables connectivity to the GLP iQ.Service App for 5 minutes.
Loads custom user settings
Returns fixture to default settings (not including DMX address, protocol type, Ethernet / CRMX configuration, user offsets, user presets and counters). Restores all factory default settings (including DMX address, protocol type, Ethernet / CRMX configuration, user offsets and user presets). Important! The fixture may lose contact with the controller!

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Main menu
The following menus and commands are available in the impression X5 control panel.

Menus
DMX Address
1-512
Control Mode M1 Basic M2 Normal M3 Segment M4 Multipix Advanced M5 Multipix Compressed RGB M6 Multipix Compressed RGBL Protocol Setup
DMX iQ.Mesh Data In CRMX

Linking options

iQ.Mesh Unlink CRMX (FPO) Unlink

Fixture Settings

Color Mix Mode

RGB RGBL x;y

White Point

8000 K 6500 K 5600 K 4200 K 3200 K FULL

Rec.2020

iQ.Gamut

Rec.709

DCI P3.65

Notes
Set fixture’s DMX start address. Highest possible address depends on control mode.
Set fixture’s DMX control mode.
Control via DMX protocol Control via GLP iQ.Mesh Control via CRMX (only available if CRMX module is installed at fixture’s FPO port) Unlink from GLP iQ.Mesh link Unlink from CRMX (only available if CRMX module is installed at fixture’s FPO port)
Direct RGB control, Lime added automatically Direct RGBL control x:y color co- ordinate control
Set fixture white point when RGB is at 100% (RGB Color Mix Mode only)
Maximum color gamut Color space defined to Rec.2020 Gamut (RGB Color Mix Mode only) Color space defined to Rec.709 Gamut (RGB Color Mix Mode only) Color space defined to DCI P3.65 Gamut (RGB Color Mix Mode only)

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Dimmer Curve
Fan Mode

Linear Soft
S-Curve
Regulated High Medium Low Minimum

Subfixture Mode

Normal Independent

Fast

Performance Normal

Smooth

Low (L)

PWM Frequency

Optimal (0) High 1 (H1) High 2 (H2)

Max (M)

Pixel Mirror Pixel rotation

Off Mirror X Mirror Y
Mirror XY
Off 60° 120° 180° 240° 300°

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Linear dimming curve Soft (square law) dimming curve Finer dimming control at low and high intensity Fan speed temperatureregulated Fan speed constant high Fan speed constant medium Fan speed constant low All fans off or at minimum speed Main module’s dimmer and shutter channels act as global dimmer/shutter and affect Sub module output Sub module is independent of Main module Mechanical effects speed optimized for speed Mechanical effects speed balanced for speed and smoothness Mechanical effects speed limited for optimized smoothness and low noise Optimum fixed frequency for best dimming results: approx. 3000Hz Optimum dynamic frequency for best performance Fixed frequency: approx. 4800 Hz Fixed frequency: approx. 9600 Hz Highest possible fixed Frequency: approx. 25 kHz Normal pixel layout Pixels mirrored over x-axis Pixels mirrored over y-axis Pixels mirrored over x-axis and y-axis
Pixel layout rotated clockwise
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No Signal

No Signal Mode

Pan Invert Tilt Invert Position feedback Pan Disable Tilt Disable Pan range
Accessory

Capture DMX Values
OFF ON OFF ON OFF ON OFF Current Disable OFF Current Disable Normal Extended None
Egg crate

Auto
Display Mode On
Off

Display Orientation

Auto Normal Flip

Blackout Hold Scene >>>Confirm<<<

Hibernation ON

Fixture blacks out if no DMX signal received Fixture continues to display current effect if no DMX signal received Plays the stored captured scene (see next menu item) if no DMX signal received Captures current scene and stores it for use in No Signal Mode Scene
Reverse direction of pan movement
Reverse direction of tilt movement
Enable/disable pan/tilt position correction
Disables pan motor
Disables tilt motor
Pan range limited to 540°
Pan range = maximum
Tilt angle not limited Tilt angle limited to allow for egg crate Display dims after a short period of inactivity if no errors and valid DMX signal Display constantly on Display dims even if there are errors / no DMX signal Display automatically inverts to match installation position Display normal (for use when fixture is standing) Display inverted (for use when fixture is flown headdown) Fixture enters energy saving mode, all electronics except DMX receiver are disabled. Cycling power off and on exits hibernation.

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Load User Settings
Information Live diagnostic Show errors Show temperature Show fan status Show controllers info Show iQ.Mesh status Show LED calibration

User Setting Preset 1 User Setting Preset 2 User Setting Preset 3

Confirm<<< >>> Confirm<<< >>> Confirm<<<

Setting Defaults

Confirm<<<

Show fixture counters

Show DMX input

Show DMX info
Manual Control Reset All Reset Pan & Tilt

Reset Head

Manual DMX
Warning! Fixture will start moving
Press Enter

Pan Tilt … scroll through effects
Reset Manual Values

< 001. .128 ..255 > < 001. .128.. 255 >
Confirm for 3 seconds (press Enter)

Apply a user preset to fixture settings
Return fixture to default settings (not including DMX address, protocol type, Ethernet / CRMX configuration, user offsets, user presets and counters)
Shows overview of fixture information Shows any stored errors Shows fixture temperature Shows current cooling fan status Shows controllers info Shows current GLP iQ.Mesh status Shows LED calibration information Shows total device hours (non-resettable), resettable device hours, total power cycles (nonresettable), resettable power cycles, resettable air filter hours Shows DMX values being received Shows info about any lost DMX packages
Reset all effects Reset pan and tilt
Reset all effects except pan and tilt
Manually control all effects
Reset all manually entered DMX values to zero

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Service Live diagnostic iQ.Service Connect
Test All

Connect <<<

Tests

Test P/T Test LED Test Zoom

Test Fans (Auto)
Test Fans (Manual) Test Encoders
OFF Service Mode
ON

Job offsets

Advanced (Press and hold for 3 secs.)

Reset counters

Save User Settings

Firmware push (Fixture2fixture)
Load factory defaults

Confirm<<<

Pan Tilt Zoom

Lamp Hours
Service Timer
Air filter
User Setting Preset 1 User Setting Preset 2 User Setting Preset 3

Confirm 2 seconds Confirm 2 seconds Confirm 2 seconds Confirm 2 seconds Confirm 2 seconds Confirm 2 seconds

Confirm <<<

Shows overview of fixture information Enables connectivity to the GLP iQ.Service app. Run test sequence of all effects including pan and tilt. Stop with BACK. Run test sequence of pan and tilt only. Stop with BACK. Run test sequence of all LEDs. Stop with BACK. Run test sequence of zoom effect. Stop with BACK. Run fan self-test. Tries to detect fan errors, clears if successful. Manually test fans one by one Auto test for all encoders Normal operation Disable pan, tilt and display timeouts (exit by cycling power off and on.) Create custom job offsets in home positions of all effects. Default offset = 0 Note: This function is not fixture calibration!
Reset to zero
Saves current fixture settings as user settings preset
Push fixture’s firmware to all other fixtures of the same type over the DMX link
Reloads all factory default settings and default fixture configuration settings.

Default settings are written in BOLD type

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Error messages
When restarting the fixture or sending a RESET command, the fixture performs an initialization process to test all functions and sensors. The fixture also continuously checks itself for correct operation. If an error is detected, the fixture display shows the message ERROR. Pressing ignores the error message and exits the error display. Pressing shows information about the error. Note: Make a note of any error message displayed. You may need these details for error diagnosis. Please be ready to give them to GLP Service if necessary. Certain critical error messages are permanently stored in the display. In this case, please contact your GLP service agent.

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Pixel layout
The X5 fixture’s standard pixel layout is as shown below:

Standard pixel layout
The drawing above shows the standard pixel layout with the fixture standing on the ground, pan at 50% (home position) and tilt at 50% (front). Pixel rotation, x-mirror (pixels mirrored over the x axis) y-mirror (pixels mirrored over the y axis) and x-y-mirror (pixels mirrored over both the x and y axes) options are available via DMX on the Control / Settings channel and using the menus in the fixture’s control panel. See examples below:
y axis

x axis

x-mirror pixel layout

y-mirror pixel layout

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DMX control modes overview
The impression X5 offers the following DMX control modes.

DMX Mode 1: Basic 24 DMX Channels

Mode 1 Basic

Basic DMX Mode gives control of the

fixture’s main functions. Pan, tilt,

Pan

1 2

dimming and the color mixing

channels are available with 16-bit

Tilt

3 4

control resolution. A shutter channel gives direct change between open

Intensity

5 6

and blackout plus a range of intensity

Shutter

7

effects. Zoom is also available with 8-bit

Zoom

8

resolution. The Control/Settings channel

Control / Settings

9

lets you adjust fixture settings via DMX. Two insert accessory channels allow control of an optional GLP accessory mounted on the head of the fixture.
The color control channels in the Main Module offer color mixing using either (a) RGB, (b) RGBL or (c) x;y color gamut coordinates, depending on which of these three methods is active. You can select the color mixing method via DMX on the Control/Settings channel, via RDM or using the fixture’s control panel. Additional color options channels include a color wheel with a wide

1.1 Main module

Accessory 1

10

Accessory 2

11

[1] RGB ­ Red

12

[2] RGBL ­ Red [3] x;y ­ x

13

[1] RGB ­ Green

14

[2] RGBL ­ Green [3] x;y ­ y

15

[1] RGB ­ Blue

16

[2] RGBL ­ Blue [3] x;y ­ not used

17

[1] RGB ­ not used

18

[2] RGBL ­ Lime [3] x;y ­ not used

19

Color wheel

20

CTC (Color temperature control)

21

CQC (Color quality control)

22

M/G shift

23

Tungsten simulation

24

range of color presets, a CTC channel,

magenta/green shift adjustment and a

tungsten simulation channel. The CQC

channel lets you select if the fixture

should give priority to color rendering

or output intensity in its white output.

This channel also offers an easy way of

desaturating colors.

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DMX Mode 2: Normal (default) 35 DMX channels

Mode 2

Mode 2 Normal

Normal DMX Mode is split into a Main

Module and a Sub Module.

Pan

1 2

The Main Module gives control of the main functions, as in Basic DMX Mode. Pan, tilt, dimming and the color mixing

Tilt Intensity

3 4 5 6

channels have 16-bit control resolution.

Shutter

7

A shutter channel gives direct change

Zoom

8

between open and blackout plus a

Control / Settings

9

range of intensity effects. Zoom is also

Accessory 1

10

available with 8-bit resolution. The

Accessory 2

11

1.1 Main module

Control/Settings channel lets you

[1] RGB ­ Red

12

adjust fixture settings via DMX. Two insert accessory channels allow control

[2] RGBL ­ Red [3] x;y ­ x
[1] RGB ­ Green

13 14

of an optional GLP accessory mounted on the head of the fixture.

[2] RGBL ­ Green [3] x;y ­ y

15

[1] RGB ­ Blue

16

The color control channels in the Main Module offer color mixing using either (a) RGB, (b) RGBL or (c) x;y color gamut coordinates, depending on

[2] RGBL ­ Blue [3] x;y ­ not used
[1] RGB ­ not used [2] RGBL ­ Lime [3] x;y ­ not used

17 18 19

which of these three methods is active.

Color wheel

20

You can select the color mixing

CTC (Color temperature control)

21

method via DMX on the

CQC (Color quality control)

22

Control/Settings channel, via RDM or

M/G shift Tungsten simulation

23 24

using the fixture’s control panel.

Mix priority

25

Additional color options channels

include a color wheel with a wide range of color presets, a CTC channel,

Intensity Layer 2

26 27

magenta/green shift adjustment and a

Shutter Layer 2

28

1.2 Sub module

tungsten simulation channel. The CQC

Pattern selection Layer 2

29

channel lets you select if the fixture

Pattern step / speed Layer 2

30

should give priority to color rendering or output intensity in its white output.

Pattern step crossfading Layer 2

31

Pattern transition Layer 2

32

Red, pixels 1-19

33

This channel also offers an easy way of

Green, pixels 1-19

34

desaturating colors.

Blue, pixels 1-19

35

The Mix Priority channel defines how the output of the Main and Sub Modules is merged or overlayed.
The Sub Module forms a second layer. The Sub Module channels provide intensity and shutter control, a powerful static and dynamic pattern effects engine with step crossfading and pattern transition options, plus

RGB color control of all 19 pixels as one group.

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DMX Mode 3: Segments 41 DMX channels

Mod

Mode 3 Segments

Segments DMX Mode is split into a Main Module and a Sub Module.
The Main Module gives control of the main functions, as in Basic DMX Mode. Pan, tilt, dimming and the color mixing channels have 16-bit control resolution. A shutter channel gives direct change between open and blackout plus a range of intensity effects. Zoom is also available with 8-bit resolution. The Control/Settings channel lets you adjust fixture settings via DMX. Two insert accessory channels allow control of an optional GLP accessory mounted on the head of the fixture.
The color control channels in the Main Module offer color mixing using either (a) RGB, (b) RGBL or (c) x;y color gamut coordinates, depending on which of these three methods is active. You can select the color mixing method via DMX on the Control/Settings channel, via RDM or using the fixture’s control panel. Additional color options channels include a color wheel with a wide range of color presets, a CTC channel, magenta/green shift adjustment and a tungsten simulation channel. The CQC channel lets you select if the fixture should give priority to color rendering or output intensity in its white output. This channel also offers an easy way of desaturating colors.
The Mix Priority channel defines how the output of the Main and Sub Modules is merged or overlayed.
The Sub Module forms a second layer. The Sub Module channels provide intensity and shutter control, a powerful static and dynamic pattern effects engine with step crossfading and pattern transition options, plus

1.1 Main module

Pan

1 2

Tilt

3 4

Intensity

5 6

Shutter

7

Zoom

8

Control / Settings

9

Accessory 1

10

Accessory 2

11

[1] RGB ­ Red

12

[2] RGBL ­ Red [3] x;y ­ x

13

[1] RGB ­ Green

14

[2] RGBL ­ Green [3] x;y ­ y

15

[1] RGB ­ Blue

16

[2] RGBL ­ Blue [3] x;y ­ not used

17

[1] RGB ­ not used

18

[2] RGBL ­ Lime [3] x;y ­ not used

19

Color wheel

20

CTC (Color temperature control)

21

CQC (Color quality control)

22

M/G shift

23

Tungsten simulation

24

Mix priority

25

Intensity Layer 2

26 27

Shutter Layer 2

28

Pattern selection Layer 2

29

Pattern step / speed Layer 2

30

Pattern step crossfading Layer 2

31

Pattern transition Layer 2

32

Red, segment 01

33

Green, segment 01

34

Blue, segment 01

35

Red, segment 02-07

36

Green, segment 02-07

37

Blue, segment 02-07

38

Red, segment 08-19

39

Green, segment 08-19

40

Blue, segment 08-19

41

1.2

1.3

Sub module

1.4

1.5

RGB color control of three pixel groups as segments.

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DMX Mode 4: Multipix advanced 89 DMX Channels

Mode 4 Multipix Advanced

Multipix Advanced DMX Mode is split

into a Main Module and a Sub Module.

Pan

1 2

The Main Module gives control of the

main functions, as in Basic DMX Mode.

Tilt

3 4

Pan, tilt, dimming and the color mixing channels have 16-bit control resolution.

Intensity

5 6

A shutter channel gives direct change

Shutter

7

between open and blackout plus a

Zoom

8

range of intensity effects. Zoom is also

Control / Settings

9

available with 8-bit resolution. The

Accessory 1

10

1.1 Main module

Control/Settings channel lets you

Accessory 2

11

adjust fixture settings via DMX. Two insert accessory channels allow control

[1] RGB ­ Red [2] RGBL ­ Red [3] x;y ­ x

12 13

of an optional GLP accessory mounted

[1] RGB ­ Green

14

on the head of the fixture.

[2] RGBL ­ Green [3] x;y ­ y

15

The color control channels in the Main Module offer color mixing using either

[1] RGB ­ Blue [2] RGBL ­ Blue [3] x;y ­ not used

16 17

(a) RGB, (b) RGBL or (c) x;y color

[1] RGB ­ not used

18

gamut coordinates, depending on

[2] RGBL ­ Lime [3] x;y ­ not used

19

which of these three methods is active.

Color wheel

20

You can select the color mixing

CTC (Color temperature control)

21

method via DMX on the

CQC (Color quality control)

22

Control/Settings channel, via RDM or

M/G shift

23

using the fixture’s control panel.

Tungsten simulation

24

Additional color options channels

Mix priority

25

include a color wheel with a wide

range of color presets, a CTC channel,

Intensity Layer 2

26 27

magenta/green shift adjustment and a

Shutter Layer 2

28

1.2

tungsten simulation channel. The CQC

Pattern selection Layer 2

29

channel lets you select if the fixture

Pattern step / speed Layer 2

30

should give priority to color rendering

Pattern step crossfading Layer 2

31

1.3 1.4 … 1.20 1.21

Sub module

or output intensity in its white output.

Pattern transition Layer 2

32

This channel also offers an easy way of

Red, pixel 01

33

desaturating colors.

Green, pixel 01

34

Blue, pixel 01

35

The Mix Priority channel defines how

the output of the Main and Sub

…

Modules is merged or overlayed.

RGB Pixels 02 ­ 18

…

The Sub Module forms a second layer.

…

The Sub Module channels provide

Red, pixel 19

87

intensity and shutter control, a powerful static and dynamic pattern

Green, pixel 19 Blue, pixel 19

88 89

effects engine with step crossfading

and pattern transition options, plus RGB color control of each individual pixel.

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DMX Mode 5: Multipix compressed RGB
70 DMX Channels
MultiPix compressed RGB DMX Mode gives control of the main functions, as in Basic DMX Mode, plus RGB color control of each individual pixel with Lime added automatically.
Pan, tilt and dimming have 16-bit control resolution. A shutter channel gives direct change between open and blackout plus a range of intensity effects. Zoom is also available with 8-bit resolution. The Control/Settings channel lets you adjust fixture settings via DMX. Two insert accessory channels allow control of an optional GLP accessory mounted on the head of the fixture.
Color mixing is carried out on the individual pixel control channels.
The CTC Channel lets you temporarily change from the fixed white point to any other color temperature. The CQC channel lets you select whether the fixture should give priority to color rendering or output intensity in its white output. This channel also offers an easy way of desaturating colors.

Main module

1.2 1.3 … 1.19 1.20

1.1

Mode 5 Multipix Compressed RGB

Pan

1 2

Tilt

3 4

Intensity

5 6

Shutter

7

Zoom

8

Control / Settings

9

Accessory 1

10

Accessory 2

11

CTC (Color temperature control)

12

CQC (Color quality control)

13

Red, pixel 01

14

Green, pixel 01

15

Blue, pixel 01

16

…

RGB Pixels 02 ­ 18

…

…

Red, pixel 19

68

Green, pixel 19

69

Blue, pixel 19

70

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DMX Mode 6: Multipix compressed RGBL

89 DMX Channels

MultiPix compressed RGBL DMX Mode gives control of the main functions, as in Basic DMX Mode, plus RGBL color control of each individual pixel.
Pan, tilt and dimming have 16-bit control resolution. A shutter channel gives direct change between open and blackout plus a range of intensity effects. Zoom is also available with 8-bit resolution. The Control/Settings channel lets you adjust fixture settings via DMX. Two insert accessory channels allow control of an optional GLP accessory mounted on the head of the fixture.
Color mixing is carried out on the individual pixel control channels.
The CTC Channel lets you temporarily change from the fixed white point to any other color temperature. The CQC channel lets you select whether the fixture should give priority to color rendering or output intensity in its white output. This channel also offers an easy way of desaturating colors.

Main module

1.3 … 1.19 1.20

1.2

1.1

Mode 6 Multipix Compressed RGBL

Pan

1 2

Tilt

3 4

Intensity

5 6

Shutter

7

Zoom

8

Control / Settings

9

Accessory 1

10

Accessory 2

11

CTC (Color temperature control)

12

CQC (Color quality control)

13

Red, pixel 01

14

Green, pixel 01

15

Blue, pixel 01

16

Lime, pixel 01

17

…

RGBL Pixels 02 ­ 18

…

…

Red, pixel 19

86

Green, pixel 19

87

Blue, pixel 19

88

Lime, pixel 19

89

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DMX control channel layout
In the following DMX channel layout tables: Default settings are indicated with bold type. Where commands are followed by (3s hold) you must send that value continuously
for 3 seconds (or other duration if indicated in the table) to apply the command. Some commands on the Control / Settings channel require the DMX value zero to
be sent first and then moved directly to the DMX value required by the command concerned.

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DMX MODE 1

DMX Mode 1: Basic

24 DMX Channels

Channel

Command

DMX range

Percent %

Default DMX Fade

Main Module Basic control

1 Pan coarse 2 Pan fine

Pan left right

0 65535 0 100

3 Tilt coarse 4 Tilt fine

Tilt back front

0 65535 0 100

5 Intensity coarse 6 Intensity fine

Intensity 0 100%

0 65535 0 100

Closed

0

4

0 1.6

Single flash if value changed within the range 005 009

5

9

2.0 3.5

Pulse slow fast

10

39 3.9 15.3

Pulse opening slow fast

40

69 15.7 27.1

7 Shutter

Pulse closing slow fast

70

99 27.5 38.8

Double flash slow fast

100 129 39.2 50.6

Strobe random pixel slow fast

130 159 51.0 62.4

Strobe random all slow fast

160 199 62.7 78.0

Strobe sync all pixels slow fast

200 250 78.4 98.0

Open

251 255 98.4 100

8 Zoom

Zoom narrow wide

0

255

0 100

9 Control/Settings

See `Control / Settings channel’ on page 79

10 Accessory 1

Effect parameter 1

0

255

0 100

11 Accessory 2

Effect parameter 2

0

255

0 100

[1] RGB – Red coarse

12

[2] RGBL – Red coarse

13

[3] x;y – x coarse [1] RGB – Red fine [2] RGBL – Red fine

0 65535 0 100

[3] x;y – x fine [1] RGB – Green coarse

14

[2] RGBL – Green coarse

RGB / RGBL / x,y 15 color control

[3] x;y ­ y coarse [1] RGB – Green fine [2] RGBL – Green fine

0 65535 0 100

(see `Key to

[3] x;y – y fine

conversion of x

[1] RGB ­ Blue coarse

16 and y coordinates’ [2] RGBL – Blue coarse

on page 81)

[3] x;y ­ not used [1] RGB – Blue fine

0 65535 0 100

17

[2] RGBL – Blue fine [3] x;y – not used [1] RGB – not used

18

[2] RGBL – Lime coarse [3] x;y – not used [1] RGB – not used

0 65535 0 100

19

[2] RGBL – Lime fine [3] x;y – not used

32768 32768
0
0
0 0 0 65535
65535
65535
65535

Fade Fade Fade Snap Fade Fade Fade Fade Fade Fade Fade Fade Snap Snap Snap Snap
Fade
Fade
Fade
Fade

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DMX MODE 1

Main Module Basic Control (continued)

Open (Selected white point)

0

9

0 3.5

Filter 004, Medium Bastard Amber

10

12 3.9 4.7

Filter 019, Fire

13

15 5.1 5.9

Filter 025, Sunset Red

16

18 6.3 7.1

Filter 026, Bright Red

19

21 7.5 8.2

Filter 036, Medium Pink

22

24 8.6 9.4

Filter 049, Medium Purple

25

27 9.8 10.6

Filter 058, Lavender

28

30 11.0 11.8

Filter 068, Sky Blue

31

33 12.2 12.9

Filter 088, Lime Green

34

36 13.3 14.1

Filter 089, Moss Green

37

39 14.5 15.3

Filter 090, Dark Yellow Green

40

42 15.7 16.5

Filter 102, Light Amber

43

45 16.9 17.6

Filter 103, Straw

46

48 18.0 18.8

Filter 106, Primary Red

49

51 19.2 20.0

Filter 111, Dark Pink

52

54 20.4 21.2

Filter 115, Peacock Blue

55

57 21.6 22.4

Filter 117, Steel Blue

58

60 22.7 23.5

Filter 118, Light Blue

61

63 23.9 24.7

Filter 121, Filter Green

64

66 25.1 25.9

Filter 122, Fern Green

67

69 26.3 27.1

Filter 124, Dark Green

70

72 27.5 28.2

Filter 126, Mauve

73

75 28.6 29.4

Filter 128, Bright Pink

76

78 29.8 30.6

Color Wheel (for exact colors 20 see `Color wheel specifications’ on page 82)

Filter 131, Marine Blue Filter 132, Medium Blue Filter 134, Golden Amber Filter 135, Deep Golden Amber Filter 136, Pale Lavender Filter 137, Special Lavender

79

81 31.0 31.8

82

84 32.2 32.9

85 88

87 33.3 34.1 90 34.5 35.3

0

Snap

91

93 35.7 36.5

94

96 36.9 37.6

Filter 138, Pale Green

97

99 38.0 38.8

Filter 140, Summer Blue

100 102 39.2 40.0

Filter 141, Bright Blue

103 105 40.4 41.2

Filter 143, Pale Navy Blue

106 108 41.6 42.4

Filter 147, Apricot

109 111 42.7 43.5

Filter 148, Bright Rose

112 114 43.9 44.7

Filter 152, Pale Gold

115 117 45.1 45.9

Filter 154, Pale Rose

118 120 46.3 47.1

Filter 157, Pink

121 123 47.5 48.2

Filter 162, Bastard Amber

124 126 48.6 49.4

Filter 164, Flame Red

127 129 49.8 50.6

Filter 165, Daylight Blue

130 132 51.0 51.8

Filter 169, Lilac Tint

133 135 52.2 52.9

Filter 170, Deep Lavender

136 138 53.3 54.1

Filter 172, Lagoon Blue

139 141 54.5 55.3

Filter 180, Dark Lavender

142 144 55.7 56.5

Filter 182, Light Red

145 147 56.9 57.6

Filter 194, Surprise Pink

148 150 58.0 58.8

Filter 197, Alice Blue

151 153 59.2 60.0

Filter 201, Full C.T. Blue

154 156 60.4 61.2

Filter 202, Half C.T. Blue

157 159 61.6 62.4

Filter 203, Quarter C.T. Blue

160 162 62.7 63.5

Filter 204, Full C.T. Orange

163 165 63.9 64.7

Filter 206, Quartet C.T. Orange

166 168 65.1 65.9

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DMX MODE 1

Main Module Basic Control (continued)

Filter 219, Fluorescent Green

169 171 66.3 67.1

Filter 247, Filter Minus Green

172 174 67.5 68.2

Filter 248, Half Minus Green

175 177 68.6 69.4

Filter 281, Three Quarter C.T. Blue

179 180 69.8 70.6

Filter 285, Three Quarter C.T. Orange 181 183 71.0 71.8

Filter 352, Glacier Blue

184 186 72.2 72.9

Filter 353, Lighter Blue

187 189 73.3 74.1

Filter 506, Madge

190 192 74.5 75.3

Filter 778, Millennium Gold

193 195 75.7 76.5

Filter 793, Vanity Fair

196 198 76.9 77.6

Filter 798, Chrysalis Pink

199 201 78.0 78.8

HSI scroll, stop at first color

202 204 79.2 80.0

HSI scroll slow fast

205 252 80.4 98.8

Fade

HSI scroll, stop at current color

253 255 99.2 100

Snap

CTC (Color 21 Temperature
Control)

Open, selected white point

0

Fade through color temperatures of 11

10 000 K to 2 500 K stepless

12

9

0 3.5

11 4.3 45.9

254 4.7 49.8

0

Snap Fade

(interpolation)

255 255 100 53.7

Snap

HQ (high quality), saturated color

0

9

0 3.5

Snap

Crossfade

10 117 3.9 45.9

Fade

22

CQC (Color Quality Control) / Saturation

HQ (high quality), unsaturated color HO (high output), unsaturated color

118 128

127 46.3 49.8 137 50.2 53.7

0

Snap

Crossfade

138 245 54.1 96.1

Fade

HO (high output), saturated color

246 255 96.5 100

Snap

Off (no correction) Full plus magenta +100%

0

9

0 3.5

10

10 3.9 3.9

Snap

23 M/G shift

Plus magenta +99% +1% Neutral / no effect

11 124 4.3 48.6 125 140 49.0 54.9

0

Fade Snap

Plus green +1% +99%

141 254 55.3 99.6

Fade

Full plus green +100%

255 255 100 100

Snap

Off (selected white point, no red shift or delay when dimming)

0

9

0 3.5

Tungsten ACL 250W/28V

10

19 3.9 7.5

Tungsten Blinder 650W/120V

20

29 7.8 11.4

Tungsten 750W/80V

30

39 11.8 15.3

Tungsten 1000W/240V

40

49 15.7 19.2

Tungsten 1200W/240V

50

59 19.6 23.1

Tungsten 2000W/230V

60

69 23.5 27.1

Tungsten 2500W/230V

70

79 27.5 31.0

Tungsten 5000W/230V

80

89 31.4 34.9

24

Tungsten simulation

No function (off) Off (selected white point, no red shift or delay when dimming)

90 120 35.3 47.1

0

Snap

120 139 47.1 54.5

FX Tungsten ACL 250W/28V

140 149 54.9 58.4

FX Tungsten Blinder 650W/120V

150 159 58.8 62.4

FX Tungsten 750W/80V

160 169 62.7 66.3

FX Tungsten 1000W/240V

170 179 66.7 70.2

FX Tungsten 1200W/240V

180 189 70.6 74.1

FX Tungsten 2000W/230V

190 199 74.5 78.0

FX Tungsten 2500W/230V

200 209 78.4 82.0

FX Tungsten 5000W/230V

210 219 82.4 85.9

No function (off)

220 255 86.3 100

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DMX MODE 2

DMX Mode 2: Normal (default)

35 DMX Channels

Channel

Command

DMX range

Percent %

Default DMX Fade

Main Module Basic Control

1 Pan coarse 2 Pan fine

Pan left right

0 65535 0 100

3 Tilt coarse 4 Tilt fine

Tilt back front

0 65535 0 100

5 Intensity coarse 6 Intensity fine

Intensity 0 100%

0 65535 0 100

Closed

0

4

0 1.6

Single flash if value changed within the range 005 009

5

9

2.0 3.5

Pulse slow fast

10

39 3.9 15.3

7 Shutter

Pulse opening slow fast Pulse closing slow fast

40

69 15.7 27.1

70

99 27.5 38.8

Double flash slow fast

100 129 39.2 50.6

Strobe random pixel slow fast

130 159 51.0 62.4

Strobe random all slow fast

160 199 62.7 78.0

Strobe sync all pixels slow fast

200 250 78.4 98.0

Open

251 255 98.4 100

8 Zoom

Zoom narrow wide

0

255

0 100

9 Control/Settings

See `Control / Settings channel’ on page 79

10 Accessory 1

Effect parameter 1

0

255

0 100

11 Accessory 2

Effect parameter 2

0

255

0 100

[1] RGB – Red coarse

12

[2] RGBL – Red coarse

13

[3] x;y – x coarse [1] RGB – Red fine [2] RGBL – Red fine

0 65535 0 100

[3] x;y – x fine [1] RGB – Green coarse

14

[2] RGBL – Green coarse [3] x;y ­ y coarse

RGB / RGBL / x,y [1] RGB – Green fine

15 color control

[2] RGBL – Green fine

(see `Key to

[3] x;y – y fine

conversion of x

[1] RGB ­ Blue coarse

16 and y coordinates’ [2] RGBL – Blue coarse

on page 81)

[3] x;y ­ not used [1] RGB – Blue fine

0 65535 0 100 0 65535 0 100

17

[2] RGBL – Blue fine [3] x;y – not used [1] RGB – not used

18

[2] RGBL – Lime coarse [3] x;y – not used [1] RGB – not used

0 65535 0 100

19

[2] RGBL – Lime fine [3] x;y – not used

32768 32768
0
0
0 0 0 65535
65535
65535
65535

Fade Fade Fade Snap Fade Fade Fade Fade Fade Fade Fade Fade Snap Snap Snap Snap
Fade
Fade
Fade
Fade

Rev. 20240207-01

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DMX MODE 2

Main Module Basic Control (continued)

Open (Selected white point)

0

9

0 3.5

Filter 004, Medium Bastard Amber

10

12 3.9 4.7

Filter 019, Fire

13

15 5.1 5.9

Filter 025, Sunset Red

16

18 6.3 7.1

Filter 026, Bright Red

19

21 7.5 8.2

Filter 036, Medium Pink

22

24 8.6 9.4

Filter 049, Medium Purple

25

27 9.8 10.6

Filter 058, Lavender

28

30 11.0 11.8

Filter 068, Sky Blue

31

33 12.2 12.9

Filter 088, Lime Green

34

36 13.3 14.1

Filter 089, Moss Green

37

39 14.5 15.3

Filter 090, Dark Yellow Green

40

42 15.7 16.5

Filter 102, Light Amber

43

45 16.9 17.6

Filter 103, Straw

46

48 18.0 18.8

Filter 106, Primary Red

49

51 19.2 20.0

Filter 111, Dark Pink

52

54 20.4 21.2

Filter 115, Peacock Blue

55

57 21.6 22.4

Filter 117, Steel Blue

58

60 22.7 23.5

Filter 118, Light Blue

61

63 23.9 24.7

Filter 121, Filter Green

64

66 25.1 25.9

Filter 122, Fern Green

67

69 26.3 27.1

Filter 124, Dark Green

70

72 27.5 28.2

Filter 126, Mauve

73

75 28.6 29.4

Filter 128, Bright Pink

76

78 29.8 30.6

Color Wheel

Filter 131, Marine Blue

79

81 31.0 31.8

(for exact colors Filter 132, Medium Blue

82

84 32.2 32.9

20 see `Color wheel Filter 134, Golden Amber

85

87 33.3 34.1

0

Snap

specifications’ on Filter 135, Deep Golden Amber

page 82)

Filter 136, Pale Lavender

88

90 34.5 35.3

91

93 35.7 36.5

Filter 137, Special Lavender

94

96 36.9 37.6

Filter 138, Pale Green

97

99 38.0 38.8

Filter 140, Summer Blue

100 102 39.2 40.0

Filter 141, Bright Blue

103 105 40.4 41.2

Filter 143, Pale Navy Blue

106 108 41.6 42.4

Filter 147, Apricot

109 111 42.7 43.5

Filter 148, Bright Rose

112 114 43.9 44.7

Filter 152, Pale Gold

115 117 45.1 45.9

Filter 154, Pale Rose

118 120 46.3 47.1

Filter 157, Pink

121 123 47.5 48.2

Filter 162, Bastard Amber

124 126 48.6 49.4

Filter 164, Flame Red

127 129 49.8 50.6

Filter 165, Daylight Blue

130 132 51.0 51.8

Filter 169, Lilac Tint

133 135 52.2 52.9

Filter 170, Deep Lavender

136 138 53.3 54.1

Filter 172, Lagoon Blue

139 141 54.5 55.3

Filter 180, Dark Lavender

142 144 55.7 56.5

Filter 182, Light Red

145 147 56.9 57.6

Filter 194, Surprise Pink

148 150 58.0 58.8

Filter 197, Alice Blue

151 153 59.2 60.0

Filter 201, Full C.T. Blue

154 156 60.4 61.2

Filter 202, Half C.T. Blue

157 159 61.6 62.4

Filter 203, Quarter C.T. Blue

160 162 62.7 63.5

Filter 204, Full C.T. Orange

163 165 63.9 64.7

50

impresssion X5 User Manual

German Light Products®

DMX MODE 2

Main Module Basic Control (continued)

Filter 206, Quartet C.T. Orange

166 168 65.1 65.9

Filter 219, Fluorescent Green

169 171 66.3 67.1

Filter 247, Filter Minus Green

172 174 67.5 68.2

Filter 248, Half Minus Green

175 177 68.6 69.4

Filter 281, Three Quarter C.T. Blue

179 180 69.8 70.6

Filter 285, Three Quarter C.T. Orange 181 183 71.0 71.8

Filter 352, Glacier Blue

184 186 72.2 72.9

Filter 353, Lighter Blue

187 189 73.3 74.1

Filter 506, Madge

190 192 74.5 75.3

Filter 778, Millennium Gold

193 195 75.7 76.5

Filter 793, Vanity Fair

196 198 76.9 77.6

Filter 798, Chrysalis Pink

199 201 78.0 78.8

HSI scroll, stop at first color

202 204 79.2 80.0

HSI scroll slow fast

205 252 80.4 98.8

Fade

HSI scroll, stop at current color

253 255 99.2 100

Snap

CTC (Color 21 Temperature
Control)

Open, selected white point

0

Fade through color temperatures of 11

10 000 K to 2 500 K stepless

12

9

0 3.5

11 4.3 45.9

254 4.7 49.8

0

Snap Fade

(interpolation)

255 255 100 53.7

Snap

HQ (high quality), saturated color

0

9

0 3.5

Snap

22

CQC (Color Quality Control) / Saturation

Crossfade HQ (high quality), unsaturated color HO (high output), unsaturated color Crossfade

10 118 128 138

117 3.9 45.9 127 46.3 49.8 137 50.2 53.7 245 54.1 96.1

0

Fade Snap Fade

HO (high output), saturated color

246 255 96.5 100

Snap

Off (no correction) Full plus magenta +100%

0

9

0 3.5

10

10 3.9 3.9

Snap

23 M/G shift

Plus magenta +99% +1% Neutral / no effect

11 124 4.3 48.6 125 140 49.0 54.9

0

Fade Snap

Plus green +1% +99%

141 254 55.3 99.6

Fade

Full plus green +100%

255 255 100 100

Snap

Off (selected white point, no red shift or delay when dimming)

0

9

0 3.5

Tungsten ACL 250W/28V

10

19 3.9 7.5

Tungsten Blinder 650W/120V

20

29 7.8 11.4

Tungsten 750W/80V

30

39 11.8 15.3

Tungsten 1000W/240V

40

49 15.7 19.2

Tungsten 1200W/240V

50

59 19.6 23.1

Tungsten 2000W/230V

60

69 23.5 27.1

Tungsten 2500W/230V

70

79 27.5 31.0

Tungsten 5000W/230V

80

89 31.4 34.9

24

Tungsten simulation

No function (off) Off (selected white point, no red shift or delay when dimming)

90 120 35.3 47.1

0

Snap

120 139 47.1 54.5

FX Tungsten ACL 250W/28V

140 149 54.9 58.4

FX Tungsten Blinder 650W/120V

150 159 58.8 62.4

FX Tungsten 750W/80V

160 169 62.7 66.3

FX Tungsten 1000W/240V

170 179 66.7 70.2

FX Tungsten 1200W/240V

180 189 70.6 74.1

FX Tungsten 2000W/230V

190 199 74.5 78.0

FX Tungsten 2500W/230V

200 209 78.4 82.0

FX Tungsten 5000W/230V

210 219 82.4 85.9

No function (off)

220 255 86.3 100

Rev. 20240207-01

51

www.glp.de

DMX MODE 2

Main Module Basic Control (continued)

25 Mix priority

Main Module and Sub Module HTP (highest value takes priority)

0

9

0 3.5

Main only (Main Module color takes priority)

10

19 3.9 7.5

Sub only (Sub Module color takes priority)

20

29 7.8 11.4

Main and Sub additive

(Sub Module color value added to

30

39 11.8 15.3

Main Module color value)

Snap

Main minus Sub Module subtractive

(Sub Module color value subtracted 40

49 15.7 19.2

from Main)

Sub Module minus main subtractive

(Main Module color value

50

59 19.6 23.1

0

subtracted from Sub Module)

TrueColor 1: Main over Sub ­ snap

60

69 23.5 27.1

TrueColor 2: Sub over Main ­ snap

70

79 27.5 31.0

TrueColor 3: Main over Sub ­ crossfade

80

89 31.4 34.9

Fade

TrueColor 4: Sub over Main ­ crossfade

90

99 35.3 38.8

Fade

No function

100 127 39.2 49.8

Main Module only

128 130 50.2 51.0

Snap

Crossfading Main HTP

131 190 51.4 74.5

Fade

Main and Sub Modules (HTP)

191 192 74.9 75.3

Snap

Crossfading HTP Sub

193 252 75.7 98.8

Fade

Sub Module only

253 255 99.2 100

Snap

Sub Module: Second Layer Control

26 Intensity coarse 27 Intensity fine

Intensity 0 100%

0 65535 0 100

0

Fade

Closed

0

4

0 1.6

Snap

Single flash if value changed within the range 005 009

5

9

2.0 3.5

Fade

Pulse slow fast

10

39 3.9 15.3

Fade

Pulse opening slow fast

40

69 15.7 27.1

Fade

28 Shutter

Pulse closing slow fast

70

99 27.5 38.8

0

Fade

Double flash slow fast

100 129 39.2 50.6

Fade

Strobe random pixel slow fast

130 159 51.0 62.4

Fade

Strobe random all slow fast

160 199 62.7 78.0

Fade

Strobe sync all pixels slow fast

200 250 78.4 98.0

Fade

Open

251 255 98.4 100

Snap

Off (all pixels active)

0

9

0 3.5

Static Pattern 01

10

11 3.9 4.3

Static Pattern 02

12

13 4.7 5.1

Static Pattern 03

14

15 5.5 5.9

Static Pattern 04

16

17 6.3 6.7

29* Pattern selection

Static Pattern 05 Static Pattern 06

18

19 7.1 7.5

20

21 7.8 8.2

0

Snap

Static Pattern 07

22

23 8.6 9.0

Static Pattern 08

24

25 9.4 9.8

Static Pattern 09

26

27 10.2 10.6

Static Pattern 10

28

29 11.0 11.4

Static Pattern 11

30

31 11.8 12.2

52

impresssion X5 User Manual

German Light Products®

DMX MODE 2

Sub Module: Second Layer Control (continued)
Static Pattern 12 Static Pattern 13 Static Pattern 14 Static Pattern 15 Static Pattern 16 Static Pattern 17 Static Pattern 18 Static Pattern 19 Static Pattern 20 Static Pattern 21 Static Pattern 22 Static Pattern 23 Static Pattern 24 Static Pattern 25 Static Pattern 26 Static Pattern 27 Static Pattern 28 Static Pattern 29 Static Pattern 30 Static Pattern 31 Static Pattern 32 Static Pattern 33 Static Pattern 34 Static Pattern 35 Static Pattern 36 Static Pattern 37 Static Pattern 38 Static Pattern 39 Static Pattern 40 Static Pattern 41 Static Pattern 42 Static Pattern 43 Static Pattern 44 Static Pattern 45 Static Pattern 46 Static Pattern 47 Static Pattern 48 Static Pattern 49 Static Pattern 50 Static Pattern 51 Static Pattern 52 Static Pattern 53 Static Pattern 54 Static Pattern 55 Static Pattern 56 Static Pattern 57 Static Pattern 58 Static Pattern 59 Dynamic Pattern 01 Dynamic Pattern 02 Dynamic Pattern 03 Dynamic Pattern 04 Dynamic Pattern 05 Dynamic Pattern 06

32

33 12.5 12.9

34

35 13.3 13.7

36

37 14.1 14.5

38

39 14.9 15.3

40

41 15.7 16.1

52

43 20.4 16.9

44

45 17.3 17.6

46

47 18.0 18.4

48

49 18.8 19.2

50

51 19.6 20.0

52

53 20.4 20.8

54

55 21.2 21.6

56

57 22.0 22.4

58

59 22.7 23.1

60

61 23.5 23.9

62

63 24.3 24.7

64

65 25.1 25.5

66

67 25.9 26.3

68

69 26.7 27.1

70

71 27.5 27.8

72

73 28.2 28.6

74

75 29.0 29.4

76

77 29.8 30.2

78

79 30.6 31.0

80

81 31.4 31.8

82

83 32.2 32.5

84

85 32.9 33.3

86

87 33.7 34.1

88

89 34.5 34.9

90

91 35.3 35.7

92

93 36.1 36.5

94

95 36.9 37.3

96

97 37.6 38.0

98

99 38.4 38.8

100 101 39.2 39.6

102 103 40.0 40.4

104 105 40.8 41.2

106 107 41.6 42.0

108 109 42.4 42.7

110 111 43.1 43.5

112 113 43.9 44.3

114 115 44.7 45.1

116 117 45.5 45.9

118 119 46.3 46.7

120 121 47.1 47.5

122 123 47.8 48.2

124 125 48.6 49.0

126 127 49.4 49.8

128 129 50.2 50.6

130 131 51.0 51.4

132 133 51.8 52.2

134 135 52.5 52.9

136 137 53.3 53.7

138 139 54.1 54.5

Rev. 20240207-01

53

www.glp.de

DMX MODE 2

Sub Module: Second Layer Control (continued)
Dynamic Pattern 07 Dynamic Pattern 08 Dynamic Pattern 09 Dynamic Pattern 10 Dynamic Pattern 11 Dynamic Pattern 12 Dynamic Pattern 13 Dynamic Pattern 14 Dynamic Pattern 15 Dynamic Pattern 16 Dynamic Pattern 17 Dynamic Pattern 18 Dynamic Pattern 19 Dynamic Pattern 20 Dynamic Pattern 21 Dynamic Pattern 22 Dynamic Pattern 23 Dynamic Pattern 24 Dynamic Pattern 25 Dynamic Pattern 26 Dynamic Pattern 27 Dynamic Pattern 28 Dynamic Pattern 29 Dynamic Pattern 30 Dynamic Pattern 31 Dynamic Pattern 32 Dynamic Pattern 33 Dynamic Pattern 34 Dynamic Pattern 35 Dynamic Pattern 36 Dynamic Pattern 37 Dynamic Pattern 38 Dynamic Pattern 39 Dynamic Pattern 40 Dynamic Pattern 41 Dynamic Pattern 42 Dynamic Pattern 43 Dynamic Pattern 44 Dynamic Pattern 45 Dynamic Pattern 46 Dynamic Pattern 47 Dynamic Pattern 48 Dynamic Pattern 49 Dynamic Pattern 50 Special Pattern 01 Special Pattern 02 Special Pattern 03 Special Pattern 04 Special Pattern 05 Special Pattern 06 Special Pattern 07 Special Pattern 08 Special Pattern 09 Special Pattern 10 Special Pattern 11 Random Pixel

140 141 54.9 55.3 142 143 55.7 56.1 144 145 56.5 56.9 146 147 57.3 57.6 148 149 58.0 58.4 150 151 58.8 59.2 152 153 59.6 60.0 154 155 60.4 60.8 156 157 61.2 61.6 158 159 62.0 62.4 160 161 62.7 63.1 162 163 63.5 63.9 164 165 64.3 64.7 166 167 65.1 65.5 168 169 65.9 66.3 170 171 66.7 67.1 172 173 67.5 67.8 174 175 68.2 68.6 176 177 69.0 69.4 178 179 69.8 70.2 180 181 70.6 71.0 182 183 71.4 71.8 184 185 72.2 72.5 186 187 72.9 73.3 188 189 73.7 74.1 190 191 74.5 74.9 192 193 75.3 75.7 194 195 76.1 76.5 196 197 76.9 77.3 198 199 77.6 78.0 200 201 78.4 78.8 202 203 79.2 79.6 204 205 80.0 80.4 206 207 80.8 81.2 208 209 81.6 82.0 210 211 82.4 82.7 212 213 83.1 83.5 214 215 83.9 84.3 216 217 84.7 85.1 218 219 85.5 85.9 220 221 86.3 86.7 222 223 87.1 87.5 224 225 87.8 88.2 226 227 88.6 89.0 228 229 89.4 89.8 230 231 90.2 90.6 232 233 91.0 91.4 234 235 91.8 92.2 236 237 92.5 92.9 238 239 93.3 93.7 240 241 94.1 94.5 242 243 94.9 95.3 244 245 95.7 96.1 246 247 96.5 96.9 248 249 97.3 97.6 250 255 98.0 100

54

impresssion X5 User Manual

German Light Products®

DMX MODE 2

Sub Module: Second Layer Control (continued)

30

Pattern step / speed

Stop (first pattern step) CW fast slow (run pattern step 1 n) Stop at current position CCW slow fast (run pattern step n 1) Pattern Step 01 Pattern Step 02 Pattern Step 03 Pattern Step 04 Pattern Step 05 Pattern Step 06 Pattern Step 07 Pattern Step 08 Pattern Step 09 Pattern Step 10 Pattern Step 11 Pattern Step 12 Pattern Step 13 Pattern Step 14 Pattern Step 15 Pattern Step 16 Pattern Step 17 Pattern Step 18 Pattern Step 19 Pattern Step 20 Pattern Step 21 Pattern Step 22 Pattern Step 23 Pattern Step 24 Pattern Step 25 Pattern Step 26 Pattern Step 27 Pattern Step 28 Pattern Step 29 Pattern Step 30 Pattern Step 31 Pattern Step 32 Pattern Step 33 Pattern Step 34 Pattern Step 35 Pattern Step 36 Pattern Step 37 Pattern Step 41 Pattern Step 42 Pattern Step 43 Pattern Step 41 Pattern Step 42 Pattern Step 43 Pattern Step 44 Pattern Step 45 Pattern Step 46 Pattern Step 47

0

2

0.0 0.8

3

63 1.2 24.7

64

66 25.1 25.9

67 127 26.3 49.8

128 129 50.2 50.6

130 131 51.0 51.4

132 133 51.8 52.2

134 135 52.5 52.9

136 137 53.3 53.7

138 139 54.1 54.5

140 141 54.9 55.3

142 143 55.7 56.1

144 145 56.5 56.9

146 147 57.3 57.6

148 149 58.0 58.4

150 151 58.8 59.2

152 153 59.6 60.0

154 155 60.4 60.8

156 157 61.2 61.6

158 159 62.0 62.4

160 161 62.7 63.1

162 163 63.5 63.9

164 165 64.3 64.7

166 167 65.1 65.5

168 169 65.9 66.3

0

Snap

170 171 66.7 67.1

172 173 67.5 67.8

174 175 68.2 68.6

176 177 69.0 69.4

178 179 69.8 70.2

180 181 70.6 71.0

182 183 71.4 71.8

184 185 72.2 72.5

186 187 72.9 73.3

188 189 73.7 74.1

190 191 74.5 74.9

192 193 75.3 75.7

194 195 76.1 76.5

196 197 76.9 77.3

198 199 77.6 78.0

200 201 78.4 78.8

208 209 81.6 82.0

210 211 82.4 82.7

212 213 83.1 83.5

208 209 81.6 82.0

210 211 82.4 82.7

212 213 83.1 83.5

214 215 83.9 84.3

216 217 84.7 85.1

218 219 85.5 85.9

220 221 86.3 86.7

Rev. 20240207-01

55

www.glp.de

DMX MODE 2

Sub Module: Second Layer Control (continued)

Pattern Step 48

222 223 87.1 87.5

Pattern Step 49

224 225 87.8 88.2

Pattern Step 50

226 227 88.6 89.0

Pattern Step 51

228 229 89.4 89.8

Pattern Step 52

230 231 90.2 90.6

Pattern Step 53

232 233 91.0 91.4

Pattern Step 54

234 235 91.8 92.2

Pattern Step 55

236 237 92.5 92.9

Pattern Step 56

238 239 93.3 93.7

Pattern Step 57

240 241 94.1 94.5

Pattern Step 58

242 243 94.9 95.3

Pattern Step 59

244 245 95.7 96.1

Pattern Step 60

246 247 96.5 96.9

Pattern Step 61

248 249 97.3 97.6

Pattern Step 62

250 251 98.0 98.4

Pattern Step 63

252 253 98.8 99.2

Pattern Step 64

254 255 99.6 100.0

Off (no crossfading, Snap)

0

9

0 3.5

Crossfading:

Pattern step

31

crossfading (from one step to

next)

Snap min. Xfade max. Xfade (fade in and fade out times are identical) Off (no crossfading, Snap) Crossfading with tail:

10 127 3.9 49.8 128 137 50.2 53.7

0

Snap min. Xfade with tail max.

Xfade with tail

138 255 54.1 100

(fade in time is shorter than fade out

time)

Off (snap from one pattern to next) 0

9

0 3.5

Normal transition (snap fade 5s)

10

63 3.9 24.7

Off (snap from one pattern to next) 64

73 25.1 28.6

Pattern transition

FOB (Fade Over Blackout) transition (snap fade 5s)

74

127 29.0 49.8

32 (from one pattern Off (snap from one pattern to next) 128 137 50.2 53.7

0

to next)

FOF (Fade Over Full) transition (snap fade 5s)

138 191 54.1 74.9

No function

192 201 75.3 78.8

No transition time – reserved for future use

202 255 79.2 100.0

33 Red intensity

Intensity 0 100%, Pixels 1 ­ 19, Second Layer

0

255 0 100

0

34 Green intensity

Intensity 0 100%, Pixels 1 ­ 19, Second Layer

0

255 0 100

0

35 Blue intensity

Intensity 0 100%, Pixels 1 ­ 19, Second Layer

0

255 0 100

0

Snap Fade Snap
Fade
Snap Fade Snap Fade Snap Fade
Fade Fade Fade

56

impresssion X5 User Manual

German Light Products®

DMX MODE 3

DMX Mode 3: Segments

41 DMX Channels

Channel

Command

DMX range

Percent %

Default DMX Fade

Main Module Basic control

1 Pan coarse 2 Pan fine

Pan left right

0 65535 0 100

3 Tilt coarse 4 Tilt fine

Tilt front back

0 65535 0 100

5 Intensity coarse 6 Intensity fine

Intensity 0 100%

0 65535 0 100

Closed

0

4

0 1.6

Single flash if value changed within the range 005 009

5

9

2.0 3.5

Pulse slow fast

10

39 3.9 15.3

7 Shutter

Pulse opening slow fast Pulse closing slow fast

40

69 15.7 27.1

70

99 27.5 38.8

Double flash slow fast

100 129 39.2 50.6

Strobe random pixel slow fast

130 159 51.0 62.4

Strobe random all slow fast

160 199 62.7 78.0

Strobe sync all pixels slow fast

200 250 78.4 98.0

Open

251 255 98.4 100

8 Zoom

Zoom narrow wide

0

255

0 100

9 Control/Settings

See `Control / Settings channel’ on page 79

10 Accessory 1

Effect parameter 1

0

255

0 100

11 Accessory 2

Effect parameter 2

0

255

0 100

[1] RGB – Red coarse

12

[2] RGBL – Red coarse

13

[3] x;y – x coarse [1] RGB – Red fine [2] RGBL – Red fine

0 65535 0 100

[3] x;y – x fine [1] RGB – Green coarse

14

[2] RGBL – Green coarse

RGB / RGBL / x,y 15 color control

[3] x;y ­ y coarse [1] RGB – Green fine [2] RGBL – Green fine

0 65535 0 100

(see `Key to

[3] x;y – y fine

conversion of x

[1] RGB ­ Blue coarse

16 and y coordinates’ [2] RGBL – Blue coarse

on page 81)

[3] x;y ­ not used [1] RGB – Blue fine

0 65535 0 100

17

[2] RGBL – Blue fine [3] x;y – not used [1] RGB – not used

18

[2] RGBL – Lime coarse [3] x;y – not used [1] RGB – not used

0 65535 0 100

19

[2] RGBL – Lime fine [3] x;y – not used

32768 32768
0
0
0 0 0 65535
65535
65535
65535

Fade Fade Fade Snap Fade Fade Fade Fade Fade Fade Fade Fade Snap Snap Snap Snap
Fade
Fade
Fade
Fade

Rev. 20240207-01

57

www.glp.de

DMX MODE 3

Main Module Basic Control (continued)

Open (Selected white point)

0

9

0 3.5

Filter 004, Medium Bastard Amber

10

12 3.9 4.7

Filter 019, Fire

13

15 5.1 5.9

Filter 025, Sunset Red

16

18 6.3 7.1

Filter 026, Bright Red

19

21 7.5 8.2

Filter 036, Medium Pink

22

24 8.6 9.4

Filter 049, Medium Purple

25

27 9.8 10.6

Filter 058, Lavender

28

30 11.0 11.8

Filter 068, Sky Blue

31

33 12.2 12.9

Filter 088, Lime Green

34

36 13.3 14.1

Filter 089, Moss Green

37

39 14.5 15.3

Filter 090, Dark Yellow Green

40

42 15.7 16.5

Filter 102, Light Amber

43

45 16.9 17.6

Filter 103, Straw

46

48 18.0 18.8

Filter 106, Primary Red

49

51 19.2 20.0

Filter 111, Dark Pink

52

54 20.4 21.2

Filter 115, Peacock Blue

55

57 21.6 22.4

Filter 117, Steel Blue

58

60 22.7 23.5

Filter 118, Light Blue

61

63 23.9 24.7

Filter 121, Filter Green

64

66 25.1 25.9

Filter 122, Fern Green

67

69 26.3 27.1

Filter 124, Dark Green

70

72 27.5 28.2

Filter 126, Mauve

73

75 28.6 29.4

Filter 128, Bright Pink

76

78 29.8 30.6

Color Wheel

Filter 131, Marine Blue

79

81 31.0 31.8

(for exact colors Filter 132, Medium Blue

82

84 32.2 32.9

20 see `Color wheel Filter 134, Golden Amber

85

87 33.3 34.1

0

Snap

specifications’ on Filter 135, Deep Golden Amber

page 82)

Filter 136, Pale Lavender

88

90 34.5 35.3

91

93 35.7 36.5

Filter 137, Special Lavender

94

96 36.9 37.6

Filter 138, Pale Green

97

99 38.0 38.8

Filter 140, Summer Blue

100 102 39.2 40.0

Filter 141, Bright Blue

103 105 40.4 41.2

Filter 143, Pale Navy Blue

106 108 41.6 42.4

Filter 147, Apricot

109 111 42.7 43.5

Filter 148, Bright Rose

112 114 43.9 44.7

Filter 152, Pale Gold

115 117 45.1 45.9

Filter 154, Pale Rose

118 120 46.3 47.1

Filter 157, Pink

121 123 47.5 48.2

Filter 162, Bastard Amber

124 126 48.6 49.4

Filter 164, Flame Red

127 129 49.8 50.6

Filter 165, Daylight Blue

130 132 51.0 51.8

Filter 169, Lilac Tint

133 135 52.2 52.9

Filter 170, Deep Lavender

136 138 53.3 54.1

Filter 172, Lagoon Blue

139 141 54.5 55.3

Filter 180, Dark Lavender

142 144 55.7 56.5

Filter 182, Light Red

145 147 56.9 57.6

Filter 194, Surprise Pink

148 150 58.0 58.8

Filter 197, Alice Blue

151 153 59.2 60

Filter 201, Full C.T. Blue

154 156 60.4 61.2

Filter 202, Half C.T. Blue

157 159 61.6 62.4

Filter 203, Quarter C.T. Blue

160 162 62.7 63.5

Filter 204, Full C.T. Orange

163 165 63.9 64.7

58

impresssion X5 User Manual

German Light Products®

DMX MODE 3

Main Module Basic Control (continued)

Filter 206, Quartet C.T. Orange

166 168 65.1 65.9

Filter 219, Fluorescent Green

169 171 66.3 67.1

Filter 247, Filter Minus Green

172 174 67.5 68.2

Filter 248, Half Minus Green

175 177 68.6 69.4

Filter 281, Three Quarter C.T. Blue

179 180 69.8 70.6

Filter 285, Three Quarter C.T. Orange 181 183 71.0 71.8

Filter 352, Glacier Blue

184 186 72.2 72.9

Filter 353, Lighter Blue

187 189 73.3 74.1

Filter 506, Madge

190 192 74.5 75.3

Filter 778, Millennium Gold

193 195 75.7 76.5

Filter 793, Vanity Fair

196 198 76.9 77.6

Filter 798, Chrysalis Pink

199 201 78.0 78.8

HSI scroll, stop at first color

202 204 79.2 80.0

HSI scroll slow fast

205 252 80.4 98.8

Fade

HSI scroll, stop at current color

253 255 99.2 100

Snap

CTC (Color 21 Temperature
Control)

Open, selected white point

0

Fade through color temperatures of 11

10 000 K to 2 500 K stepless

12

9

0 3.5

11 4.3 45.9

254 4.7 49.8

0

Snap Fade

(interpolation)

255 255 100 53.7

Snap

HQ (high quality), saturated color

0

9

0 3.5

Snap

22

CQC (Color Quality Control) / Saturation

Crossfade HQ (high quality), unsaturated color HO (high output), unsaturated color Crossfade

10 118 128 138

117 3.9 45.9 127 46.3 49.8 137 50.2 53.7 245 54.1 96.1

0

Fade Snap Fade

HO (high output), saturated color

246 255 96.5 100

Snap

Off (no correction) Full plus magenta +100%

0

9

0 3.5

10

10 3.9 3.9

Snap

23 M/G shift

Plus magenta +99% +1% Neutral / no effect

11 124 4.3 48.6 125 140 49.0 54.9

0

Fade Snap

Plus green +1% +99%

141 254 55.3 99.6

Fade

Full plus green +100%

255 255 100 100

Snap

Off (selected white point, no red shift or delay when dimming)

0

9

0 3.5

Tungsten ACL 250W/28V

10

19 3.9 7.5

Tungsten Blinder 650W/120V

20

29 7.8 11.4

Tungsten 750W/80V

30

39 11.8 15.3

Tungsten 1000W/240V

40

49 15.7 19.2

Tungsten 1200W/240V

50

59 19.6 23.1

Tungsten 2000W/230V

60

69 23.5 27.1

Tungsten 2500W/230V

70

79 27.5 31.0

Tungsten 5000W/230V

80

89 31.4 34.9

24

Tungsten simulation

No function (off) Off (selected white point, no red shift or delay when dimming)

90 120 35.3 47.1

0

Snap

120 139 47.1 54.5

FX Tungsten ACL 250W/28V

140 149 54.9 58.4

FX Tungsten Blinder 650W/120V

150 159 58.8 62.4

FX Tungsten 750W/80V

160 169 62.7 66.3

FX Tungsten 1000W/240V

170 179 66.7 70.2

FX Tungsten 1200W/240V

180 189 70.6 74.1

FX Tungsten 2000W/230V

190 199 74.5 78.0

FX Tungsten 2500W/230V

200 209 78.4 82.0

FX Tungsten 5000W/230V

210 219 82.4 85.9

No function (off)

220 255 86.3 100

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DMX MODE 3

Main Module Basic Control (continued)

25 Mix priority

Main Module and Sub Module HTP (highest value takes priority)

0

9

0 3.5

Main only (Main Module color takes priority)

10

19 3.9 7.5

Sub only (Sub Module color takes priority)

20

29 7.8 11.4

Main and Sub additive

(Sub Module color value added to

30

39 11.8 15.3

Main Module color value)

Snap

Main minus Sub Module subtractive

(Sub Module color value subtracted 40

49 15.7 19.2

from Main)

Sub Module minus main subtractive

(Main Module color value

50

59 19.6 23.1

0

subtracted from Sub Module)

TrueColor 1: Main over Sub ­ snap

60

69 23.5 27.1

TrueColor 2: Sub over Main ­ snap

70

79 27.5 31.0

TrueColor 3: Main over Sub ­ crossfade

80

89 31.4 34.9

Fade

TrueColor 4: Sub over Main ­ crossfade

90

99 35.3 38.8

Fade

No function

100 127 39.2 49.8

Main Module only

128 130 50.2 51.0

Snap

Crossfading Main HTP

131 190 51.4 74.5

Fade

Main and Sub Modules (HTP)

191 192 74.9 75.3

Snap

Crossfading HTP Sub

193 252 75.7 98.8

Fade

Sub Module only

253 255 99.2 100

Snap

Sub Module: Second Layer Control

26 Intensity coarse 27 Intensity fine

Intensity 0 100%

0 65535 0 100

0

Fade

Closed

0

4

0 1.6

Snap

Single flash if value changed within the range 005 009

5

9

2.0 3.5

Fade

Pulse slow fast

10

39 3.9 15.3

Fade

Pulse opening slow fast

40

69 15.7 27.1

Fade

28 Shutter

Pulse closing slow fast

70

99 27.5 38.8

0

Fade

Double flash slow fast

100 129 39.2 50.6

Fade

Strobe random pixel slow fast

130 159 51.0 62.4

Fade

Strobe random all slow fast

160 199 62.7 78.0

Fade

Strobe sync all pixels slow fast

200 250 78.4 98.0

Fade

Open

251 255 98.4 100

Snap

Off (all pixels active)

0

9

0 3.5

Static Pattern 01

10

11 3.9 4.3

Static Pattern 02

12

13 4.7 5.1

Static Pattern 03

14

15 5.5 5.9

Static Pattern 04

16

17 6.3 6.7

29* Pattern selection

Static Pattern 05 Static Pattern 06

18

19 7.1 7.5

20

21 7.8 8.2

0

Snap

Static Pattern 07

22

23 8.6 9.0

Static Pattern 08

24

25 9.4 9.8

Static Pattern 09

26

27 10.2 10.6

Static Pattern 10

28

29 11.0 11.4

Static Pattern 11

30

31 11.8 12.2

60

impresssion X5 User Manual

German Light Products®

DMX MODE 3

Sub Module: Second Layer Control (continued)
Static Pattern 12 Static Pattern 13 Static Pattern 14 Static Pattern 15 Static Pattern 16 Static Pattern 17 Static Pattern 18 Static Pattern 19 Static Pattern 20 Static Pattern 21 Static Pattern 22 Static Pattern 23 Static Pattern 24 Static Pattern 25 Static Pattern 26 Static Pattern 27 Static Pattern 28 Static Pattern 29 Static Pattern 30 Static Pattern 31 Static Pattern 32 Static Pattern 33 Static Pattern 34 Static Pattern 35 Static Pattern 36 Static Pattern 37 Static Pattern 38 Static Pattern 39 Static Pattern 40 Static Pattern 41 Static Pattern 42 Static Pattern 43 Static Pattern 44 Static Pattern 45 Static Pattern 46 Static Pattern 47 Static Pattern 48 Static Pattern 49 Static Pattern 50 Static Pattern 51 Static Pattern 52 Static Pattern 53 Static Pattern 54 Static Pattern 55 Static Pattern 56 Static Pattern 57 Static Pattern 58 Static Pattern 59 Dynamic Pattern 01 Dynamic Pattern 02 Dynamic Pattern 03 Dynamic Pattern 04 Dynamic Pattern 05 Dynamic Pattern 06

32

33 12.5 12.9

34

35 13.3 13.7

36

37 14.1 14.5

38

39 14.9 15.3

40

41 15.7 16.1

52

43 20.4 16.9

44

45 17.3 17.6

46

47 18.0 18.4

48

49 18.8 19.2

50

51 19.6 20.0

52

53 20.4 20.8

54

55 21.2 21.6

56

57 22.0 22.4

58

59 22.7 23.1

60

61 23.5 23.9

62

63 24.3 24.7

64

65 25.1 25.5

66

67 25.9 26.3

68

69 26.7 27.1

70

71 27.5 27.8

72

73 28.2 28.6

74

75 29.0 29.4

76

77 29.8 30.2

78

79 30.6 31.0

80

81 31.4 31.8

82

83 32.2 32.5

84

85 32.9 33.3

86

87 33.7 34.1

88

89 34.5 34.9

90

91 35.3 35.7

92

93 36.1 36.5

94

95 36.9 37.3

96

97 37.6 38.0

98

99 38.4 38.8

100 101 39.2 39.6

102 103 40.0 40.4

104 105 40.8 41.2

106 107 41.6 42.0

108 109 42.4 42.7

110 111 43.1 43.5

112 113 43.9 44.3

114 115 44.7 45.1

116 117 45.5 45.9

118 119 46.3 46.7

120 121 47.1 47.5

122 123 47.8 48.2

124 125 48.6 49.0

126 127 49.4 49.8

128 129 50.2 50.6

130 131 51.0 51.4

132 133 51.8 52.2

134 135 52.5 52.9

136 137 53.3 53.7

138 139 54.1 54.5

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DMX MODE 3

Sub Module: Second Layer Control (continued)
Dynamic Pattern 07 Dynamic Pattern 08 Dynamic Pattern 09 Dynamic Pattern 10 Dynamic Pattern 11 Dynamic Pattern 12 Dynamic Pattern 13 Dynamic Pattern 14 Dynamic Pattern 15 Dynamic Pattern 16 Dynamic Pattern 17 Dynamic Pattern 18 Dynamic Pattern 19 Dynamic Pattern 20 Dynamic Pattern 21 Dynamic Pattern 22 Dynamic Pattern 23 Dynamic Pattern 24 Dynamic Pattern 25 Dynamic Pattern 26 Dynamic Pattern 27 Dynamic Pattern 28 Dynamic Pattern 29 Dynamic Pattern 30 Dynamic Pattern 31 Dynamic Pattern 32 Dynamic Pattern 33 Dynamic Pattern 34 Dynamic Pattern 35 Dynamic Pattern 36 Dynamic Pattern 37 Dynamic Pattern 38 Dynamic Pattern 39 Dynamic Pattern 40 Dynamic Pattern 41 Dynamic Pattern 42 Dynamic Pattern 43 Dynamic Pattern 44 Dynamic Pattern 45 Dynamic Pattern 46 Dynamic Pattern 47 Dynamic Pattern 48 Dynamic Pattern 49 Dynamic Pattern 50 Special Pattern 01 Special Pattern 02 Special Pattern 03 Special Pattern 04 Special Pattern 05 Special Pattern 06 Special Pattern 07 Special Pattern 08 Special Pattern 09 Special Pattern 10 Special Pattern 11 Random Pixel

140 141 54.9 55.3 142 143 55.7 56.1 144 145 56.5 56.9 146 147 57.3 57.6 148 149 58.0 58.4 150 151 58.8 59.2 152 153 59.6 60.0 154 155 60.4 60.8 156 157 61.2 61.6 158 159 62.0 62.4 160 161 62.7 63.1 162 163 63.5 63.9 164 165 64.3 64.7 166 167 65.1 65.5 168 169 65.9 66.3 170 171 66.7 67.1 172 173 67.5 67.8 174 175 68.2 68.6 176 177 69.0 69.4 178 179 69.8 70.2 180 181 70.6 71.0 182 183 71.4 71.8 184 185 72.2 72.5 186 187 72.9 73.3 188 189 73.7 74.1 190 191 74.5 74.9 192 193 75.3 75.7 194 195 76.1 76.5 196 197 76.9 77.3 198 199 77.6 78.0 200 201 78.4 78.8 202 203 79.2 79.6 204 205 80.0 80.4 206 207 80.8 81.2 208 209 81.6 82.0 210 211 82.4 82.7 212 213 83.1 83.5 214 215 83.9 84.3 216 217 84.7 85.1 218 219 85.5 85.9 220 221 86.3 86.7 222 223 87.1 87.5 224 225 87.8 88.2 226 227 88.6 89.0 228 229 89.4 89.8 230 231 90.2 90.6 232 233 91.0 91.4 234 235 91.8 92.2 236 237 92.5 92.9 238 239 93.3 93.7 240 241 94.1 94.5 242 243 94.9 95.3 244 245 95.7 96.1 246 247 96.5 96.9 248 249 97.3 97.6 250 255 98.0 100

62

impresssion X5 User Manual

German Light Products®

DMX MODE 3

Sub Module: Second Layer Control (continued)

30

Pattern step or speed

Stop (first pattern step) CW fast slow (run pattern step 1 n) Stop at current position CCW slow fast (run pattern step n 1) Pattern Step 01 Pattern Step 02 Pattern Step 03 Pattern Step 04 Pattern Step 05 Pattern Step 06 Pattern Step 07 Pattern Step 08 Pattern Step 09 Pattern Step 10 Pattern Step 11 Pattern Step 12 Pattern Step 13 Pattern Step 14 Pattern Step 15 Pattern Step 16 Pattern Step 17 Pattern Step 18 Pattern Step 19 Pattern Step 20 Pattern Step 21 Pattern Step 22 Pattern Step 23 Pattern Step 24 Pattern Step 25 Pattern Step 26 Pattern Step 27 Pattern Step 28 Pattern Step 29 Pattern Step 30 Pattern Step 31 Pattern Step 32 Pattern Step 33 Pattern Step 34 Pattern Step 35 Pattern Step 36 Pattern Step 37 Pattern Step 41 Pattern Step 42 Pattern Step 43 Pattern Step 41 Pattern Step 42 Pattern Step 43 Pattern Step 44 Pattern Step 45 Pattern Step 46 Pattern Step 47 Pattern Step 48

0

2

0.0 0.8

3

63 1.2 24.7

64

66 25.1 25.9

67 127 26.3 49.8

128 129 50.2 50.6

130 131 51.0 51.4

132 133 51.8 52.2

134 135 52.5 52.9

136 137 53.3 53.7

138 139 54.1 54.5

140 141 54.9 55.3

142 143 55.7 56.1

144 145 56.5 56.9

146 147 57.3 57.6

148 149 58.0 58.4

150 151 58.8 59.2

152 153 59.6 60.0

154 155 60.4 60.8

156 157 61.2 61.6

158 159 62.0 62.4

160 161 62.7 63.1

162 163 63.5 63.9

164 165 64.3 64.7

166 167 65.1 65.5

168 169 65.9 66.3 170 171 66.7 67.1

0

Snap

172 173 67.5 67.8

174 175 68.2 68.6

176 177 69.0 69.4

178 179 69.8 70.2

180 181 70.6 71.0

182 183 71.4 71.8

184 185 72.2 72.5

186 187 72.9 73.3

188 189 73.7 74.1

190 191 74.5 74.9

192 193 75.3 75.7

194 195 76.1 76.5

196 197 76.9 77.3

198 199 77.6 78.0

200 201 78.4 78.8

208 209 81.6 82.0

210 211 82.4 82.7

212 213 83.1 83.5

208 209 81.6 82.0

210 211 82.4 82.7

212 213 83.1 83.5

214 215 83.9 84.3

216 217 84.7 85.1

218 219 85.5 85.9

220 221 86.3 86.7

222 223 87.1 87.5

Rev. 20240207-01

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DMX MODE 3

Sub Module: Second Layer Control (continued)

Pattern Step 49

224 225 87.8 88.2

Pattern Step 50

226 227 88.6 89.0

Pattern Step 51

228 229 89.4 89.8

Pattern Step 52

230 231 90.2 90.6

Pattern Step 53

232 233 91.0 91.4

Pattern Step 54

234 235 91.8 92.2

Pattern Step 55

236 237 92.5 92.9

Pattern Step 56

238 239 93.3 93.7

Pattern Step 57

240 241 94.1 94.5

Pattern Step 58

242 243 94.9 95.3

Pattern Step 59

244 245 95.7 96.1

Pattern Step 60

246 247 96.5 96.9

Pattern Step 61

248 249 97.3 97.6

Pattern Step 62

250 251 98.0 98.4

Pattern Step 63

252 253 98.8 99.2

Pattern Step 64

254 255 99.6 100.0

Off (no crossfading, Snap)

0

9

0 3.5

Crossfading:

Pattern step

31

crossfading (from one step to

next)

Snap min. Xfade max. Xfade (fade in and fade out times are identical) Off (no crossfading, Snap) Crossfading with tail: Snap min. Xfade with tail max.

10 128

127 3.9 49.8 137 50.2 53.7

0

Xfade with tail

138 255 54.1 100

(fade in time is shorter than fade out

time)

Off (snap from one pattern to next) 0

9

0 3.5

Normal transition (snap fade 5s)

10

63 3.9 24.7

Off (snap from one pattern to next) 64

73 25.1 28.6

Pattern transition

FOB (Fade Over Blackout) transition (snap fade 5s)

74

127 29.0 49.8

32 (from one pattern Off (snap from one pattern to next) 128 137 50.2 53.7

0

to next)

FOF (Fade Over Full) transition (snap fade 5s)

138 191 54.1 74.9

No function

192 201 75.3 78.8

No transition time – reserved for future use

202 255 79.2 100.0

33

Red, pixel 01

Intensity 0 100%

0

255 0 100

0

34

Green, pixel 01

Intensity 0 100%

0

255 0 100

0

35

Blue, pixel 01

Intensity 0 100%

0

255 0 100

0

36

Red, pixels 02 ­ 07

Intensity 0 100%

0

255 0 100

0

37

Green, pixels 02 ­ 07

Intensity 0 100%

0

255 0 100

0

38

Blue, pixels 02 ­ 07

Intensity 0 100%

0

255 0 100

0

39

Red, pixels 08 ­ 19

Intensity 0 100%

0

255 0 100

0

40

Green, pixels 08 ­ 19

Intensity 0 100%

0

255 0 100

0

41

Blue, pixels 08 – 19

Intensity 0 100%

0

255 0 100

0

Snap
Fade
Snap
Fade
Snap Fade Snap Fade Snap Fade
Fade Fade Fade Fade Fade Fade Fade Fade Fade

64

impresssion X5 User Manual

German Light Products®

DMX MODE 4

DMX Mode 4: Multipix advanced

89 DMX Channels

Channel

Command

DMX range

Percent %

Default DMX Fade

Main Module Basic control

1 Pan coarse 2 Pan fine

Pan left right

0 65535 0 100

3 Tilt coarse 4 Tilt fine

Tilt front back

0 65535 0 100

5 Intensity coarse 6 Intensity fine

Intensity 0 100%

0 65535 0 100

Closed

0

4

0 1.6

Single flash if value changed within the range 005 009

5

9

2.0 3.5

Pulse slow fast

10

39 3.9 15.3

Pulse opening slow fast

40

69 15.7 27.1

7 Shutter

Pulse closing slow fast

70

99 27.5 38.8

Double flash slow fast

100 129 39.2 50.6

Strobe random pixel slow fast

130 159 51.0 62.4

Strobe random all slow fast

160 199 62.7 78.0

Strobe sync all pixels slow fast

200 250 78.4 98.0

Open

251 255 98.4 100

8 Zoom

Zoom narrow wide

0

255

0 100

9 Control/Settings

See `Control / Settings channel’ on page 79

10 Accessory 1

Effect parameter 1

0

255

0 100

11 Accessory 2

Effect parameter 2

0

255

0 100

[1] RGB – Red coarse

12

[2] RGBL – Red coarse

13

[3] x;y – x coarse [1] RGB – Red fine [2] RGBL – Red fine

0 65535 0 100

[3] x;y – x fine [1] RGB – Green coarse

14

[2] RGBL – Green coarse

RGB / RGBL / x,y

[3] x;y ­ y coarse [1] RGB – Green fine

0 65535 0 100

15 color

References

• GLP German Light Products - Homepage

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