A document provides comprehensive guidance on the operation, maintenance, and troubleshooting of a specific type of automated lighting fixture commonly used in stage lighting and event production. This documentation outlines features, functionalities, safety precautions, and setup procedures for the equipment. It ensures operators can utilize the device effectively and safely.
Proper use of this documentation ensures the longevity and optimal performance of the lighting fixture. It allows users to maximize the fixture’s capabilities for creative lighting design. Historically, such guides were purely physical documents. Nowadays, they are often available in digital formats, providing easier access and searchability for users requiring support in diverse environments. They are crucial for technicians to understand the device’s limitations and ensure correct and safe utilization, contributing to successful productions.
The subsequent sections will delve into the typical content found within these types of instructional resources, common problems addressed, and best practices for their effective use. These guidelines aim to offer a thorough understanding of the information provided and equip users with the knowledge to address technical challenges.
1. Safety protocols adherence
A beam 230 moving head is a powerful tool, capable of creating stunning visual effects, but its inherent energy demands respect. The accompanying manual is not merely a collection of technical specifications, but a critical document outlining the precautions necessary to prevent accidents. One might consider the tale of a lighting technician, rushing to set up for a show, who disregarded the manual’s section on proper rigging. The result was a near disaster: the fixture, improperly secured, nearly plummeted onto the stage below. Only quick thinking averted catastrophe, serving as a stark reminder of the manual’s vital role.
The manual details specific weight limits, safe mounting practices, and electrical safety guidelines. Ignoring these, even with years of experience, invites the potential for catastrophic failure. Think of the consequences of overlooking the section on thermal management, leading to overheating and a fire hazard. The documentation instructs technicians to maintain proper ventilation and monitor operating temperatures. Furthermore, the DMX control sections contain safety instructions around preventing unintended movement during maintenance, for example, disabling DMX control before physical interaction with the moving head. These practices help protect the technician and the expensive equipment.
In essence, the “beam 230 moving head manual” safeguards not just the equipment but also the personnel involved in its operation. Adherence to its safety protocols is not optional; it is a fundamental requirement for responsible and incident-free use. The manual is a resource to be studied and followed rigorously. Complacency is the enemy. Strict adherence is the only path to ensuring safety while effectively harnessing the creative potential of automated lighting.
2. Fixture setup guide
The “Fixture setup guide,” within the broader context of the “beam 230 moving head manual,” represents the initial, critical steps toward harnessing the device’s capabilities. It is the foundation upon which successful operation is built. The tale of a novice lighting designer serves as an apt illustration: eager to deploy his new acquisition for a high-profile event, he bypassed the setup guide, confident in his general knowledge. The result was a chaotic series of malfunctions, miscalibrations, and ultimately, a compromised performance. The guide, it turned out, held the key to avoiding this very scenario.
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Unpacking and Inspection
This section details the crucial process of verifying the integrity of the device upon arrival. It includes a checklist of components, instructions for identifying shipping damage, and protocols for reporting discrepancies. A production company learned this lesson the hard way when they failed to inspect a newly delivered fixture, only to discover a cracked lens moments before showtime. The resulting scramble for a replacement highlighted the importance of this seemingly mundane step.
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Mounting and Rigging
This facet addresses the safe and secure installation of the moving head, providing guidelines on weight limits, rigging hardware compatibility, and proper anchoring techniques. The manual will contain important information about working load limits and safety factors. A concert venue experienced a near miss when a hastily rigged fixture began to sway precariously mid-performance. A post-incident investigation revealed a failure to adhere to the manual’s rigging specifications, a mistake that could have had severe consequences.
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Power Connection
This section outlines the electrical requirements of the device, including voltage specifications, grounding procedures, and surge protection recommendations. An amateur theater group found out that not using the correct power supply can damage a beam 230 moving head. They failed to consider the guide’s warnings about improper grounding, and as a result, the fixture suffered permanent damage. Such situations underscore the value of the power connection guide in the documentation.
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Initial Calibration
Calibration instructions detail the process of aligning and configuring the fixture’s internal mechanisms, ensuring accurate pan, tilt, and color reproduction. One can imagine a scenario when a theater didn’t calibrate the lights properly, resulting in misaligned beams during a dance performance. The precise calibrations, explained in the instruction manual, can avoid these awkward incidents.
These facets, while distinct, are interconnected and collectively contribute to a successful fixture setup. The “beam 230 moving head manual” serves as the comprehensive reference, ensuring that each step is executed correctly, minimizing the risk of errors, and maximizing the device’s potential. The manual offers the path to unlocking a lights true potential and safeguarding both equipment and personnel in the process.
3. Operational instructions
The “beam 230 moving head manual” serves as more than a collection of technical specifications; it is the definitive guide to achieving creative vision through precise control. Within this document, the section on “Operational instructions” holds a place of particular significance. It details the processes necessary to bring the fixture to life, from initial power-up to intricate DMX programming. Picture a seasoned lighting director, preparing for a grand theatrical production. The directors vision demands the lights execute complex movements, color transitions, and strobe effects, all synchronized perfectly with the music and the stage action. The success hinges upon a thorough understanding of the operational instructions.
Consider a scenario where these instructions are overlooked or misinterpreted. A series of lighting malfunctions could occur, disrupting the flow of the performance and undermining the artistic intent. The guide outlines how to navigate the fixtures menu system, set DMX addresses, adjust pan and tilt ranges, and control color parameters. Incorrect DMX settings could result in lights responding erratically, or not at all. Similarly, failing to properly calibrate pan and tilt ranges might lead to unintended collisions with other stage elements, causing damage and potential injury. The importance of operational instructions extends beyond the technical realm; it directly impacts the quality and safety of the entire production.
In conclusion, the relationship between the “beam 230 moving head manual” and “Operational instructions” is symbiotic. The manual provides the framework, and the operational instructions unlock the fixtures features. Neglecting the intricacies of these instructions risks compromising the creative vision. The manual ensures that the device operates as intended, contributing to memorable experiences. Effective use of the operational instructions guarantees a seamless and visually stunning event, transforming the theoretical potential of the device into a tangible and powerful artistic asset.
4. DMX channel mapping
The connection between “DMX channel mapping” and the “beam 230 moving head manual” exists as a critical point of control. Consider the intricacies of orchestrating a stadium show. The lighting technician aims to command dozens of these fixtures, each capable of intricate movements and color changes, using a single console. The DMX protocol provides the language; the manual, the Rosetta Stone. Without a clear understanding of the channel map the assignment of specific DMX addresses to functions like pan, tilt, color, and gobo selection chaos ensues. Lights will flicker unpredictably, movements will be disjointed, and the intended effects will dissolve into visual noise. A poorly understood channel map is akin to attempting to conduct an orchestra with musicians playing from different scores.
The consequences of neglecting this aspect are more than theoretical. One can recall a large concert where the DMX map was misprinted in an earlier draft of the manual. The lighting team wasted hours trying to get the lights working. Eventually, they had to look for the correct version. This incident served as a harsh lesson in the practical importance of accurate DMX information. Modern lighting consoles often allow users to import profiles directly from manufacturers, streamlining the setup process. These profiles are created based on the information provided in the documentation. Effective troubleshooting hinges on the technician’s ability to diagnose and correct DMX issues. This requires an understanding of both the protocol itself and the specific implementation detailed in the manual. Channel maps are not static. Different operating modes can reassign functionality to different addresses. An understanding of mode selections, as explained in the documentation, is crucial for adapting to varying production requirements. The technicians had to spend time to go over all the documentations to fix the light performance.
Understanding DMX channel mapping and the fixture documentation is the key to unleashing the beam 230 moving head potential. Mastering it is not merely a technical exercise. Effective command of the fixture means achieving artistic intention, creating visual experiences that resonate with audiences, and ensuring the seamless execution of complex stagecraft. The manual contains the key. Diligence and precision in mastering DMX protocols are necessary elements.
5. Troubleshooting section
Within the comprehensive architecture of the “beam 230 moving head manual,” the “Troubleshooting section” functions as a critical diagnostic tool. It represents a systematic approach to addressing potential malfunctions and restoring optimal performance. Imagine a scenario unfolding during a live concert; the lighting rig, a carefully choreographed dance of light and shadow, suddenly falters. A single beam 230 ceases to respond, plunging a section of the stage into darkness. In this moment of crisis, the “Troubleshooting section” becomes the lighting technician’s lifeline. This documentation provides a structured path for diagnosing the problem, from checking basic power connections to investigating complex DMX communication issues.
The value of a well-organized “Troubleshooting section” lies in its ability to guide users through a logical process of elimination. One must consider the alternative: a technician, armed only with guesswork and intuition, might waste valuable time and risk exacerbating the problem. The manual contains flowcharts, error code definitions, and component-specific troubleshooting steps. These features enable a systematic approach, allowing technicians to quickly identify the root cause of the malfunction. An experience with an entertainment center illustrates this point. During a touring Broadway show, a vital lighting fixture experienced intermittent flickering. The lighting technician was able to identify and resolve the issue in a matter of minutes by going through the step-by-step instructions in the “Troubleshooting section”, minimizing the disruption to the show.
Ultimately, the “Troubleshooting section” serves as a bridge between theoretical knowledge and practical application. It provides the tools necessary to diagnose and resolve technical challenges, ensuring the continuous and reliable operation of the beam 230. Consider the broader implications: a well-maintained lighting rig translates to consistent performance, enhancing the visual impact of events and productions. The “Troubleshooting section” represents an investment in operational efficiency. It empowers users to address problems proactively, minimizing downtime and maximizing the return on their equipment investment. The reliability of the light performance during the live Broadway show shows that having well documented “Troubleshooting section” empowers the equipment and user for the best performance.
6. Maintenance schedules
The “beam 230 moving head manual” and its “Maintenance schedules” are interdependent elements crucial to a fixture’s longevity and optimal performance. Ignoring scheduled upkeep is akin to neglecting vital medical check-ups. A tale from a rental company illustrates this point. They acquired a fleet of lights, viewing the manuals as mere formalities. They operated the lights at countless events without following the specified maintenance procedures. Dust accumulated, fans clogged, and lubricants dried. Soon, a cascade of failures ensued; motors seized, color wheels jammed, and light output diminished drastically. Costly repairs and replacements became frequent. They were forced to pull several lights out of operation, impacting their revenue and reputation. This situation highlighted that adhering to the maintenance schedule is more than a suggestion; it’s a crucial investment for the lights.
The consequences of neglecting these schedules extend beyond equipment failure. Overheating poses a fire hazard, jeopardizing the safety of performers and audiences. Diminished light output compromises the visual impact of the show, undermining the creative vision. Consider that the manual outlines specific intervals for cleaning lenses, lubricating moving parts, and inspecting electrical connections. Each task addresses a potential point of failure. Regular cleaning prevents dust buildup, which can reduce light transmission and increase operating temperatures. Lubrication ensures smooth and reliable movement, preventing jerky or unresponsive operation. Thorough inspection can detect loose wires, worn components, and other potential hazards before they lead to more serious problems. Had the rental company simply implemented a routine maintenance program, they could have avoided costly repairs and downtime.
In essence, the “Maintenance schedules” component of the “beam 230 moving head manual” are not an optional addendum; they are integral to the long-term health and reliability of the equipment. Neglecting this schedule can cause equipment failure, safety hazards, and compromised visual performance. Diligent adherence ensures consistent operation and prolongs the fixture’s lifespan, maximizing its value and contributing to safe and spectacular lighting experiences. A proactive stance towards maintenance proves far more economical and effective than reactive repairs, safeguarding the equipment and the productions that rely on it. A lesson learned by the rental company in a hard and expensive way.
7. Calibration process
The “Calibration process,” meticulously documented within the “beam 230 moving head manual,” forms the crucial bridge between the device’s inherent potential and its real-world performance. It is not simply a series of technical steps. The lights may be visually impressive, but with incorrect settings, it might be a chaotic jumble of unaligned beams and inaccurate colors. In this regard, proper calibration is not just a formality; it is the linchpin of any successful lighting design.
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Zero Position Alignment
This facet addresses the establishment of a precise reference point for pan and tilt movements. Imagine a scenario in which a spotlight is meant to hit a particular spot at a specific time during a theater performance, and with poor zero position, that does not happen. Without accurate zero alignment, the lights movements lack precision and predictability. The manual offers instructions and settings to ensure the light beam is where it needs to be.
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Color Calibration
Color consistency across multiple fixtures is often a requirement for performances. If the colors of the fixtures are off, then the performance can seem unorganized and visually unappealing. Color calibration ensures that all the fixtures match the colors that are intended. This process helps match colors so that lighting designers are able to achieve their vision with accuracy. This manual offers tools and calibration tools to assist the light manager during the color matching process.
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Gobo Alignment
Gobos are stencils placed in front of a light source. This allows the operator to create unique shapes with the lights. Poor gobo alignment can distort these shapes, making them visually messy and less impactful. For this reason, alignment is essential for the final product of a lighting performance. This can often be a tricky part of the calibration process, and a failure to align the gobos can make the whole lighting rig look messy.
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DMX Value Mapping
DMX protocol is how the lighting system is controlled. Without proper control of the signal, the lights will not operate correctly. It allows lighting designers to control multiple devices simultaneously. A lighting manager may need to control multiple lights with a single controller; with proper DMX mappings that can be accomplished. Ensuring that each light responds correctly to the signal will help the final result of the performance. This part of the manual allows for a precise implementation of all lighting protocols and specifications.
The story of that light show demonstrates the importance of the “Calibration process” in the “beam 230 moving head manual”. The manual not only equips a light manager, but it also ensures the final visual performance is a product of skill and precision, rather than chaos and guesswork. Effective use of the manual ensures consistent performance and overall visual appeal of any project where the lights are being utilized.
8. Software updates overview
The “beam 230 moving head manual,” once perceived as a static document, transforms into a dynamic guide through the inclusion of the “Software updates overview.” Software governs increasingly complex lighting functionalities, demanding regular maintenance. The manual’s section on software updates is critical to ensure ongoing compatibility and the implementation of new features. A notable instance occurred at a major music festival. Several fixtures began to malfunction mid-show, displaying erratic movements and inconsistent color output. Technicians initially suspected hardware failures, but a quick review of the manual revealed a recent software update addressing precisely these issues. The fixtures were quickly updated and the issue was fixed.
Software updates offer a number of vital enhancements, including improved DMX response times, optimized color mixing algorithms, and refined movement precision. These updates often incorporate bug fixes, addressing issues discovered during real-world use. The “Software updates overview” provides step-by-step instructions on how to safely download and install these updates, preventing accidental damage to the fixture’s firmware. One major cruise line experienced significant disruption after one of its technicians interrupted a firmware update. A power failure occurred, corrupting the software. The manual also acts as a safety measure in this situation. It offers detailed instructions for recovering from such a situation.
In essence, the “Software updates overview” ensures that the “beam 230 moving head manual” remains a relevant and essential resource throughout the fixture’s operational lifespan. Ignoring these updates carries risks, but consistent upgrades help ensure equipment functions and performs its best. This means keeping your equipment operating smoothly in all types of live settings. It highlights the critical role updates perform.
9. Warranty information
The relationship between “Warranty information” and the “beam 230 moving head manual” forms a safety net in the high-stakes world of professional lighting. This section isn’t mere legal jargon; it’s a quantifiable promise, a contract between manufacturer and user, defining the scope of protection against unforeseen defects and malfunctions. The manual presents a structured approach to understanding rights and responsibilities should equipment failure arise.
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Coverage Duration and Scope
This facet dictates the length of time and the specific components protected under the warranty. Consider a scenario where a lighting director relies on a fleet of moving heads for a major tour. Should a motor fail prematurely, the coverage period becomes crucial. The “Warranty information” clarifies whether the repair or replacement falls within the manufacturer’s obligation. It details what constitutes a valid claim and what situations void the coverage, protecting both the user and the manufacturer. The terms and conditions described determine the cost of ownership over time.
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Exclusions and Limitations
Every warranty has its boundaries, and the “beam 230 moving head manual” outlines these limitations. Normal wear and tear, misuse, or unauthorized modifications typically fall outside the protection. Imagine a situation where a technician, in an attempt to boost the fixture’s performance, disassembles and modifies the internal components. If a subsequent failure occurs, the warranty is likely voided. Understanding these exclusions is essential for responsible equipment handling. Failing to read the terms could lead to unexpected costs should any issues arise.
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Claim Procedures
This section details the steps required to initiate a warranty claim, from notifying the manufacturer to providing proof of purchase. A production company experiences a sudden influx of failures among its moving heads. Without clear guidance, navigating the claim process can be overwhelming. The “Warranty information” streamlines this process, providing specific instructions on whom to contact, what documentation to provide, and how to package and ship the faulty equipment. A prompt and well-documented claim ensures timely repairs and minimizes disruption to operations.
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Transferability and Subsequent Ownership
The “Warranty information” clarifies whether the coverage extends to subsequent owners should the fixture be sold or transferred. This facet adds value to the equipment. Should a lighting rental house decide to upgrade its inventory, a transferable warranty becomes a selling point. Prospective buyers gain confidence knowing that the equipment is still protected against defects. A clear understanding of transferability influences resale value and adds a layer of security for both buyer and seller.
These facets within the “Warranty information” section of the “beam 230 moving head manual” are interdependent, forming a cohesive shield against potential financial losses resulting from equipment failure. This section is more than just a legal requirement, it is an important consideration for the equipment. Failing to understand this information could have serious financial repercussions. The information provides the details for keeping users in control and well prepared in the event of an incident.
Frequently Asked Questions
A collection of common inquiries surrounding the operation, maintenance, and potential issues concerning the specialized lighting equipment covered in the “beam 230 moving head manual.” This section addresses concerns born from practical experience and seeks to provide definitive answers. Consider the plight of the theater technician facing a show-stopping malfunction with no immediate solution in sight. The following questions represent the knowledge they desperately seek.
Question 1: What is the expected lifespan of the light source, and how does its usage pattern impact this lifespan?
The operational life of the light source varies based on operational intensity and the frequency of power cycles. A theater troupe, committed to preserving the integrity of their lighting rig, diligently tracked the usage hours of each fixture. They discovered that consistent operation at reduced intensity extended the lamp’s lifespan significantly, allowing for more predictable replacement schedules and minimizing disruptive failures during performances.
Question 2: How frequently should the cooling fans be cleaned, and what are the consequences of neglecting this maintenance task?
Dust accumulation within the cooling system impedes heat dissipation, potentially leading to premature component failure and posing a fire hazard. A lighting professional operating in a dusty outdoor environment learned this lesson the hard way when a fixture overheated during a critical scene, causing a costly and embarrassing disruption. Regular cleaning, guided by the manual’s recommendations, is paramount, a lesson that the technician had to learn the hard way.
Question 3: What are the common indicators of DMX signal interference, and how can this interference be mitigated?
Erratic movements, flickering lights, and unresponsive fixtures often signal DMX signal degradation. A concert venue experienced persistent communication problems, eventually tracing the issue to a poorly shielded cable running near a high-voltage power line. Employing shielded cables, ensuring proper grounding, and maintaining adequate separation between DMX lines and potential sources of interference are essential preventative measures.
Question 4: What are the recommended storage conditions for the beam 230 when not in use for extended periods?
Exposure to extreme temperatures and humidity can damage sensitive electronic components and degrade optical elements. A touring company learned this after storing their equipment in an unheated warehouse over the winter, resulting in significant corrosion and component failure. The equipment must be stored in a dry, climate-controlled environment to prevent these issues.
Question 5: Are there specific brands or types of cleaning solutions that should be avoided when cleaning the lens and other optical surfaces?
Abrasive cleaners and harsh chemicals can scratch or damage delicate optical coatings, reducing light transmission and distorting the projected image. A small theatrical production permanently marred a lens by using an improper cleaning solution. Use only recommended cleaning solutions and follow the procedure closely as described in the manual. Protect the lens, as there is no affordable option to replace it.
Question 6: What steps should be taken if the fixture exhibits unusual noises or vibrations during operation?
Unusual noises often indicate mechanical problems, such as loose screws, worn bearings, or misaligned components. A dance production encountered this when a moving head began emitting a loud grinding noise mid-performance. The crew was able to trace the noise to a damaged fan. The fan had to be replaced to continue operating. Ignoring this noise can lead to more significant damage, so it is important to perform regular maintenance and address any performance issues immediately.
These questions and answers are based on the common inquiries and problems lighting professionals will encounter in the field. These FAQs point out the importance of the manual to the light performance. Paying attention to these questions will help light managers to resolve any issues with their equipment.
These steps ensure long lasting performance from the light systems.
Essential Usage Tips
The information contained in the manual are not mere recommendations; they are lessons etched in the experiences of countless technicians who have navigated the volatile world of live production. A technician, new to the role, saw a manual as a guideline, and not a set of rules that required to be followed to the letter. Soon enough, minor issues turned into major issues, that the lighting crew would have been able to foresee had they consulted the manual. These tips extract from that experience, will ensure that operators can confidently manage any performance.
Tip 1: Prioritize Pre-Show Inspection: Before each performance, implement a comprehensive inspection routine, referencing the checks specified in the documentation. Small problems caught early prevent major malfunctions during critical moments. One large show was nearly ruined because a hanging bolt wasn’t secured correctly. After this event, pre-show inspections became mandatory.
Tip 2: Understand DMX Addressing: DMX addressing is more than just assigning numbers; it is establishing a clear communication pathway between console and fixture. Incorrect DMX configurations result in unresponsive lights and a lack of control. A traveling theatrical troupe realized the importance of DMX mappings when their light configurations were entirely wrong, and had to be realigned. Be precise and meticulous.
Tip 3: Heed Thermal Warnings: Overheating is a silent killer of electronic components. Pay attention to temperature readings and ensure adequate ventilation around each fixture. A lighting director who ignored repeated thermal warnings from the lights paid a steep price when a crucial light shut down mid-performance, leaving a soloist in darkness.
Tip 4: Update Firmware Regularly: The software that governs modern lights is constantly evolving. Install firmware updates promptly to benefit from bug fixes and performance improvements. One music hall experienced inexplicable color shifts and erratic movement patterns. After a firmware update, the problems were solved.
Tip 5: Store Equipment Properly: The rig is not designed to withstand harsh environmental conditions. Store in a dry, climate-controlled environment to prevent corrosion and component degradation. One rental house had to be reminded not to store lights outdoors because of damaged and inoperable equipment.
These tips are not merely suggestions; they are the distillation of hard-won experience, designed to ensure the equipment continues to be fully functional and meets performance requirements. They ensure consistent performance, safety, and a show delivered without technical difficulties. The manual should be a tool in any lighting professional’s repertoire.
With a solid grasp of the information, the technician is well armed to engage in a professional light performance.
The Silent Guardian
The preceding exploration has illuminated the multifaceted nature of the “beam 230 moving head manual.” It is more than a mere compilation of technical specifications or operating instructions. It is a comprehensive guide, a diagnostic tool, and a preventative measure rolled into a single document. From the critical safety protocols to the nuanced intricacies of DMX channel mapping, this documentation is the cornerstone of safe operation, creative expression, and long-term equipment reliability. The tales shared serve as stark reminders of the consequences of neglecting this crucial resource. Improper rigging, thermal mismanagement, and flawed DMX configurations have all led to near disasters and compromised performances, underscoring the manual’s indispensable role in mitigating risk and maximizing potential.
The “beam 230 moving head manual” stands as a silent guardian, protecting both the equipment and the individuals who operate it. It demands respect, diligence, and a commitment to understanding its contents. The future of stage lighting is intrinsically linked to the responsible and informed use of these guiding documents. It is a testament to the power of knowledge, transforming a complex piece of technology into a tool of creative expression, and ultimately, ensuring that the show goes on, flawlessly and safely. Therefore, it is incumbent upon every lighting professional to embrace the manual not just as a reference, but as a trusted partner in the pursuit of lighting excellence.
