APOLLO UV SENSOR
DESIGN BY RE-FUN DESIGN STUDIO
www.landminstruments.com
L&M's technology is deployed inside ultraviolet (UV) metering devices related to UV curing and UV disinfection applications. Whether you work in a healthcare environment that utilizes UV-C disinfection, or you have consumed yogurt from a plastic cup that was UV-disinfected prior to being filled with yogurt, or you work within a building with a UV-C disinfecting HVAC system, there is a high likelihood that L&M's technology has been a part of your life. From early on in the COVID-19 pandemic, the same technology was deployed as part of surgical mask disinfection systems, allowing masks to be safely reused multiple times as hospital staffs dealt with PPE shortages. As companies continue to conceptualize and develop innovative systems to proactively deactivate pathogens with UV light, L&M, along with its ISO17025 partners, would welcome the opportunity to play a part in your product design.
It’s all about the Dose
With all the variables involved in the efficacy of UV-C surface and air disinfection (UV-C lamp type, lamp power, distance to kill area, pathogen type, relative humidity and more), what matters most is dose or the total energy required to deactivate the pathogen. The Apollo UV-C Precision Indicator tells you just that, and it is coin-cell battery powered, compact, and rugged. Put it anywhere, especially in those hard-to- reach places.
Features and Benefits
• Easily confirm the dose (fluence) anywhere in the room
• Simple push button start/stop with percent dose indication means zero training
• Compatible with all UV-C source technologies (LPM, Far UV-C, Pulsed Xenon)
• TRU2UVTM proprietary optical filtering to ensure Solar and Visible blindness outside the UV-C pathogen deactivation spectrum
• Smart Sensors for Life® SFE technology means ultra low power and research-grade precision
• USB interface for Dose Target setting
• Serial interface available for microcontroller
or PLC connection in permanent installations
• NIST traceable calibration available
• Simple push button start/stop with percent dose indication means zero training
• Compatible with all UV-C source technologies (LPM, Far UV-C, Pulsed Xenon)
• TRU2UVTM proprietary optical filtering to ensure Solar and Visible blindness outside the UV-C pathogen deactivation spectrum
• Smart Sensors for Life® SFE technology means ultra low power and research-grade precision
• USB interface for Dose Target setting
• Serial interface available for microcontroller
or PLC connection in permanent installations
• NIST traceable calibration available
Proven Technology
L&M's "RTGOM" light sensing solutions are a combination of proprietary and patented technologies used by the who's-who of high tech corporations and research universities with applications ranging from blood analysis to smart phone camera flash optimization.
Highly-Integrated
The L&M IRIS Smart Sensors for Life products not only pack a multitude of sensory functions into a single unit, but also pack the processing power to provide scale-out edge computing for complex functions such as spectrum analytics and flicker sensing and derivation.
Sensor-to-Cloud Native IOT
Our Sensor-to-Cloud Native IoT architecture eliminates the need for on-site infrastructure and provides scale-out without worry. Telemetry data flows directly to Azure-hosted cloud infrastructure where it is immediately transformed into analytics and alerting by the L&M responsive app front end.
WELL/LEED LIGHTING
The WELL Building Standard's lighting recommendations span fourteen pages, with a heavy emphasis on lighting quality and access to daylight. The LEED green building scoring system focuses on energy reduction with and daylight harvesting. At the same time temporal lighting artifacts (TLA's) introduced by the proliferation of LED's have introduced new challenges into lighting management and safety. The highly-integrated lighting analysis capability of IRIS, along with its flexible power capabilities and sensor-to-cloud IoT integration provide unparalleled benefits for pre-sales space evaluation, pre-occupancy auditing, and long-term environmental monitoring.
LIGHTING RESEARCH
Google "circadian lighting", "lighting flicker", "melanopic lux". There is a tremendous amount of research being done to uncover the relationship among our working and living environments, our health, our comfort, and our productivity. What if an improvement in lighting can increase both productivity and job satisfaction? What if a change in color can improve the creative juice flow to increase competitiveness? These are admittedly tricky questions with complicated answers. Critical to this research is robust, continuous environmental monitors with tight integration into the data analytics process. The IRIS sensors are built for this.
GOOD MANUFACTURING PRACTICES
The power of now. Highly-Integrated IoT will replace the data-logger. And for obvious reasons. It is not enough to know, twenty-five days from now, that the new LED's you installed created a temporal lighting artifact that made the high speed rotating blade look like it was still. It is not enough to know, two weeks from now, that the temperature of your precision-controlled production environment went out of specification. The time to know about environmental impacts affecting health, safety, and productivity is now. The IRIS sensors follow an intricate, yet tightly-coupled path from the environment they are monitoring, to the Azure cloud, and into your capable hands wherever you are.
Xiakai12388@126.com
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WeChat:Xiakai12388
@ RE-FUN DESIGN Studio
