cad

Smart 4 - LED
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Catalog excerpts

Smart 4 - LED - 1

INDUSTRIAL LIGHTING

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Intelligence is the ability to adapt to the environment, resorting to the best solutions in terms of effectiveness and Smart [4] is the new lighting device by CEWIS5 that interprets intelligence exactly from this point of view and makes its versatility and adaptability key aspect of its identity, offering sustainable light in the most varied of contexts and in which lighting performance is a must. Smart [4] can be a floodlight, high bay or ceiling light as needed, offering different photometries depending on the different contexts. The practicality of the new luminaires guarantees optimal...

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Industrial lighting Luminaires for industrial environments, logistics centres - Dissipator in die-cast aluminium with very low copper content. - Fixing plate in galvanised steel. - Fixing spring in pre-stressed steel. - CLOW WIRE TEST 850°C - Versions complying with DIN Standard 18032-3 are available, for installation in covered sports facilities

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Low-bay luminaires High-bay luminaires Smart [4] LB - 2+2L - DRIVING CURRENT 1200mA - IP66 - IK08 - GLOW WIRE TEST850°C 5L - DRIVING CURRENT 1100mA - IP66 - IK08 - GLOW WIRE TEST 850°C Smart [4] HB - 4x4L - DRIVING CURRENT 1200mA - IP66 - IK08 - GLOW WIRE TEST 850°C 4x5L - DRIVING CURRENT 1100mA - IP66 - IK08 - GLOW WIRE TEST 850°C

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Industrial lighting Smart ■ Standard s Accessory □ Not envisaged ▲ Upon request A Under development 'Referred to version with 100° diffused optic -2Available from September 2014 - can be ordered with the suffix DR at the end of the code 3Available from September 2014 - can be ordered with the suffix D at the end of the code -4Available from September 2014 with 100° optic only -5Available from September 2014

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system efficiency? The Life Cycle Cost Analysis (LCCA) is the criteria used by the American Energy Department to evaluate project costs over a given period. This type of analysis provides a clearer picture of the effectiveness of energy efficiency activities, by comparing operating, maintenance and installation costs of existing and new systems. replacement cost (obsolete products)

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Industrial lighting Smart [4] was developed by the GEWISS research centres to reduce the Total Life Cycle Cost and therefore make it affordable to replace lighting systems. Smart [4] was developed by the GEWISS research centres to reduce the Total Life Cycle Cost and therefore make it affordable to replace lighting systems. Various fixing systems ensure flexible use in any type of application. Using Smart [4] products instead of traditional light sources yields energy savings of up to 60% in comparison to recent systems and of up to 80% in comparison to obsolete or poorly maintained...

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Efficiency and maintenance of performance over time The Smart [4] devices are equipped with Power LEDs. The types selected, which are supplied with colour temperature 4000K, guarantee high levels of light efficiency, low flow decay, long duration and excellent colour performance. Why choose Power LEDs? Colour consistency over time From a photometric point of view, the key difference between a Power LED and Midpower Array LED lies in its In the case of the Array, the size of the emitting area prevents the flux from being fully controlled by the high bay; ith Power LEDs, on the other hand,...

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Industrial lighting How to lower the energy costs for your systems Comparison between traditional and LED technologies Watertight luminaire (T8) Smart [4] LB Industrial high bay (HID) Smart [4] HB

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The Smart[4] system consists of a complete range of fixing systems for every type of application Ceiling mounting fixing ADJUSTABLE SUSPENSION fixing* suspension ropes BRACKET fixing* Ceiling mounting fixing ADJUSTABLE SUSPENSION fixing' adjustable suspension ropes BRACKET fixing'

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Industrial lighting *Fixing suitable for application in sports contexts, in compliance with DIN Standard 18032-3

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A one-for-one replacement is the easiest, most economical and reliable solution, minimising the cost of the initial installation; making it comparable to simple relamping. Ceiling mounting fixing ceiling mounting fixing 2. Electrical disconnection of fitting to be replaced 3. Mechanical disassembly of the device to be replaced 4. Installation of the new Oewiss spring 5. Mechanical connection of Smart [4] LB N.B. only one of the existing coupling points will be used 6. Electrical connection of Smart [4] LB

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Industrial lighting Standard kit for Smart [4] HB for suspension fixing 4. Mechanical connection 5. Electrical connection N.B. the accessory is used to position the photometric centre exactly at the same height as the product being replaced..

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LCCA Payback Improve lighting without changing the existing electrical system Payback expected for the hours of operation, energy cost and system condition based on the hours of use and the energy cost EXPECTED PAYBACK (YEARS) Example: Assembly line Example: Underground parking area - Three shifts for 220 working days: approx. 5,300 hours per year - Correctly maintained system and intermediate energy cost: - Expected payback: little more than 4 years Always on: 8.7G0 hours a year System poorly maintained or obsolete and energy cost below the average: Expected payback: <2 years

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Industrial lighting EXPECTED PAYBACK (YEARS) - System poorly maintained or obsolete and energy cost much below the - Expected payback: <2 years • Example: Logistics - Two shifts for 350 working days: approx. 5,600 hours per year - Correctly maintained system and average energy cost: - Expected payback: little more than 3 years 1 The continuous curves refer to the energy cost for a recent system; the dotted lines refer to a system that is more than 10 years old or obsolete.

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System management Smart [4] offers different methods for managing systems and measuring consumption DALI management DALI READY management The DALI protocol for lighting device control creates a versatile, user-friendly system based on just a few components. The devices that are compatible with this Standard can be integrated as a system. A DALI line can manage up to 64 devices, assigned to a maximum of 16 units. Thanks to the DALI protocol, 5mart[4] can be controlled by the user from a distance via push-buttons, interfaces and integrations in existing Building Automation systems, allowing...

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