CHAL3 100 1400-940 HFIX RSB

This data set has been modeled according to the European Standard EN 15804+A2 for Sustainable Building. Results are depicted in modules that allow the structured expression of results over the entire life cycle. Transport modul: A Standard scenario with a truck with a transport distance of 700 km in Europe is considered. The weight of the transported unit includes product with packaging. Use-stage modul: During the use-stage, consumption of electricity is calculated, based on a for the declared product characteristical, standardardised scenario. All use-scenarios are defined in the [PCR part B] of IBU. Not only annual operating time, average product lifetime and power consumption is considered but also additional influences like stand-by circuits, dimming function and more. The following electricity grid mix is applied by default: EU Allocation of waste material: For the treatment of production residues the calculation considers the increased demand of materials' input resulting in production residues during manufacturing. These material flows are not connected to an EoL-scenario. Avoided burdens for secondary material in case of potential recycling are not included. End-of-life modul: As an EoL scenario the product as well as the replacement parts are assumed to be collected to 100% (legal requirements defined within WEEE directive). The product and replacement parts are fed to a generic shredding process with fixed demand on electrical energy per input mass (C3) of 1,2 MJ/kg, resulting in different waste fractions. For the amount of metal flows respective recycling processes are considered, including recycling losses. Environmental burdens of recycling processes, as well as avoided burdens for secondary materials are assigned as total value in module D. The plastic fraction is fed into a process for waste incineration (B4/C3). The calculation of emissions from the waste incineration plant follows a partial stream consideration for the combustion process, according to an average mix of plastics.

A highly efficient and sustainable LED downlight with low height. Suitable for mounting in ceiling thicknesses of 1 to mm and Ø100mm cut-out with spring clips. Remote, pluggable, DALI-2 dimmable LED driver with DC functionality, adjustable 1-100 %, emergency power level preset to 15%, NFC configurable, SwitchDIM compatible.Loop in - loop out possible. Body: Die-cast aluminium for highly efficient thermal management with recycling content >90%. Diffuser: polycarbonate. Reflector and trim: polycarbonate smooth reflector in satinbrite finish with wide beam. Class II electrical, IP54_IP20. Complete with 4000K LED Dimensions: Ø119 x 95 mm Luminaire input power: 15.8 W Luminaire luminous flux: 1530 lm Luminaire efficacy: 97 lm/W Weight: 0.5 kg The manufacturing process includes production technologies such as plastic injection moulding, plastics processing, metalworking and powder coating, as well as the operation of highly automated systems for assembling the products. All primary and secondary data are modelled to be specific to the technologies or technology mixes under study. Where technology-specific data are unavailable, proxy data are used. Technological representativeness is considered to be good.

The declared product is a professional LED luminaire that is used for application 'Office'.