Relux or dialux relux lighting software software#
Relux or dialux relux lighting software free#

Software manufacturers (light planning, CAD, PIM) and lighting manufacturers must then implement and offer this format in their systems. A beta phase of the format is to start in the first half of 2021. The documentation should be released over the course of 2021. The format will continue to be curated by the participating companies and further developed according to requirements.

Relux or dialux relux lighting software free#

In order to reach the largest possible number of users, the format and related documentation are provided free of charge. In terms of BIM, a GLDF can be used in a project from the first design phase to recycling.ĭIAL and RELUX have designed a data structure that can map all aforementioned parameters and therefore makes data exchange between applications and stakeholders possible. The features are described in CEN TS 17623, 'BIM Properties for lighting - Luminaires and sensing devices'. Part of the GLDF is, of course, photometric and spectral information as well as geometrical, electrotechnical, commercial and maintenance information. Preliminary work from various committees, such as the ZVEI BIM workgroup, has been incorporated. The new Global Lighting Data Format (GLDF) has been developed to fully map lights and presence or movement sensors for all purposes. In contrast, the RFA and IFC data formats try to map the product in the CAD and BIM process without sufficiently considering the lighting technology.Ĭurrent status of the new Global Lighting Data Format (GLDF) In lighting design programs, light is calculated and the most complete product information possible is given for selection and ordering. These formats combine different requirements. Modern data formats that are used in CAD and lighting design programs include ULD (DIALux) ROLF (RELUX), RFA (Revit) or even IFC (OPEN BIM). This format cannot be used for light planning. This is designed for data exchange between the manufacturer and retailer, and compiles product descriptions. These formats contain very little further information that would be required for a complete BIM-process, including system design, commercial processing or facility management.įor information required by retailers, for example, there is the ETIM format which is common in Germany and also used in other countries. Measured properties are presented and can be interpreted using formulas and standardised application rules. These formats document physical properties of lights and lamps. Standard photometry formats such as Eulumdat, LM63, TM-14 or UNI 11733-2019 are available for creating technical data sheets or calculating a lighting system. Various descriptions for lights are currently available for different purposes. Manufacturers are incentivised to maintain the information and keep it up to date as they no longer need to create new formats for many different purposes.Ĭurrent status of electronic lighting documentation Software manufacturers can find great information for their (design) programs. The information is always identical, ruling out differences between different file versions. The file can be used by all programs and applications. Planners can find all information on a product in the GLDF. All processes operated by manufacturer data can access the information from the GLDF. The Global Lighting Data Format (GLDF) provides the following advantages for everyone involved: Manufacturers only need to maintain and offer a single format.

This data must include all information required for the respective purpose.

Software manufacturers require comprehensive and the most up to date product information. Planners and designers use several different programs for different purposes and expect product data to be available, and of course uniform, across all applications. Until now, manufacturers have had to deal with the fact that users require internal product information in different formats and for different purposes.