PROJECT SERVICES
Our project workflow connects the lighting designer’s visual intent with the engineer’s performance requirements and the contractor’s installation reality. The result is a clearer route from early concept to commissioned system.
COORDINATED INPUT
We examine task geometry, surface reflectance, mounting limits and visual priorities before a family is shortlisted. The review distinguishes ambient, accent and vertical illumination so one product is not forced to solve conflicting requirements.
Beam angle, candela distribution, cut-off and aiming are considered alongside luminous flux. For circulation and work areas, UGR and uniformity remain part of the choice; for display environments, contrast and color rendering move forward.
Driver type, dimming interface, emergency requirements and sensor topology are checked as a system. DALI-2, 0-10V and local occupancy sensing require different commissioning responsibilities, cable planning and handover records.
Confirm use, illuminance targets, CCT, CRI, glare expectations and applicable compliance.
Review calculation assumptions, spacing, aiming and light loss factors with the project team.
Align luminaire, driver, sensor, control protocol and circuit information before tender.
Use samples or mock-ups to judge material response, beam quality and interface behavior.
Capture scene settings, schedules, product references and maintenance expectations.
This discipline recognizes a real trade-off: maximizing lm/W can reduce operating load, but visual comfort and color quality may justify a different optical or power choice. The appropriate balance is documented rather than hidden.
SPECIFICATION RESOURCES
Project teams can request available IES or LDT files, dimensional information, installation guidance and control interface context. Where a product path includes UL, CE or RoHS considerations, the applicable market and product scope must be confirmed rather than inferred from a family name.
We do not treat a photometric file as a design answer. Room geometry, mounting height, reflectance, maintenance assumptions and the designer’s intent still determine whether modeled performance is credible. Likewise, LM-79 measurements describe a tested configuration; they do not automatically predict every installation.
Send the drawing, target criteria and control constraints. We will frame the photometric and coordination questions that move it forward.