The rotationally symmetrical Siteco Mirrortec® projectors have been specially developed for combining with the Siteco Mirrortec® reflectors. The projectors are characterised by high light output ratios and narrow light distribution with narrow half-peak divergence, without light spill. This is made possible with precise optics: with the parallel beam version the inverse lamp alignment controls the beam area of ± 2.5 degrees so exactly that the projectors are suitable as projector systems for the Siteco Mirrortec® reflectors as well as for the precise, point illumination of towers and buildings. Walls and ceilings.
The projector of high quality diecast aluminium is compactly constructed for easy handling: the projector head and electrical housing that additionally functions as a wall surface mounting module are separately constructed, but connected via a rotating hinge. This enables the projector head to be variably adjusted and securely fixed with three screws.

• patented lighting technology specially developed for secondary reflector systems: inverse mounting position and axial lamp arrangement for parallel light distribution
• extremely narrow distribution for optimal light point resolution
• high level of uniformity on the reflector with minimal light spill
• simple, discreet design
• can be universally used for indoors and outdoors
• compact design with diecast aluminium housing
• optimised housing form: no shadows from socket or lampholder
• relamping without tools

Housing of diecast aluminium, metallic grey (RAL 9006) coated | projector head and electrical housing with pan-and-tilt connection; temperature-resistant cover panel | reflector of plated and anodised aluminium | tool-free relamping via opening of upper tube hood

Projector wired ready for connection | with 3-pole connection terminal, max. 2.5mm² | cable entry for cable D= 6…12mm | with LLCG, parallel p.f. correction, and ignitor

Due to patented lighting technology with inverse mounting position, the beam area is precisely defined

• parallel distribution optimised for secondary reflectors, maximum light output ratio and uniform illumination in ± 8° beam range | significantly reduced light immission with less than 1.6% of luminous flux outside of range ± 10°