Da-Lite Millennium Rear Projection Module (Rpm) Double Mirror

The Rear Projection Module (RPM) is a precision, aluminum extrusion based rear projection module. It is designed specifically to meet the exacting requirements of newer, digital projectors, and is manufactured to precise tolerances. The RPM is used to save valuable real estate by folding the projector's light path utilizing an optical quality first surface glass mirror. State-of-the-Art solid modeling software is used to design the RPM.The RPM shall be constructed of matte black anodized 13/4" square aluminum extrusion. The aluminum shall be 6063-T6 Alloy with a 1/8" typical wall. The connections of the extrusion shall be die cast Zinc #3 alloy powder-coated corner blocks. All sheet metal parts shall be powder-coated steel utilizing a minimum of 14 or 16 gauge material. The RPM is equipped with plastic non-marking adjustable feet that have a +/-7/8" range of adjustment to allow for a precise and level system in almost any uneven surface environment. The standard mirror(s) shall be 94%

The Rear Projection Module (RPM) is a precision, aluminum extrusion based rear projection module. It is designed specifically to meet the exacting requirements of newer, digital projectors, and is manufactured to precise tolerances. The RPM is used to save valuable real estate by folding the projector's light path utilizing an optical quality first surface glass mirror. State-of-the-Art solid modeling software is used to design the RPM.The RPM shall be constructed of matte black anodized 13/4" square aluminum extrusion. The aluminum shall be 6063-T6 Alloy with a 1/8" typical wall. The connections of the extrusion shall be die cast Zinc #3 alloy powder-coated corner blocks. All sheet metal parts shall be powder-coated steel utilizing a minimum of 14 or 16 gauge material. The RPM is equipped with plastic non-marking adjustable feet that have a +/-7/8" range of adjustment to allow for a precise and level system in almost any uneven surface environment. The standard mirror(s) shall be 94% reflective optical quality first surface glass, protected with a rubber compression gasket, utilizing 3-point suspension to ensure mirror surface flatness.