824G

Adjustable Ø86 Beamer projector designed for museum, retail and architectural applications requiring high photometric precision and operational stability. The luminaire body is made of die-cast aluminum with high thermal conductivity, optimized to ensure efficient passive heat dissipation and constant thermal behavior over time. The front ring in anodized aluminum ensures structural rigidity and mechanical protection of the optical unit. Rear cap in thermoplastic material (Mass-Balance). The light source consists of a high color rendering COB LED module (high CRI), selected to ensure excellent color fidelity and color temperature stability under typical usage conditions in exhibition contexts. The aiming mechanism allows 360° rotation on the vertical axis and 90° inclination on the horizontal axis, enabling fine adjustment of the light beam within the installation area. The Beamer version integrates a specific optical unit equipped with a plano-convex glass lens, designed to ensure continuous variation of the emission angle from 13° to 56°. Manual beam adjustment is made even more intuitive by the knurled ring in black anodized aluminum, which ensures precise and stable focusing. Despite its performance, the projector maintains extremely compact dimensions. The thermoplastic adapter includes the DC/DC driver circuit with Bluetooth protocol. The integrated "Bluetooth Casambi" technology allows each light module inserted on the track to be adjusted independently. Integrated beacon, activatable via app (iBeacon), which enables smart functions for third-party applications and Jiminy Push Notification apps. The device can be controlled with the Casambi app, which enables on-off, dimming, and scene recall functions. The app is available on the App Store and Google Play Store. It can be integrated into the system's "Mesh" network, allowing the management of multiple devices. The LED module is interchangeable via a specific replacement optical-electronic unit, supplied on request. This solution guarantees maximum flexibility in managing the product's life cycle and allows for future optimizations of luminous performance.