Overview
Large 45cm Fresnel Lens – Provides a powerful and versatile light output. 16°-50° Zoom Range – Adjustable beam spread for flexible lighting control. High Illuminance – Delivers 47,970 lux @5m, 5600K at 16° for a concentrated lighting area. Multiple Control Options – Adjustable via wired and wireless control. Built-in Fans – Ensures operational stability and reliability in high-temperature environments.
The newly introduced motorised Fresnel lens features a 45cm lens, with a 16°-50° zoom range. At 16°, it gives the Evoke 5000B an illuminance of 47,970 lux @5m, 5600K. Providing a smaller lighting area and a less hard appearance. The zoom range of the FL-45E can be adjusted using the button on the Fresnel lens itself, controlled on the fixture, via wired control (wired controller, DMX, Ethernet), or through wireless control (Nanlink App 2.0, LumenRadio CRMX). The built-in fans provide operational stability and reliability in high temperature environments.
Included in box
1x FL-45E Fresnel Lens
About the Nanlux FL-45E Motorised Fresnel Lens 16-50
The newly introduced motorised Fresnel lens features a 45cm lens, with a 16°-50° zoom range. At 16°, it gives the Evoke 5000B an illuminance of 47,970 lux @5m, 5600K. Providing a smaller lighting area and a less hard appearance.
The zoom range of the FL-45E can be adjusted using the button on the Fresnel lens itself, controlled on the fixture, via wired control (wired controller, DMX, Ethernet), or through wireless control (Nanlink App 2.0, LumenRadio CRMX). The built-in fans provide operational stability and reliability in high temperature environments.
Output 47,970 lux @5m,
5600k, 16 degrees
Zoom Range 16-50 Degrees
Large 45cm Fresnel Lens – Provides a powerful and versatile light output
16°-50° Zoom Range – Adjustable beam spread for flexible lighting control
High Illuminance – Delivers 47,970 lux @5m, 5600K at 16° for a concentrated lighting area
Multiple Control Options – Adjustable via wired and wireless control.
Built-in Fans – Ensures operational stability and reliability in high-temperature environments
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