NANLUX FL-22E Motorized Fresnel: Spot to Flood in One Light

Why motorized beam control changes your lighting workflow

The NANLUX FL-22E Motorized Fresnel Lens 15°–48° is a lighting accessory designed specifically for the Evoke 600C LED spotlight. Instead of swapping modifiers or manually adjusting a conventional Fresnel, you can change the beam angle remotely—from a tight 15° spot to a wide 48° flood—using the NANLINK app, a DMX console, or manual adjustment. That flexibility helps you adapt light spread and intensity quickly on set, whether you are shaping a key light for an interview or controlling spill in a broadcast studio.

This guide walks through what the FL-22E does, how to integrate it into your Evoke 600C setup, and the compatibility checks that matter before you order. It is not a step-by-step installation manual; the supplied information does not include mounting instructions or power requirements beyond the NL mount with electronic contacts. Use the checkpoints below to plan your workflow and confirm the fit for your production.

What the FL-22E adds to an Evoke 600C

• NANLUX FL-22E Motorized Fresnel Lens 15°-48°: The NANLUX FL-22E Motorized Fresnel Lens 15°–48° is a lighting accessory designed specifically for the Evoke 600C LED spotlight. This is a model-specific accessory, not a universal Fresnel. Confirm you are using an Evoke 600C before planning your setup.

  

• NANLUX FL-22E Motorized Fresnel Lens 15°-48°: It features an NL mount with electronic contacts and enables remote beam angle control from 15° to 48°. The electronic contacts are what allow motorized adjustment through the NANLINK app or DMX, so your control workflow depends on this interface.
• NANLUX FL-22E Motorized Fresnel Lens 15°-48°: The lens can be controlled through the NANLINK app, DMX console, or manual adjustment. You can choose the control method that fits your studio or location workflow without needing a separate controller for every situation.
• NANLUX FL-22E Motorized Fresnel Lens 15°-48°: It comes equipped with barn doors for precise light shaping and spill control. Barn doors give you a second layer of control beyond beam angle, useful when you need to flag light off a background or subject.

A practical order for integrating the FL-22E into your kit

The supplied information does not include detailed installation steps, power requirements, or clearance dimensions. The following sequence focuses on planning and verification rather than physical mounting instructions.

1. Confirm your fixture is an Evoke 600C: The FL-22E is designed specifically for the Evoke 600C. Check the model name on your light before ordering; the NL mount and electronic contacts are part of that specific interface.
2. Decide how you will control beam angle: The FL-22E supports the NANLINK app, DMX console, and manual adjustment. Choose your primary method based on whether you are in a studio with a DMX desk or on location with a mobile device. The supplied information does not specify cable lengths, DMX addressing procedures, or app setup steps, so consult the manufacturer documentation for those details.
3. Plan for barn doors in your light shaping: The FL-22E includes barn doors. Factor them into your rigging and storage plan, and check that your case or cart has room for the assembled unit. Exact dimensions are not provided in the supplied information.
4. Verify the package contents: The box contains 1x NANLUX FL-22E Motorized Fresnel Lens 15°–48°. No additional cables, controllers, or mounting hardware are listed in the supplied information. If you need those, confirm separately.
5. Test your control workflow before a shoot: Once the lens is mounted, run through beam angle changes using your chosen control method. Because the supplied information does not include operating instructions, follow the manufacturer's guidance for the Evoke 600C and NANLINK app.

Where the FL-22E fits in a production workflow

The FL-22E is intended for cinematographers, lighting designers, and content creators who need versatile beam shaping from a single fixture. In practice, a motorized Fresnel lets you adjust the beam between takes without walking to the light—useful when the light is rigged high or in a tight space. The 15°–48° range covers a tight spot for punchy accents and a wider flood for softer fill or background washes.

Because the lens is controlled through the NANLINK app or DMX, it can be part of a repeatable lighting setup. The supplied information describes enhanced light output and focus accuracy, but does not provide specific photometric data, so treat those as general design goals rather than measured performance.

When the FL-22E is the right choice—and when it is not

The FL-22E is a specialized accessory. Use this comparison to decide whether it matches your needs.

• Choose the FL-22E if: You own an Evoke 600C and want remote beam angle control from 15° to 48°, with the ability to adjust via NANLINK app, DMX, or manually. It suits studio and location work where quick beam changes and barn-door spill control matter.
• Consider another accessory if: Your fixture is not an Evoke 600C, or you need a modifier with a different mount, beam angle range, or control interface. The supplied information does not confirm compatibility with other Nanlux fixtures or third-party lights.
• Check before you buy: The supplied information does not list power requirements, operating temperature range, or physical dimensions. If your rig has strict clearance or power constraints, verify those details with the manufacturer before ordering.

Product facts at a glance

• NANLUX FL-22E Motorized Fresnel Lens 15°-48°: Brand: Nanlux; Manufacturer SKU: FL-22E; available in Canada from Filmgear Canada. Use the SKU and full model name to distinguish this configuration from similar Fresnel accessories when ordering.
• NANLUX FL-22E Motorized Fresnel Lens 15°-48°: The FL-22E is built with robust, weather-resistant materials for reliability in demanding production environments. Weather resistance can be useful on location, but the supplied information does not specify an IP rating or define the limits of that resistance, so avoid assuming it is waterproof.