FC100
FC100-RGBW is an LED RGBW theater light with RGBW color mixing, CRI 80, 15°-55° beam angle, 100W input power, DMX512 dimming control, IP20 rating and 50,000 hours LED lifetime.
| Power consumption | 100W |
|---|---|
| Power input | AC100V-220V, 50Hz |
| Light source | LED |
| LED configuration | LED, exact LED quantity to be confirmed |
| Color system | RGBW |
| CRI | 80 |
| Beam angle | 15°-55° |
| Zoom range | 15°-55° |
| Control | DMX512 |
| Dimming | DMX512 dimming |
| IP rating | IP20 |
| Working temperature | 60℃ |
| Product size | L413 x W310 x H385mm |
| Net weight | 7.5KG |
Specifications are based on the current FC100-RGBW product record and may change without prior notice. Luminous flux, Packing size, Gross weight, Certification, Warranty, MOQ, Lead time require final sales confirmation.
Product questions
What type of fixture is FC100?
FC100 is a LED Theater Light / Fresnel-style Spotlight. FC100-RGBW is an LED RGBW theater light with RGBW color mixing, CRI 80, 15°-55° beam angle, 100W input power, DMX512 dimming control, IP20 rating and 50,000 hours LED lifetime.
What light source does FC100 use?
The published light-source specification for FC100 is LED.
What is the IP rating of FC100?
The published protection rating for FC100 is IP20. Confirm installation conditions and the latest production specification with iTOPLITE before use.
What beam or zoom range does FC100 provide?
The published optical range for FC100 is 15°-55°.
Which DMX channel modes does FC100 support?
The current product record lists TBC. Contact iTOPLITE for the latest DMX chart and firmware-specific documentation.
Where is FC100 typically used?
Recommended applications include Theater lighting, TV / film studio lighting, Stage performance, Exhibition and event lighting. Final fixture selection should account for throw distance, required output, control plan and environmental conditions.
Planning with FC100
Overview
FC100 is a led theater light / fresnel-style spotlight in the Theater & Studio range. Its published light-source specification is LED, the optical record lists 15°-55°, and the enclosure rating is IP20. The available control record lists TBC. These values describe the current product record and should be checked against the production version offered for a project. Selection should begin with the required visual task and site conditions rather than one headline value.
Where it is used
The published applications include Theater lighting, TV / film studio lighting, Stage performance, Exhibition and event lighting. In a real design, each application changes the priorities. Touring teams may focus on handling, repeatable setup and control-library consistency. Fixed installations may give more weight to access, operating cycles and planned maintenance. Outdoor work also requires compatible connections, distribution and procedures; the fixture rating does not protect unrelated parts of the system.
Reading the specifications
The 15°-55° optical specification should be evaluated at the actual throw distance and target size. Request photometric data or test a production-representative sample when beam coverage or camera exposure is critical. The published IP20 rating describes enclosure protection under defined conditions, not permission to ignore mounting orientation, seals, connectors or severe-weather decisions. The TBC control entry identifies the available channel footprint; obtain the current DMX chart and match it to the intended firmware and console profile.
The light-source entry, LED, is not by itself a circuit-load calculation. Use the complete input-power and supply data in the specification table when planning distribution. Include clamps, safety devices, cables, cases and accessories when reviewing rigging and logistics. If a required value remains marked as pending, keep it as an approval item and obtain written confirmation before ordering.
Project and purchasing review
Prepare a short requirement sheet covering application, environment, mounting, throw, control, supply, required documents, accessories, quantity, spares and delivery scope. Compare alternatives at the same operating conditions. A feature is valuable only when it supports a real cue, reduces project risk or improves operation. Do not infer price, certification, warranty or performance that is not present in the approved record.
Before accepting production, confirm model identity, external condition, included accessories and control behavior. Run movement and optical functions through the modes the project will use, record the result and update the as-built patch. Keep the final data sheet, DMX chart and service contacts with the asset record so operators and technicians can trace the basis of the selection.
