What the SF-ZW1915 Is
The SF-ZW1915 is a beam/wash/zoom 3-in-1 moving head light built around 19 OSRAM RGBW 4-in-1 LEDs at 15 watts each. The "3-in-1" designation means this single fixture replaces what would otherwise require separate beam, wash, and zoom heads in your rig. At 4° zoom, the SF-ZW1915 produces a tight, concentrated beam — a hard-edged shaft of light that punches through distance and haze with maximum intensity. At 60° zoom, the same fixture opens into a smooth, wide-angle wash that can flood an entire stage or wall with even color coverage. The motorized zoom transitions between these extremes in real time — you can go from a tight beam to a wide wash mid-show, mid-song, or mid-cue without touching the fixture.
On top of that, the bee eye lens disc adds a rotating kaleidoscopic effect that splits, fans, and recombines the beams from all 19 LEDs into dynamic, fractured patterns. And unlike a basic bee eye fixture, the SF-ZW1915 offers individual LED control — each of the 19 LEDs can be addressed independently for RGBW color, enabling pixel mapping of patterns, arrows, letters, numbers, and zone-based color schemes directly on the fixture's face.
OSRAM LED Source
The SF-ZW1915 uses OSRAM-brand RGBW 4-in-1 LEDs — not generic emitters. OSRAM is a tier-one LED manufacturer known for tight color binning (consistent color across all 19 LEDs), high lumen output per watt, superior color rendering, and long-term reliability under the thermal stress of continuous professional use. The OSRAM specification matters because it determines the quality of the light — color accuracy, brightness consistency, and fade behavior — that generic emitters can't match at this performance level.
Three-Phase Ultra-Quiet Motors
The pan/tilt system uses three-phase stepper motors instead of standard two-phase motors. The practical result is faster movement, more precise positioning, and significantly quieter operation. The fan speed is also auto-adjustable based on head temperature — the fixture runs its cooling fans only as hard as needed, reducing noise during quiet moments and ramping up when thermal demand increases. This makes the SF-ZW1915 viable in noise-sensitive environments like theaters, houses of worship, and broadcast studios where fan noise from cheaper fixtures would be disruptive.
Who It's For
Production companies, rental houses, concert and touring rigs, theaters, large-venue permanent installations, houses of worship, broadcast studios, and professional lighting designers who need a do-everything moving head that handles beam, wash, zoom, pixel mapping, and bee eye effects from one fixture position. At $625 and 37 lbs, the SF-ZW1915 is positioned as a workhorse for inventories where versatility, output, and reliability matter more than minimum weight.
At a Glance: 19×15W OSRAM RGBW 4-in-1 · beam/wash/zoom 3-in-1 · motorized zoom 4–60° · bee eye rotating lens disc · individual LED pixel control (5 zones) · 540°/210° pan/tilt · three-phase quiet motors · up to 99CH DMX · RDM · Powercon In/Out · 3000–6200K CCT · 450W · 37 lbs · $625
19×15W OSRAM RGBW 4-in-1
Nineteen individually controllable OSRAM RGBW LEDs at 15 watts each — 285W of LED power from tier-one emitters. Each LED contains four discrete chips (red, green, blue, white) in a single OSRAM package. Full RGB spectrum mixing (16.7 million colors) plus a dedicated white emitter for clean whites and adjustable color temperature. The OSRAM spec ensures tight color binning: all 19 LEDs produce the same color at the same DMX value, with no visible variation across the face of the fixture.
Motorized Zoom: 4° to 60°
The motorized zoom is what makes the SF-ZW1915 a 3-in-1 fixture:
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4° (beam mode) — Extremely tight, concentrated output. Hard-edged shaft of light with maximum throw distance and intensity. Cuts through haze as a defined beam. Use for aerial beam effects, long-throw key positions, and dramatic single-point accents.
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15–30° (mid-zoom) — Focused wash. Wider than a beam but still concentrated. Good for performer specials, head table accents, set piece illumination, and medium-throw coverage.
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60° (wash mode) — Full wide-angle wash. Smooth, even coverage across a large area. Use for stage floods, wall washes, audience lighting, and broad color fills where you need coverage, not defined beams.
The zoom motor is DMX-controllable, meaning you can transition between beam and wash modes in real time — tightening to 4° for a dramatic accent, then widening to 60° for a wash, all within the same cue or programmed sequence. This replaces the need to carry separate beam heads and wash heads.
Color Temperature: 3000–6200K
The RGBW mixing system produces a tunable white range from 3000K to 6200K:
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3000K — Warm tungsten. Matches incandescent and halogen sources. Classic warm stage wash.
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4000K — Neutral white. Balanced, natural-looking fill light.
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5600K — Daylight. Matches outdoor natural light and film/broadcast standards.
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6200K — Cool white. Slightly blue-shifted, contemporary feel.
This CCT range means the SF-ZW1915 can match other lighting sources on your rig (tungsten conventionals, LED panels, daylight sources) and serve as a practical white light fixture for broadcast and theater applications — not just a color effects head.
Bee Eye Rotating Lens Disc
The rotating lens disc sits in front of the 19-LED array and creates the bee eye kaleidoscope effect — individual lenses refract each LED's output at different angles, and the continuous rotation splits, fans, and recombines those beams into dynamic, fractured patterns. The rotation speed and direction are DMX-controllable. The effect is most dramatic at narrow zoom angles (4–15°) where the individual beams are tight enough to be seen as distinct shafts in haze. At wider zoom angles (30–60°), the bee eye adds a textured, faceted quality to the wash rather than defined beam separation.
Individual LED Control & Pixel Mapping
Each of the 19 LEDs can be individually addressed for RGBW color via DMX. The fixture divides the LEDs into 5 controllable zones in lower channel modes, and offers full per-LED control in higher channel modes (up to 99CH). This lets you:
- Display arrows, numbers, letters, and geometric patterns on the fixture face
- Create zone-based color schemes (center one color, inner ring another, outer ring a third)
- Run pixel-mapped effects from a media server or advanced DMX software — each LED as an independent pixel
- Produce chase and rotation patterns across the LED array independent of the physical head movement
This transforms the SF-ZW1915 from a simple wash/beam fixture into a programmable visual element — the face of the fixture itself becomes a display, not just a light source.
Dimming & Strobe
0–100% linear dimming with smooth, flicker-free curves. Electronic strobe with adjustable speed and random modes. The dimming quality matters for broadcast and theater applications where gradual fades need to be imperceptible — no stepping, no flicker, no abrupt jumps.
LED Lifespan
OSRAM LEDs rated for 50,000+ hours. At 8 hours per day, that's over 17 years of operation.
Complete Specifications
| Specification |
Detail |
| Light Source |
19×15W OSRAM RGBW 4-in-1 LED |
| Total Power |
450W |
| Power Input |
AC100–240V, 50/60Hz |
| Power Connector |
Powercon In / Out |
| Fixture Type |
Beam / Wash / Zoom 3-in-1 |
| Zoom Range |
4–60° (motorized) |
| Color Temperature |
3000–6200K (tunable) |
| Color System |
RGBW 4-in-1 (16.7 million colors) |
| Individual LED Control |
Yes — 5-zone and full per-LED pixel mapping |
| Pan Range |
540° |
| Tilt Range |
210° |
| Motor Type |
Three-phase ultra-quiet stepper motors |
| Fan Control |
Auto-adjustable (temperature-responsive) |
| Dimming |
0–100% linear, flicker-free |
| DMX Channels |
21 / 23 / 35 / 78 / 92 / 97 / 99 CH |
| Control Modes |
RDM / DMX512 / Master-Slave / Sound-Active / Auto-Run |
| DMX Connector |
3-pin & 5-pin XLR In/Out |
| Display |
LCD screen |
| LED Lifespan |
>50,000 hours |
| Housing |
High-temperature plastic + aluminum die-cast |
| Mounting |
Dual omega clamp brackets |
| Dimensions |
16.93 × 12.2 × 15.75 in (494 × 358 × 253 mm) |
| Weight |
37 lbs (15 kg net) |
| SKU |
SFX-BEE-001 |
Power — Powercon In/Out
The SF-ZW1915 uses Powercon connectors for power input and output — the professional locking power connector standard used on touring and production-grade equipment. Powercon In/Out allows daisy-chaining power from fixture to fixture without running separate power cables back to a distro. This simplifies cable runs on truss and reduces the number of circuits needed at each fixture position.
Power Planning: At 450W per fixture, power capacity must be planned carefully:
• 15A / 120V circuit (1,800W): supports up to 4 fixtures per circuit
• 20A / 120V circuit (2,400W): supports up to 5 fixtures per circuit
• 20A / 208V circuit (4,160W): supports up to 9 fixtures per circuit
When daisy-chaining power via Powercon, do not exceed the circuit rating for the total number of fixtures on the chain.
What's in the Box
- SF-ZW1915 Bee Eye Zoom Wash Moving Head Light (1 unit)
- Powercon power cable
- DMX cable
- Omega clamp brackets (2)
- User manual
Control Modes
| Mode |
How It Works |
| DMX512 |
Full external control via wired DMX. Seven channel mode options from 21CH (basic) to 99CH (full per-LED pixel control). All functions — pan, tilt, zoom, color, dimming, strobe, rotation, pixel mapping — individually addressable. |
| RDM |
Remote Device Management — bidirectional communication over the DMX line. Your RDM-compatible console can query the fixture for its current DMX address, operating mode, temperature, error status, and other parameters without physically accessing it. You can also remotely set the DMX address and channel mode from the console. This is a significant time-saver when fixtures are mounted on high truss or in difficult-to-reach positions. |
| Master/Slave |
One fixture controls all connected units via DMX daisy chain. No console needed. Set the master's program, and all slaves mirror it in sync. |
| Sound-Active |
Built-in microphone triggers movement, color, and effects in response to audio. No controller required. |
| Auto-Run |
Built-in programs run on power-up. Plug in and go. |
DMX Channel Modes
The SF-ZW1915 offers seven DMX channel modes, scaling from basic whole-fixture control to full per-LED pixel mapping:
| Mode |
Channels |
What It Controls |
| Basic |
21 CH |
Pan/tilt (16-bit), master RGBW, zoom, dimmer, strobe, rotation, macros. Whole fixture — all 19 LEDs as one group. |
| Standard |
23 CH |
Same as 21CH plus additional color temperature and program channels. |
| 5-Zone |
35 CH |
19 LEDs divided into 5 controllable zones (center, inner ring segments, outer ring segments). Independent RGBW per zone. Zone-based pixel effects without full per-LED complexity. |
| Extended |
78 CH |
Expanded pixel resolution with more individually addressable LED groups. |
| Advanced |
92 CH |
Near-full individual LED control with additional effect parameters. |
| Full |
97 CH |
Full individual LED RGBW plus all movement, zoom, and effect channels. |
| Maximum |
99 CH |
Complete per-LED RGBW pixel control with all parameters. Maximum creative freedom for pixel mapping and media server integration. |
Start simple, scale up. For basic use — whole-fixture color washes, beam effects, and zoom — 21CH mode gives you everything you need with a manageable channel count. Move to 35CH mode when you want zone-based pixel effects. Step up to 92–99CH mode when you're ready for full per-LED pixel mapping from a media server or advanced console. The same fixture serves all three workflows.
DMX Universe Planning
At higher channel counts, the SF-ZW1915 consumes a significant portion of a standard 512-channel DMX universe:
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21CH mode: up to 24 fixtures per universe
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35CH mode: up to 14 fixtures per universe
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78CH mode: up to 6 fixtures per universe
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99CH mode: up to 5 fixtures per universe
For rigs using full pixel control (78–99CH), plan for multiple DMX universes and use a console or node with multi-universe output (Art-Net, sACN, or dedicated DMX outputs). This is standard practice for pixel-mapped fixtures at this level.
Wiring
The SF-ZW1915 provides both 3-pin and 5-pin XLR DMX In/Out connectors, plus Powercon In/Out for power. Standard DMX daisy chain for signal. Powercon daisy chain for power (within circuit capacity limits). For large rigs, use DMX splitters/boosters to maintain signal integrity and opto-isolated nodes for Art-Net/sACN distribution.
Frequently Asked Questions
Can I use the SF-ZW1915 outdoors?
The SF-ZW1915 is designed for indoor use. It does not carry an IP65 or higher weatherproof rating. Do not use it in rain, open-air venues without full overhead and side protection, or high-humidity environments. For outdoor applications, use an IP-rated fixture or ensure the SF-ZW1915 is fully protected from weather exposure.
What is the difference between beam, wash, and zoom modes?
They're all the same fixture — the motorized zoom controls the beam angle. At 4°, the output is a tight, concentrated beam (beam mode). At 60°, it's a wide, smooth wash (wash mode). At anything in between, it's a focused wash of variable width. The zoom motor transitions between these angles under DMX control, so you can change from beam to wash in real time during a show. "3-in-1" means one fixture does all three jobs.
What does "individual LED control" mean?
Each of the 19 LEDs can be set to a different RGBW color independently via DMX. In 5-zone mode (35CH), the LEDs are grouped into 5 sections (center LED, inner ring, outer ring segments) with independent color per zone. In full pixel mode (92–99CH), every single LED is individually addressable. This lets you create patterns, chases, and pixel-mapped graphics directly on the fixture face — not just whole-fixture color changes.
What is RDM?
Remote Device Management — a protocol that runs over the DMX line and allows bidirectional communication between your console and the fixture. With RDM, you can remotely read and set a fixture's DMX address, channel mode, and operating parameters from the console without climbing a truss or using the fixture's onboard display. Your RDM-compatible console can also query the fixture's temperature, operating hours, and error status. It's a major efficiency gain for production rigs with fixtures in hard-to-reach positions.
What is Powercon?
Powercon is a professional locking AC power connector — the industry standard for touring and production lighting. Unlike a standard Edison plug that can be pulled loose, Powercon locks into place and requires a deliberate release to disconnect. The Powercon In/Out on the SF-ZW1915 lets you daisy-chain power from fixture to fixture along a truss run without running separate power cables for each unit. Just don't exceed the circuit's total wattage capacity for the number of fixtures on the chain.
How many can I run on one circuit?
At 450W per fixture: 4 on a 15A/120V circuit, 5 on a 20A/120V circuit, or 9 on a 20A/208V circuit. Plan power distribution carefully — this fixture draws significantly more than a mini moving head or par light.
How heavy is it?
37 lbs (15 kg net). This is a full-size professional moving head. Use appropriately rated truss, clamps, and safety cables. Two omega clamp brackets are included.
Is it quiet enough for theater?
The three-phase motors and temperature-responsive auto-adjusting fans are specifically designed for noise-sensitive environments. The fixture is significantly quieter than comparable moving heads using standard two-phase motors with fixed-speed fans. It's suitable for theater, broadcast, and houses of worship — though in completely silent environments (solo spoken word, recording sessions), some fan noise may still be perceptible at close range.
Do I need a media server for pixel mapping?
Not necessarily. Many professional consoles (MA, ChamSys, Avolites, ETC) have built-in pixel-mapping engines that can drive the SF-ZW1915's individual LED control without a separate media server. Software controllers with pixel mapping capabilities (Resolume, MadMapper, DMXIS with pixel plugins) also work. For basic zone-based effects, the 35CH mode gives you 5 zones of independent color — no media server needed, just a standard DMX console.
Setup Tips
Quick Start (No Controller): Connect Powercon power. The fixture will initialize and perform a reset (pan/tilt home, zoom home). Use the LCD display to select Auto-Run mode. The fixture will begin cycling through built-in programs — panning, tilting, zooming, and changing colors automatically.
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Pair with haze. At 4° beam angle, the SF-ZW1915 produces one of the tightest beam effects in its class. Haze makes those beams visible as defined shafts of light in the air — without it, you only see the endpoint on the wall or floor.
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Start at 21CH. Use the basic channel mode until you're comfortable with pan/tilt/zoom/color programming. Then step up to 35CH for zone effects, and 78–99CH for full pixel control. There's no reason to jump to 99CH if you don't need per-LED pixel mapping yet.
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Use RDM for addressing. If your console supports RDM, address and configure your fixtures from the desk instead of climbing truss to reach each unit's LCD display. This is especially valuable during load-in and tech rehearsals.
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Powercon daisy-chain planning. At 450W per fixture on 120V, each fixture draws approximately 3.75A. A 20A circuit supports 5 fixtures daisy-chained. Label your circuits and keep a running wattage count per chain.
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Safety cables and clamps. At 37 lbs with moving internal components, this fixture requires rated clamps and safety cables for every overhead mount. The two included omega brackets should be supplemented with a safety cable rated for the fixture weight plus a safety margin.
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Zoom during programming. Program your zoom positions deliberately — the transition from 4° to 60° is dramatic and can be used as an effect itself. A slow zoom-out from a tight beam to a wide wash creates a powerful reveal moment.
