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Remote Head Emergency Lights

Remote head emergency lights—also called LED remote lamp heads—extend egress illumination from a compatible remote-capable emergency light (battery unit). They’re ideal for corridor ends, stair turns, high ceilings, and exterior paths where you want coverage farther from the source without installing another full fixture. Remote heads contain no internal battery; they illuminate only when powered by the source unit.

Need help picking voltage, sizing load, or planning wiring distance? Use our Remote Heads Sizing & Wiring Guide. Browse our core emergency lights and plan exterior runs with wet-location emergency lights.

UL 924 LED Technology Wet-Location Options Multi-Voltage (3.6/6/9.6/12V) No Internal Battery
Buyers Guide Tips

What to Look for in Remote Head Emergency Lights

  • Voltage & compatibility: Match 3.6/6/9.6/12V remote heads to your power unit’s remote output; use manufacturer-approved heads and observe correct polarity/terminals.
  • Head style & optics: Choose single/dual heads, fixed vs aimable, and beam spread (e.g., MR16 tighter control vs PAR36 broader spread) to cover corridors, stairs, and turns with minimal glare.
  • Load, runtime & illumination: Sum total remote wattage (plus any on-board lamps) and confirm the source maintains the required 90-minute emergency runtime. Verify performance at end-of-discharge and per your local code/AHJ (typical egress targets are often referenced in foot-candles at the floor).
  • Wiring & environment: Control voltage drop by limiting run length and upsizing conductors as needed. Specify damp/wet, NEMA/IP sealed heads (e.g., IP66 / NEMA 4X where required) for exterior or hose-down areas and tougher housings for high-abuse locations.

Choose single- or dual-lamp LED remote lamp heads (remote head emergency lights) with fixed or aimable optics to extend illumination where the path needs it. Match the head voltage to your system’s remote output (3.6/6/9.6/12V) and size the source for the total connected load to maintain a 90-minute emergency runtime. Use the filters to narrow by MR16, dual heads, wet location, IP66/NEMA, Class I Div 2, and tamper/vandal resistance.

Related: Need the battery unit that powers these heads? See Remote-Capable Emergency Lights.

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Remote Head Emergency Lights: Compatibility, Optics & Wet‑Location Options

Remote Head Emergency Lights quick selection guide infographic showing five steps: match voltage and source unit (3.6V/6V/9.6V/12V), choose head style and beam (MR16 vs PAR36, single vs dual, aimable vs fixed), size total load for 90 minutes, plan wiring distance to reduce voltage drop, and select the right rating for indoor/damp/wet environments including NEMA/IP and hazardous or vandal-resistant options.

Remote heads are add-on fixtures—your results depend on matching the head to the power unit, keeping voltage drop under control, and selecting optics appropriate for the space (corridors, stairs, exterior paths). For a step-by-step walkthrough, see our Remote Heads Sizing & Wiring Guide.

  • Match the source unit: Remote heads require a compatible power unit with remote output. Match 3.6/6/9.6/12V and use manufacturer-approved heads with correct polarity/terminals.
  • Load & runtime: Sum total remote head watts (plus any on-board load) and verify the power unit maintains the required 90-minute emergency runtime with margin.
  • Wiring & voltage drop: Limit run lengths and upsize conductors as needed so heads receive rated voltage under load. Confirm illumination at end-of-discharge, not just at full charge.
  • Head styles & beam control: Use MR16 for tighter beam control and aiming, or PAR36 for broader spread and ruggedness. Choose single vs dual heads based on coverage needs and mounting constraints.
  • Environment & durability: For exterior or hose-down areas, specify damp/wet-location sealed heads (NEMA/IP where required). For matching housings and hardware, see wet-location emergency lights.

FAQs About Remote Head Emergency Lights

What is a remote head?

A remote head is a low-voltage emergency lamp head with no internal battery. It illuminates only when connected to a compatible remote output from a remote-capable power unit.

Do remote head emergency lights have batteries?

No. Remote heads are powered accessories. The battery, charger, and transfer circuitry live in the remote-capable emergency light (source unit) that feeds the heads during an outage.

How many remote heads can I run?

It depends on the power unit’s remote output voltage (3.6/6/9.6/12V) and watt capacity. Sum the watts of all connected heads (plus any on-board lamps) and confirm the system maintains the required 90-minute runtime.

Do remote heads need special wiring?

Use code-compliant low-voltage wiring sized for the run length and load. Control voltage drop by limiting cable length or upsizing conductors; observe correct polarity and terminals.

Can I mix voltages between heads and the power unit?

No—match the head voltage to the remote output (3.6/6/9.6/12V). Mismatched voltages can damage equipment and may void listings/warranties.

Can I mix brands of remote heads and power units?

It’s best to use manufacturer-approved combinations. Mixing brands can create fit, wiring, or performance issues and may impact listings—confirm compatibility in the spec sheets before installing.

MR16 vs PAR36—what’s the difference?

MR16 heads typically offer tighter, more controllable beams for corridors and targeted coverage; PAR36 heads generally provide broader spread and ruggedness. Choose based on aiming needs, space geometry, and environment.

Are there wet-location remote heads?

Yes—choose damp/wet-location rated heads with the appropriate NEMA/IP sealing for the environment. For exterior-rated options and related housings, see our wet-location emergency lights.