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Remote Head Emergency Lights

LED remote lamp heads extend egress illumination from a central battery unit—ideal when you need light farther down a corridor, stair, or exterior path without installing another full fixture. Keep maintenance simple with replaceable heads and clear aiming. 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)
Buyers Guide Tips

What to Look for in Remote Head Emergency Lights

  • Voltage & compatibility: Match 3.6/6/9.6/12V heads to your power unit’s remote output; use manufacturer-approved heads and correct polarity/terminals.
  • Optics & placement: Choose single/dual heads and beam spreads to achieve ≈ ≥1 fc average and ≥0.1 fc minimum at 90 minutes; aim to minimize glare and cover stairs/corridors.
  • Wiring & environment: Limit run lengths to control voltage drop; specify damp/wet or NEMA/IP sealed heads for exterior or hose-down areas and tougher housings where needed.

Choose single- or dual-lamp LED remote heads with fixed or aimable optics to push light down corridors, stairs, and outdoor paths. Match the head to your system’s remote output (3.6/6/9.6/12V) and account for total remote wattage so the source maintains a 90-minute code runtime. For the environment, use damp or wet-location sealed housings (NEMA/IP where required) and tougher enclosures in high-abuse areas. Remote heads are powered accessories with no internal battery—they illuminate only when connected to a compatible remote-capable source sized for the load.

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

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Remote Head Emergency Lights - Voltage, Head Styles, Wet Location - Features & Specs

  • Match the source: Remote heads require a compatible power unit. Match 3.6/6/9.6/12V outputs 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 runtime with margin.
  • Wiring & voltage drop: Limit run lengths and upsize conductors as needed so heads receive rated voltage under load; verify illumination at end-of-discharge, not just at full charge.
  • Environment & durability: For exterior or hose-down areas, specify damp/wet-location sealed heads (NEMA/IP where required). See weatherproof emergency lights for suitable housings and hardware.

FAQs About Remote Head Emergency Lights

What is a remote head?

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

How many remote heads can I run?

It depends on the power unit’s voltage (3.6/6/9.6/12V) and watt capacity. Sum the watts of all heads (plus any on-board lamps) and confirm the system maintains a 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 void listings.

MR16 vs PAR36—what’s the difference?

MR16 heads offer tighter, more focusable beams for corridors and spot coverage; PAR36 heads provide broader spread and higher robustness. Choose based on area size and aiming needs.