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Remote Capable Exit Signs

Remote capable exit signs combine commercial LED exit signage with expanded egress lighting from a single battery pack. These units are engineered to power one or two remote emergency lighting heads using internal battery capacity—delivering full UL 924 and NFPA 101 compliance in a flexible, streamlined solution.

Remote Head Support UL 924 Compliant LED EXIT Legend 90-Minute Runtime
Buyers Guide Tips

What to Look for in Remote Capable Exit Signs

  • Remote capacity (watts): Verify total remote-head wattage the sign can support and maintain 90-minute runtime with the EXIT legend + remotes attached.
  • Remote circuit voltage: Match remote heads to the sign’s output (e.g., 3.6 V / 6 V / 12 V) and observe polarity/terminal specs.
  • Voltage drop & wiring: Size conductors and limit run lengths so remote heads receive rated voltage at load; follow manufacturer voltage-drop tables for wire gauge vs distance vs watts.
  • Circuit zoning: Group remotes by corridor/area for simpler testing and service; label junctions and terminations for inspections and maintenance logs.
  • Head compatibility: Align remote head wattage, lumen output, beam spread, and environment rating (damp/wet, vandal-resistant) with spacing needs and site conditions.
  • Egress photometrics: Lay out heads to achieve ≈ ≥1 fc average and ≥0.1 fc minimum along the path of egress at 90 minutes; adjust aiming and beam options as required.
  • Legend & faces: Confirm single or double-face, letter height/contrast, and sightlines so the EXIT panel remains visible while remotes cover the path of travel.
  • Directional chevrons: Prefer field-selectable arrows to match actual paths and reduce SKU count across floors/zones.
  • Batteries: Maintenance-free Ni-Cd or lithium; check capacity (Ah), recharge time, ambient range, and expected service life for maintenance planning.
  • Electronics: Universal 120/277 VAC, brownout protection, low-voltage disconnect, status LED, and accessible test switch (local or remote).
  • Self-testing: Choose diagnostics that automate monthly/annual tests and show distinct fault indicators for legend vs remote circuit when available.
  • Environment & mounting: Specify damp/wet-location housings if needed; verify wall/ceiling/end-mount hardware and clearances for doors and signage.

Ideal for stairwells, long corridors, open-plan spaces, and irregular layouts where additional heads are needed but multiple full fixtures aren’t practical, remote-capable models centralize power delivery to simplify wiring and maintenance. For standalone luminaires that also power remotes, see remote-capable emergency lights.

Each exit sign includes a high-capacity battery designed to operate the EXIT legend and connected remote heads for a minimum of 90 minutes. Universal mounting hardware supports wall, ceiling, or end installation, and field-selectable chevrons provide directional flexibility.

Choose red or green LED letters in durable thermoplastic or metal housings. For automated code checks, select self-testing exit signs that perform monthly and annual diagnostics automatically. If you need separate signage without remote capability, browse battery backup exit signs.

💡 What is a remote capable exit sign?
An exit sign with a built-in battery designed to power the sign and one or more remote lighting heads, expanding emergency egress coverage from a single unit.

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Remote Capable Exit Signs – Spec Guide

  • Remote capacity (watts): Confirm total remote-head wattage supported and verify 90-minute runtime with the EXIT legend plus remotes attached.
  • Remote circuit voltage: Match remote heads to output (e.g., 3.6 V / 6 V / 12 V) and observe polarity/terminal specifications.
  • Wiring & voltage drop: Size conductors and limit run lengths so heads receive rated voltage at load; use manufacturer voltage-drop tables for gauge vs distance vs watts.
  • Circuit zoning: Split remote circuits by corridor/area for simpler testing and service; label junctions/terminations for inspections and maintenance logs.
  • Head compatibility: Align remote head wattage, lumen output, beam spread, and environment rating (damp/wet, vandal-resistant) with spacing and site conditions.
  • Egress photometrics: Lay out for ≈ ≥1 fc average and ≥0.1 fc minimum along the path at 90 minutes; adjust aiming/beam options accordingly.
  • Legend & visibility: Maintain clear sightlines to the EXIT panel; confirm single or double-face and letter height/contrast per plans.
  • Directional chevrons: Use field-selectable arrows to match actual egress paths and minimize SKUs across floors/zones.
  • Batteries: Maintenance-free Ni-Cd or lithium; check capacity (Ah), recharge time, ambient range, and expected service life for maintenance planning.
  • Electronics: Universal 120/277 VAC, brownout protection, low-voltage disconnect, status LED, and accessible test switch (local or remote).
  • Self-testing diagnostics: Prefer units that automate monthly/annual tests and show distinct fault indicators for legend vs remote circuit when available.
  • Environment & mounting: Specify damp/wet-location housings if needed; verify wall/ceiling/end-mount hardware and clearances near doors and signage.
  • Documentation: Maintain a one-line diagram with remote loads, run lengths, conductor sizes, and test results for AHJ review.

FAQs About Remote Capable Exit Signs

What is a remote capable exit sign?

It’s an exit sign with a built-in battery powerful enough to operate both the sign and connected remote emergency lights for at least 90 minutes during a power outage.

How many remote heads can a sign support?

Most models support one or two LED remote heads, depending on battery capacity and the wattage draw of the heads. Always review the unit’s total load rating before connecting.

Are these code compliant?

Yes. All remote capable exit signs must be UL 924 listed and meet NFPA 101 life safety requirements, including a 90-minute emergency lighting runtime.

Do I need a separate circuit for remote heads?

No. Remote heads connect to the main fixture via low-voltage wiring and draw power directly from the same internal battery—no additional circuit is needed.

Are LED models better for remote capable setups?

Yes. LED exit signs consume less power, allowing more capacity to be reserved for remote heads—making them ideal for energy-efficient emergency lighting systems.

Can I use these outdoors or in damp areas?

Many units are wet-location rated or approved for damp environments. Always verify the fixture’s NEMA or IP rating before installation.