Emergency lighting selection

Twin spot emergency lights

Compare the complete current twin-head range for open areas and higher mounting positions, with adjustable heads, three-hour duration and documented emergency product routes.

Current families
2 twin-head routes
Duration
3 hours
Head format
Adjustable twin spots
Twin spot emergency lighting covering a warehouse aisle
Open-area emergency coverage

Two distinct duties

Choose around coverage, mounting and testing

Twin spot emergency lights use two independently directed heads to place emergency illumination where a single fixed optic is less suitable. They are commonly considered for open areas, warehouses, plant spaces and other locations where the emergency-lighting design needs directed coverage.

The current range separates a twin emergency projector with DALI and self-test versions from a high-intensity twin spot with documented 2 × 110 lm output and a wide-beam lens option. The final choice still depends on the emergency-lighting calculation, mounting position and project testing strategy.

Both products have one current base reference in the catalogue. Dimensions, IP rating and other unlisted values should be confirmed against the selected supplier document before the schedule is issued.

Selection checks

Resolve the duty before the product code

Use the emergency-lighting design and site conditions to decide which twin-head route fits the project.

Coverage

Place the beams

Set the two heads around the required open-area or task coverage, then verify the result in the emergency-lighting calculation.

Mounting

Check the position

Confirm wall or surface position, mounting height, access and any physical constraints around the adjustable heads.

Testing

Choose the test route

Where DALI or self-test is required, keep that requirement aligned with the selected projector version and wider system.

Documentation

Close the gaps

Verify any dimension, ingress or environmental value that is not stated in the current catalogue before ordering.

Complete current range

Both twin spot families

Each card retains the current base reference and the technical distinctions supported by the catalogue record.

Twin Emergency Projector with two adjustable LED heads

DALI and self-test versions

Twin Emergency Projector

Twin-head LED emergency projector with two 3 W LED heads, three-hour duration, polycarbonate body, heads and lenses, and documented EN 60598-2-22 compliance.

View Twin Emergency Projector details
Current base reference
CodeProduct typeEmergency supply
TWINEMERGENCYPROJECTOR.001Twin-head emergency projectorIntegral NiCd batteries
Duration Three hoursHeads 2 × 3 W LEDVersions DALI and self-test availableDocumentation Datasheet, BIM and photometric files recorded
High-Intensity Emergency Twin Spot with independently adjustable heads

High-intensity adjustable heads

High-Intensity Emergency Twin Spot

Wall or surface-mounted emergency luminaire with independently adjustable heads, documented 2 × 110 lm output, three-hour duration and a wide-beam lens option.

View High-Intensity Emergency Twin Spot details
Current base reference
CodeOutputEmergency supply
HIGHINTENSITYEMERGENCYTWINSPOT.0012 × 110 lmIntegral NiMH batteries
Duration Three hoursMounting Wall or surfaceOptic Wide-beam lens optionDocumentation Datasheet, BIM and photometric files recorded

At-a-glance comparison

See the supported differences

This comparison stays within the values held in the current product catalogue.

FamilyMountingOutput or powerDurationControl or test routeOptic
Twin Emergency ProjectorEmergency projector2 × 3 W LED heads3 hoursDALI and self-test versions availableAdjustable twin projector heads
High-Intensity Emergency Twin SpotWall or surface mount2 × 110 lm3 hoursConfirm against selected emergency systemIndependently adjustable heads; wide-beam lens option

Specification record

Details to close before ordering

Twin spots still need the same disciplined design, testing and handover checks as the wider emergency-lighting scheme.

Emergency duty

Record whether the unit serves an open area, a specific hazard or another defined emergency-lighting duty.

Mounting position

Confirm the surface, height, orientation and safe access for installation, adjustment and future maintenance.

Head direction

Coordinate both adjustable heads with the calculation so coverage remains intentional after installation.

Three-hour duration

Both current records state three-hour duration; retain that requirement in the luminaire schedule.

Testing strategy

Confirm manual, self-test or DALI-related requirements across the complete emergency-lighting system.

Project evidence

Keep product data, photometry, commissioning records and test information with the handover package.

Frequently asked questions

Twin spot emergency light FAQs

Answers based on the two current Lumenloop catalogue records.

How many twin spot families are currently listed?

Two: Twin Emergency Projector and High-Intensity Emergency Twin Spot.

Do both products provide three-hour duration?

Yes. Three-hour emergency duration is stated for both current product records.

Which option has a stated lumen output?

The High-Intensity Emergency Twin Spot record states 2 × 110 lm. The projector record states 2 × 3 W LED heads but does not state lumen output.

Are self-test and DALI versions available?

The Twin Emergency Projector record explicitly lists DALI and self-test versions. Confirm the exact version and emergency-system compatibility before ordering.

Can the heads be aimed independently?

The High-Intensity Emergency Twin Spot explicitly states independently adjustable heads. The projector is described as having twin adjustable LED projector heads.

What information should accompany an enquiry?

Send the emergency-lighting layout, mounting height, required coverage, testing strategy and any environmental constraints.

Project support

Send the emergency-lighting brief

Share the plan, mounting positions, required emergency duties and testing strategy. Lumenloop can help turn the design into a coordinated product schedule.

  • Emergency-lighting plan and calculation
  • Mounting height and surface
  • Required coverage and head direction
  • Testing and monitoring strategy
  • Environmental and access constraints