Lighting · 18 attributes
Emergency lighting product attributes
Emergency lighting attributes to capture: battery chemistry, 90-minute runtime, remote head capacity, self-diagnostic testing and UL 924 listing.
Emergency lighting units are life-safety equipment, and the data that matters most often sits in the options table rather than the headline. A base catalog number may be sold with or without self-diagnostics, with nickel-cadmium, nickel-metal hydride or lithium iron phosphate batteries, with different head styles, or with a housing built for one jurisdiction's rules. Suppliers encode those choices as suffixes that mean nothing outside the brand.
Performance data is easy to misread. Total lumens say little about how far apart units can be spaced; the useful figure is spacing at a stated illumination level and mounting height, which only some manufacturers publish. Remote capacity, the wattage available for remote heads, varies with battery type and runtime and often appears in a footnote. Operating temperature limits matter for battery life in unconditioned spaces.
A reliable record separates configuration choices, runtime and capacity values, and listing evidence. That lets a buyer or specifier confirm the unit can power the planned remote heads, suits the location and meets the jurisdiction's requirements, with every value traceable to the manufacturer's current specification sheet and listing.
The emergency lighting attribute template
18 candidate fields in 5 groups, ordered the way a record gets built: identify the item, capture its specifications, then record fit and the evidence behind any claim. 8 are marked Core: without them the item cannot be identified or filtered. Example values show the expected format only; they do not describe a real SKU.
Identity
Which exact item, variant and pack this record describes.
Check before use: Preserve leading zeros and punctuation, validate against the manufacturer record, and check the GTIN check digit and packaging level before linking.
| Attribute | Type | Priority | Example format |
|---|---|---|---|
Manufacturer Part Number manufacturer_part_number | Identifier | Core | EL2-UV-SD-WL |
Technical specifications
Measured or rated values that must travel with their unit and test conditions.
Check before use: Store the number and unit separately. Convert only when the source unit and test conditions are known.
| Attribute | Type | Priority | Example format |
|---|---|---|---|
Input Voltage input_voltage | Controlled list · VAC | Core | 120-277 VAC, 60 Hz |
Total Emergency Lumen Output total_emergency_lumen_output | Number · lm | Core | 700 |
Emergency Runtime emergency_runtime | Number · min | Core | 90 |
Remote Head Capacity remote_head_capacity | Number · W | Buyer decision | 12 |
Spacing at 1 fc Average spacing_at_1_fc_average | Text | Buyer decision | Up to 30 ft between units at 9 ft mounting height (1 fc average) |
Operating Temperature Range operating_temperature_range | Text · °C | Buyer decision | 0 °C to 50 °C |
Enclosure Rating enclosure_rating | Controlled list | Channel / evidence | NEMA 4X / IP65 |
Selection attributes
The type, material and option choices buyers filter and compare on.
Check before use: Map supplier wording to a governed vocabulary only after checking the source text and which variant it applies to.
| Attribute | Type | Priority | Example format |
|---|---|---|---|
Product Type product_type | Controlled list | Core | Emergency unit, self-contained (2-head) |
Number of Lamp Heads number_of_lamp_heads | Number | Core | 2 |
Battery Type battery_type | Controlled list | Core | Nickel-metal hydride (NiMH) |
Housing Material and Finish housing_material_and_finish | Controlled list | Buyer decision | Polycarbonate, gray |
Self-Test Type self_test_type | Controlled list | Buyer decision | Self-diagnostic with automatic monthly and annual discharge test |
Fit & compatibility
What the item mounts to, mates with, replaces or works alongside.
Check before use: Keep model and series qualifiers. A similar-looking part is not a verified fit until a source says so.
| Attribute | Type | Priority | Example format |
|---|---|---|---|
Mounting Type mounting_type | Controlled list | Core | Wall or ceiling (universal backplate) |
Replacement Battery Part Number replacement_battery_part_number | Identifier | Channel / evidence | BP-4V-NIMH |
Evidence & compliance
Listings, standards, classifications and origin claims that need a document behind them.
Check before use: Link the manufacturer document or label with its edition or date. Never copy a certification from a neighboring SKU.
| Attribute | Type | Priority | Example format |
|---|---|---|---|
UL 924 Listing and Location Rating ul_924_listing_and_location_rating | Controlled list | Channel / evidence | UL 924 listed; wet location |
Jurisdictional Approval jurisdictional_approval | Controlled list | Channel / evidence | City of Chicago approved variant |
Country of Origin country_of_origin | Controlled list | Channel / evidence | Mexico |
Normalize supplier values
The same value arrives in many spellings. Map each raw string to one governed value, and keep the raw text beside it so a reviewer can see what the supplier actually wrote.
Input Voltage
120/277V120-277 VACUNVUniversal 120-277120V/277V 60Hz120-277V Normalized to 120-277 VAC, 60 Hz
Battery Type
NiMHNi-MHNickel Metal HydrideNickel-Metal-HydrideNIMH BATT Normalized to Nickel-metal hydride (NiMH)
Emergency Runtime
90 min1-1/2 hours1.5 hr90-min90 MINUTES Normalized to 90 min
Often missing from supplier files
These fields are commonly absent from price lists and basic feeds, even though the information usually exists in a datasheet, label or installation manual. Treat an empty value as a request for evidence, not as permission to fill it from a similar model.
- Remote Head Capacity (W)
- Spacing / coverage at 1 fc average
- Self-Test Type
- Operating Temperature Range
- Battery chemistry as a governed field
Questions the record must answer
Buyers and counter-sales reps choosing emergency lighting ask questions like these. Each one needs a specific field, sourced for the exact variant.
- How many remote heads can this unit run for the full 90 minutes?
- Does this unit test itself, or will someone have to press the test button every month?
- Is it rated for a wet or cold location like a parking garage?
- Which replacement battery does this unit take?
From supplier file to record
- Resolve identity first. Link the supplier SKU, manufacturer part number and packaging identifiers without merging distinct variants or pack sizes.
- Extract with the source attached. Pull values from rows, tables and datasheets, keeping the raw text, unit and page or row reference.
- Map to your classification. Assign the ETIM, ECLASS, UNSPSC or internal class your company licenses, and keep the supplier's original terms.
- Review, sync and watch. Hold conflicts and safety-related values for a category expert, write approved values to ERP or PIM, and recheck when the supplier sends a new file.
For the full method, see how to build a category attribute template and the category catalog gap audit.
FAQ
What separates self-diagnostic units from self-testing units?
Manufacturers use these terms differently, so record the behavior rather than the label. A useful controlled list distinguishes units that only monitor and indicate faults, units that also run scheduled discharge tests automatically, and units that report status over a network. Store the test schedule and indicator type as separate fields where the datasheet gives them. Whether a unit satisfies a facility's inspection requirements depends on the applicable fire and life-safety codes and the local authority, so the record should describe the function and leave compliance decisions to those sources.
Why is total lumen output a poor guide to how many units are needed?
Lumens describe how much light the heads emit, not where it lands. The number of units depends on the illumination required along the egress path, the mounting height and the distribution of the heads, which is why some manufacturers publish spacing tables or emergency-mode photometric files. Store lumens as a number, capture spacing at a stated average illuminance and mounting height as structured text, and link the photometric file when one exists. Final layouts should be checked against the applicable code by the designer.
How should remote head capacity be modeled?
Store it as a number in watts together with the conditions it applies to: runtime, battery chemistry and any accessory required. A unit may support more remote wattage with an optional larger battery or for a shorter duration, and those combinations should be separate values rather than one figure with a parenthetical note. Record the remote head series the manufacturer lists as compatible in a fit field. A quote tool can then check that the total wattage of the planned remote heads stays within the stated capacity.
Which standards and approvals apply to emergency lighting?
In the United States, emergency lighting equipment is commonly listed to UL 924, and Canada has its own CSA standard for emergency lighting equipment; the listing also states the permitted location, such as damp or wet. Installation and testing requirements come from building, fire and life-safety codes, and some cities add their own approval rules. Store the listing standard, location rating and any jurisdictional approval as separate evidence fields sourced from the manufacturer's current documentation, and never infer approval from a similar model.
Claro
See where your catalog breaks — free
Claro runs this automatically: resolve identity, fill missing attributes, validate updates, and write clean records back into your PIM/ERP. Upload a sample supplier file for a free catalog audit.
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