The Eclipse LED Downlight is a COB recessed fixture built specifically for shallow ceiling voids — at H41mm (7W, D70mm) and H45mm (12W, D79mm), Eclipse sits notably flatter than most Type B fixtures, which commonly run H70mm to H105mm at comparable wattages. Black, White, or Antique Gold. On/Off and RF+BT app-controlled versions.

Concrete slab ceilings, low-clearance renovation projects, or false ceilings with minimal void depth all share the same constraint: standard COB downlight bodies simply don't fit in the available space above the ceiling line. Eclipse addresses this directly by keeping the fixture's own height to roughly half of what comparable Type B products need, while retaining the same COB technology's tighter beam control and uniform light quality — the compromise is a more limited wattage range (7W and 12W only) rather than the three-step range Focus or Flow offer, since higher wattage COB fixtures generally need the additional body depth for heat dissipation.

Electrical contractors and architects specify Eclipse specifically when the ceiling void has already been measured and confirmed insufficient for standard-depth Type B fixtures — this is a constraint-driven specification, not a general-purpose first choice, since most projects with adequate void depth get more wattage range from Focus or Flow at similar cost. Given the shallow body height, confirming the actual measured void depth on site — rather than relying on architectural drawings alone, which can differ from as-built conditions — is worth doing before finalising an Eclipse order for a genuinely tight ceiling.

• 7W (D70 x H41mm): Smaller rooms, minimum ceiling clearance
• 12W (D79 x H45mm): Larger spaces still requiring shallow-void installation

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How much ceiling void depth does Eclipse actually need compared to standard Type B downlights?

Eclipse sits at H41mm (7W) or H45mm (12W), roughly half the height of comparable Type B fixtures like Focus or Flow at similar wattage, which commonly run H70mm to H105mm. Confirm actual void depth against these figures before specifying, since even Eclipse needs adequate clearance above the ceiling line for the fixture body and wiring connection.

Why doesn't Eclipse offer a higher wattage option like the 20W available on Focus and Flow?

Higher-wattage COB fixtures generally need additional body depth for heat dissipation, which conflicts directly with Eclipse's low-profile design goal. The 7W and 12W range represents the practical ceiling on output achievable within Eclipse's shallow H41-45mm body.

Should I rely on architectural drawings alone to confirm Eclipse will fit my ceiling void, or measure on site?

Measuring on site is the safer approach. As-built ceiling void depth can differ from architectural drawings due to construction tolerances or services added after the drawings were finalised. For a genuinely tight installation, confirm the actual measured depth before finalising an Eclipse order.