LED Downlights

Product range

13 series

Show remaining products (5)

Choose by the actual configuration

Each row is one catalog configuration. Options shown on different rows are not automatically interchangeable.

Series / model	Power	Dimensions	Cutout	CCT	CRI
Recessed Downlight S01-R004	7 W	Φ85*H64	φ75	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R004	10 W	Φ85*H64	φ75	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R004	12 W	Φ85*H64	φ75	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R004	7 W	Φ90*H64	φ75-80	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R004	10 W	Φ90*H64	φ75-80	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R004	12 W	Φ90*H64	φ75-80	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R004	15 W	Φ105*H72	φ95	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R004	20 W	Φ105*H72	φ95	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R013	5 W	Φ90*H56	φ75-80	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R013	7 W	Φ90*H56	φ75-80	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R013	10 W	Φ90*H56	φ75-80	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R013	12 W	Φ90*H56	φ75-80	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R013	15 W	Φ105*H64	φ95	3000 K/3500 K/4000 K/6000 K	≥85
Shiguang Recessed Downlight S01-R019	7 W	Φ83*H50	φ75	3000 K/3500 K/4000 K/6000 K	≥85
Shiguang Recessed Downlight S01-R019	10 W	Φ83*H50	φ75	3000 K/3500 K/4000 K/6000 K	≥85
Shiguang Recessed Downlight S01-R019	12 W	Φ103*H63	φ95	3000 K/3500 K/4000 K/6000 K	≥85
Shiguang Recessed Downlight S01-R019	15 W	Φ123*H74	φ115	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R024	7 W	Φ85*H55	φ75	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R024	10 W	Φ85*H55	φ75	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R024	7 W	Φ90*H55	φ75-80	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R024	10 W	Φ90*H55	φ75-80	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R024	12 W	Φ108*H58	φ95	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R024	15 W	Φ105*H64	φ95	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R031	5 W	Φ100*H43	φ75-90	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R031	7 W	Φ100*H43	φ75-90	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R031	10 W	Φ120*H43	φ90-110	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R031	12 W	Φ120*H43	φ90-110	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R031	15 W	Φ150*H45	φ120-140	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R031	18 W	Φ175*H50	φ140-165	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R031	24 W	Φ197*H50	φ160-185	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R031	30 W	Φ230*H50	φ190-220	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R031	36 W	Φ230*H50	φ190-220	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R041	5 W	Φ88*H46	φ75	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R041	7 W	Φ88*H46	φ75	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R041	9 W	Φ105*H60	φ90	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R041	12 W	Φ105*H60	φ90	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R041	12 W	Φ130*H68	φ110	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R041	15 W	Φ130*H68	φ110	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R041	20 W	Φ185*H93	φ165	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R041	24 W	Φ185*H93	φ165	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R041	25 W	Φ220*H98	φ195	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R041	30 W	Φ220*H98	φ195	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R052	7 W	Φ82*H43	φ75	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R052	12 W	Φ103*H50	φ95	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R052	18 W	Φ133*H55	φ125	3000 K/3500 K/4000 K/6000 K	≥85
Recessed Downlight S01-R056	7 W	Φ82*H58	Φ75	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R056	10 W	Φ82*H58	Φ75	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R056	12 W	Φ82*H58	Φ75	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R060	5 W	Φ94*H64	Φ80	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R060	7 W	Φ94*H64	Φ80	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R060	10 W	Φ94*H64	Φ80	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R060	12 W	Φ94*H64	Φ80	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R060	12 W	Φ114*H68	Φ95	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R060	15 W	Φ114*H68	Φ95	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R060	20 W	Φ140*H74	Φ120	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R068	7 W	Φ85*H55	Φ75	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R068	10 W	Φ85*H55	Φ75	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R068	12 W	Φ85*H55	Φ75	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R068	12 W	Φ105*H60	Φ95	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R068	15 W	Φ105*H60	Φ95	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R068	18 W	Φ105*H60	Φ95	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R075	7 W	Φ85*H70	Φ75	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R075	10 W	Φ85*H70	Φ75	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R075	12 W	Φ85*H70	Φ75	3000 K/3500 K/4000 K/6000 K	≥98
Recessed Downlight S01-R079	7 W	Φ85*H55	Φ75	3000 K/4000 K/6000 K	≥98
Recessed Downlight S01-R079	10 W	Φ85*H55	Φ75	3000 K/4000 K/6000 K	≥98
Recessed Downlight S01-R079	12 W	Φ105*H60	Φ95	3000 K/4000 K/6000 K	≥98
Recessed Downlight S01-R079	15 W	Φ105*H60	Φ95	3000 K/4000 K/6000 K	≥98
Recessed Downlight S01-R084	7 W	Φ85*H55	Φ75	3000 K/4000 K/6000 K	≥98
Recessed Downlight S01-R084	10 W	Φ85*H55	Φ75	3000 K/4000 K/6000 K	≥98
Recessed Downlight S01-R084	12 W	Φ105*H60	Φ95	3000 K/4000 K/6000 K	≥98
Recessed Downlight S01-R084	15 W	Φ105*H60	Φ95	3000 K/4000 K/6000 K	≥98

Selection guide

Match the ceiling opening and available installation depth first, then compare the listed optical and electrical configurations. A larger wattage does not automatically mean the same body or cutout.

A downlight schedule should start with the ceiling construction and the intended general-lighting task. Compare the actual housing diameter, depth and cutout before comparing power. The same wattage can appear in more than one size, so the table keeps every source configuration separate. Next review the recorded beam, colour temperature, colour rendering and electrical information. Do not infer an output value from power or efficacy alone when the source does not state the complete luminaire output. Product cards help narrow the range, while each series page preserves the full parameter set and separates genuinely common values from configuration-specific dimensions.

Installation & application planning

The front diameter and cutout are separate measurements. Confirm housing clearance, driver placement and the exact stated input voltage before installation.

For a hotel circulation area, reception or commercial interior, coordinate the fitting position with the ceiling grid and services before cutting openings. Check the stated installation method and space needed for the housing and driver. The product photograph documents the supplied design but does not establish fire resistance, suitability for insulation covering or use in a wet location. Only carry an IP rating into the project specification when it is explicitly recorded for that configuration. Keep access for the selected electrical equipment in the installation plan, and ask for the relevant product documentation where a project requires a tested construction detail.

Hotel circulation
Reception areas
General interior lighting

Technical questions

Is the front diameter the ceiling cutout?

No. Use the separate cutout value and check housing depth. Do not size the ceiling opening from the product photograph or front diameter alone.

Does one wattage identify one body size?

Not necessarily. S01-R004 includes repeated power values with different body and cutout dimensions. Select the complete configuration rather than grouping by power alone.

Can power alone determine the spacing between downlights?

No. The listed wattage identifies electrical power, not a complete room-lighting result. Spacing also depends on the selected distribution, mounting height, room surfaces and the lighting task. Use the exact configuration as the starting point and request suitable photometric information for a calculation. Do not convert a catalog photograph or a power ladder into an unsupported spacing recommendation for a reception, corridor or other commercial interior.

Does a recessed downlight automatically suit wet areas?

The recessed format does not establish moisture protection. Read the IP information recorded for the precise configuration and confirm the installation conditions required by the project. An absent rating should not be replaced with a category-wide assumption, and a similar appearance is not evidence of equivalent protection. Keep any required approval or supporting document tied to the selected product rather than copying it from another downlight family.

What should I check when replacing an existing ceiling fitting?

Record the actual opening, available depth and the existing supply arrangement, then compare them with the chosen source configuration. Matching power or front diameter is not enough to establish a direct replacement. Review the stated input voltage and driver information as well as the mechanical dimensions. Keep the original fitting measurements separate from the new product specification, so a quotation can identify any installation differences before the replacement is ordered.

How do I specify a consistent downlight schedule?

Identify each series and configuration with its own power, body dimensions and cutout, then add the required catalog light-colour option and quantities. Retain shared values only when they genuinely apply to every selected configuration. CCT describes the appearance of the light and is different from the listed colour-rendering measure. Include room references and any required documentation in the inquiry so products for different ceiling conditions are not accidentally grouped under one wattage.