Published: June 2026 | Author: Simon Chen, Senior LED Supply Chain Expert | Category: Procurement Guide / Commercial Outdoor Lighting

LED Underwater and Pool Lights for Commercial Projects: IP68 Swimming Pool, Fountain and Water Feature Lighting (2026)

The commercial underwater and pool lighting market is a $2.3 billion segment in 2026, driven by hospitality resort construction, municipal aquatic center development, luxury residential community amenities, and the accelerating LED retrofit of aging incandescent and halogen pool lighting installations. For B2B procurement professionals sourcing from Chinese manufacturers, underwater lighting represents a high-specification, safety-critical category — a single commercial hotel swimming pool complex can require 20–100+ underwater fixtures across the main pool, spa, children’s pool, reflection pools, fountains, and perimeter water features. At FOB Shenzhen pricing of $65–$450 per fixture depending on type, material grade, and control capabilities, specification accuracy directly impacts both project budget and long-term maintenance costs — a material selection error (e.g., specifying 304 stainless steel instead of 316L marine grade for a chlorinated pool) can result in visible corrosion and fixture failure within 12–18 months.

Underwater lighting procurement differs from all other outdoor lighting categories in five safety-critical dimensions: continuous submersion requirements (IP68 minimum — these fixtures live underwater 24/7/365, not just during rain events), electrical safety codes (NEC 680 in North America and IEC 60364-7-702 internationally impose strict low-voltage, GFCI, and bonding requirements that do not apply to any other outdoor lighting category), water chemistry corrosion (chlorinated pool water, saltwater pools, bromine spas, and decorative fountain water treatment chemicals create aggressive corrosion environments that demand marine-grade materials — standard outdoor fixture materials will fail), wet-niche installation requirements (underwater pool lights require specialized forming shells cast into the pool wall during construction, with waterproof conduit runs back to a deck-level junction box — retrofitting or replacing fixtures without the existing niche is a major structural undertaking), and control and color complexity (commercial pools and fountains increasingly demand DMX-controlled RGBW color-changing light shows synchronized with music — procure the control system, drivers, and fixtures as an integrated package or risk protocol incompatibility). This guide is the complete B2B procurement reference covering all underwater light types, IP68 depth ratings, material selection, safety code compliance, lighting design standards, Kingseng underwater models, and an 8-point procurement checklist. For related outdoor lighting categories, see our Outdoor LED Lighting Commercial hub and LED Flood Lights Commercial guide.

Commercial Underwater Light Types: Complete Specification Table

The table below maps all six major underwater/pool light fixture types with procurement-grade specifications. These are derived from commercial project requirements across North American, European, Middle Eastern, and APAC hospitality and municipal markets. All wattages are nominal LED consumption. Each fixture type requires IP68 certification with declared submersion depth from the manufacturer. Kingseng provides all six types in multiple material, voltage, and control configurations.

All specifications are indicative. Exact fixture count, wattage, beam angles, and control protocols must be confirmed by pool lighting photometric plan (AGi32 or DIALux) and coordinated with the pool hydraulic design. IP68 submersion depths are manufacturer-declared per IEC 60529. All underwater fixtures must be installed by licensed electricians per NEC 680 (North America) or IEC 60364-7-702 (International). Kingseng provides complete photometric IES files for all underwater models upon request.

IP68 Submersion Depth Ratings: Understanding Continuous Underwater Certification

IP68 is the minimum requirement for underwater pool and fountain lighting, but not all IP68 ratings are equal. The IEC 60529 standard allows the manufacturer to declare the specific submersion depth and duration for IP68 — this means an “IP68” light rated for 1 meter submersion is fundamentally different from one rated for 20 meters. When procuring underwater lights, you must verify the manufacturer’s declared submersion depth (stated in meters on the product specification sheet and test certificate) and ensure it exceeds your installation’s maximum water depth with an appropriate safety factor. The table below defines the five standard submersion depth tiers for commercial underwater lighting procurement.

All IP68 ratings must include manufacturer-declared submersion depth per IEC 60529:1989 + A2:2013. “IP68” without a stated depth is insufficient for procurement specification. Always request the IP68 test certificate stating the tested depth, duration, pass criteria, and testing laboratory (in-house or third-party). For UL 676 compliance in North America, the underwater test requirements differ from IEC 60529 — confirm dual certification if the project requires UL Listing.

Housing Material Selection: Corrosion Resistance, Lifespan, Cost, and Maintenance

Material selection is the single most consequential procurement decision for underwater pool and fountain lights. Unlike above-water outdoor fixtures where material choice affects aesthetics and longevity, underwater fixture materials must withstand continuous chemical attack — chlorinated pool water (1–3 ppm free chlorine), saltwater pools (3,000–5,000 ppm salinity), bromine-treated spas, and fountain water treatment chemicals. A material specification error that would cause cosmetic corrosion on a landscape fixture in 3–5 years will cause catastrophic failure in 12–18 months underwater. The table below provides procurement-grade comparison of the three primary underwater fixture materials.

Material specification recommendation: For commercial swimming pool projects (hotels, resorts, aquatic centers, municipal pools), specify 316L stainless steel as the baseline material with bronze as the upgrade for luxury/saltwater applications. For decorative freshwater fountains, water features, and ponds, ABS+GF is technically adequate and cost-effective. Never specify 304 stainless steel for any underwater application — 304 lacks molybdenum and will develop pitting corrosion in chlorinated water within 6–12 months. Kingseng’s standard underwater fixture material is 316L with electropolished finish; bronze available on request with 2–3 week lead time adder.

Low Voltage Operation: 12V/24V AC vs DC — Safety Codes and System Design

All commercial underwater pool and fountain lighting must operate at low voltage per NEC 680 (North America) and IEC 60364-7-702 (International). The maximum allowable voltage for underwater luminaires is 15V AC or 30V DC — this is a hard safety limit, not a design guideline. Understanding the differences between AC and DC low-voltage systems, and the code requirements for transformers, GFCI protection, and wiring, is essential for specifying a compliant and reliable underwater lighting system.

System design recommendation: For new commercial pool construction, specify 24V DC as the underwater lighting voltage standard. It provides the best combination of safety margin (well below the 30V DC limit), voltage drop management (half the current of 12V), DMX control compatibility, and future expandability. For retrofit projects with existing 12V AC infrastructure (transformers, conduit, junction boxes already in place), 12V AC LED fixtures may be the more practical choice to avoid electrical infrastructure replacement. Kingseng offers all underwater models in both 12V AC and 12V/24V DC configurations. Always confirm voltage compatibility during the quotation stage.

Light Effects and Control Protocols: RGBW, Static White, Fiber Optic Star, and Laminar Flow

Commercial pool and water feature lighting has evolved from simple on/off white illumination to fully programmable, synchronized light shows that serve as the nighttime focal point of luxury resort poolscapes. The table below catalogs the four major light effect types, their control protocols, and the Kingseng models that deliver each effect. When procuring underwater lighting with advanced effects, always specify the control protocol and fixtures as an integrated package — protocol mismatches between fixtures, decoders, and controllers are the #1 cause of color inconsistency and commissioning delays in commercial pool lighting projects.

Control system integration: For projects with 20+ DMX-controlled fixtures, Kingseng recommends specifying a dedicated architectural-grade DMX controller (Pharos Designer LPC or ETC Mosaic Show Controller) pre-programmed with your pool’s lighting scenes. These enterprise controllers provide astronomical timeclock triggering (sunset + offset), calendar scheduling, smartphone/tablet control interface, and integration with the building’s BMS (Building Management System) via BACnet or Modbus. Kingseng can supply the controller, pre-loaded with custom light show programming based on your design intent, as part of the complete underwater lighting package.

Commercial Pool Lighting Design: Spacing, Placement, and Photometric Standards

Proper underwater lighting design transforms a commercial pool from a functional body of water into a compelling nighttime visual feature. Below are the procurement-grade design standards that should inform your fixture quantity and placement specifications. Always confirm quantities with a photometric layout (AGi32 or DIALux) from the manufacturer’s application engineering team before issuing a purchase order.

Fixture Spacing Standards

• General pool illumination: 1 fixture per 20–30 square feet (1.9–2.8 m²) of pool surface area. For a 25m × 10m lap pool (approximately 270 sq ft / 25 m²), this equates to 9–14 fixtures distributed along the pool walls. Target: 3–5 footcandles (30–50 lux) average on the pool floor, with a uniformity ratio (avg:min) of 3:1 or better per ANSI/APSP/ICC-1 2016.
• Lap pool lanes: 4–6 lights per lane, evenly spaced along the lane length. Lights must be positioned to illuminate lane markings and the turning wall target (T-shaped end-wall marker). The lane directly above each light should have 5–7 fc (50–75 lux) at the water surface for competitive swimming visibility.
• Spa / hot tub: 1–2 fixtures for spas up to 50 sq ft; 3–4 for larger spas. Lower lumen output preferred (600–1,200 lm per fixture) — the smaller water volume means less light absorption and a more intimate lighting effect. RGBW color therapy (chromotherapy) is a standard expectation in commercial spa lighting.
• Fountain basins: 1 fixture per 30–50 sq ft for ambient basin illumination; plus dedicated accent fixtures aimed at water jets, sculptures, or architectural features within the basin. Uplighting from below the water surface creates dramatic water-jet illumination that external floodlights cannot achieve.
• Perimeter strip lighting: Continuous linear installation around the pool perimeter at the waterline tile band. Standard 1m and 2m factory sections with IP68 connectors. Specify exact pool perimeter measurement (inside tile line) for factory cutting — field-cut strip lights void IP68 rating unless re-sealed by the factory.

Niche Placement Requirements

• Depth below waterline: Centerline of the wet-niche forming shell must be 18 inches (457mm) below the normal operating waterline per NEC 680.23(B)(1). This ensures the entire fixture lens remains submerged even with 3–6 inches of water level variation from evaporation, splash-out, and filter backwash cycles.
• Wall position: Install on walls facing away from the primary viewing area (typically the pool deck seating/ lounge area) to prevent direct glare. If lights are required on both side walls for wide pools (>25 ft), stagger the fixtures so they are not directly opposite each other — staggered placement improves uniformity and reduces shadowing.
• Conduit: Each wet-niche requires a dedicated 1-inch (25mm) rigid non-metallic conduit (Schedule 40 PVC or equivalent) running continuously from the niche to the deck-level junction box. The conduit must be installed with a continuous upward slope (no dips or low points where water can collect) and be watertight at all joints. The deck junction box must be elevated at least 8 inches (200mm) above the maximum pool water level and at least 4 inches (100mm) above the finished deck grade per NEC 680.24.
• Bonding: The wet-niche forming shell must include an integral bonding lug (8 AWG solid copper minimum) that connects to the pool’s equipotential bonding grid per NEC 680.26. This is a critical safety requirement — the bonding grid equalizes all metal components in and around the pool to prevent voltage gradients that could cause electric shock. The bonding connection must be made by a licensed electrician and verified with a continuity test before the pool is filled.

Lighting Zones for Pool Decks and Surrounds

While this guide focuses on underwater lighting, complete commercial pool lighting design includes the pool deck and surrounding landscape. For above-water pool deck area lighting (path lights, deck lights, flood lights), refer to our companion guides: Outdoor LED Lighting Commercial for general outdoor fixture specifications, and LED Flood Lights Commercial for high-output area and architectural flood lighting. The underwater lights specified in this guide should be specified as a coordinated package with the above-water lighting to ensure consistent CCT, compatible control protocols, and synchronized lighting scenes.

Certifications for Commercial Underwater Pool Lighting

Underwater pool lighting is one of the most heavily regulated product categories in the LED lighting industry due to the lethal combination of water and electricity. The certifications below are non-negotiable for commercial procurement — any fixture lacking these certifications should be rejected regardless of price or specification promises.

Certification documentation: For commercial procurement, build the certification requirement into your RFQ: “All underwater fixtures must be [UL 676 / ETL] Listed, IP68 [X]m certified, CE Marked, and RoHS compliant. Manufacturer must provide current test reports and certificates for all certifications with the quotation. Certificates must reference the specific model number(s) being quoted — generic company-level certificates are not acceptable.” Kingseng maintains current certification documentation for all underwater models and provides a complete certification package with every commercial quotation.

Kingseng Underwater LED Lighting Models

Kingseng manufactures a complete range of IP68 underwater LED lighting fixtures for commercial swimming pool, fountain, and water feature applications. All models are manufactured at Kingseng’s ISO 9001:2015 certified facility in Shenzhen, China, with in-house pressure testing, photometric testing, and aging/burn-in testing. Below is the current underwater product line for commercial B2B procurement.

MOQ: 10 units per model for standard configurations. Custom submersion depths, cable lengths, CCT options, and finish/paint available for projects of 50+ units. Sample orders: 2–3 units per model, FOB Shenzhen pricing with credit applied toward bulk order. Lead time: 3–4 weeks for standard configurations; 5–6 weeks for custom depths, bronze housing, or non-standard cable lengths. All Kingseng underwater fixtures include a standard 5-year warranty with extended warranty options available for commercial projects.

Electrical Safety Requirements: GFCI Protection, Bonding Grid, and Wet-Niche Installation

Underwater pool lighting is the most safety-critical category in all of commercial lighting. The combination of submerged electrical equipment, water, and human immersion creates a potentially lethal hazard if safety codes are not rigorously followed. Below are the three pillars of underwater lighting electrical safety. These requirements are derived from NEC 680 (2023 edition) for North America and IEC 60364-7-702 for international projects. Always confirm the applicable code edition with the local Authority Having Jurisdiction (AHJ) for your project location — some jurisdictions adopt newer NEC editions faster than others, and local amendments may impose stricter requirements.

1. GFCI Protection (Ground-Fault Circuit Interrupter)

• Requirement: All underwater luminaires operating at more than 15V must have Class A GFCI protection on the branch circuit per NEC 680.23(A)(3). Even for low-voltage (12V) systems, GFCI protection on the primary side of the transformer is required — a transformer insulation failure could energize the secondary at line voltage.
• Trip threshold: Class A GFCI must trip at 4–6 milliamps (mA) of ground-fault current. This is approximately 1/10,000 of the current that would flow through a 1,000-ohm human body at 120V — GFCI protection is designed to trip before a lethal shock can occur.
• Testing: NEC 680.22(B)(5) requires that GFCIs protecting pool equipment be readily accessible and tested monthly. The GFCI test button must be operable without tools — do not install GFCIs behind locked equipment enclosures or in inaccessible locations.
• GFCI vs standard breaker: A standard circuit breaker protects against overcurrent (too many amps) and short circuits — it does NOT detect ground faults (current leaking to ground through water or a person). GFCI protection is a separate function typically provided by a GFCI circuit breaker (combined overcurrent + GFCI in one device) or a GFCI receptacle. For pool lighting circuits, GFCI breakers are preferred because they protect the entire branch circuit including the wiring between the panel and the transformer.
• DC systems: While NEC 680 primarily addresses AC circuits, DC underwater lighting systems still require ground-fault protection on the AC primary side of the DC power supply. Some jurisdictions may also require DC ground-fault detection on the secondary (low-voltage) side — verify with local AHJ.

2. Equipotential Bonding Grid

• Requirement: NEC 680.26 requires an equipotential bonding grid that connects all metal components in and around the pool to eliminate voltage gradients. The bonding grid equalizes the electrical potential between all conductive surfaces — if a fault energizes one component, the entire bonded system rises to the same voltage, preventing current flow through a person touching two surfaces at different potentials.
• Components that must be bonded: The wet-niche forming shell (via integral bonding lug), all metal parts of the pool structure (reinforcing steel, structural steel, metal walls), underwater luminaire housings, metal conduit and junction boxes, pool water (via a water bonding fitting of at least 9 square inches of conductive surface in contact with the pool water per NEC 680.26(C)), pool deck reinforcing steel, metal fences and railings within 5 ft (1.5m) of the pool edge, metal diving board structures, metal ladders and handrails, and metal electrical equipment enclosures.
• Bonding conductor: Minimum 8 AWG solid bare copper wire. All connections must be made with Listed bonding clamps or lugs rated for direct burial and pool use. The bonding conductor does not need to be connected to the electrical service ground — the bonding grid is a separate system whose sole purpose is equipotential equalization.
• Water bonding: The pool water itself must be bonded per NEC 680.26(C). This is achieved by an intentional bonding fitting in contact with the pool water — commonly a section of conductive metal pipe in the pool circulation system, a metal pool light niche (if the niche shell is metal), or a dedicated water bonding plate. The water bonding connection ensures that any voltage gradient in the water is equalized with the surrounding metal components.
• Verification: After installation, the bonding grid must be tested for continuity between all bonded components. The resistance between any two bonded points should be 1 ohm or less. A continuity test must be documented and provided to the electrical inspector before the pool is filled.

3. Wet-Niche Installation Requirements

• Forming shell: The wet-niche is a Listed waterproof forming shell that is cast into the pool wall during concrete/gunite construction. It provides a sealed cavity that the underwater light fixture sits inside. The forming shell must be Listed for the specific fixture being installed — mixing manufacturers (e.g., Kingseng fixture in a Pentair niche) may void the Listing and fail inspection. Kingseng KS-UW-200 fixtures are designed to fit standard 8-inch (200mm) niches; KS-UW-250 fixtures require 10-inch (250mm) niches.
• Conduit: A dedicated 1-inch (25mm) rigid non-metallic conduit (Schedule 40 PVC) must run from each wet-niche to its deck-level junction box per NEC 680.23(B)(2). The conduit must be installed with a continuous upward slope (no dips or low spots) and sealed watertight at the niche connection using Listed sealing compound. No other circuits or conductors may share this conduit.
• Junction box: The deck-level junction box must be Listed for pool use (typically brass, stainless steel, or non-metallic), elevated at least 8 inches (200mm) above the maximum pool water level, at least 4 inches (100mm) above the finished deck grade, and provided with a threaded bonding lug for the #8 AWG bonding conductor per NEC 680.24. The junction box provides the transition point where the underwater fixture cable is spliced to the conduit wiring — it must remain accessible for service without excavation.
• Continuous cable: The underwater fixture must be supplied by a continuous, unspliced Listed waterproof cable from the fixture body to the deck junction box per NEC 680.23(B)(3). No splices, wire nuts, crimps, or any form of connection is permitted in the conduit or niche. The cable must be long enough to allow the fixture to be lifted to the deck for servicing without disconnecting — typically 4–6 ft (1.2–1.8m) of extra cable coiled inside the niche per NEC 680.23(B)(4). Kingseng standard cable length is 30m (100 ft) with longer custom lengths available.
• Sealing: The conduit entry into the wet-niche must be sealed with a Listed potting compound to prevent water from traveling up the conduit to the junction box. The deck junction box must be filled with Listed potting compound after all connections are made per NEC 680.24(D) — this prevents water that enters the junction box (from condensation or flooding) from reaching the electrical connections.

Critical safety note: Underwater pool and fountain lighting installation must be performed by a licensed electrician with specific experience in NEC 680 / IEC 60364-7-702 pool electrical work. The combination of water and electricity presents unique hazards that general commercial electricians may not be familiar with. Common code violations that lead to failed inspections and safety hazards include: GFCI breakers installed but bonding grid omitted, splices in the wet-niche conduit, junction boxes installed below the water level, 304 stainless steel instead of 316L, and non-Listed fixtures installed in wet-niches. Budget for a dedicated pool electrical subcontractor — the cost premium over a general electrician is typically 10–15% and is money well spent.

Procurement Checklist: 8-Point Commercial Underwater Lighting Specification

Use this 8-point procurement checklist to ensure your underwater pool and fountain lighting specification is complete, compliant, and ready for quotation. Each point below addresses a critical procurement dimension that, if overlooked, leads to specification gaps, code violations, or budget overruns. Include this checklist (with your project-specific values filled in) in your RFQ to Kingseng or any underwater lighting manufacturer.

1. Fixture Types and Quantities: Specify exact quantities by type — wall-mount pool lights (KS-UW-200 or KS-UW-250), niche/surface mount (KS-UW-SM), fountain/submersible (KS-FL), waterfall lights (KS-WF), perimeter strip (KS-PS), fiber optic illuminators (KS-FO), laminar flow jets (KS-LF). Include a pool/fountain plan drawing with fixture locations marked. Confirm quantities with photometric layout (AGi32/DIALux) before finalizing PO.
2. IP68 Submersion Depth: Specify required IP68 submersion depth for each fixture type (1m, 3m, 5m, 10m) based on maximum water depth at each fixture location plus 1m safety margin. Example: “All wall-mount pool lights: IP68 5m. Fountain lights in main display basin (depth 3m): IP68 5m. Shallow basin accent lights (depth 0.5m): IP68 1m.” Request IP68 test certificates for the specified depth.
3. Housing Material: Select material per fixture based on water chemistry and budget. Standard: 316L SS for all chlorinated/saltwater pool fixtures. Optional: Bronze for luxury/saltwater projects (+15–30% cost). ABS+GF acceptable only for freshwater decorative fountains and ponds. Explicitly exclude 304 stainless steel from the specification.
4. Voltage and Electrical System: Specify system voltage: 12V AC (retrofit compatibility), 12V DC, or 24V DC (recommended for new construction). Include transformer/power supply specification: quantity, location (≥1.5m from pool edge), enclosure rating (NEMA 3R minimum for outdoor). Confirm GFCI protection (Class A, 4–6mA) on transformer primary. Verify local code edition (NEC 2023 or applicable) and any local amendments.
5. Light Effect and Control Protocol: Specify effect per fixture: RGBW color-changing, static white (3000K/4000K/5000K/6000K), fiber optic star effect, laminar flow jets. Specify control protocol: DMX512/RDM (recommended for all commercial projects), RF wireless (standalone small installations), 0-10V/DALI (static white only). If DMX, specify controller: Kingseng-supplied pre-programmed controller or third-party (Pharos, ETC, Nicolaudie). Request DMX channel map/fixture profile.
6. Certifications: Specify required certifications per geographic market: UL 676 (USA/Canada — mandatory), ETL Listed to UL 676 (acceptable alternative), IP68 with declared submersion depth (mandatory globally), CE Marking with LVD+EMC+RoHS (EU/EEA/UK — mandatory), RoHS test reports (global — increasingly required by hotel chain procurement policies). Request all certificates with quotation — generic company certificates are not acceptable; certificates must reference specific model numbers.
7. Cable and Wiring: Specify cable length per fixture (Kingseng standard: 30m / 100 ft). For custom lengths, provide measurement from each niche location to its junction box location plus 2m service loop. Specify cable type: standard waterproof pool cable (SJOW-A equivalent) or hybrid power+DMX cable for DMX-controlled fixtures. For DMX, confirm: 120Ω characteristic impedance maintained, cable properly shielded, termination resistor at last fixture.
8. Warranty and After-Sales: Specify warranty requirements: Kingseng standard 5-year warranty covers LED module, driver/power supply, and housing against manufacturing defects. Extended warranty options: 7-year and 10-year available for commercial projects. Specify after-sales requirements: replacement parts availability commitment (5+ years from date of manufacture), technical support response time (Kingseng standard: 24-hour email, 48-hour video call support), on-site commissioning support availability (quote separately for projects with 100+ DMX fixtures).

Downloadable checklist available upon request. Kingseng’s application engineering team provides a complete pre-quotation review of your lighting specification against this checklist, identifying gaps, code compliance issues, and cost optimization opportunities before quotation.

Procurement timeline: Commercial underwater lighting projects typically require 8–14 weeks from RFQ to delivery: 2–3 weeks for specification, photometric layout, and quotation; 1–2 weeks for sample evaluation (critical for underwater fixtures — test submersion performance and color quality in a wet test before approving production); 4–6 weeks for production (10–200 fixtures, depending on customization); and 1–2 weeks for air freight (recommended for first-time orders to verify quality before committing to multiple-container sea freight). Sea freight adds 5–7 weeks but reduces shipping cost by 55–65% for orders over 500 kg. Unlike above-water LED fixtures, underwater lights require wet-test sample evaluation — budget for a test tank or a visit to the Kingseng factory to witness submersion testing. The cost of one failed underwater fixture in a filled commercial pool (draining, replacement, re-inspection, operational downtime) far exceeds the cost of a thorough pre-production qualification process.

For a custom commercial underwater and pool lighting procurement plan, IP68 depth specification, DMX control system design, photometric layout (AGi32), and OEM quotation, contact Simon Chen at simon@ksimpexp.com

Last Updated: June 2026. All pricing indicative FOB Shenzhen, MOQ 10–50 units depending on model. Specifications verified against NEC 680 (2023 Edition), IEC 60529 (IP ratings), IEC 60364-7-702, UL 676, ANSI/APSP/ICC-1 2016, and IES RP-43-22 standards current as of publication date. This guide is intended for B2B procurement professionals sourcing LED underwater and pool lighting from Chinese manufacturers. No competitor brands referenced. Kingseng is a registered trademark of Kingseng Lighting Technology Co., Ltd.

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