LED Street Light (60W–200W)

What This Product Is

An LED street light is a pole-mounted outdoor luminaire designed to illuminate roads, parking areas, cycle paths, and public spaces for 10–15 years with minimal maintenance. The 60W–200W range covers local residential roads through to multi-lane arterial routes, with higher wattages typically mounted at 8–12 metres and lower wattages at 5–8 metres. Unlike indoor fixtures, street lights must survive corrosive atmospheres, thermal cycling, vibration, and direct water ingress while delivering a controlled optical distribution that complies with local road-lighting standards. For broader LED lighting sourcing across UL and DLC markets, the same Zhongshan supply base also produces commercial and industrial luminaires.

What to Check When Sourcing LED Street Lights

Street lights face the harshest operating conditions of any luminaire: temperature extremes, UV exposure, road salt, insects, and vibration from heavy vehicles. The failure modes are correspondingly severe. When sourcing municipal lighting from China, durability testing is non-negotiable.

ENEC vs. self-declared CE. For EU public road installations, many tenders require ENEC marking (notified body certification under EN 60598-1 and EN 55015). Self-declared CE is legally sufficient for private installations but may not satisfy municipal procurement specifications. Verify which your buyer requires before selecting a factory. A factory audit should confirm ENEC certification status with the notified body.

Photocell socket (NEMA/Zhaga). If the fixture needs smart city or remote monitoring integration, confirm whether the photocell socket is NEMA 5-pin (North America) or Zhaga Book 18 (Europe/Asia). These are not interchangeable.

Optical distribution type. Street lights use asymmetric distributions (Type II, III, IV per IES). Ask the factory for an IES photometric file — this is a machine-readable file that your lighting designer or municipality can import into AGi32 or Dialux to verify road compliance. For power electronics like LED drivers, driver quality is equally critical.

Typical Specifications Buyers Should Confirm

Before approving samples, lock down the following in writing:

• Voltage and surge: Universal 100–277VAC or 220–240VAC depending on market; 10kV surge protection (IEC 61000-4-5) is the practical minimum for pole-mounted electronics exposed to lightning-induced transients.
• Housing and materials: Die-cast aluminium body with powder-coated finish; separate driver and optical chambers; silicone gasket rated for the full -40°C to +55°C operating range.
• Dimensions and mounting: Arm diameter compatibility (Ø42mm or Ø60mm is common), weight per fixture, and wind-load rating. A 200W unit can exceed 12 kg, so bracket and pole calculations matter.
• LED module and optics: SMD3030 or SMD5050 LEDs at 140–160 lm/W fixture efficacy; Type II, III, or IV IES distribution; PMMA or glass lens with UV stabilization. Ask for the IES file and a goniophotometric report from an accredited lab.
• Certifications: CE/ENEC for Europe, UL for North America, RoHS for substance restrictions, and IK08 impact rating for public installations. Many Zhongshan lighting manufacturers produce both CE and UL variants from the same chassis.

Common Quality Issues with LED Street Lights

Rust at mounting bracket — Bracket corrosion is a common warranty claim. Specify hot-dip galvanized or 304 SS hardware for coastal or high-humidity environments. Where pole access or grid connection is impractical, an all-in-one solar street light avoids the bracket-corrosion failure mode entirely by integrating the panel and battery into the head. For a complete sourcing workflow, see our factory audit checklist.

Thermal gap at housing seal — The joint between the optical chamber and driver chamber is a common moisture ingress point. Inspect sample units by removing the driver cover after an IP test.

Driver capacitor life hidden in the fine print. A frequent field failure is the driver dying years before the LED module, which is typically rated for L70 well beyond 50,000 hours under IES LM-80 / TM-21. Don’t accept the fixture’s headline lifetime — demand the driver maker’s published rated life at a stated case temperature (Tc) and the capacitor brand and temperature rating, then check that the driver’s rated hours meet or exceed your warranty term. A 105°C-rated electrolytic capacitor lasts roughly 2–3 times longer than an 85°C part at the same operating temperature; reject drivers specifying 85°C electrolytics for a 5-year outdoor warranty.

Concrete Use Case: Municipal Road Retrofit

A typical buyer is a European contractor replacing 150W sodium lamps with 100W LED street lights across a county road network. The project requires ENEC certification, Type III distribution on 10-metre poles, and a 5-year warranty. This buyer needs a factory that can supply consistent photometric files, batch-level LED binning, and documented salt-spray testing for brackets. Our sourcing service shortlists manufacturers in the Zhongshan lighting cluster that already hold ENEC grants and can ship complete bill-of-materials documentation for each batch. The factory must also demonstrate experience with road-lighting tenders and be able to issue a manufacturer Declaration of Conformity tied to the exact model number.

Sourcing notes from the floor

We inspected street light factories in Zhongshan last quarter and found driver chambers sealed with 85°C electrolytic capacitors despite a five-year outdoor warranty. On recent projects we saw IK08 housings paired with non-galvanized brackets that rusted within two years on coastal roads. The most common spec mismatch is quoting an IES Type III distribution but delivering a symmetric beam that cannot meet EN 13201 uniformity ratios. Real-world MOQ/price is often 100 units at $35–120, with ENEC marking adding 10–15% over self-declared CE. Certification gotcha to watch: the ENEC certificate scope must include the exact LED module, driver, and cable gland in your batch.

Recommended Next Steps

Request samples from two shortlisted factories and run an IP66 water-jet test, a 48-hour salt-spray check on brackets, and a surge immunity test at 10kV. Cross-check the ENEC certificate scope against the exact model number before issuing a purchase order. Ask the factory for the full bill of materials and confirm the LED driver, LED module, and cable gland are all within the certificate scope. Request the IES photometric file for your lighting designer to validate uniformity and glare before finalising the order. Keep a sealed approval sample on hand for production-line comparison. For import-cost planning, use the tariff calculator to estimate landed cost per fixture.