Field-tested switching power supplies optimized for commercial retrofits, high-bay luminaires, industrial automation racks, and damp-rated outdoor installations across the Multnomah County and Willamette Valley corridors.
Engineered for long-run 48V architectural linear cove lighting, sign letters, and PoE auxiliary illumination. Ultra-low line drop over extensive wiring runs.
Compact footprint enclosed chassis designed for multi-voltage LED arrays, studio softboxes, and clean-tech equipment enclosures. High convection cooling performance.
Low-noise EMI-shielded switching module matching architectural illumination combined with high-resolution perimeter video surveillance infrastructure.
Heavy-duty power delivery built with 105°C long-life electrolytic capacitors. Tailored for commercial display retrofits and industrial automation indicator boards.
High-current 5V rail dedicated to programmable pixel arrays, outdoor LED video walls, arena displays, and transit schedule boards across downtown Portland hubs.
Reinforced chassis structure optimized for industrial conveyor control panels, damp-proof cabinet integration, and high-spec building facade LED accents.
Centralized DC microgrid and commercial greenhouse LED driver module. Active thermal management with forced-air cooling for continuous high-load operations.
Precision-trimmed constant voltage switching power supply subjected to 100% high-temperature full-load stress testing. Premier choice for cleanroom and biotech retrofits.
Portland's unique environmental matrix—persistent cool-season rainfall, rigorous municipal carbon targets, and strict architectural dark-sky mandates—demands driver modules designed for high conversion efficiency, superior moisture resilience, and precise control compatibility.
With Portland leading the nation in LEED Platinum office density and eco-conscious construction, commercial luminaires require high power factor (PF > 0.95) and total harmonic distortion (THD < 10%). Our enclosed slim drivers (LRS and S-Series) integrate seamlessly into decorative profiles, architectural coves, and acoustic panel LED fixtures across downtown Portland and the Lloyd District.
The Willamette Valley and rural Clackamas/Washington counties host advanced indoor farming, research nurseries, and botanical cultivation. These facilities run 16-to-24-hour photosynthetic light cycles under high relative humidity. Our potted waterproof drivers and heavy-duty 1500W centralized power modules dissipate heat without noisy failure points, optimizing micro-mol yields per kilowatt-hour.
In Beaverton, Hillsboro, and Tigard, semiconductor fabrication and microelectronics testing labs mandate clean, low-ripple power devoid of electromagnetic interference. Harlon’s switching drivers pass strict Class B conducted and radiated EMI tests, ensuring that high-lumen inspection lighting does not interfere with sensitive fab instrumentation or metrology tools.
Outdoor transit passenger shelters, MAX Light Rail hubs, and pedestrian bridges across the Willamette River endure damp winter conditions with high ambient vibration. Our DIN-rail and enclosed power modules feature double-sided conformal coating, protecting solder joints against electrolytic migration, moisture condensation, and road-grime salting.
Navigating the intersection of state building codes, DLC 5.1 premium standards, and urban ecological preservation in the greater Portland metro region.
Aligned with ASHRAE 90.1-2022 guidelines, Oregon's energy codes enforce strict lighting power density (LPD) limits. LED drivers must exceed 90% full-load electrical conversion efficiency and maintain standby quiescent draw under 0.5W. Harlon’s synchronous rectification topologies minimize parasitic thermal loss, directly reducing HVAC cooling overhead in tightly insulated buildings.
The City of Portland’s Bureau of Planning and Sustainability enforces strict nocturnal lighting regulations to protect migrating avifauna along the Pacific Flyway. This demands precise, flicker-free deep dimming (0–10V, PWM, or DALI-2 protocols down to 1% without color shift). Our driver modules feature smooth analog-to-digital curve mapping to eliminate strobing.
Winter squalls coming off the Pacific Ocean create frequent transmission fluctuations and transient voltage spikes across Oregon utility networks (PGE and Pacific Power). Harlon LED drivers incorporate multi-stage metal oxide varistor (MOV) arrays and transient voltage suppression (TVS) rated up to 4kV line-to-line and 6kV line-to-earth.
| Module Series | Rated Power | Output Voltage Options | Efficiency | PF / THD Performance | Protections | Target Applications |
|---|---|---|---|---|---|---|
| S-120 Series | 120W | 12V, 15V, 18V, 24V, 36V, 48V | 87% - 89% | > 0.92 / < 15% | Short Circuit, Overload, Overvoltage | Backlit signage, channel lettering, interior troffers |
| S-145 Series | 145W | 18V, 24V, 36V, 48V | 88% - 90% | > 0.94 / < 12% | Over-temp thermal shutdown, auto-recovery | Architectural cove, linear trunking, CCTV auxiliary |
| S-200 Series | 200W | 5V, 12V, 24V, 36V, 48V | 89% - 91% | > 0.95 / < 10% | Active surge clamp, hiccup mode overload | High-density LED displays, 5V pixel bars, cleanrooms |
| S-1500 Series | 1500W | 12V, 24V, 36V, 48V | 92% - 94% | > 0.98 / < 8% | Intelligent fan speed, remote sense, shutdown | Horticulture CEA fixtures, municipal stadium lighting |
| LRS Ultra-Slim | 35W–350W | 5V, 12V, 24V, 36V, 48V | 88% - 91.5% | > 0.95 / < 10% | 300VAC surge input 5s, complete protection | Compact low-profile luminaire bases (30mm height) |
Detailed answers addressing electrical compatibility, environmental certifications, Pacific shipping logistics, and custom engineering options.
Whether you require standard catalog power modules in wholesale volumes or custom-engineered driver solutions for an upcoming architectural bid, our engineering desk provides rapid quotes, technical schematics, and evaluation samples within 24 hours.