Impact of Total Harmonic Distortion on Linear High Bay Drivers
Covers Active vs. Passive PFC, capacitor degradation, harmonic resonance risks, and driver selection for 105°C operation.
Read guide
Comprehensive Guides
Explore practical guides, buying advice, and product education from the Hyperlite team.
Featured Guide
Start here
Impact of Total Harmonic Distortion on Linear High Bay Drivers
Covers Active vs. Passive PFC, capacitor degradation, harmonic resonance risks, and driver selection for 105°C operation.
Read guide
Latest Articles
Latest guides
Class 2 vs. Non-Class 2 Drivers in Linear High Bay Designs
A technical guide to Class 2 and non-Class 2 LED drivers for linear high bay lighting. Reviews NEC compliance, installation labor, and TCO analysis...
Component-Level Quality: What Drives a 5-Year Linear Warranty
Covers the reliability of 105°C capacitors, cold-forged heatsink efficiency, and the bathtub curve to identify true industrial-grade quality.
Thermal Conductivity: Pure Aluminum vs. Die-Cast Linear Frames
Covers thermal conductivity data, LM-80/TM-21 verification, and a TCO model showing over $340k in savings for large facilities.
Surge Protection and Over-Voltage Limits in Linear LED Drivers
Covers 6kV/10kV surge ratings, clamping voltage vs. Vds max, isolated dimming, and ROI modeling based on UL/IEC standards.
Psychological Warmth: Choosing 4000K for Cold-Climate Pole Barns
Covers psychological benefits, cold-weather reliability, lumen adjustment rules, TCO modeling, and navigating DLC Premium rebates and NEC compliance.
Calibrating Detection Range for High-Ceiling UFO Sensors
Covers 2:1 height-to-diameter ratio, step-by-step commissioning, and addresses HVAC interference and power surges for professional specifiers.
Constant Current Drivers: Why They Matter for High Bay Stability
A guide on how constant current LED drivers prevent thermal runaway and ensure flicker-free dimming in demanding industrial lighting applications.
Tuning Microwave Sensitivity for Sub-Zero Cold Storage
Covers sensitivity calibration, frost interference, IES/ASHRAE standards, and payback modeling for LED retrofits in refrigerated warehouses.
Managing Driver Inrush Current: Sizing Breakers for LED Retrofits
Covers NEC Article 220, breaker trip curves (Type C vs D), and mitigation strategies like soft-start drivers for large-scale projects.
Calibrating Sensors for High-Impact Movement in Gyms
Covers hybrid sensor technology, payback analysis, and a commissioning checklist for facility managers and contractors.
Why Low THD Drivers are Critical for Industrial Power Quality
Covers harmonics physics, risks like neutral overheating, IES LM-79 reporting, and compliance with DLC Premium & UL standards for low-THD drivers.
Beyond Visible Flicker: Evaluating Driver Percent Flicker for Pros
Covers IEEE 1789-2015, IES LM-79 standards, warehouse ROI modeling, and a procurement checklist for high-performance industrial lighting.
Potting Compounds: How Internal Driver Sealing Prevents Failure
Covers potting materials, the 'hermetic seal' myth, and a specifier's checklist for verifying build quality through certifications.
Understanding Class P Drivers: Safety Standards for High Bay LEDs
A guide to UL Class P drivers for industrial LED high bays, covering safety standards, thermal protection, and ROI for contractors and facility managers.
6kV vs. 10kV: Evaluating Driver Surge Protection for Warehouses
Covers MOVs, environmental risks, the Faraday cage effect, and coordinating with SPDs per IEC/UL standards.