Water Purification Systems
Municipal and industrial wastewater treatment, ballast water purification, and ultrapure process water sterilization.
Engineering Support +1-613-836-3511
ABSOPULSE Electronics designs and manufactures an extensive portfolio of heavy-duty, compact DC-AC sine wave inverters specifically built to drive high-performance ultraviolet (UV) lamps. With power capability ranging from 1W to over 200W, our UV lamp inverters deliver constant sinusoidal drive currents that significantly optimize crest factor, safeguard electrode integrity, and maximize total lamp service life.
Unlike standard commercial ballasts, ABSOPULSE UV inverters feature zero minimum load requirements and comprehensive short-circuit electronic protection. Each unit is completely encapsulated with thermally conductive potting compound meeting UL94V-0 flammability standards. This provides total immunity against severe vibration, mechanical shock, ambient moisture, airborne contaminants, and insect intrusion—ensuring continuous operation in the most demanding global industrial environments.
Engineered for high-volume OEMs and mission-critical applications where continuous UV output is mandatory.
| Parameter | Specification Range & Options | Industrial Benefit |
|---|---|---|
| DC Input Rail Range | 12V, 24V, 28V, 48Vdc or wide-range custom DC inputs | Direct compatibility with vehicle batteries, industrial DC buses, and solar arrays. |
| Output Power Rating | 1W to 200W+ (Single or Dual Output Channels) | Scalable configuration suitable for compact single-lamp to multi-tube arrays. |
| Output Drive Current | Sinusoidal drive current with optimized crest factor | Prevents lamp flickering, extends cathode life, and stabilizes UV spectral output. |
| Galvanic Isolation | Up to 5000Vdc input-to-output isolation | Protects upstream control logic and ensures operator electrical safety. |
| Ingress & Environmental | Fully encapsulated with thermally conductive potting (UL94V-0) | Resists water spray, high humidity, conductive dust, shock, and vibration. |
| Operating Temperature | Standard -20°C to +70°C; Extended -55°C to +85°C available | Reliable cold-weather startup and high-ambient continuous operation. |
| EMI Standards Compliance | Designed to meet EN55022 Class B conduction and radiation limits | Low electromagnetic noise interference with nearby sensors and communication lines. |
ABSOPULSE UV lamp inverters are field-proven across critical infrastructure and commercial sterilization systems worldwide.
Municipal and industrial wastewater treatment, ballast water purification, and ultrapure process water sterilization.
Onboard HVAC air purification and surface disinfection units for passenger trains, subways, buses, and coaches.
Surgical equipment sterilizers, isolation room air scrubbers, and hospital germicidal irradiation chambers.
Inline food packaging sanitization, beverage bottling lines, and laboratory solar radiation testing equipment.
Over 40 years of continuous Canadian OEM manufacturing standard and customized power solutions.
We adapt mechanical form factors, pinouts, input/output voltage combinations, and thermal mounting options to fit your unique equipment footprint.
Heavy-duty potting eliminates air gaps, preventing moisture condensation and electrical arcing under severe temperature cycling.
Design, PCB assembly, potting, high-voltage burn-in, and final quality assurance testing are conducted entirely in our Ottawa, Canada facility.
Sinusoidal drive current provides an optimal crest factor, which minimizes cathode sputtering, reduces electrical stress on the lamp electrodes, and significantly extends the operational lifespan of ultraviolet lamps compared to square wave or high-spike drives.
Units are fully encapsulated with a thermally conductive potting compound rated to UL94V-0 flammability standard. This provides complete immunity to shock, severe vibration, humidity, conductive dust, moisture, and insect ingress typical of harsh industrial and transit sites.
Yes. ABSOPULSE specializes in custom and semi-custom engineering. We adapt input voltages, output power levels, mounting footprints, thermal management, and connector types to meet exact OEM project specifications.
Speak directly with our engineering team in Ottawa, Canada to define input/output voltage requirements, mechanical dimensions, and environmental protection options for your UV lamp power system.