The Electro-Lite ELC-500 is a precision UV curing and light exposure system engineered for controlled, uniform exposure in electronics, medical device, and materials research manufacturing. The self-contained unit features four 9 W UVA-365 nm lamps delivering 30 mW/cm² optical power output, a rotating turntable for 360-degree exposure uniformity, and a digital programmable timer with 6-second interval resolution across 6 seconds to 9.9 minutes. Optional lamp configurations support 450 nm visible/blue light curing and 365 nm black light for non-destructive fluorescent defect testing.
Technical Specifications
• Light source: Four 9 W UVA-365 nm lamps (standard); optional 450 nm visible/blue or 365 nm black light lamps
• Peak wavelength: 365 nm (UVA) or 470 nm (visible/blue)
• Optical power output: 30 mW/cm² at 365 nm
• Exposure chamber: Reflective-lined internal chamber with rotating turntable (4-inch diameter, 6 RPM) and stationary shelf (5″W × 8.75″D)
• Chamber dimensions: 7.5″W × 3″H × 8.75″D (190.5 mm × 76.2 mm × 222.25 mm)
• Digital countdown timer: Programmable 6 seconds to 9.9 minutes in 6-second intervals
• External dimensions: 9″W × 8″H × 9″D (228.6 mm × 203.2 mm × 228.6 mm)
• Weight: 6.5 to 9 lbs (approximately 3–4 kg)
– Key Features
• Safety interrupt chamber switch and operator-safe containment
• 360-degree exposure capability via rotating turntable
• Clear viewing window and power-down mode
• Audible signal upon exposure completion
• Repeatable programmable timing for consistent curing
– Electrical Specifications
• Input: 100–120 V AC, 60 Hz or 220–240 V AC, 50 Hz
• Current draw: 1.5 A (100–120 V) or 1.0 A (220–240 V)
– Typical Applications
• UV curing in electronics and microelectronics manufacturing
• Medical device and optical assembly production
• Hearing aid assembly, modification, and repair
• Pharmaceutical light-stability testing
• Material research and nanotechnology processes
• Non-destructive fluorescent defect testing (NDT)
