Optronic OLQ2524MA-27 Rev D 0117-4860 Rev C

The Optronic OLQ2524MA-27 Rev D 0117-4860 Rev C is a high-performance LED coaxial light designed for precision illumination in machine vision applications. Its compact design and advanced features make it an ideal choice for various industrial settings.

Key Features

• Illumination Area: 25.6 mm x 27 mm, providing a focused and uniform light output.
• Optimal Working Distance: 20-40 mm, ensuring flexibility in various setups.
• Emission Angle: 0 degrees, delivering direct and consistent illumination.
• Light Color: Green with a peak wavelength of 525 nm, suitable for enhancing contrast in specific applications.
• Illuminance: 14,000 lux, offering bright and clear lighting conditions.

Electrical Specifications

• Supply Voltage: 24V, compatible with standard industrial power supplies.
• Current Consumption: 160 mA, ensuring energy-efficient operation.
• Power Consumption: 3.9 W, balancing performance with energy use.
• Max Pulse Voltage: 24-48V (36V recommended), allowing for versatile control options.
• Max Pulse Current: 800 mA, supporting high-intensity pulsed illumination.
• Max Duty Cycle: 10%, suitable for applications requiring brief, intense lighting.
• Max Pulse Duration: 10 ms, providing precise control over illumination timing.
• Connector Type: JST SMR-03V, ensuring secure and reliable connections.
• Cable Length: 500 mm, offering ample reach for various installations.

Mechanical Specifications

• Dimensions: 54.0 mm (L) x 33.0 mm (W) x 33.0 mm (H), facilitating easy integration into existing systems.
• Weight: 80 g, allowing for lightweight and flexible mounting options.

Environmental Specifications

• Operating Temperature: 0°C to 45°C, suitable for a range of industrial environments.
• Operating Relative Humidity: 20% to 85%, non-condensing, ensuring reliable performance under varying conditions.

Eye Safety

• Risk Group: Exempt, indicating minimal risk according to CEI EN 62471:2010 standards.

The Optronic OLQ2524MA-27 Rev D 0117-4860 Rev C is engineered to deliver consistent and reliable illumination, making it an excellent choice for enhancing the accuracy and efficiency of machine vision systems.