Xclear Xpert UV HDPE 40-75 Signal

Xclear Xpert UV HDPE 40-75 Signal

XClear Xpert UV HDPE 40-75 Signal XClear Xpert UV HDPE 40-75 Signal is a compact yet powerful professional UV-C reactor, specially developed for demanding applications such as saltwater, chemical...

XClear Xpert UV HDPE 40-75 Signal

XClear Xpert UV HDPE 40-75 Signal is a compact yet powerful professional UV-C reactor, specifically developed for demanding applications such as saltwater, chemically contaminated water, and other corrosive environments.

Thanks to the durable HDPE housing and high-quality components, this UV unit offers a long service life, high reliability, and excellent performance.

Suitable for harsh conditions

The reactor is manufactured from corrosion-resistant HDPE material, making it ideal for applications where standard UV units may wear out faster.

• Fully corrosion-resistant HDPE reactor
• Suitable for saltwater and chemically contaminated water
• IP67 protection class

Powerful UV-C disinfection

The unit is equipped with a powerful 40W amalgam UV-C lamp with a very long lifespan of approximately 16,000 operating hours .

• Effective control of floating algae, bacteria, and germs
• Maximum flow for 30 mJ/cm²: 3 m³/h
• Maximum hydraulic capacity: 12 m³/h

Compact and low-maintenance

The compact design makes installation easy, even in confined spaces. Lamp changes can be performed quickly and without tools.

• Very compact design
• Easy maintenance
• Quick lamp replacement without tools

Technical specifications

• Type: 40-75 Signal
• UV lamp power: 40W amalgam
• Lamp lifespan: approx. 16,000 hours
• Maximum working pressure: 6 bar
• Connection: 1½"
• Diameter unit: 75 mm
• Unit length: 447 mm
• Housing material: HDPE
• Ballast operating temperature: 1 to 40°C

Features

• Professional UV-C reactor
• Corrosion-resistant HDPE housing
• Compact and powerful design
• Long lifespan UV lamp
• Suitable for saltwater and aggressive applications

The XClear Xpert UV HDPE 40-75 Signal is a high-quality UV-C solution for users who demand maximum reliability, durability, and performance in challenging conditions.