AD 350 CU
The AD 350 CU is a filtered cooling unit designed for laser applications. It supplies filtered air to both the laser and the power supply module, helping to ensure optimal performance and reliability. It can also be used as a seal to increase the IP rating of the laser.
- Low-cost replacement filters
- Low noise levels
Approvals: UKCA and CE | UL
Features
Remote stop/start signal (optional)
Our remote stop/start signal ensures that your Donaldson BOFA fume extraction system operates only when your machine is running, helping to save on both running costs and energy.
Filter change signal (optional)
Our filter change signal alerts you when your filter is full and needs changing.
Technical specification
Imperial | Metric | |
---|---|---|
Dimensions | 23.43 x 14.96 x 14.96” | 595 x 380 x 380 mm |
Weight | 41 lbs | 19 kg |
Airflow / Pressure | 206 cfm | 350 m³/hr |
Electrical data | 115 V 1 ph 50/60 Hz Full load current: 3.5 amps | 230 V 1 ph50/60 Hz Full load current: 2.0 amps |
Noise level (at typical operating speed) | < 68 dBA | < 68 dBA |
Cabinet construction | Brushed stainless steel | Brushed stainless steel |
Documentation
Product Inquiry
For more information about this product, please get in touch. Simply fill out the form, specify the system you’re interested in, and a member of the team will get back to you.
Filter Technology
We offer a variety of pre, main, and inline filters designed to effectively capture dust and particulate generated across a wide range of applications.
Smart Technology
Our Intelligent Operating System (iQ) provides easy-to-access real-time data on your extraction system’s performance. It provides improved extraction efficiency, individual filter status monitoring, and integrated design features.
SureCHECK
We uphold our quality standard through our unique SureCHECK process. We conduct rigorous testing and inspections on every product we make to ensure product integrity, reliability, and performance.
Contact Us
We’re here when you need us, with a variety of ways to get in touch.