WHITE PAPER
Liquid Cooling in AI Data Centers:
Protecting Capital Equipment with Effortless Debris Management
Clogged strainers restrict flow and increase the risk of thermal events, downstream failures, and damage to costly capital equipment.
Learn how real‑time differential pressure monitoring and automated flushing reduce maintenance burden, maintain optimal flow, and protect mission‑critical uptime.
Boost Cooling System Reliability
Automate strainer maintenance and gain real-time differential pressure insights
5 Strainer Issues Putting Your Data Center Cooling at Risk
In data center cooling systems, even small inefficiencies can create big risks. Strainers are often overlooked, but when they clog or underperform, they can quietly restrict flow, elevate temperatures, and put critical infrastructure at risk. From unexpected downtime to increased energy costs and hardware stress, these issues can escalate quickly if left unaddressed.
Restricted Flow Is Undermining Your Cooling Performance
Hidden Blockages Can Trigger Unexpected Downtime
Clogged Strainers Put High-Value GPUs at Risk
Inefficient Flow Is Driving Up Energy Costs
Reactive Maintenance Is Creating Operational Risk
In Summary
Left unchecked, strainer issues can quietly compromise flow, increase temperatures, and put critical data center infrastructure at risk. What starts as minor debris buildup can quickly escalate into performance inefficiencies, energy waste, and unplanned downtime. The Smart Wye Strainer addresses these risks head-on, combining real-time monitoring with automated flushing to maintain proper flow, protect high-value equipment, and reduce operational burden. Instead of reacting to problems after they occur, it enables a more proactive approach to cooling system reliability.
See How it Works
The strainer traps particles while letting clean fluid flow through.
Sensors monitor pressure and identify when debris starts restricting flow.
The system opens, clears debris, and returns to normal—no shutdown or manual cleaning.
CASE STUDY
How a Data Center Avoided Process Cooling Failures and Cut Costs
A data center in the southern United States faced repeated large diameter strainer basket failures, rising maintenance costs, and growing risk to chilled water system performance and downstream capital equipment.
Customer Snapshot
Application: Chilled Water Cooling System
System Type: Smart Wye Strainer with Auto-Flush
Challenge: Excessive pressure drop, basket collapse, and hard-to-access manual maintenance
The Challenge
Fine mesh baskets were installed in existing strainers to maintain cooling performance without adjusting existing maintenance schedules, causing excessive pressure drop and repeated basket collapse. This resulted in thousands of dollars spent on replacements. Manual monitoring required technicians to visually inspect hard-to-reach pressure gauges in the rafters, leading to insufficient maintenance and ongoing operational strain.
The Solution
The facility replaced manual strainers with the Smart Wye Strainer, automating differential pressure monitoring and debris removal. The system auto flushes at standard setpoints, eliminating manual inspections while maintaining consistent flow and protecting the chilled water system without taking equipment offline.
The Results
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