Data Centers
High Performance Leak Detection for AI liquid-cooled Data Centers
Enabling Liquid Cooling for ALL Data Centers
Picking the Right LDS
The advent of AI has led data center transition to liquid cooling technology, such as direct-to-chip and immersion cooling. With rack densities reaching well over 100 kW and scaling rapidly, leak detection is now a critical system to ensure that data centers operate continuously and effectively.
While liquid cooling is growing, majority of existing data center in operations are still air-cooled. In this hybrid landscape, choosing a leak detection system that can handle all cooling configurations—liquid coolants, condensate, air-system drips—is essential.
Our technology is engineered to monitor any liquid type and configurable for rack-level cold-plate deployment, immerging cooling tank, rear door heat exchange, raised floors, chilled water piping, and CRAC units— a true end-to-end leak detection system for any data center design.
IMMERSION COOLING
DIRECT-TO-CHIP
Technical Advantages
-
SCALABLE
30+ million sq. ft in active monitoring
-
FAST RESPONSE TIME
< 30 seconds to detect water, oil, hydrocarbon, dielectric fluids & DI water
-
NO FALSE ALARMS
Insensitive to dust and dirt, eliminating the risk of false alarms
-
FLEXIBLE
System can be configured with probe sensing, distance sensing, and zone sensing
End-To-End Data Center Solutions
Modular/Edge Data Center Friendly - PAL-XD
As modular and edge data centers become more common, space constraints make traditional leak detection systems harder to implement. The PAL-XD solves this with a compact, versatile design that integrates easily into tight setups. Capable of detecting a wide range of liquids, it helps protect critical infrastructure and maintain operational efficiency.
Recommended Panels
-
PAL-TS® Series
• Detects both electrically conductive and non-conductive liquids
• TDR base system with touchscreen interface
• Support probes and sensing cable up to 30,000 ft (9,000 m)
• Locating and zoning capable
• BMS integration via Modbus, BACnet, dry contacts
• Ethernet enabled
• Remote monitor capable
-
PAL-AT® Series
• Detects both electrically conductive and non-conductive liquids
• TDR base system with LCD interface
• Support probes and sensing cable up to 15,000 ft (4,500 m)
• Locating and zoning capable
• BMS integration via Modbus, BACnet, dry contacts
• Ethernet enabled
• Remote monitor capable
-
PAL-XD® Series
• Detects both electrically conductive and non-conductive liquids
• Small form factor TDR based system
• Support sensing cable up to 500 ft (150 m) of sensing cable
• Non-locating application
• BMS integration via Modbus, BACnet, SNMP and dry contact
• Ethernet enabled
• Remote monitor capable
-
FluidWatch®
• Detects both electrically conductive and non-conductive liquids
• Small form factor controller
• Support sensing cable
• Up to 150 ft (45 m) of sensing cable
• Non-locating application
• Dry contacts
• Lightweight panel
-
Micro-FluidWatch®
• Detects both electrically conductive and non-conductive liquids
• Insensitive to dust dirt buildup and corrosive environments
• Miniature form factor fits hard-to-access areas — 2mm diameter cable
• LED status indication
Recommended Cables
-
AGW-GOLD
• Detect any liquid
• Quick dry
• Fast response time
• Chemically resistant
• Reusable for any liquid
• Ruggedized design up to 100lb pull force
• Meet NFPA 262 or plenum requirements
• Max temperature of 400°F (232°C)
-
AGW-LSZH
• Detect any liquids
• Low smoke zero halogen construction
• Fast response time
• Quick dry
• Chemically resistant
• Reusable for aqueous solutions
• Max temperature of 250°F (121°C)
-
AGT-GOLD
• Detect any liquid
• Wicking characteristic
• Fast response time
• Chemically resistant
• Reusable for aqueous solutions
• Max temperature of 250°F (121°C)
-
TFH-GOLD
• Detect Hydrocarbon only
• Wicking characteristic
• Fast response time
• Chemically resistant
• Single use only
• Indoor & outdoor application
• Max temperature of 250°F (121°C)
-
ATP
• Detect water-based liquid
• Designed for pre-insulated pipes application
• Easy field install
• Max temperature of 250°F (121°C)
