Built for the systems behind the white space.
Data center uptime depends on more than servers. HERTZINNO helps teams watch the power rooms, cooling plant, cable routes and liquid infrastructure that keep the facility running every minute.
Where data center problems usually start
The earliest signs are often outside the server rack. Electrical rooms, cooling equipment, cables and liquid routes all leave measurable signals before a fault becomes obvious.
Electrical Room Risks
Switchgear, busways, UPS rooms and transformer areas may develop discharge, loose connections or heat buildup long before visible failure appears.
Transformer Health
Transformer gas and moisture trends can reveal overheating, arcing or insulation stress earlier than routine manual inspection.
Cooling Equipment Wear
Pumps, fans, compressors and chillers often sound different when bearings wear, flow changes or mechanical balance starts to drift.
Cable & Liquid Routes
High-density AI and HPC facilities need better visibility along cable corridors, trenches and liquid cooling paths where heat or leakage can spread quickly.
Use the right sensor for each part of the site.
A data center does not need one sensor for everything. It needs the right sensing method at the right location. HERTZINNO combines DGA, acoustic imaging, DTS, DAS and equipment voiceprint analysis to cover the main power and cooling risk points without changing the existing operating workflow.
Typical monitoring points in a data center
HERTZINNO helps match each monitoring point with the right sensing method, from transformer rooms and UPS areas to cooling plants, liquid routes and cable corridors.
Transformer Rooms
Track gas trends, moisture and early electrical stress in transformers that support critical data center loads.
Switchgear, UPS & Busways
Locate discharge, hot spots and abnormal acoustic emissions in electrical rooms and high-density power distribution areas.
Cooling Plant & Pump Rooms
Listen for changes in pumps, chillers, compressors and fans that may indicate wear, imbalance, cavitation or flow problems.
Liquid Cooling Routes
Watch temperature changes and acoustic signs along liquid cooling paths, manifolds and technical corridors.
Cable Routes & Trenches
Use distributed temperature sensing to identify heat buildup along power cables, trays and trenches.
Fiber Routes & Perimeter
Detect vibration or disturbance events along fiber routes, restricted areas and underground infrastructure.
Products for data center reliability
Each product covers a specific signal: gas, sound, heat, vibration or route-level temperature. Together, they give operators a clearer view of power and cooling infrastructure.
HZ-FA-371T
Fixed acoustic and thermal imaging for electrical rooms, switchgear areas, discharge sources and hot spot verification.
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HA3
Handheld acoustic camera for engineering teams to verify discharge, leaks and abnormal sound sources during site inspection.
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HZ-FA-110
Edge acoustic monitoring for pumps, fans, chillers, compressors and rotating equipment.
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HZ-DGA-900
Online dissolved gas analysis for transformer health tracking in critical power systems.
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HZ-DTS Series
Distributed temperature sensing for cable corridors, trenches and liquid cooling routes.
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DTS & DAS Platform
Fiber-based temperature and vibration sensing for route-level infrastructure monitoring.
View Technology →A clearer picture than single-point alarms
Traditional alarms often show that a threshold has already been crossed. HERTZINNO focuses on the signals that appear earlier: gas trends, sound changes, heat buildup and route-level vibration.
Data Center Reliability FAQ
Which data center assets are suitable for HERTZINNO monitoring?
Typical assets include transformers, switchgear, UPS rooms, busways, cooling plants, pump rooms, fan systems, liquid cooling routes, cable corridors and restricted infrastructure areas.
Can acoustic monitoring work in a noisy data center?
Yes. The system analyzes frequency features and ultrasonic signals, not just audible sound. This helps separate equipment changes from normal background noise.
Why use online DGA for data center transformers?
Transformers that support critical loads should not depend only on periodic oil sampling. Online DGA gives operators a continuous view of gas and moisture trends.
How are liquid cooling routes monitored?
DTS can track temperature changes along the route, while acoustic and vibration sensing can help identify abnormal flow, leakage-related sound or external disturbance.
Can the system connect to BMS or DCIM?
Yes. HERTZINNO devices can provide alarms, trend data and diagnostic results to BMS, DCIM, SCADA or third-party monitoring platforms based on the project design.
Plan your data center sensing layer with HERTZINNO.
Share your power room layout, cooling system, liquid cooling route, cable design and existing BMS or DCIM workflow. Our team will help you choose the right sensing points and product mix.
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