FACILITY SPECIFICATION LEVEL 4
Engineered for Zero Thermal Compromise
Uptime Cooling builds dedicated thermal management infrastructure for data centers, telecommunications facilities, server rooms, and mission-critical electronics where thermal runaway is not an option.
Our mechanical systems balance high-velocity CFM output, precision thermodynamic controls, and modular failover circuits to guarantee safe operating parameters under peak computational loads.
Telemetry Standards
PUE Standard1.08 – 1.14
Uptime Rating99.999%
Continuous Support24/7/365
THERMAL LOAD
DENSITY CAPACITY
120 kW / Rack
High-Density Heat Dissipation
Purpose-built heat capture systems engineered specifically for dense compute clusters, AI training rigs, and continuous enterprise processing centers.
Dynamic CFD-optimized airflow channeling
Variable-speed ECM fan arrays with active load matching
Targeted micro-zone cold aisle containment
UPTIME RESILIENCE
FAILOVER TIME
< 350 ms
N+1 & 2N Fault Tolerance
Dual-circuit fluid distribution and independent electrical feeds prevent single-point failures across high-throughput data facilities.
Concurrent maintainability across all loops
Automated pneumatic isolation valve sequencing
Dual-pump header synchronization architecture
LIQUID MANIFOLDS
HEAT RECOVERY
98.4% Efficiency
Direct-to-Chip & Liquid Loops
Closed-loop liquid cooling manifolds that interface directly with computing silicon to reduce mechanical chill requirements and lower overall PUE.
Medical-grade dripless dry-break couplings
Dielectric fluid and treated water loop options
Real-time pressure drop and leak telemetry
Operational Compliance Standard
Engineered for Strict Enterprise Standards
Our mission-critical cooling systems are built and verified against the world's most demanding data center, safety, and efficiency frameworks.
Zero-Downtime Architecture
ASHRAE Thermal Limits
High PUE Optimization
Tier I – IV Rated
Infrastructure Resilience
Data Center Tier Topology
UI-STD-TIER-I-IV
Fully compliant modular cooling topologies engineered for concurrent maintainability and fault-tolerant architectures up to 99.995% availability.
Key Metrics2N / N+1 Concurrent
Availability Target99.995% Uptime
Redundancy Topology2N + 1 Modular
Fault IsolationAutonomous Loop
Verification Criteria
- Tier IV continuous cooling without thermal interruption
- Concurrent maintainable primary and secondary pump loops
- Zero single-point-of-failure distribution valving matrices
- Integrated emergency reserve thermal battery buffer tanks
Class A1–A4 Envelopes
Thermal Envelope
ASHRAE TC 9.9 Compliance
ASHRAE-TC9.9-2021
Precision delivery aligned with recommended and allowable environmental envelopes for enterprise computing and mission-critical telecom electronics.
Key MetricsRecommended Class A1
Dry Bulb Range18.0°C – 27.0°C
Dew Point Range-9.0°C – 15.0°C DP
Max Rate of Change< 5.0°C / Hour
Verification Criteria
- Optimized economizer operation across expanded thermal boundaries
- Airflow supply management avoiding dew point condensation risks
- High-density server row differential pressure tuning
- Microclimate sensor grid feedback for localized hot-spot mitigation
PUE Index < 1.15
Ecological & Efficiency
Environmental & PUE Protocols
ISO-14001:2015 / EPA
Engineered to lower carbon intensity, leverage eco-friendly low-GWP refrigerants, and deliver industry-leading Power Usage Effectiveness.
Key MetricsISO 14001 Certified
Target PUE Index< 1.15 Annualized
Refrigerant ProfileLow-GWP / Zero ODP
Water Usage (WUE)Closed-Loop Minimal
Verification Criteria
- EC fan motor assemblies with variable frequency modulation
- Full compliance with European F-Gas and US EPA SNAP regulations
- Zero ozone depletion potential (ODP) fluid engineering
- Heat recovery integration options for localized district heating
AHRI 1360 / UL Listed
Safety & Manufacturing
Industrial Build Certifications
ISO-9001 / UL 1995 / CE
Fabricated and stress-tested under strict ISO 9001 quality frameworks, UL safety mandates, and AHRI datacenter cooling performance standards.
Key MetricsUL 60335-2-40 Compliant
Safety StandardUL / CSA Listed
Performance RatingAHRI 1360 Standard
Factory Acceptance100% Run-Tested
Verification Criteria
- ISO 9001:2015 quality-assured manufacturing and assembly lines
- Heavy-duty seismic-rated steel chassis and vibration isolation
- CE mark electromagnetic compatibility (EMC) compliance
- AHRI-certified heat exchanger performance validation
Need Site-Specific Tier or ASHRAE Documentation?
Request Facility-Specific Engineering Compliance Submittals
Our thermal engineering team provides full calculation packets, PUE simulations, CFD airflow modeling reports, and custom redundancy schematics for your facility approval.