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EVI VRF 8-96HP -30°C Heating ShieldBox IP55 19-Point Monitoring Built for Facilities Where a Single Hour of Downtime Costs Millions
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EVI VRF 8-96HP -30°C Heating ShieldBox IP55 19-Point Monitoring Built for Facilities Where a Single Hour of Downtime Costs Millions
  • name
  • name

EVI VRF 8-96HP -30°C Heating ShieldBox IP55 19-Point Monitoring Built for Facilities Where a Single Hour of Downtime Costs Millions

Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
OEM;MIDEA
Certification
CB,ISO
Product Name:
V8 Master
Positioning:
Mission-Critical EVI Heat Pump VRF
Capacity Range:
8-32HP (Single Unit) / 8-96HP (Combined)
Climate Rating:
T3 — 52°C High Ambient Cooling
EVI Heating Range:
Down To -30°C Outdoor Temperature
Refrigerant:
R410A
Highlight:

EVI VRF 8-96HP heating system

,

VRF ShieldBox IP55 protection

,

19-point monitoring VRF system

Product Description
EVI VRF 8-96HP -30°C Heating ShieldBox IP55 19-Point Monitoring
Built for facilities where a single hour of downtime costs millions, the V8 Master represents the highest tier of VRF platform engineering for mission-critical applications.
Product Overview
The V8 Master is engineered for environments where operational continuity is an absolute requirement. Hospitals maintaining vaccine cold chains, data centers protecting computational infrastructure, and government facilities housing classified operations cannot tolerate cooling failures, and the V8 Master ensures they never occur.
The system's architecture is built on four engineering pillars: ShieldBox IP55 construction provides hermetically sealed electrical compartments; SuperSense deploys 19 precision sensors throughout the refrigerant circuit; EVI compressor technology extends reliable heating operation to -30°C; and quadruple redundancy ensures component degradation never escalates into service interruption.
With capacity spanning 8-32HP per unit and combinable to 96HP, the V8 Master addresses thermal requirements of large-scale critical infrastructure while maintaining zone-level precision control.
Key Features
ShieldBox IP55 Industrial Enclosure
ShieldBox integrates IP55-rated sealing into the structural DNA of the enclosure, with electrical compartments actively cooled by refrigerant flow through micro-channel heat exchangers.
  • Complete IP55 sealing prevents ingress of dust, moisture, and fine particulates
  • Electrical compartment actively cooled by refrigerant flow through micro-channel heat sinks
  • UL-certified corrosion resistance validated against 27-year salt spray exposure
  • Sealed cable entries and pipe connections prevent moisture-driven degradation
  • Integrated condensate management handles high-humidity environments
  • Proven across desert, coastal, tropical, and heavy-industrial installation environments
SuperSense 19-Point Diagnostic Array
Nineteen precision sensors positioned at critical measurement points create a comprehensive diagnostic awareness layer for predictive maintenance.
  • 19 measurement points covering temperature, pressure, flow, and vibration parameters
  • Digital twin integration provides virtual sensor backup
  • Predictive algorithms identify performance degradation 48-72 hours before fault thresholds
  • Automatic fault isolation narrows diagnostic scope for rapid maintenance response
  • Historical data logging supports long-term performance optimization analysis
  • Continuous monitoring without blind spots across the complete refrigerant circuit
EVI Enhanced Vapor Injection Heating
EVI technology maintains discharge temperature and heating capacity at outdoor conditions as extreme as -30°C, enabling full heat pump operation across virtually all climate zones.
  • Rated heating capacity maintained at outdoor temperatures down to -30°C
  • No supplementary electric resistance heating or gas boiler required in most climates
  • Stable capacity delivery prevents temperature fluctuation during cold weather events
  • Compressor protection algorithms manage discharge temperature in extreme cold conditions
  • Enables all-electric building heating strategies aligned with net-zero carbon targets
  • Extends viable heat pump application range to northern Europe, central Asia, and high-altitude regions
Quadruple Redundancy Architecture
Four independent protection layers ensure single component failures will not cascade into system-level service interruptions.
  • Unit-level automatic failover provides complete outdoor unit backup capability
  • Compressor-level redundancy maintains partial capacity output during single-compressor faults
  • Fan-level protection preserves heat rejection capability during individual motor failures
  • Virtual sensor monitoring ensures diagnostic continuity during sensor maintenance or failure
  • Each layer operates independently, preventing common-mode failure scenarios
  • Designed for healthcare, data center, government, and process-critical applications
META 2.0 Algorithmic Optimization
The second generation of modular embedded thermal management algorithms provides continuous energy analysis and real-time adjustment.
  • Three-variable optimization simultaneously adjusts refrigerant flow, suction temperature, and fan speed
  • Sixty-step capacity modulation tracks building load changes with surgical precision
  • Weather-integrated forecasting enables predictive adjustment before demand peaks
  • Native Modbus RTU and BACnet connectivity feeds granular data to building automation systems
  • Learning algorithms improve efficiency over time by adapting to building thermal characteristics
  • Up to 40% energy reduction compared to conventional fixed-speed VRF systems
HyperLink Extended Communication
Proprietary HyperLink communication technology supports refrigerant piping runs up to 2,000 meters for campus-scale installations.
  • Up to 2,000 meters of refrigerant piping for campus-scale installations
  • Any-topology communication supports complex building geometries without signal degradation
  • Centralized outdoor placement reduces total system refrigerant charge
  • 110 meters maximum elevation difference addresses high-rise vertical distribution
  • Automatic address configuration simplifies system commissioning and expansion
  • Waveform restoration technology maintains signal integrity across maximum distances
Technical Specifications
ParameterSpecification
SeriesV8 Master
PositioningMission-Critical EVI Heat Pump VRF
Capacity Range8-32HP (Single Unit) / 8-96HP (Combined)
Climate RatingT3 — 52°C high ambient cooling
EVI Heating RangeDown to -30°C outdoor temperature
ProtectionShieldBox IP55 + Gold Fin anti-corrosion
SuperSense19-point diagnostic sensor array
Energy SavingUp to 40% vs. conventional fixed-speed
RefrigerantR410A
Max. Piping Length2,000m (HyperLink)
Max. Height Difference110m
Control SystemMETA 2.0 with 60-step precision modulation
Power Supply180-440V, dual frequency 50/60Hz, generator compatible
RedundancyQuadruple (unit, compressor, fan, sensor)
BMS ProtocolsModbus RTU, BACnet
Indoor Units10 types compatible
Warranty5 years
OriginChina
Applications
  • Data centers where cooling continuity directly determines computational infrastructure availability and uptime SLA compliance
  • Hospitals and medical facilities requiring precise environmental control for operating theaters, vaccine storage, and patient care areas
  • Government installations where operational security demands uninterrupted climate management
  • Telecommunications facilities in extreme environments requiring year-round equipment cooling and winter heating
  • Pharmaceutical manufacturing and cold chain facilities with strict temperature maintenance requirements
  • Research laboratories where environmental stability is critical to experimental integrity
Certifications & Standards
  • CE — European conformity marking for safety and performance
  • SASO — Saudi Arabian Standards Organization certification
  • ESMA — Emirates Standards and Metrology Authority certification
  • GCC — Gulf Cooperation Council standardization certification
  • Eurovent — European HVAC performance certification program
  • UL Anti-Corrosion — Validated through 27-year salt spray exposure testing
  • TUV SUD — Third-party product safety and quality certification
  • ISO 9001/14001/45001 — Quality, environmental, and occupational health management systems
V8 Master VRF outdoor unit with ShieldBox IP55 industrial enclosure
Close-up view of V8 Master VRF system components and diagnostic sensor array
Tags: 

VRF System,  

vrf ac system,  

vrf unit

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Products
PRODUCTS DETAILS
Products

DC Inverter VRF

DC Inverter Mini VRF

Rooftop Package Unit

Industrial Water Chiller

Air Cooled Modular Chiller

FCU Fan Coil Unit

Commercial Air Conditioner

Commercial AC Unit

Floor Standing Duct Type

CCU Compressor Condensing Unit

Commercial Air Conditioning Unit

60Hz American Air Handler

Wall Mounted Split Unit

Air Source Water Heater

Precision Air Conditioner
EVI VRF 8-96HP -30°C Heating ShieldBox IP55 19-Point Monitoring Built for Facilities Where a Single Hour of Downtime Costs Millions
  • name
  • name
EVI VRF 8-96HP -30°C Heating ShieldBox IP55 19-Point Monitoring Built for Facilities Where a Single Hour of Downtime Costs Millions
Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
OEM;MIDEA
Certification
CB,ISO
Product Name:
V8 Master
Positioning:
Mission-Critical EVI Heat Pump VRF
Capacity Range:
8-32HP (Single Unit) / 8-96HP (Combined)
Climate Rating:
T3 — 52°C High Ambient Cooling
EVI Heating Range:
Down To -30°C Outdoor Temperature
Refrigerant:
R410A
Highlight

EVI VRF 8-96HP heating system

,

VRF ShieldBox IP55 protection

,

19-point monitoring VRF system

Product Description
EVI VRF 8-96HP -30°C Heating ShieldBox IP55 19-Point Monitoring
Built for facilities where a single hour of downtime costs millions, the V8 Master represents the highest tier of VRF platform engineering for mission-critical applications.
Product Overview
The V8 Master is engineered for environments where operational continuity is an absolute requirement. Hospitals maintaining vaccine cold chains, data centers protecting computational infrastructure, and government facilities housing classified operations cannot tolerate cooling failures, and the V8 Master ensures they never occur.
The system's architecture is built on four engineering pillars: ShieldBox IP55 construction provides hermetically sealed electrical compartments; SuperSense deploys 19 precision sensors throughout the refrigerant circuit; EVI compressor technology extends reliable heating operation to -30°C; and quadruple redundancy ensures component degradation never escalates into service interruption.
With capacity spanning 8-32HP per unit and combinable to 96HP, the V8 Master addresses thermal requirements of large-scale critical infrastructure while maintaining zone-level precision control.
Key Features
ShieldBox IP55 Industrial Enclosure
ShieldBox integrates IP55-rated sealing into the structural DNA of the enclosure, with electrical compartments actively cooled by refrigerant flow through micro-channel heat exchangers.
  • Complete IP55 sealing prevents ingress of dust, moisture, and fine particulates
  • Electrical compartment actively cooled by refrigerant flow through micro-channel heat sinks
  • UL-certified corrosion resistance validated against 27-year salt spray exposure
  • Sealed cable entries and pipe connections prevent moisture-driven degradation
  • Integrated condensate management handles high-humidity environments
  • Proven across desert, coastal, tropical, and heavy-industrial installation environments
SuperSense 19-Point Diagnostic Array
Nineteen precision sensors positioned at critical measurement points create a comprehensive diagnostic awareness layer for predictive maintenance.
  • 19 measurement points covering temperature, pressure, flow, and vibration parameters
  • Digital twin integration provides virtual sensor backup
  • Predictive algorithms identify performance degradation 48-72 hours before fault thresholds
  • Automatic fault isolation narrows diagnostic scope for rapid maintenance response
  • Historical data logging supports long-term performance optimization analysis
  • Continuous monitoring without blind spots across the complete refrigerant circuit
EVI Enhanced Vapor Injection Heating
EVI technology maintains discharge temperature and heating capacity at outdoor conditions as extreme as -30°C, enabling full heat pump operation across virtually all climate zones.
  • Rated heating capacity maintained at outdoor temperatures down to -30°C
  • No supplementary electric resistance heating or gas boiler required in most climates
  • Stable capacity delivery prevents temperature fluctuation during cold weather events
  • Compressor protection algorithms manage discharge temperature in extreme cold conditions
  • Enables all-electric building heating strategies aligned with net-zero carbon targets
  • Extends viable heat pump application range to northern Europe, central Asia, and high-altitude regions
Quadruple Redundancy Architecture
Four independent protection layers ensure single component failures will not cascade into system-level service interruptions.
  • Unit-level automatic failover provides complete outdoor unit backup capability
  • Compressor-level redundancy maintains partial capacity output during single-compressor faults
  • Fan-level protection preserves heat rejection capability during individual motor failures
  • Virtual sensor monitoring ensures diagnostic continuity during sensor maintenance or failure
  • Each layer operates independently, preventing common-mode failure scenarios
  • Designed for healthcare, data center, government, and process-critical applications
META 2.0 Algorithmic Optimization
The second generation of modular embedded thermal management algorithms provides continuous energy analysis and real-time adjustment.
  • Three-variable optimization simultaneously adjusts refrigerant flow, suction temperature, and fan speed
  • Sixty-step capacity modulation tracks building load changes with surgical precision
  • Weather-integrated forecasting enables predictive adjustment before demand peaks
  • Native Modbus RTU and BACnet connectivity feeds granular data to building automation systems
  • Learning algorithms improve efficiency over time by adapting to building thermal characteristics
  • Up to 40% energy reduction compared to conventional fixed-speed VRF systems
HyperLink Extended Communication
Proprietary HyperLink communication technology supports refrigerant piping runs up to 2,000 meters for campus-scale installations.
  • Up to 2,000 meters of refrigerant piping for campus-scale installations
  • Any-topology communication supports complex building geometries without signal degradation
  • Centralized outdoor placement reduces total system refrigerant charge
  • 110 meters maximum elevation difference addresses high-rise vertical distribution
  • Automatic address configuration simplifies system commissioning and expansion
  • Waveform restoration technology maintains signal integrity across maximum distances
Technical Specifications
ParameterSpecification
SeriesV8 Master
PositioningMission-Critical EVI Heat Pump VRF
Capacity Range8-32HP (Single Unit) / 8-96HP (Combined)
Climate RatingT3 — 52°C high ambient cooling
EVI Heating RangeDown to -30°C outdoor temperature
ProtectionShieldBox IP55 + Gold Fin anti-corrosion
SuperSense19-point diagnostic sensor array
Energy SavingUp to 40% vs. conventional fixed-speed
RefrigerantR410A
Max. Piping Length2,000m (HyperLink)
Max. Height Difference110m
Control SystemMETA 2.0 with 60-step precision modulation
Power Supply180-440V, dual frequency 50/60Hz, generator compatible
RedundancyQuadruple (unit, compressor, fan, sensor)
BMS ProtocolsModbus RTU, BACnet
Indoor Units10 types compatible
Warranty5 years
OriginChina
Applications
  • Data centers where cooling continuity directly determines computational infrastructure availability and uptime SLA compliance
  • Hospitals and medical facilities requiring precise environmental control for operating theaters, vaccine storage, and patient care areas
  • Government installations where operational security demands uninterrupted climate management
  • Telecommunications facilities in extreme environments requiring year-round equipment cooling and winter heating
  • Pharmaceutical manufacturing and cold chain facilities with strict temperature maintenance requirements
  • Research laboratories where environmental stability is critical to experimental integrity
Certifications & Standards
  • CE — European conformity marking for safety and performance
  • SASO — Saudi Arabian Standards Organization certification
  • ESMA — Emirates Standards and Metrology Authority certification
  • GCC — Gulf Cooperation Council standardization certification
  • Eurovent — European HVAC performance certification program
  • UL Anti-Corrosion — Validated through 27-year salt spray exposure testing
  • TUV SUD — Third-party product safety and quality certification
  • ISO 9001/14001/45001 — Quality, environmental, and occupational health management systems
V8 Master VRF outdoor unit with ShieldBox IP55 industrial enclosure
Close-up view of V8 Master VRF system components and diagnostic sensor array
Tags: 

VRF System,

vrf ac system,

vrf unit

Henan Hongtai HVAC Equipment Co., Ltd.
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Tel: +86 18703827920
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