Vertiv Liebert DataMate3000 DME07 7.5kW Precision Air Conditioner Official Studio Photo 1
VertivModel: Liebert DataMate3000 DME07

Vertiv Liebert DataMate3000 DME07 7.5kW Precision Air Conditioner

The Vertiv Liebert DataMate3000 DME07 is an enterprise-grade 7.5kW vertical precision air conditioning unit engineered specifically for continuous 24/7/365 thermal management in micro edge data centers, telecommunication base stations, and electrical substation control rooms, featuring high sensible heat ratio (SHF ≥ 0.90) refrigeration, scroll compression, and native RS-485 Modbus remote telemetry integration.

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Rated Cooling Capacity
7.5 kW Rated Cooling Capacity
Sensible Heat Ratio (SHF)
≥ 0.90 (High Sensible Heat Ratio for Data Center)
Airflow Delivery & Fan Type
Upflow / Front Flow (High Airflow Small Enthalpy Design)
Refrigerant Type
R410A Eco-Friendly Refrigerant
Compressor Type
High-Efficiency Flexible Scroll Compressor
Control System & HMI
Large Screen Microprocessor Controller

What this product is

What this product is

The DME07 is a compact direct-expansion (DX) air-cooled precision environmental control unit comprising an indoor floor-standing fan coil cabinet and an outdoor condenser. It integrates a hermetic scroll compressor, hydrophilic aluminum fin evaporator, high static pressure centrifugal blower, and an advanced microcomputer control terminal to extract sensible heat loads continuously without excessive dehumidification.

What problem it solves

Replaces standard comfort air conditioners that suffer from inadequate sensible heat capacity, excessive over-drying (triggering electrostatic hazards), frequent cycling failures, and lack of industrial monitoring interfaces, eliminating hot spots in high-density IT and telecom enclosures.

Who and where it is for

Telecom shelter cabins, 4G/5G mobile aggregation hubs, power substation automation rooms, enterprise wiring closets (IDF/MDF), railway trackside equipment shelters, and containerized modular edge data centers.

Core advantages

  • Ultra-high Sensible Heat Ratio (SHF ≥ 0.90) focuses cooling capacity on dry electronic heat dissipation without wasting energy on room dehumidification.
  • Industrial-grade scroll compressor and heavy-duty direct-drive blower ensure 8,760 hours of continuous, trouble-free annual operation.
  • Native RS485 communication bus supporting Modbus-RTU protocol for transparent integration into telecom site supervision and SCADA/BMS systems.
  • Compact vertical design with front-access maintenance allows snug installation against walls and corners in space-restricted technical rooms.

Technical specifications

Key specificationsValue
Rated Cooling Capacity7.5 kW Rated Cooling Capacity
Sensible Heat Ratio (SHF)≥ 0.90 (High Sensible Heat Ratio for Data Center)
Airflow Delivery & Fan TypeUpflow / Front Flow (High Airflow Small Enthalpy Design)
Refrigerant TypeR410A Eco-Friendly Refrigerant
Compressor TypeHigh-Efficiency Flexible Scroll Compressor
Physical Dimensions SpecCompact Floor-Standing Design (Small Footprint) mm
Control System & HMILarge Screen Microprocessor Controller
Communication InterfaceRS485 Communication Port, Supports Modbus Protocol

Applications

01

Telecom 4G/5G wireless transceiver base transceiver stations (BTS)

02

Electric utility relay and SCADA automation control rooms

03

Enterprise server rack enclosures and structured cabling distributor rooms

04

Railway signaling, wayside interlocking, and communication cabins

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Vertiv Liebert CRV4 In-Row Precision Air Conditioner 25kW-45kW Variable Capacity Cooling (VTV-AC-CRV4-ROW) Official Studio Photo 3
VertivModel: Liebert CRV4 Precision AC

Vertiv Liebert CRV4 In-Row Precision Air Conditioner 25kW-45kW Variable Capacity Cooling (VTV-AC-CRV4-ROW)

Engineered for close-coupled data center cooling, the Liebert CRV4 delivers dynamic 25kW to 45kW capacities using variable-speed DC scroll compressors and green R410A refrigerant. Integrated with the intelligent iCOM touchscreen controller, it continuously adjusts to workload changes, eliminating localized hotspots while optimizing facility PUE.