New Liebert Mini-Mate, Ceiling-Mounted Variable Capacity Cooling, 10.5, 14 & 17.5kW

New Liebert Mini-Mate, Ceiling-Mounted Variable Capacity Cooling, 10.5, 14 & 17.5kW | FrontView
New Liebert Mini-Mate, Ceiling-Mounted Variable Capacity Cooling, 10.5, 14 & 17.5kW | RearView
New Liebert Mini-Mate, Ceiling-Mounted Variable Capacity Cooling, 10.5, 14 & 17.5kW | LeftSideView
New Liebert Mini-Mate, Ceiling-Mounted Variable Capacity Cooling, 10.5, 14 & 17.5kW | FeatureInfographics
New Liebert Mini-Mate, Ceiling-Mounted Variable Capacity Cooling, 10.5, 14 & 17.5kW | FeatureInfographics

The New Liebert Mini-Mate 3, 4 and 5-ton (10.5, 14 & 17.5kW) variable capacity system is an efficient and reliable ceiling-mounted precision cooling system for edge computing and other small IT spaces. It saves customers money and increases IT protection through a high-efficiency variable capacity design, fast installation, lower maintenance requirements and built-in remote monitoring and management.

Features

  • Direct-drive variable speed fans
  • Variable capacity compressor
  • Ceiling-mounted, zero footprint
  • Single-sided maintenance access reduces ceiling space requirements
  • Side, back and down airflow configurations
  • Installation inside IT room or outside the space for physical security of the IT space and round-the-clock accessibility of the cooling unit
  • No drive belts and fewer moving parts than alternative systems
  • No need for inefficient hot-gas bypass – no manual capacity adjustment required

Benefits

Saves You Money
  • As much as 20 percent lower energy use than previous models
  • Zero-footprint ceiling mounted unit
  • Lower maintenance costs
  • Increased management productivity Lowers Your Risks
  • Integrated controls with automated protection routines
  • Remote monitoring, management and alarm troubleshooting through optional monitoring software
  • Can be mounted outside IT space to support IT security Simplifies Thermal Management
  • Automated control routines coordinate multi-unit operation for redundant systems to optimize efficiency
  • Advanced control algorithms manage unit lead/lag, protect against coil freeze, minimize compressor wear, and operate your system efficiently.
  • Remote monitoring alerts you of system problems and enables you to easily contact service personnel

Brochures and Data Sheets

Specification Documentation

Manuals

Warranties