Remote Monitoring

Remote environmental monitoring systems (sensors, controllers and interface cards) that provide up-to-the-second supervision and control of data center infrastructure equipment.

Environmental Sensors

Liebert TW420 and THW420 Environmental SensorsTemperature and humidity sensors provide accurate sensing of room temperature and humidity, transmitting the data via 4-20 mA output signal to the Liebert Universal Monitor.

Temperature and Humidity Sensors

The Liebert TW420 and THW420 temperature and humidity sensors provide accurate sensing of room temperature and humidity, transmitting the data via 4-20 mA output signal to the Liebert Universal Monitor.

The Liebert TW420 and THW420 sensors provide temperature and humidity inputs to the Universal Monitor.

  • Liebert TW420 is a wallmounted, remote temperature sensor that provides a 4-20mA signal. Monitored temperature range is 45°F to 96°F (7°C to 35°C).
  • Liebert THW420 is a wallmounted, remote combination temperature and humidity sensor that provides two 4-20mA signals. Monitored temperature range is 45°F to 96°F (7°C to 35°C), with 0 to 100% RH.

Centralized Power Supply

 Liebert Transformer Module Centralized Power SupplyCentralized Power Distribution for 24 VAC Loads

This solution provides centralized power distribution for 24VAC loads with two independently-fused 40VA isolated outputs. The TM115 and TM230 transformer modules are designed as self-contained, stand-alone devices.

The Liebert Transformer module supports data center power management by providing centralized power distribution for 24VAC loads with two independently-fused 40VA isolated outputs. The TM115 and TM230 transformer modules are designed as self-contained, stand-alone devices.

Liebert iCOMControl system for Liebert Precision Cooling Systems

The Liebert iCOM control system featured on Liebert precision cooling products brings high-level supervision to multiple units, allowing up to 32 cooling units to work together as a single system to optimize room environments and drive data center infrastructure performance. Liebert iCOM controls offer a variety of advantages, including increased data center energy efficiency, availability and flexibility.

Benefits:

Control

  • Controls unit fan speed and humidity to optimize cooling and environment – dynamic fan speed and dew point control for cooling efficiency
  • Maximizes cooling equipment “teamwork” operation and load sharing for energy efficient operation – rotate operation of team daily, weekly or monthly to balance run hours and maximize system life
  • Manages data center “zones”  to  optimize cooling – establish zones for non-homogeneous heat loads, contained areas, and localized high density areas
  • Ensures continuous operation with auto-changeover  to standby unit in case of primary unit shutdown – no additional equipment is required for lead/lag units

Network Switch for Liebert iCOM Controls

 	 Liebert vNSA Network Switch for Liebert iCOM ControlsTeam Communication and Lead/Lag Operation for Liebert Equipment with iCOM Controls

The Liebert vNSA network switch interconnects cooling units equipped with iCOM controls, allowing the units to communicate and function as a team, and allowing lead/lag operation. The Liebert vNSA is available with a variety of port connections, and also in models that include an embedded iCOM display. Input power is supplied by a universal power supply.

 

Features:

  • Network switching for Liebert iCOM controllers
  • Facilitates team function for Liebert iCOM
  • Allows lead/lag unit control