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Axes make any outing better.
AXE MKE
Peter Grant mid-throw
Demonstrating the difference between clean power and simple battery backup.
Rick, Channel Business Manager, ready to present on network power and monitoring options!
Posing by our sponsored hole!
It’s service school time!
A local colocation facility featuring Liebert products.
ASCO Automatic Transfer Switches (ATS). These provide redundant power feeds for increased uptime.
Liebert Static Transfer Switches. These switch to an alternate power source within a 1/4 cycle even when the sources are out of phase.
Liebert’s In-Row Power Distribution Unit brings the power to the rack row for reduced cabling.
The NXL UPS (foreground) is supplying power to a data center while the DS units (background) cools the space.
Dave, a Milwaukee sales engineer, in front of a row of Precision Power Centers (PPC), commonly called PDU’s. These transform power to a useable voltage for server equipment.
Peter Grant, VP, in front of a row of Liebert power equipment consisting of a Liebert NXL UPS and Liebert FPC PDU’s.
Liebert NXL UPS with attached battery cabinets providing uninterrupted power to a data center.
MC condenser and PRE (Pumped Refrigerant Economizer) installation. These are a part of the DSE system, the industry’s most efficient direct expansion precision cooling system.
MC condenser and PRE (Pumped Refrigerant Economizer) installation. These are a part of the DSE system, the industry’s most efficient direct expansion precision cooling system.
Liebert XD pumping module (foreground) and DS Air Conditioners (background). The XD system provides cooling where needed while using minimal floor space.
Bob, a Milwaukee sales engineer, standing beside a DSE, the indoor component of the industry’s most efficient direct expansion precision cooling system.
Dave, a Milwaukee sales engineer, in front of a row of XD modules installed on racks. These provide spot cooling where needed without taking up floor space.
Liebert provides factory installed, rugged load distribution monitoring, also referred to as branch circuit monitoring.
Row of Liebert DS Precision Cooling with hot air return plenums connected to the ceiling plenum which are fed by chimney racks. This arrangement makes sure the hot air and cold air streams do not mix, thus increasing efficiency, but without the use of containment curtains.
Jon, a Milwaukee sales engineer, in front of a Liebert DS Precision Cooling System. The unit is as tall as it is in order to pull air from the ceiling plenum and supply the raised floor.e, a Milwaukee sales engineer, in front of a row of XD modules installed on racks. These provide spot cooling where needed without taking up floor space.
Closeup of an integrated Alber battery monitoring system. This integration is done at the factory, making installation easier and allowing for accurate monitoring of battery health.
Liebert UPS room being cooled by downflow Liebert DS units. The air is pushed across the floor to the UPS intakes. The UPS exhausts the air towards the top of the room where it is drawn back into the cooling system. This arrangement works in unison with the natural properties of heat (heat rises).
Nathan, VP, beside a CRV in-row cooling unit in the “cold aisle.” This arrangement makes sure cold air is blown into a center aisle where the servers draw their supply air from. The hot air is exhausted behind the racks in the “hot aisle” where the CRV pulls air from to cool it down. The entire data center is comfortable yet efficient.
Nathan, VP, in front of a PDU which is at the end of a SmartAisle configuration. The UPS that powers the load is behind him.
Liebert’s scalable UPS with internal batteries and attached maintenance bypass providing power to a data center.