Vertiv Liebert Trinergy Cube User Manual

2.3.5 Modern Technology
• Interfaces with software for all operating systems
• IGBT power transistors
• Highly integrated digital electronics
• Especially suited for computer loads
2.4 Options
A number of options are available from Vertiv for the Liebert® Trinergy™ Cube. Contact your Vertiv™ representative for
more information.
• DC (Battery) Ground Fault—Enables the detection and annunciation of battery DC ground faults in order to
facilitate proactive resolution of such ground faults for 2014 NEC compliance. The UPS can be configured to
allow the circuit breaker to open or remain closed upon detection of a ground fault.
• Liebert® IntelliSlot® Cards—Three ports; provides Web, embedded Vertiv LIFE™ Technology, Vertiv Protocol,
SNMP, BACnet IP/MSTP, Modbus TCP/RTU, SMTP, SMS, and telnet communication and control capabilities in
one unified communication platform.
• Maintenance Bypass—This switchboard provides make-before-break maintenance bypass. It includes:
Maintenance Bypass Breaker (MBB) and Maintenance Isolation Breaker (MIB).
• Remote Alarm Status Panel—Provides alarm lamps for up to eight UPS alarms. Power provided via I/O box
controls drawer, TB5.
• Seismic Bracing—A separate kit for tying down the UPS module allows the unit to meet International Building
Code (IBC), verification pending.
• Temperature Sensor—Allows the UPS module to compensate battery charging voltage, depending on
temperature, to prolong battery life. The Temperature Sensor is required for battery solutions utilizing a non-
matching Module Battery Disconnect or Battery Isolation Switch. Liebert® battery packs have built-in
temperature sensors. The Temperature Sensor option includes a remote sensor that must be field-installed.
• Battery and Racks—The batteries provide power in the event of a power outage. The Trinergy™ Cube can use a
variety of battery types, provided the battery plant is designed for the UPS DC voltage range and the load
requirements of the application.
• Battery Cabinets—Available battery types are flooded-cell; valve-regulated, lead-acid; and lithium-ion. The
battery cabinets are designed to be either attached to the UPS or separate from the UPS.
• DC Switchboard—The DC switchboard is used for common battery systems (all cores share the same battery
system) and provides core-level isolation from the common DC bus via integrated Module Battery Disconnects
(MBD).
• Battery Interface Box—A Battery Interface Box (BIB) is available to support the UPS and third-party battery
cabinets or rack-mounted batteries. A BIB is required for each MBD (stand-alone or inside the third-party
battery cabinet). A BIB is optional with each Battery Isolation Switch. A BIB is required for each temperature
sensor.
• Battery Isolation Switch—A Battery Isolation Switch (BIS) is used to isolate individual battery strings when a
system MBD is used. When the optional Battery Interface Box is used, the status of the Battery Isolation Switch
is displayed on the UPS HMI. A temperature sensor is recommended to allow proper battery charging and
overtemperature protection.
Vertiv™ | Liebert® Trinergy Cube™ Operation and Maintenance Guide
10

Vertiv Liebert Trinergy Cube Specifications

General

Brand	Vertiv
Model	Liebert Trinergy Cube
Category	UPS
Language	English