Operation

5.5.11Add or Delete a Circuit Breaker

After moving or removing circuit breakers in the panelboard, use the Configuration tool to add or delete in the configuration.

Run the configuration program using the steps outlined in 5.5.1 - Starting the Configuration Pro- gram. Once connected, the configuration file that is currently programmed will be displayed.

5.5.12Adding a Circuit Breaker

NOTE

Check to make sure the location for the new breaker does NOT have a breaker assigned. If it does, first remove that breaker (see 5.5.14 - Delete a Breaker), then return to this procedure.

An error message appears if you attempt to add a breaker to an assigned position.

•If NOT assigned, a breaker position is shown with a Liebert logo.

•An assigned breaker position appears as a picture of a circuit breaker.

To add a 1-, 2- or 3-pole circuit breaker:

•Run the Configuration program (see 5.5.1 - Starting the Configuration Program).

•If needed, select the panel and breaker view with the new breaker:

•In the Select Panel box, click on Panel A or Panel B.

•In the Select View box, choose Panel Breakers if the new breaker is installed inside the pan- elboard or Auxiliary Breakers if located outside the panelboard.

Add

Breaker

Assigned breaker positions

Unassigned breaker positions

•Right-click on the new breaker position in the left pane. The selected breaker has a yellow outline.

•In the pop-up menu, click on Add Breaker, then on the type of breaker that was installed: One- Pole, Two-Poleor Three-Pole.

•In the Breaker Properties at right, change the breaker’s name, parameters and alarm setpoints as needed (see 5.5.10 - Edit the Breaker Properties).

•When finished, click Install to Unit to upload the changes to the Liebert LDM.

NOTE

The configuration changes will not be stored in the Liebert LDM until the Install to Unit button is clicked.

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Liebert LDM user manual Add or Delete a Circuit Breaker, Adding a Circuit Breaker
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LDM specifications

Liebert LDM (Liebert Digital Monitor) is an advanced thermal management solution, specifically designed to enhance the performance and reliability of critical infrastructure systems. This innovative product from Vertiv caters to the growing demand for efficient cooling solutions in data centers, telecommunication sites, and other facilities requiring precise environmental control.

One of the standout features of the Liebert LDM is its advanced monitoring capabilities. The device is equipped with numerous sensors that measure crucial parameters, including temperature, humidity, and airflow. These measurements help operators analyze the cooling efficiency of their systems and ensure optimal operating conditions. The real-time data provided by the Liebert LDM allows for proactive maintenance, reducing the risk of equipment failure due to overheating or improper humidity levels.

The Liebert LDM employs sophisticated algorithms to optimize cooling performance. Its ability to analyze data trends plays a vital role in preventing hot spots and ensuring uniform cooling throughout the facility. This technology enhances the overall efficiency of cooling systems, which translates into reduced energy consumption and lower operating costs.

Another key characteristic of the Liebert LDM is its modular design. This flexibility allows users to scale their monitoring capabilities based on the size and complexity of their cooling setup. Whether a small server room or a large data center, the Liebert LDM can be tailored to meet specific operational needs.

Integration is another core advantage of the Liebert LDM. It seamlessly connects with various management systems and can be monitored through user-friendly interfaces. This interoperability ensures that facility managers can easily track performance metrics and integrate the Liebert LDM into their existing operational protocols.

The construction of the Liebert LDM is designed with durability and longevity in mind. Built to withstand the rigors of commercial use, the device features robust housing and weather-resistant components. This resilience ensures that the Liebert LDM remains a reliable tool within critical environments.

In summary, the Liebert LDM is a sophisticated thermal management solution combining precision monitoring, energy efficiency, modular flexibility, seamless integration, and robust design. As technology evolves, maintaining optimal environmental conditions becomes increasingly crucial. The Liebert LDM addresses these challenges, ensuring that critical systems operate reliably and efficiently in the face of rising demands.
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