MoreConfigurations

For More Flexibility

Liebert MP Advanced Power Strips are offered in two basic systems:

Liebert MP-M Series — Monitors electrical attributes of an individual power strip. Provides real-time remote and local display of total strip true RMS volts, amps and watts. Other capabilities include:

Ambient temperature measurements.

Easy viewing LCD that displays power readings.

Re-nameable receptacles for inventory tracking.

Telnet and SNMP Support.

Audible alarm and receive alarms based on preset thresholds.

User authentication for added security.

Vertical or horizontal rack-mounted versions.

Liebert MP-C Series — These controlled power strips provide the same remote monitoring capabilities as the MP-M Series with the addition of individual, remote receptacle on/off control and local display of powered receptacles. This added capability allows you to:

Reboot unresponsive equipment.

Turn off unused receptacles.

Link receptacles to manage load groups.

Log and maintain receptacle connectivity.

Audit circuit prior to plugging in more equipment.

Audible and LED alarm warnings.

A Choice Of Capacities And Receptacles

To support the increasing electrical loads in network equipment, Liebert MP Advanced Power Strips are offered in higher voltage and amp ratings than standard multi-outlet units. A number of power control, distribution and receptacle configuration options are available, including:

Single-phase input/output, 120VAC & 208VAC.

Three-phase input/single-phase output.

15-30 amp capacities, single NEMA input plug, NEMA or IEC output receptacles.

1U rack-mount and zero U vertical mount configurations.

Rack-mount with 8-10 outlets, vertical with 12-24 outlets.

Network Card

Remote/Network Access

Ethernet

OpenComms EM

MP-S

Access

Server

 

 

MP-S Access Server

OpenComms EM

 

1 to 32 Power

1 or 2 Power Strips

 

 

Strips / Expandable

 

 

 

 

 

Liebert Brings You End To End Solutions For Your Critical IT Systems Support

Liebert MP Advanced Power Strips are just part of our optimized “end to end” solutions, providing power and environmental support from the rack on through the entire critical space. As always, the Liebert objective is supporting business continuity, by protecting your business critical systems and networks against the causes of downtime.

Expansion Cards

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Emerson AC Power System manual More Configurations For More Flexibility, Choice Of Capacities And Receptacles

AC Power System specifications

Emerson AC Power System is an advanced solution designed to meet the demands of modern power management requirements across various industries. Known for its reliability and efficiency, Emerson's technology plays a crucial role in ensuring continuous power availability, particularly in critical applications such as data centers, telecommunications, and industrial environments.

One of the standout features of the Emerson AC Power System is its modular design. This allows for scalability, enabling users to expand or reconfigure their power infrastructure as their needs evolve. The modularity not only maximizes efficiency but also provides ease of maintenance, reducing downtime and operational costs.

The system incorporates state-of-the-art inverter technology, which enhances energy conversion efficiency. By utilizing high-frequency switching techniques, Emerson's inverters minimize energy loss while providing a stable and clean power output. This is particularly beneficial for sensitive equipment, which requires stable voltage and frequency for optimal performance.

Another significant aspect of the Emerson AC Power System is its intelligent monitoring capabilities. The integration of advanced software solutions allows operators to closely monitor system performance, track energy consumption, and predict potential issues before they escalate. This proactive management approach not only increases system reliability but also optimizes energy usage, contributing to sustainability goals.

Emerson AC Power Systems also emphasize safety and robustness. With built-in redundancy features, users can ensure that their power infrastructure remains operational even in the event of component failures. Furthermore, the systems are designed to withstand harsh environmental conditions, making them suitable for diverse applications ranging from urban settings to remote locations.

In addition to performance and reliability, Emerson places a strong focus on regulatory compliance and industry standards. The systems are designed to meet various international certifications, ensuring that they adhere to safety, efficiency, and environmental regulations.

In conclusion, the Emerson AC Power System stands out due to its modularity, advanced inverter technology, intelligent monitoring, safety features, and adherence to industry standards. As global demands for energy efficiency and reliability continue to rise, Emerson's innovative solutions position themselves as a leader in the power systems market, catering to diverse industrial needs while promoting sustainable practices.