Administration: General Options

Information about the Cooling Unit

Identification

Use this option to define the System Name, Contact, and Location values used to identify the cooling unit. For example, you might configure Name as Test Lab, Contact (whom to contact about the device) as Donald Adams, and Location as Building 3.

Date & time

Mode. Use this option to set the time and date used by the cooling unit. The option displays the current settings, and allows you to change those settings manually or through a Network Time Protocol (NTP) Server.

•Manual: Use this selection to do one of the following:

–Enter the date and time for the cooling unit

–Mark the checkbox Apply Local Computer Time to match the date and time settings of the computer you are using, and click Apply.

•Synchronize with NTP Server: Use this selection to have an NTP Server define the date and time for the cooling unit.

Setting

Definition

 

 

Primary NTP

Enter the IP address or domain name of the primary NTP server.

Server

 

 

 

Secondary NTP

Enter the IP address or domain name of the secondary NTP server, when a

Server

secondary server is available.

 

 

Time Zone

Select a time zone. The number of hours preceding each time zone in the list is

 

the offset from UTC (Coordinated Universal Time, Temps Universel Coordonné,

 

formerly Greenwich Mean Time), the international time standard.

 

 

Update Interval

Define how often, in hours, the cooling unit accesses the NTP Server for an

 

update. The minimum is 1 hour; the maximum is 8760 hours (1 year).

 

 

Update Using

Mark this checkbox and click Apply to initiate an immediate update of the date

NTP Now

and time by the NTP Server.

 

 

Enable and configure Daylight Saving Time. Use this option to enable either traditional United States Daylight Saving Time (DST) or to enable and configure a customized daylight saving time, with starting and ending dates and time that you specify to match how Daylight Saving Time is implemented in your local area. DST is disabled by default.

When customizing Daylight Saving Time:

•If the local Daylight Saving Time always starts or ends on the 4th occurrence of a specific weekday of a month (for example, the 4th Sunday), choose Fourth/Last. If a 5th Sunday occurs in that month in a subsequent year, the time setting will still change to or from Daylight Saving Time on the 4th Sunday.

•If the local Daylight Saving Time always starts or ends on the last occurrence of a specific weekday of a month, such as the last Sunday of that month, regardless of whether that last Sunday is the 4th or the 5th Sunday, choose Fifth/Last.

InRow RC/RD/RP (600 mm) User’s Guide

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APC ACRC500, ACRP501, ACRP500, ACRP100 manual Administration General Options, Information about the Cooling Unit, Date & time
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ACRD501, ACRC501, ACRD500, ACRC500, ACRP500 specifications

The APC ACRP series, consisting of models ACRP100, ACRP101, ACRP102, ACRP501, and ACRP500, represents a significant innovation in power distribution and protection. These compact, reliable, and efficient solutions are designed specifically for critical applications in data centers, industrial environments, and commercial facilities.

The ACRP100 is the entry-level model, providing essential features for basic power monitoring and control. It incorporates advanced metering capabilities, enabling users to monitor voltage, current, and power consumption in real-time. The ACRP100's user-friendly interface allows for easy navigation, making it an ideal choice for small to medium-sized installations that require fundamental power management.

Stepping up, the ACRP101 enhances functionality with added remote monitoring capabilities. This model introduces smart connectivity features, allowing users to access critical data from anywhere through a secure mobile application or web-based platform. With its ability to integrate seamlessly with other APC systems, the ACRP101 is tailored for environments seeking improved operational visibility and proactive maintenance.

The ACRP102 takes a further leap by integrating advanced predictive analytics. This model uses machine learning algorithms to analyze data trends, predicting potential failures before they occur. By minimizing downtime and optimizing maintenance schedules, the ACRP102 becomes a vital tool for organizations focused on reliability and efficiency.

In the higher-end range, the ACRP501 offers robust power management features, including enhanced surge protection and redundancy capabilities. This model is ideal for mission-critical operations where every second counts. It supports a wide range of input voltages and can manage multiple power sources concurrently, ensuring uninterrupted power supply in fluctuating conditions.

Lastly, the ACRP500 combines all the leading features of the series, focusing on scalability and flexibility. This model is engineered to adapt to evolving infrastructure needs, supporting modular configurations that can grow with the organization. Its extensive reporting functions and customizable dashboards provide clear insights into power usage and performance metrics, empowering facility managers to make informed decisions.

In summary, the APC ACRP series provides a comprehensive suite of solutions for power management, tailored to meet diverse operational needs. From basic monitoring with the ACRP100 to the predictive capabilities of the ACRP102 and the advanced functionalities of the ACRP500, these models collectively offer enhanced reliability, efficiency, and scalability while ensuring optimal protection for critical applications.
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