The InRow SC system provides a self-contained rack integrated cooling solution for IT equipment. It features active response controls to monitor and adjust cooling capacity, redundant configurations for increased availability, and network manageability for remote monitoring and control. The system maximizes agility, availability, and predictability of cooling for IT loads.
Foxboro Evo DCS - Εκδήλωση Explore Innovation - Αθήνα, Ιούνιος 2016Schneider Electric
Ο κ. Jan Kander, Sales Manager Ανατολικής Ευρώπης της Schneider Electric, παρουσίασε στην εκδήλωση Explore Innovation της Schneider Electric τις δυνατότητες που προσφέρει στη βιομηχανία μια σύγχρονη ολοκληρωμένη πλατφόρμα αυτοματισμού, ελέγχου και ασφάλειας εγκατάστασης που ενσωματώνει τεχνολογίες αιχμής και μακρόχρονη εμπειρία ποικίλων εφαρμογών, τόσο από την Ελλάδα όσο και από τον υπόλοιπο κόσμο.
Offering a variety of capabilities to fulfill IT requirements, Eaton ePDU models support a wide-array of applications ranging from small/medium businesses to enterprise data centers.
Foxboro Evo DCS - Εκδήλωση Explore Innovation - Αθήνα, Ιούνιος 2016Schneider Electric
Ο κ. Jan Kander, Sales Manager Ανατολικής Ευρώπης της Schneider Electric, παρουσίασε στην εκδήλωση Explore Innovation της Schneider Electric τις δυνατότητες που προσφέρει στη βιομηχανία μια σύγχρονη ολοκληρωμένη πλατφόρμα αυτοματισμού, ελέγχου και ασφάλειας εγκατάστασης που ενσωματώνει τεχνολογίες αιχμής και μακρόχρονη εμπειρία ποικίλων εφαρμογών, τόσο από την Ελλάδα όσο και από τον υπόλοιπο κόσμο.
Offering a variety of capabilities to fulfill IT requirements, Eaton ePDU models support a wide-array of applications ranging from small/medium businesses to enterprise data centers.
Introduction to DAS
Objectives of a DAS
Block diagram and explanation
Methodology
Hardware and software for DAS
Merits and Demerits of DAS/DQS
Conclusion
The Panduit no battery, maintenance-free UPS easily integrates with zone networks, featuring many benefits including remote device management and lower risk of downtime.
Eaton ePDUs give you complete control of your power distribution and consumption.remote and secure ndividual outlet switching allows control over individual outlets as well as customised groups of outlets and branch circuits.
Data Acquisition System
Topics:Need of Data Acquisition System, DAQ Module, Sensors, Signal conditioning, DAQ hardware, DAQ software, DAQ processors, Advantages & Disadvantages.
MadgeTech offers Wireless (RF) data loggers for use in a wide variety of applications and studies. They are perfect for real-time monitoring and alarm applications.
Health care facilities and hospitals have more stringent circuit protection requirements than conventional building electrical systems. Because of the unique constraints of health care facility electrical systems, design engineers must ensure these demanding requirements are met. However, codes adopted in many jurisdictions don’t provide a significant amount of guidance regarding feeder and branch circuit design for health care facilities. Engineers must understand and apply circuit protection best practices especially when designing electrical systems in health care facilities.
Practical Distribution and Substation Automation (incl. communications) for E...Living Online
Ensure that you are informed and a part of this leading edge technology by attending our two-day workshop presenting an objective, unbiased view of the latest and future developments in this area of electrical engineering.
Distribution and Substation Automation offers you a multitude of benefits including:
Increased function and reliability of electrical protection
Advanced disturbance and event recording capabilities aiding in detailed electrical fault analyses
Display of real-time substation information in a central control centre
Remote switching and advanced supervisory control over the power network
Increased integrity and safety of the electrical power network, including advanced interlocking functions
Advanced automation functions e.g. intelligent load shedding
This workshop is designed to familiarise you with all aspects of distribution and substation automation.
The different levels of substation integration and automation are outlined and discussed. The components and architecture of the typical distribution and substation automation system are detailed. The different approaches promoted by the different substation automation vendors are identified and detailed and the advantages of each are outlined.
The characteristics and operation of the Intelligent Electronic Devices (IEDs) are examined. A practical checklist is then provided of the optimum way to implement this technology to your next project.
MORE INFORMATION: http://www.idc-online.com/content/practical-distribution-substation-automation-incl-communications-electrical-power-systems-8
How Data Center Infrastructure Management Software Improves Planning and Cuts...Schneider Electric
Business executives are challenging their IT staffs to convert data centers from cost centers into producers of business value. Data centers can make a significant impact to the bottom line by enabling the business to respond more quickly to market demands. This presentation demonstrates, through a series of examples, how data center infrastructure management (DCIM) software tools can simplify operational processes, cut costs, and speed up information delivery.
Containerized Power and Cooling Modules for Data CentersSchneider Electric
Standardized, pre-assembled and integrated data center facility power and cooling modules are at least 60% faster to deploy, and provide a first cost savings of 13% or more compared to traditional data center power and cooling infrastructure. Prefabricated modules, also referred to in the data center industry as containerized power and cooling plants, allow data center designers to shift their thinking from a customized “construction” mentality to a standardized “site integration” mentality.
This presentation compares the cost of both scenarios, presents the advantages and disadvantages of each, and identifies which environments can best leverage the facility module approach.
Introduction to DAS
Objectives of a DAS
Block diagram and explanation
Methodology
Hardware and software for DAS
Merits and Demerits of DAS/DQS
Conclusion
The Panduit no battery, maintenance-free UPS easily integrates with zone networks, featuring many benefits including remote device management and lower risk of downtime.
Eaton ePDUs give you complete control of your power distribution and consumption.remote and secure ndividual outlet switching allows control over individual outlets as well as customised groups of outlets and branch circuits.
Data Acquisition System
Topics:Need of Data Acquisition System, DAQ Module, Sensors, Signal conditioning, DAQ hardware, DAQ software, DAQ processors, Advantages & Disadvantages.
MadgeTech offers Wireless (RF) data loggers for use in a wide variety of applications and studies. They are perfect for real-time monitoring and alarm applications.
Health care facilities and hospitals have more stringent circuit protection requirements than conventional building electrical systems. Because of the unique constraints of health care facility electrical systems, design engineers must ensure these demanding requirements are met. However, codes adopted in many jurisdictions don’t provide a significant amount of guidance regarding feeder and branch circuit design for health care facilities. Engineers must understand and apply circuit protection best practices especially when designing electrical systems in health care facilities.
Practical Distribution and Substation Automation (incl. communications) for E...Living Online
Ensure that you are informed and a part of this leading edge technology by attending our two-day workshop presenting an objective, unbiased view of the latest and future developments in this area of electrical engineering.
Distribution and Substation Automation offers you a multitude of benefits including:
Increased function and reliability of electrical protection
Advanced disturbance and event recording capabilities aiding in detailed electrical fault analyses
Display of real-time substation information in a central control centre
Remote switching and advanced supervisory control over the power network
Increased integrity and safety of the electrical power network, including advanced interlocking functions
Advanced automation functions e.g. intelligent load shedding
This workshop is designed to familiarise you with all aspects of distribution and substation automation.
The different levels of substation integration and automation are outlined and discussed. The components and architecture of the typical distribution and substation automation system are detailed. The different approaches promoted by the different substation automation vendors are identified and detailed and the advantages of each are outlined.
The characteristics and operation of the Intelligent Electronic Devices (IEDs) are examined. A practical checklist is then provided of the optimum way to implement this technology to your next project.
MORE INFORMATION: http://www.idc-online.com/content/practical-distribution-substation-automation-incl-communications-electrical-power-systems-8
How Data Center Infrastructure Management Software Improves Planning and Cuts...Schneider Electric
Business executives are challenging their IT staffs to convert data centers from cost centers into producers of business value. Data centers can make a significant impact to the bottom line by enabling the business to respond more quickly to market demands. This presentation demonstrates, through a series of examples, how data center infrastructure management (DCIM) software tools can simplify operational processes, cut costs, and speed up information delivery.
Containerized Power and Cooling Modules for Data CentersSchneider Electric
Standardized, pre-assembled and integrated data center facility power and cooling modules are at least 60% faster to deploy, and provide a first cost savings of 13% or more compared to traditional data center power and cooling infrastructure. Prefabricated modules, also referred to in the data center industry as containerized power and cooling plants, allow data center designers to shift their thinking from a customized “construction” mentality to a standardized “site integration” mentality.
This presentation compares the cost of both scenarios, presents the advantages and disadvantages of each, and identifies which environments can best leverage the facility module approach.
ITS Datamatix Gitex Conference 2009 New ICT Security V2Jorge Sebastiao
This provides an update on the new ICT challenges for Security and how to address them in a practical way.
This presentation was conducted at Burj AlArab in Dubai during the Gitex conference organized by Datamatix.
The Trellis DCIM (Data Center Infrastructure Managment) Solution is a Dynamic infrastructure optimization Platform. It's the first holistic DCIM platform of hardware, software and services to bridge the critical gap between IT equipment and data center physical infrastructure.
Trellis ensures Availability, Efficiency, Agility for the modern Data Center Infrastructure.
A structured cabling system refers to a series of cables that link the communication systems and other transmission systems in a company. With this kind of cabling, you can be able to transfer data, voice as well as video communications across department in the company. If you are running a large business with a more complex structured cabling system, you will need a more complex solution.
If you want to check out our services then visit us today at http://www.it-netlogistics.com!
Federated mesos clusters for global data center designsKrishna-Kumar
This talk at MesosCon2016 gives a glimpse of how Mesos clusters can be federated across data centers using a specific way. The data in the slide deck is mainly based on the POC result and the actual production implementation may vary.
Structured Cabling
Cabling system that allows constant moves and changes to be performed by on site personnel
Growth and flexibility built into the cabling scheme
Can be either proprietary (closed) or non proprietary (open)
Fusion Cloud Data Centers: a new high tech frontierfestival ICT 2016
Il cloud computing rappresenta una vera rivoluzione nel mondo dell’IT come lo è stato a suo tempo l’evoluzione dal modello mainframe a quello client-server.
In questo contesto, le aziende si trovano oggi ad affrontare sfide come il Big Data, Sap Hana, il consolidamento di realtà spesso etereogenee e la necessità di far fronte cicli di rinnovamento tecnologico brevissimi.
Per una soluzione IT oggi più importante che una mera cost reduction, è la capacità di migliorare i processi di business velocizzando i tempi di implementazione e rendendo più semplice la gestione della soluzione stessa.
Nascono paradigmi come “Data Center on demand” o “Software Defined Data Center”: consolidare l’infrastruttura IT in un unico pool di risorse virtualizzate da assegnare dinamicamente (on demand) ai livelli applicativi.
Si evince come punto chiave la necessità di una tecnologia convergente, scalabile, performante in grado di proteggere gli investimenti delle aziende oggi sempre più mirati in un mercato in forte contrazione.
Fusion Cloud è la risposta di Huawei a questi quesiti: ponendosi come one stop shop, Huawei è uno dei pochissimi vendor in grado di fornire soluzioni integrate di computing, storage e networking.
Huawei è in grado di progettare, ingegnerizzare e produrre queste 3 componenti in casa propria, ottimizzando il prodotto come un’ unica soluzione end to end.
Huawei oggi fornisce soluzioni di cloud computing a giganti come ad esempio Alibaba (leader e-commerce ISP), Baidu (leader Internet Engine ISP) e Tencent (leader ISP); già leader nel mercato IT dell’EST, sta implementando le proprie soluzioni nel mercato occidentale posizionandosi come la vera novità in campo IT.
The Efficient Big data Platform - IDC 360, CopenhagenPetri Pekkarinen
- Gain insight into how requirements on higher data performance increases at an exponential rate
- Find out why a tight relationship with customers is key and how to adopt diverse data and real-time analysis tools
- Learn why a brand new efficient infrastructure platform is needed for big data and how to build it
Nagios Conference 2011 - Dave Williams - Nagios In The Real World - The Datac...Nagios
Dave William's presentation on using Nagios in the datacenter. The presentation was given during the Nagios World Conference North America held Sept 27-29th, 2011 in Saint Paul, MN. For more information on the conference (including photos and videos), visit: http://go.nagios.com/nwcna
That\'s why NetApp and Cisco have collaborated to create FlexPod™ for VMware. FlexPod consists of networking, storage, and infrastructure software components.
Putting the Flexpod inside an Elliptical container makes FlexPod a pre-validated data center solution built on a flexible, shared infrastructure that can scale easily, be optimized for a variety of mixed application and workloads.
Manage power consumption, cooling delivery, and temperature set points at a rack level
Reduce your cooling and electrical costs by up to 50%
Reduce the costs to plan, build, and implement your new facility by up to 80%
Grow horizontally—from 1 to 100 units—without disrupting existing operations?
Can be installed or Re-Located anywhere with the only requirements being power and network connectivity
Provide a complete turnkey solution within weeks vs. years.
Attom Micro Modular Data Center is a plug and play, fully integrated solution with built in cabinet, power, cooling, monitoring fire and security systems.
Simplifying your IT system with this pre-manufactured, self-contained and readily scalable data center infrastructure solution.
Ideal for edge computing applications to reduce latency, improve cyber-safety, and save network cost.
Design once and deploy anywhere.
The latest Terra Firmware Power Plant Controller data sheet is here! Reach out at sales@terra-firmware.com or call us at 857-209-8593 anytime for more information and a quote!
Asset Management - what are some of your top priorties?Schneider Electric
Asset Managment...how to avoid costly impact of downtime; maintain multiple tools, devices and protocols; manage the risk of working remotely with the Foxboro Evo system.
The Panduit no battery, maintenance-free UPS lowers the risk of downtime, provides lower TCO and features easy integration and remote device management.
Internet of Things (IoT)
In simple terms, IoT can be defined as a system where multiple devices communicate with each other through sensors and digital connectivity. They talk to each other, work in tandem, and form a combined network of services.
Machine to Machine (M2M) Solutions
M2M solutions contain a linear communication channel between various machines that enables them to form a work cycle. It’s more of a cause and effect relation where one action triggers the other machinery into activity.
The concepts of IoT, and M2M are continue to evolve in response to technology innovation, changing consumer trends and varied marketing tactics.
M2M with Internet protocols could be considered a subset of the Internet of Things and understood from a more vertical and closed point of view.
Although the Internet of Things and machine-to-machine communications have remote device access in common, that’s about where the similarities end. Learn how to specify the right solution for your needs.
Most conclude that Internet of Things is a broader concept, which will evolve from M2M and other technologies.
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SCADA for remote industrial plant project is used to process the real time data acquisition under supervisory control for large scale remote industries.
Practical Options for Deploying IT Equipment in Small Server Rooms and Branch...Schneider Electric
Small server rooms and branch offices are typically unorganized, unsecure, hot, unmonitored, and space constrained. These conditions can lead to system downtime or, at the very least, lead to “close calls” that get management’s attention. Practical experience with these problems reveals a short list of effective methods to improve the availability of IT operations within small server rooms and branch offices. This paper discusses making realistic improvements to power, cooling, racks, physical security, monitoring, and lighting. The focus of this paper is on small server rooms and branch offices with up to 10kW of IT load.
1. InRow S elf C ontained Systems Rack integrated cooling system for environmentally controlled spaces. The IT Closet in a Box…
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3. Product/System Overview Configuration 1 : Single SC plus NetShelter with Front and Rear Containment (RACSC112/RACSC112E) Configuration 2 : Two SC units plus NetShelter with Rear Containment (RACSC201/RACSC201E) Configuration 3 : Single SC plus NetShelter with Rear Containment (RACSC101/RACSC101E) Reference APC AN-114 InRow SC NetShelter SX Rack Air Containment
4. Product / Airflow Heat rejected from condenser coil to plenum space Air from plenum space pulled into unit via condenser fans Cool air is supplied to row or room Condenser air absorbs heat from coil Heat transferred to condenser coil Evaporator coil absorbs heat from air Hot exhaust air from IT equipment pulled into unit via evaporator fans Reference APC AN-109
5. Present the Solution Row-based Architecture Provides increased predictability of cooling performance Variable speed fans Variable speed fans reduce energy consumption during off-peak cooling periods. Predictive failure notification Maximizes system availability by providing early warning of required fan or filter replacement Network manageable View the user interface with a browser. Gives quick access from anywhere on the network Real time capacity monitoring Measures how much IT load is being cooled by the unit in real time Redundant Configuration Available [RACSC201(E)] Systems can be configured to include an additional InRow cooling unit to provide N+1 or 2N redundancy Front/Rear Containment Options Ensures cold supply air and server exhaust air does not mix with room air. Noise Dampening [RACSC112(E)] Containment of both front and rear provides reduction of noise caused by Installed equipment Active Response Controls Monitors and actively adjust cooling capacity to ensure server inlet temperatures
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7. Predictive Failure Notification – Maximizes system availability by providing early warning of required fan or filter replacement. Active Response Controls – Monitors and actively adjust cooling capacity to ensure server inlet temperatures. Real Time Capacity Monitoring – Measure how much IT load is being cooled by the unit in real time. InRow SC Systems Management Design Benefits
8. InRow SC Systems Available Services Start Up Services Scheduled assembly and start up service for InRow SC unit and Rack Air Containment. On Site Services An APC factory trained technician will arrive on site to diagnose or repair your APC equipment. Includes two scheduled semiannual preventative maintenance visits. Preventive Maintenance Services Regular checkups and services can be provided on a monthly, quarterly, or semiannual basis. Warranty: One year parts only . If Assembly is purchased, warranty changes to one year parts and labor.
9. InRow SC Systems Options and Related Products Cable Management Accessories designed to organize power or data cables within a rack. Rack Power Distribution Rack-mounted power distribution for networking equipment to high density blade servers. InfraStruXure Central Centralized management of your APC network-critical physical infrastructure Smart UPS Power protection with scalable runtime for IT equipment . Reference APC AN-115
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12. APC NetBotz ® Rack Access PX - HID Protecting IT Assets From Physical Threats Network appliance enabling remote and local authentication for your NetShelter SX enclosures
13. Smart-UPS ® On-Line High density, double-conversion on-line power protection with scalable runtime A versatile UPS developed for the harshest power conditions in the world Smart-UPS On-Line
14. Smart-UPS ® VT Compact 3-Phase Power Protection with scalable runtime for small data centers and other business critical applications Over 10 million currently installed – now available in three phase
15. Symmetra PX ® Right-sized, modular, scalable 3-phase power protection for any size data center or high density power zone. The right-sized UPS for demanding business critical applications Ranges: 10 - 80 kW 25-500 kW Symmetra PX
16. Switched Rack PDU Horizontal Mounting Capabilities Mount in any 19” rack or enclosure. Vertical Mounting Capabilities Occupies zero U of valuable rack space; optimized to fit in a NetShelter VX enclosures. Toolless Mounting Capabilities Quickly and easily mount units in the rear of the enclosure. Single Input Power Source Single branch models bring up to 3.7 kW to rack. In North America and Japan, multi-branch models bring 12.5 kW to rack via one strip. User Interface Load indicator LED, current monitor, network management Remote Individual Outlet Control Turn outlets off that are not in use or recycle power to locked-up equipment. Switched Rack PDU
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Editor's Notes
The InRow SC System is an IT closet in a box complete with up to 7kW of cooling capacity, and is also available as a fully redundant system to provide additional availability. This simple self-contained, row-based cooling solution offers ease of installation and mobility during changes. Containment is wrapped around the IT rack and cooling unit to create an isolated environment capsule that can be placed in most surroundings.
Wiring closets/server rooms: Flexibility is a key feature required for Closet and Server Room environments which allows IT Managers, Facilities Managers and Contractors to install the system in various applications as a result of flexibility and ease of deployment. The InRow SC is available as a self-contained unit that does not require the use of an outdoor heat exchanger. The InRow SC is easy to install and requires no specialized skills or trades. Converted spaces: A lot of times, particularly in older buildings, you have this space that has always been used for an office environment with a comfort cooling system, however, with the advancement of technology, you’ve been forced to utilize some of that space for your IT and networking equipment. In these cases, the InRow SC Systems can provide dedicated air conditioning or supplemental cooling in a particular area. Data center hot spots: As virtualization creeps into the IT environment, hot spots are created. The InRow SC System can be deployed as a partially for fully-contained solution to be easily added as a retrofit for seamless growth. Environmentally controlled Manufacturing facilities: In additional, given the Enclosure is sealed, it is an ideal solution for manufacturing facilities where temperature and humidity are not adequately controlled for IT equipment. In these environments the InRow SC System serves as a “closet anywhere”. It is important to note that the system can not be deployed in hostile environments where air quality is not controlled, like industrial plants, since this system is not completely sealed to protect from airborne particles.
The InRow SC System is an IT closet-in-a-box, complete with up to 7kW of cooling capacity, and it is also available as a fully redundant system to provide additional availability. This simple, self-contained row-based cooling solution offers ease of installation and mobility during changes. Containment is wrapped around the IT rack and cooling unit to create an isolated environment capsule that can be placed in most surroundings. Available in three configurations, the InRow SC System can meet the needs of any closet or server room. The three configurations are defined as follows: Configuration 1: RACSC112 / RACSC112E Contains a single NetShelter SX rack enclosure, one InRow SC unit, and front and rear rack air containment Configuration 2: RACSC201 / RACSC201E Contains a single NetShelter SX rack enclosure, two InRow SC units, and rear rack air containment Configuration 3: RACSC101 / RACSC101E Contains a single NetShelter SX rack enclosure, one InRow SC unit, and rear rack air containment. It is important to remember that all three configurations require unconditioned air from a plenum space in order to reject the heat.
As shown in the image above, room air is pulled in through a filter at the rear of the unit, is cooled, and then distributed out the front of the unit to cool the space. At the same time, air from outside the room is utilized for capturing and removing heat. Hot discharge gas from the compressor enters the condenser coil, the condenser fans draws in air from the plenum and then blows it across the coil. Heat from the refrigeration system transfers to the air and that air is then discharged back into the plenum space. The condenser fan assembly contains 3 variable speed fans, controlled by the unit firmware. The condenser ducting kit consists of 3 flexible air ducts, each 6 foot long, 10 inch diameter (1.8m long, 254mm diameter) and a ceiling tile adapter plate. InRow SC comes with a 24” x 24” adapter for NAM, or a 600mm x 600mm adapter plate for EMEA. For more information, see application note 109.
Row-based architecture: The row-based design of the InRow SC System closely couples cooling to the heat generation source, improving the ability of the cooling unit to capture heat directly from the servers. Server heat capture, combined with the variable speed fans, allows the unit to operate very efficiently enabling more computing capacity per watt while reducing overall operating costs. Variable speed fans The InRow SC unit is equipped with variable speed fans that reduce energy consumption during off-peak cooling periods or when the rack is partially loaded. If the typical load operates at 70% of design capacity, the SC is capable of reducing energy consumption to match the demand of the heat load thereby drastically impact the overall operating costs of the data center. Network Manageable: Equipped with a network management card, the InRow SC provides embedded management by connecting the unit directly to the network. Each unit can be accessed through a dedicated IP address, or can be connected to the network through InfraStruXure® Central to improve overall access and reduce the number of nodes required for the cooling units. Through the network management card, the InRow SC can be accessed via a web browser to provide access to set points, alarms, and associated control data. This feature further enhances the visibility of the microprocessor control and health of the system to the IT Manager. Front/Rear Containment By utilizing rack air containment, capacity, redundancy, and efficiency of the system is improved. Containment of the hot air improves the overall sphere of influence (the ability of the air conditioner to capture heat from adjacent racks) of the InRow cooling unit. Rear containment ensures server exhaust air is returned to the InRow SC cooling unit for maximum cooling predictability by preventing recirculation of hot exhaust air. Front containment ensures cold supply air is not captured by neighboring equipment. Redundant Configuration: The InRow SC Systems can be configured to include an additional InRow SC unit to achieve redundancy. This configuration can use group controls to allow the two SC units to talk to one another. Noise Dampening: Containment of both the front and rear provides reduction of noise caused by installed equipment. Testing has proven that the use of containment reduces the noise level of the SC unit by 10dba. (Note the use of front and rear containment together is only available on the RACSC112(E) sku. As previously mentioned, the InRow SC Systems can be accessed via a web browser to provide access to set points, alarms, and associated control data. T he use of Active Response Controls enables the InRow SC to respond to thermal changes that occur in the rack, thus ensuring that desired inlet temperatures are held constant. The intelligence of the InRow SC provides visibility of the units operation, health, and capacity. This visibility permits IT and Facilities managers to plan for changes, react more rapidly to failures, and continuously monitor the system, thereby improving overall availability and agility . The InRow SC ensures proper server inlet temperatures by actively controlling cooling capacity. The unit adjusts cooling capacity in response to thermal changes within the rack of IT equipment to maintain rack inlet temperatures 7 x 24. By controlling at this level, the InRow SC ensures that IT equipment consistently operates within rack inlet temperatures between 68-80°F (20–27°C) as recommended by the Thermal Guidelines for Data Processing Environments provided by ASHRAE. The InRow SC unit also offers Predictive Failure Notification . This provides advanced warning that filters or fans need to be replaced as well as visibility into the overall health of the system. This level of visibility greatly reduces expensive down time. Real time capacity monitoring: In addition to alarms and individual set points, the InRow SC provides visibility into the actual capacity being provided by each unit. Using this information and the performance specifications of the InRow SC, IT managers can effectively plan for IT equipment change-outs by enabling them to see where spare cooling capacity may be available. This provides knowledge the IT managers never had before.
~This easy to use display allows the operator to view the status of the system. ~When powered on, the System Status light will illuminate green. ~To notify the operator of a new alarm condition, the Check Log status light will illuminate yellow, ~the Warning status light will illuminate yellow for a minor alarm, ~and when a major alarm occurs, the Critical status light will illuminate red. ~The operator can also select options from the devices intuitive menu-driven interface that is common among APC products. ~The user can view: Set-points Operating Parameters Environmental Conditions System Log and Alarm Conditions
As previously mentioned, the InRow SC System can be accessed via a web browser to provide access to set points, alarms, and associated control data. T he use of Active Response Controls enables the InRow SC to respond to thermal changes that occur in the rack, thus ensuring that desired inlet temperatures are held constant. The intelligence of the InRow SC provides visibility of the units operation, health, and capacity. This visibility permits IT and Facilities managers to plan for changes, react more rapidly to failures, and continuously monitor the system, thereby improving overall availability and agility. The InRow SC ensures proper server inlet temperatures by actively controlling cooling capacity. The unit adjusts cooling capacity in response to thermal changes within the rack of IT equipment to maintain rack inlet temperatures 7 x 24. By controlling at this level, the InRow SC ensures that IT equipment consistently operates within rack inlet temperatures between 68-77°F (20–25°C) as recommended by the Thermal Guidelines for Data Processing Environments provided by ASHRAE. The InRow SC unit also offers Predictive Failure Notification . This provides advanced warning that filters or fans need to be replaced as well as visibility into the overall health of the system. This level of visibility greatly reduces expensive down time. Real time capacity monitoring: In addition to alarms and individual set points, the InRow SC provides visibility into the actual capacity being provided by each unit. Using this information and the performance specifications of the InRow SC, IT managers can effectively plan for IT equipment change-outs by enabling them to see where spare cooling capacity may be available. This provides knowledge the IT managers never had before.
Warranty: One year parts only warranty comes standard with the InRow SC System. However, if Assembly is purchased (WASSEM-AX-14), then a factory warranty of one year parts and labor is standard. Start-up services includes the assembly and start-up of the InRow SC . As part of the assembly of the SC unit, the rack enclosure will also be assembled. (WASSEM-AX-14) The Rack Air Containment System (RACS) assembly would need to be purchased for every RACS position. The assembly sku for RACS assembly is WASSEM-AX-21 Preventative maintenance can be purchased on the basis of monthly, quarterly, or semi-annual visits. (Note for Australia: Monthly maintenance is required) ( WSPMV5X8-AX-14, WSPMV7x24-AX-14, WQPMV5X8-AX-14, WQPMV7X24-AX-14, WMPMV5X8-AX-14, WMPMV7X24-AX14 ) On-Site Services can be purchased to have an APC trained technician diagnose your equipment. This service comes standard with two semi-annual preventative maintenance visits. ( WONSITENBD-AX-14
Cable Mgmt: Cable management in the rack is critical for speed of installation and ease of maintenance whether deploying servers or networking equipment. APC offers an extensive line of vertical and horizontal cable management within the racks and integrated overhead cable management for organizing cables externally. The NetShelter SX enclosure has rear cable channels where you can organize cables. Vertical accessories that mount in the rear of the enclosure are commonly used for server applications to vertically route power and data cables. Cable containment brackets and vertical cable organizers are two accessories that can mount toollessly in the rear channel. InfraStruXure Central: InfraStruXure Central provides an efficient way for organizations to monitor their company-wide multi-vendor physical infrastructure: power, cooling, security, and environment. Real-time monitoring, user-defined reports and graphs, and instant fault notification and escalation enable quick assessment and resolution of critical infrastucture events that can adversely affect IT system availability. This centralized repository of critical information can be accessed by multiple users from anywhere on the network, creating a consolidated view of the physical infrastructure. The platforms can grow with changing business needs through additional device licenses and add-on surveillance, capacity management and change management modules. Rack Power Distribution: Basic rack power distribution units allow users to distribute power outlets to rack-mount equipment. Horizontal and vertical units are available as well as a variety of power inputs and outputs to fit most power environments. Smart UPS: UPSs for voice and data networks, medical labs, and light industrial applications. This optional product should be used with networking equipment only as we do not recommend using a UPS with the InRow SC unit. This is due to the inrush current from the compressor.
The NetBotz Security and Environmental Appliances subcategory has 5 different product families within it. These families are listed on this slide and the next one.
APC’s Rack Access PX-HID protects NetShelter SX enclosures from unauthorized access. This IP-based system uses electronic locks to secure enclosures and access is granted through HID-based proximity cards or the secure Web interface. Users can integrate with existing building security, as it is compatible with HID-based proximity cards using 125kHz technology and can authenticate from a RADIUS server. Alarm notification options, such as email, indicate a compromised security state. Administrators can easily configure access for individual employees, schedule access to equipment for maintenance purposes, and view audit trails. Easy mounting options include traditional rack mounting or toolless zero U mounting.
Slide intent: High level overview of Smart-UPS On-Line product family with features and benefits. Along the way we will share with the customer the various models that are available in various countries around the world. Notes for the presenter: 1) Introduce Smart-UPS On-Line as a double conversion on-line UPS that is specifically developed to address the needs of developing countries and regions with harsh power conditions. 2) Also mention that in a relatively short period of time, Smart-UPS On-Line has managed to win some accolades. 3) Emphasize on what makes Smart-UPS On-Line a Versatile UPS… rack/tower convertible extended run comes standard (the ability to add additional battery packs) 3:1/1:1 combination in single product (international models 80000-20000VA only) uses common accessories such as battery packs, rail-kits and etc WW SKU available and flash upgradeable. Programmable output voltage and frequency 4) Also talk about High Density provided by Smart-UPS On-Line family: 1/2kVA in 2U 3/5/6kVA in 3U 8/10kVA in 6U rack height space. 15/20kVA in 12U 5) Smart-UPS On-Line is developed for Harshest Power Conditions of the World . It can operate between 160-280V input voltage range at full load without using its batteries. This UPS can go as low as 100V, at 50% load, while supporting critical load, without using the batteries.
This photo shows the entire Smart-UPS VT family line-up, from the left –wide tower, narrow tower, SUVT without internal batteries in a wide tower and one in a narrow tower. Smart-UPS VT offers centralized three-phase power protection with the reliability of the award winning Smart-UPS family. Ideal for small data centers, large retail stores, regional offices, and dense power requirements, the Smart-UPS VT includes dual-mains input, automatic and maintenance bypasses, and scalable runtime with hot-swappable batteries for increased availability. Low cost of ownership is achieved through best-in-class efficiency and a reduction in rating of electrical infrastructure - wires, transformers, and generators due the Smart-UPS VT's Soft Start feature. APC's Network Management Card with temperature monitoring provides remote monitoring and management through a simple Web/SNMP interface and provides integration with InfraStruXure Manager. Serviceability is greatly enhanced by user-replaceable batteries, manageable extended run frames and standard onsite warranty services. All these features make the Smart-UPS VT is the easiest UPS in its class to deploy, manage and maintain.
Presentation for NAM only Slide intent: Presentation/Family introduction. Notes for the presenter: Begin by telling your audience that you will talk about the Symmetra PX family for approximately 25-30 minutes. Mention that the Symmetra PX family is part of the InfraStruXure for medium data centers ( the architecture was developed based on 500 interviews with customers) but that this presentation will not focus on InfraStruXure Ask your audience if they have any questions before you begin (BEFORE next slide remember to insert your own agenda if this slide is the first in your presentation)
Slide intent: Provide overview of the Switched rPDU design and main feature/benefits Horizontal Mount : easily mount in standard 19” racks requiring very little rack space. Vertical Mount : requires zero U of rack space leaving rack space available for critical equipment. Toolless Mount : units quickly and effortlessly snap into place in a NetShelter VX reducing installation time. Narrow form factor also allows for multiple strips to mount side-by-side in the rear of a NetShelter VX in cases of redundant power systems or multiple rPDU solutions. User Interface : Units have a local digital display and network connections This is located in the middle of the vertical units for easy access no matter the installation Described in more detail on next slide Individual Outlet Control : Control power to individual outlets (turn outlets off, recycle power) Supply the outlets to plug equipment into. We offer a wide variety of outlet types and configurations. These outlets allow one branch whip to power many pieces of equipment. Single input: Supplies power from one branch circuit Wide variety of connector types to fit varying power environments Saves time and money during installation - run one single whip to power multiple pieces of equipment. 3-phase inputs reduce the # of power whips needed to power a rack full of equipment; again saving time and money
InfraStruXure Central enables an efficient way for organizations to monitor their company-wide multi-vendor physical infrastructure: power, cooling, security, and environment. Real-time monitoring, user-defined reports and graphs, and instant fault notification and escalation enable quick assessment and resolution of critical infrastructure events that can adversely affect IT system availability. This centralized repository of critical information can be accessed by multiple users from anywhere on the network, creating a consolidated view of the physical infrastructure. The platforms can grow with changing business needs through additional device licenses and add-on surveillance, capacity management and change management modules. Whether located in a data center, remote office, or campus environment, InfraStruXure Central and the APC power, cooling, environmental, and security devices combine to provide a comprehensive management solution. With InfraStruXure Central power readings, environmental readings and camera images from any site on your network are tied in together into a common management platform. Images and alerts from around the company can be instantly viewed and managed, trends analyzed, and problems averted, providing unparalleled physical threat management. The ISX Central platform has been scaled to increase the maximum node count and at the same time a new, low cost platform: InfraStruXure Central Basic is introduced, which matches the InfraStruXure Manager entry price point and will be replacing it. The platforms supports the following add-on modules: InfraStruXure Central Enterprise: scales to 4025 device nodes Surveillance: monitors up to 250 camera devices Capacity Manager: supports up to 200 racks Change Manager: supports up to 8000 IT assets InfraStruXure Central Standard: scales to 2025 device nodes Surveillance: monitors up to 125 camera devices Capacity Manager: supports up to 100 racks Change Manager: supports up to 5000 IT assets InfraStruXure Central Basic scales to a maximum of 525 device nodes Surveillance: monitors up to 15 camera devices Capacity Manager: supports up to 20 racks Change Manager: supports up to 1000 IT assets
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