EDRoadshow_Feb2012_Emerson

Emerson Network Power Enabling Business Critical Continuity

Bill Hitchcock Emerson Product Manager

Who are Emerson? Network Power Division UPS Configurations Enabling Business-Critical Continuity

Who Are Emerson? Large, Diversified US Corporate

3 Founded in 1890. Headquartered in St. Louis, Missouri .

Operating in more than 150 countries. 235 manufacturing locations.

Approximately 133,000 employees worldwide

• Seven Core Businesses delivering $24.2B in Sales

• Appliance Solutions, Climate Technologies, Industrial Automation, Network Power, Process Management, Professional Tools and Storage Solutions 3

• No. 120 on 2011 FORTUNE 500 list of America’s largest corporations

Who are Emerson? Network Power Division UPS Configurations Enabling Business-Critical Continuity

Emerson Network Power

Protecting the Network from Grid to Chip Automatic Transfer Switch

Fire Pump Controller

Extreme Density Precision Cooling

Power Distribution Units

Precision Cooling

TVSS Surge Suppression

Uninterruptible Power Systems & Batteries Integrated Racks

RACK Cable Management

42 U 2U

Rack Cooling

2U 1U 1U 1U 2U 2U 4U

33 U

4U

4U 2U 1U

8U

1U 1U 2U

Power Distribution Unit KVM

2U

UPS 8U

4U 2U

Rack Monitoring

IT Rack Solutions •

In 2006, Emerson acquired Knurr, a world leader in rack systems •

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E-Series available in 42U, 800 or 600mm wide, 1100 or 1200mm deep.

In 2011, introduced their E-Seismic rack (42U x 600 x 1200) •

Certified to 664kg distributed equipment load

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Compliant to Telcordia/Bellcore GR-63-CORE Standard for Zone 4 

Colour – RAL7021 (black)



Solid Steel Frame



Mesh doors front and rear

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75% Perforated doors for optimal airflow



1,300 Kg Static Load



Support baying of racks with or without side panels

Data Centre Cooling Solutions Hot Aisle / Cold Aisle

Smart Aisle 1.

30% Gains on Standard Room Systems

2.

Supports High Density

3.

Eliminates Hot / Cold Air Mixing

4.

Uniform and predicatable temperature and humidity to all IT equiment

1.

Hot Aisle / Cold Aisle arrangement

2.

Deploy rack and row blanking panels to optimize air flow

3.

Humidity Control v Building Air

4.

Air Filtration

Who are Emerson Network Power Division UPS Configurations Enabling Business-Critical Continuity

Desktop and Network UPS Range Liebert PSI

Liebert PSA

Liebert PSP Applications:

Applications: Applications: Standby – 650VA PF 0.6 Desktop Computers

 Line Interactive  500–1500VA PF 0.6  Workstations  Point-of-Sale Terminals

Line Interactive 750-3000VA Extended Runtime PF 0.9 Professional Workstations Storage Devices Standalone Routers and Switches

Double Conversion True Online – GXT3 Flexibility  Rack or Tower Configuration  Compact Design from 700VA to 10kVA  Extended Battery Packs for Longer Runtimes  Ideal for Generator environments  Maintenance Bypass Switch (Micropod) 5-10kVA  Remote UPS Monitoring through SNMP/Web Card – 20 user Multilink license Reliability  Online VFI Technology with Sine wave Output  Longer battery life time due to wider input voltage range Total Cost Of Ownership  Hot-Swappable, User Replaceable Batteries  High Output Power Factor 0.9 (5&6kVA 0.8)  Two-year replace or repair warranty

All Critical Applications, Data Center Application, Servers and Networking Equipment

Double Conversion True Online – GXT3  AC to DC and DC to AC Dynamic By Pass

Surge Suppressor

Inverter

AC

DC

DC

PFC/Rectifier/Charger

100%

Surges

100%

Noise

100%

AC

100% +

Sags

Load

-

Battery

Spikes

Outage

100%

100%

Effectiveness = 100%

Waveform Distortion

100%

Frequency Variations

100%

Wide Range of UPS Solutions Liebert Nfinity 1. Modular Online UPS: 4kVA to 16kVA Liebert APM 1. Latest Technology (N+1) redundancy -> 30kVA, 60kVA, 90kVA & 120kVA capacity

Liebert NXr 1. Ultra Compact Design 30kVA to160kVA

Liebert NXe 1. In-built Redundancy for high 9’s availability 10kVA to 20kVA Liebert NXa 1. In-built Redundancy for high 9’s availability 30kVA to 200kVA

Ultimate in Availability & Flexibility

Who are Emerson Network Power Division UPS Configurations Enabling Business-Critical Continuity

Enabling Business-Critical Continuity

Emerson Network Power: Enabling Business-Critical Continuity™

Grid-to-chip technologies and expertise that keep data centers, telecom networks and business applications up and running and more energy efficient

Always On

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Infrastructure Management & Monitoring

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DC & AC Power Systems

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Industrial Power

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Precision Cooling Systems

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Racks & Integrated Cabinets

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Power Switching & Controls

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Outside Plant Solutions

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Embedded Computing

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Embedded Power

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Connectivity Solutions

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24x7 Local Support – Anywhere in the World

What is the Power Factor of Your Device? Power Factor = Real Power Apparent Power

(PF)

(Watts)

Amount of Power Consumed Voltage x Current

(VA)

Resistive/ Linear Load

Reactive/ Non-Linear Load





Linear load & Switching Devices



Voltage & Current Signals have phase difference, so PF < 1.0



Loads (resistors) which converts power to heat Voltage & Current Signals are In Phase, so PF = 1

Ex. of Resistive Load:

Ex. of Reactive Load:

Stove

Heater

Computer

Air Conditioner

Power Problems can start almost anywhere….

Where Do Power Problems Come From?

The Utility

Your Facility

The Weather

Your Systems

Power Disturbances

Normal Waveform

Noise

Ringing Transients

Sag

Distortion

Interruption in service

Spike

Surge/Swell

Frequency Change

Off Line UPS Filter Transfer Switch

Battery Charger AC/DC

Battery +

Load

Inverter

-

DC AC

Sags

50%

Surges

50%

Noise

90%

Effectiveness = 55%

Spikes

80%

Outage

80%

Waveform Distortion

0%

Frequency Variations

0%

Line-Interactive UPS Filter

Transfer Switch

AVR

Filter

AC/DC Battery Charger

Sags

100%

Surges

50%

+ Battery

Noise

95%

Effectiveness = 85%

D C

-

Load

AC

Inverter

Spikes

95%

Outage

90%

Waveform Distortion

0%

Frequency Variations

0%

How to Choose UPS?

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Questions to ask: 1. 2. 3. 4. 5. 6. 7. 8.

What is application? What is total load in VA and Watts? What is runtime requirement? Power condition of the area? Sensitivity of load? Where to put UPS? Shutdown requirement? Remote management requirement?