ge consumer & industrial power quality product...

GEConsumer & Industrial

GE Consumer & IndustrialPower Quality Product Overview

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Power Quality Products

2

Power dependency has increased dramatically in the new business environment based on eCommerce applications, mobile networks, corporate Internet sites, medical equipment, banking systems, ePay and networked IT structures. Near 100% system availability is mandatory in view of the financial and business consequences of poor power quality or power failure.

Not only does the absence of power have catastrophic consequences, but also an unnoticed mains disturbance can affect your expensive equipment or critical processes.

Power Quality Products are designed to reduce customer risks to power issues.


3

Uninterruptible Power Supplies (UPS) 1

Static Transfer Switches (STS) 3

Surge Protection (TVSS) 4

Automatic Transfer Switches (ATS) 2

contents

Paralleling Switchgear (PSG) 5

UPS intro


41.1

1

3

4

2

UPS

Notes

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5

UPSOverview


51.2

1

3

4

2

UPS

Uninterruptible Power Supplies (UPS)

The function of a UPS is to ensure constant, reliable and high quality power to sensitive electronic equipment - whatever the quality of the utility supply.

A UPS is installed between the mains (utility) supply and the load. During normal conditions, when the mains is present, the UPS stores electric energy in batteries (its “fuel tank”) and cleans the incoming mains power before channeling it to the load.

In the event of a mains power failure (i.e. mains absent or outside tolerance) the UPS uses the energy reserve stored in the battery to continue to produce a continuous output. Sensitive electronic equipment protected by the UPS will not notice any interruption or alteration in its power supply input.

When the mains is re-established within tolerance, the UPS will be supplied again by the mains and the batteries will be recharged, making them ready to support future power failures.

5

Index


6

UPS families - overview

3

4

2

5

1

UPS

- ov

ervi

ew 0.5-3 kVA

0.35-1 kVA

0.6-4 kVA

3-10 kVA

5-10 kVA

8-20 kVA

10-20 kVA

40-120 kVA

10-500 kVA

1-3 kVA

3-10 kVA

10-30 kVA

30-40 kVA

80-200 kVA

10-500 kVA

line-

inte

ract

ive

plug

gabl

e

1-1

phas

e

VFI (

Volta

ge a

nd F

requ

ency

Inde

pend

ent)

hard

-wire

d

3-1

phas

e3-

3 ph

ase

ML Series (CE)

NetPro and NetPro 19 inch (CE)

LP 11 (CE)

Match and Match 19 inch (CE)

LP 31T (CE)

LP 31 (CE)

LP 33 10-20 (UL)

LP 33 40-120 (CE)

SitePro Series (CE)

GT Series (UL)

LP 11 (UL)

LP 33 10-30 (CE)

LP 33 30-40 (UL)

SG Series (CE)

SG Series (UL)

Main index


7

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

ML Series (CE)

NetPro and NetPro 19 inch (CE)

LP 11 (CE)

Match and Match 19 inch (CE)

Uninterruptible Power Supplies (UPS)

LP 31T (CE)

LP 31 (CE)

LP 33 10-30 (CE)

LP 33 40-120 (CE)

1.ISitePro Series (CE)

1.JSG Series (CE)

1.KGT Series (UL)

1.LLP 11 (UL)

1.MLP 33 10-20 (UL)

1.NLP 33 30-40 (UL)

1.OSG Series (UL)

Index


81.A

UPS

- M

L

ML Series - line-interactive UPS

Applications

The line-interactive Digital Energy ML Series UPS is used in a wide range of IT, networking and telecommunications applications. It will protect servers, hubs, switches and routers, and may also be installed to protect PCs, workstations, cash registers, fax machines, modems and ISDN adaptors.

Characteristics

The line-interactive ML Series UPS normally supplies the load through a bypass circuit. Filtering capabilities guard against surges, spikes and high frequency interferences. The utility also keeps the battery fully charged.

The input voltage window is extremely wide: as long as the input voltage is within 140-300 Vac (ML 350-700 VA) or between 160-265 Vac (ML 1000 VA) the Automatic Voltage Regulation (AVR) guarantees an output voltage that is between 198-265 Vac and acceptable for every modern ICT device.

In case of a mains failure the UPS switches to battery operation within a transfer time of 4 milliseconds, sufficiently short for computers which therefore will continue to operate without interruption.

Features and Benefits

• Automatic Voltage Regulation (AVR)• Superboost for extremely wide input voltage window, maximising battery life• RS232 communication for advanced communication between UPS and PC• Superior battery management maximises battery life• Plug and play, for easy installation and operation • Three year warranty period on UPS AND battery

FunctionProviding exceptional cost-critical protection for electrical equipment

Standards / MarkingSafety: EN 50091-1-1; EN 60950;EMC: EN 50091-2

Technical specifications (general)

Models 350 / 500 / 700 / 1000 VAInput voltage range 350-700 VA models 140-300 VacInput voltage range 1000 VA model 160-265 VacInput frequency 50Hz ± 10%Output voltage 230Vac +5% / -10% (battery operation)Output frequency 50HzAmbient operating temperature -10°C to 40°C (14°F to 104°F)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) < 35 dB(A)Communication interface RS232Protection degree IP 20

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

Index


91.B

Match Series - line-interactive UPS

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

Applications

The line-interactive Digital Energy Match Series UPS is used in a wide range of IT, networking and telecommunications applications. It will protect servers, hubs, switches and routers, and may also be installed to protect PCs, work-stations, cash registers, fax machines, modems and ISDN adaptors.

Characteristics

The line-interactive Match Series UPS normally supplies the load through a bypass circuit. Filtering capabilities guard against surges, spikes and high frequency interferences. The utility also keeps the battery fully charged.

The input voltage window is extremely wide: as long as the input voltage is within 165-275 Vac (Match 500-1500 VA) or even between 140-305 Vac (Match 2200-3000 VA) the Automatic Voltage Regulation (AVR) guarantees an output voltage that is between 190-254 Vac and acceptable for every modern ICT device.

In case of a mains failure the UPS switches to battery operation within a transfer time of 4 milliseconds, sufficiently short for computers which therefore will continue to operate without interruption.

Rackmountable 19” models are available ranging from 700-3000 VA.


• Automatic Voltage Regulation• Excellent high voltage protection up to 350 Vac• Low ‘green’ power consumption• Optimised sine wave output, avoiding peak currents that can damage

electronics and batteries• Automatic battery test, automatic boost charge with two-hour recharge

time and low battery temperature• Superior Battery Management to protect the critical battery system• Option slot for additional communication possibilities• Three year warranty period on UPS AND battery

FunctionProviding exceptional cost-critical protection for electrical equipment

Standards / MarkingSafety: EN 50091-1-1; EN 60950;IEC 60950EMC: EN 50091-2


Models 500 / 700 / 1000 / 1500 / 2200 / 3000 VAInput voltage range 500-1500 VA models, 70% load 165-275 VacInput voltage range 2200-3000 VA models, 70% load 140-305 VacInput frequency 50 or 60 Hz ± 5%Output voltage 230 Vac ± 2% (battery operation)Output frequency 50 or 60 Hz, autosensingAmbient operating temperature -10°C to 40°C (14°F to 104°F)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) 35-45 dB(A)Communication interface RS232; Plug and Play; USB (option) open collector alarm contacts (model dependent)Protection degree IP 20

UPS - M

atch

Index


10

NetPro Series - VFI UPS

Applications

The on-line NetPro UPS is designed for mission-critical applications. It is used in a wide range of IT networking and telecommunications applications: mission-critical servers, telecommunication equipment and local area networks.

Characteristics

The NetPro UPS is a true VFI (Voltage & Frequency Independent) on-line double conversion UPS. This technology allows the NetPro to eliminate any power reliability problem.

The incoming AC mains power is continuously converted by the input converter to DC, which is used to charge the batteries and to supply the output converter. This output converter synthesizes a completely new AC sine wave output for the connected load. Any mains disturbance is blocked at the input.

The 2000-4000 VA models are equipped with a LCD information panel with status and alarm settings.

The 3000-4000 VA models have a programmable outlet that can be switched off for less critical loads, thus maximizing up-time of critical devices.

Rackmountable 19” models are available ranging from 600-3000 VA.


• On-line double conversion technology eliminates power reliability problems• LCD screen information panel with status and alarm settings (2000-4000 VA)• Optimised for use with generators• Programmable switch-off for less critical loads to maximise up-time of

critical devices• Programmable to start only when sufficient run-time (autonomy) is available• Compact, robust design with low audible noise; suitable for both office and

industrial environments• Superior Battery Management, including boost charge, to protect the critical

battery system• Three year warranty period on UPS AND battery• Option slot for additional communication possibilities

FunctionProviding exceptionally reliable protection for electrical equipment

Standards / MarkingSafety: EN 50091-1-1; EN 60950;IEC 60950EMC: EN 50091-2; EN 50081-1 + EN 50082-1; IEC 61000-4-5


Models 600 / 1000 / 1500 / 2000 / 3000 / 4000 VAInput voltage range 600-2000 VA models, 70% load 120-264 VacInput voltage range 3000-4000 VA models, 70% load 160-264 VacInput frequency 50 or 60 Hz ± 5%Output voltage 600-1500 VA models 230 Vac ± 2%Output voltage 2000-4000 VA models 220/230/240 Vac ± 1%Output frequency 50 or 60 Hz, front selectableAmbient operating temperature -10°C to 40°C (14°F to 104°F)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) 35-45 dB(A), load and temperature dependentCommunication interface USB; RS232; Plug and Play; open collector alarm contactsProtection degree IP 20

UPS

- N

etPr

o

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

1.C

Index


111.D

LP 11 - VFI UPS

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

UPS - LP 11

Applications

The on-line LP UPS Series is designed for a range of mission-critical applications. The LP UPS is easy to install and service, optimised for the office environment. The robust design allows for more traditional industrial applications.

Characteristics

The LP 11 UPS is a 1-phase in / 1-phase out, true VFI (Voltage & Frequency Independent) on-line double conversion, intelligent and heavy duty UPS. The VFI design concept enables the highest level of protection even under the toughest conditions.

The system power and reliability can be easily expanded by adding units, creating a redundant system with no single points of failure, utilizing GE’s unique Redundant Parallel Architecture™ (RPA™) technology.


• Low input current distortion and high input power factor eliminates need for costly filters or oversized generator

• Small footprint and castors• Advanced technology enabling silent operation• High output power factor allows for optimal sizing of UPS• Low output voltage distortion• Superior Battery Management• ECO mode enables automatic energy savings under stable power conditions


Standards / MarkingSafety: EN 50091-1-1; EN 60950;IEC 60950EMC: EN 50091-2; IEC 62040-2Surge capability: IEC 61000-4-5(6kV 1.2/50µs, 3kA 8/20µs)


Models 3 / 5 / 6 / 10 kVAInput voltage range 172-285 VacInput frequency range 40-70 HzOutput voltage 220/230/240 Vac ± 1% (user selectable)Output frequency 50 or 60 Hz, front selectableEnvironment IP 20 (IEC 60529)Ambient operating temperature -10°C to 40°C (14°F to 104°F)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) 40-55 dB(A), load and temperature dependentInterfacing std: RS232; optional: potential free contacts, SNMPStandard features ECO mode, SBM Superior Battery Management, boost chargingRPA optionalBattery extension optional for 5-10 kVA models, not available for 3 kVABackfeed protection optional for 3-6 kVA models, not available for 8-10 kVASoftware compatibility JUMP DataShield™, IRIS

Index


121.E

LP 31T Series - VFI UPS

Applications


Characteristics

The LP 31T UPS is a 3-phase in / 1-phase out, true VFI (Voltage & Frequency Independent) on-line double conversion, intelligent and heavy duty UPS. The VFI design concept enables the highest level of protection even under the toughest conditions.


The LP 31T is a LP 11 UPS equipped with a 3-to-1 phase conversion input transformer, galvanically separating the UPS from the incoming 3-phase mains.



• Small footprint and castors• Advanced technology enabling silent operation• High output power factor allows for optimal sizing of UPS• Low output voltage distortion• Superior Battery Management• ECO mode enables automatic energy savings under stable power conditions


Standards / MarkingSafety: EN 50091-1-1; EN 60950;IEC 60950EMC: EN 50091-2; IEC 62040-2Surge capability: IEC 61000-4-5(6kV 1.2/50µs, 3kA 8/20µs)


Models 5 / 6 / 8 / 10 kVAInput voltage range 340-470 VacInput frequency range 40-70 HzOutput voltage 220/230/240 Vac ± 1% (user selectable)Output frequency 50 or 60 Hz, front selectableEnvironment IP 20 (IEC 60529)Ambient operating temperature -10°C to 40°C (14°F to 104°F)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) 40-55 dB(A), load and temperature dependentInterfacing std: RS232; optional: potential free contacts, SNMPStandard features ECO mode, SBM Superior Battery Management, boost chargingRPA optionalBattery extension optionalBackfeed protection standard availableSoftware compatibility JUMP DataShield™, IRIS

UPS

- LP

31T

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

Index


131.F

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

UPS - LP 31

LP 31 Series - VFI UPS

Applications


Characteristics


The transformerless design provides a high efficiency. In the ECO Mode the efficiency can be even further increased. The batteries are easy to replace via the front enclosure. Superior Battery Management optimizes the lifespan of the batteries.



• Small footprint and wheels• Advanced technology enabling silent operation• High output power factor allows for optimal sizing of UPS• Low output voltage distortion• Superior Battery Management• ECO mode enables automatic energy savings under stable power conditions


Standards / MarkingSafety: EN 50091-1-1; EN 60950;IEC 60950EMC: EN 50091-2; IEC 62040-2


Models 8 / 10 / 15 / 20 kVAInput voltage range 300-470 VacInput frequency range 45-65 HzOutput voltage 220/230/240 Vac ± 1% (user selectable)Output frequency 50 or 60 Hz, front selectableEnvironment IP 20 (IEC 60529)Ambient operating temperature -10°C to 40°C (14°F to 104°F)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) 40-55 dB(A), load and temperature dependentInterfacing std: RS232; optional: potential free contacts, SNMPStandard features ECO mode, SBM Superior Battery ManagementBattery extension optionalBackfeed protection standard availableSoftware compatibility JUMP DataShield™, IRIS

Index


141.G

LP 33 10-30 Series - VFI UPS

Applications


Characteristics





• Small footprint and wheels• Advanced technology enabling silent operation• High output power factor allows for optimal sizing of UPS• Low output voltage distortion• Superior Battery Management• ECO mode enables automatic energy savings under stable power conditions


Standards / MarkingSafety: EN 50091; IEC 62040Protection: IEC60529EMC: EN 50091-2 (Class A)


Models 10 / 20 / 30 kVAInput voltage range 324-478 VacInput frequency range 45-65 HzOutput voltage 380/400/415 Vac ± 1% (user selectable)Output frequency 50 or 60 Hz, front selectableEnvironment IP 20 (IEC 60529)Ambient operating temperature 0°C to 40°C (32°F to 104°F)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) 40-55 dB(A), load and temperature dependentInterfacing std: RS232; 4 alarm contacts, SNMP (optional), Modbus RTU (optional)Standard features SBM Superior Battery ManagementBattery extension optionalBackfeed protection standard availableSoftware compatibility JUMP DataShield™, IRIS

UPS

- LP

33

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

Index


151.H

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

UPS - LP 33

LP 33 40-120 Series - VFI UPS

Applications

The GE Digital Energy LP33 Series is a highly reliable transformerless three phase UPS system providing power protection for a wide range of critical applications from medical to datacenters and telecommunication.

Characteristics

The product range is available as two versions:• LP33 40-120 Active IGBT Rectifier with a THDi of <9%• LP33 40-120 Active IGBT Rectifier Clean Input Module with a THDi of <4.5% (<3.5% @ 75% load)

The LP33 UPS is a 3 phase in, 3 phase out true VFI (Voltage & Frequency Independent) on-line double conversion UPS including ‘Clean input’ Active IGBT rectifier technology . The low input harmonics feedback distortion is constant for all loads, and allows customers to save in the sizing of upfront UPS equipment such as generator sets, cabling, circuit breakers, etc, while reducing the disturb on nearby equipment (eg. medical application). This is provided without the need of additional filters, saving costs.

Thanks to the LP33’s small, best in class footprint, this transformerless range provides customers with additional installation space for other equipment where required. Class A is provided as standard, reducing interference with other critical equipment and making the UPS particularly suited to support critical applications such as telecommunication, broadcasting and medical.

The high efficiency level at all loads saves operating and air conditioning system design costs. The UPS is also particularly indicated for healthcare equipment where no voltage distortion with no linear load and no voltage variation load steps are required, enhancing the quality of application, for example with medical images.


Standards / MarkingSafety: EN 62040-1; EN 60950;IEC 60950Protection: IEC 60529EMC: EN 62040-2 (Class A)


Models 40 / 60 / 80 / 100 / 120 kVAInput voltage range 320-460 VacInput frequency range 50-60 Hz ± 10%Output voltage 3x380/400/415 Vac (user selectable)Output frequency 50 or 60 Hz ± 0.1% (user selectable)Efficiency 93% (on ECO Mode 99%)Input power factor 0.98Input current THDi Active IGBT Rectifier: < 9% Active IGBT Rectifier Clean Input Module: < 4.5% (< 3.5% @ 75% load)Environment IP 20 (IEC 60529)Ambient operating temperature 0°C to 40°C (32°F to 104°F)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) 40 kVA: <60 dB(A), 60-120 kVA: <65 dB(A), load and temperature dependentInterfacing std: RS232; 4 alarm contacts, SNMP (optional), Modbus RTU (optional)Software compatibility JUMP DataShield™, IRIS

Index


161.I

SitePro Series - VFI UPS

Applications

The on-line SitePro UPS is an extremely reliable UPS providing critical power protection for a wide range of demanding mission-critical applications such as computer and data centers, medical facilities, broadcasting and satellite transmission systems, manufacturing and process control units, security systems, financial institutions, transportation infrastructure etc. etc.

Characteristics

The SitePro family of 3-phase in / 3-phase out high-performance UPS systems operates in a double conversion mode (providing true on-line operation), thus providing the highest levels of power reliability. Each UPS is fully compliant with international standards regarding Voltage and Frequency Independent (VFI) operation. True VFI makes the GE SitePro an extremely reliable UPS for data security and other demanding critical applications, even under the toughest conditions.

The SitePro UPS is available in models from 10 kVA up to 500 kVA. For high-power redundant applications, the GE SitePro can be installed with up to eight units in parallel achieving power protection up to 4 MVA. The systems are controlled in a true peer-to-peer configuration with redundancy in all critical elements and functions, utilizing GE’s unique Redundant Parallel Architecture™ (RPA™) technology. This advanced technology provides the highest possible system reliability for mission critical applications with no single points of failure.


• High output power factor eliminates need for UPS oversizing• Constant high efficiency at full and partial load• Superior Battery Management (SBM) to enhance battery life and to prevent

battery failure• Super ECO Mode for energy savings• Extremely low output distortion even at non-linear loads• Highest levels of reliability and flexibility with Redundant Parallel

Architecture™ (RPA™)• Best in class for variable load applications• Various operation modes: double conversion; voltage and frequency

stabilizer; frequency converter• Galvanic isolation which provides additional critical power protection• UPS monitoring and protection software• Backfeed protection standard included providing a safe work environment.


Standards / MarkingSafety: EN 50091; 62040-1-2EMC: EN 50091-2; EN 62040-2

UPS

- Si

tePr

o

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

Index


17

Technical specifications (model dependent)

Output power rating (kVA)

Output power factorOutput power rating (kW)DimensionsWeight (without batteries), kgNoise level (DIN 45630) dB(A)

Dimensions (hxwxd, mm):A = 1450x680x800B = 1450x750x800C = 1800x1100x800D = 1800x1550x800E = 1800x2600x800

1.I

Technical specifications


Input voltage range 320-460 VacInput frequency range 45-66 HzOutput voltage 3x380/400/415 Vac + N ± 1% (user selectable)Output frequency 50 or 60 Hz (user selectable)Output distortion at linear load < 2%Output distortion at non-linear load < 3%Crest factor > 3:1Overload capability on inverter 125% 10 min., 150% 1 min. (400-500 kVA 30 sec.)Output voltage regulation - static ± 1%Output voltage regulation - dynamic ± 3%Overall efficiency at 100% load (double conversion mode) up to 94.5%Environment IP 20 (IEC 60529)Ambient operating temperature 0°C to 40°C (32°F to 104°F)Relative humidity 95% non-condensingInterfacing std: RS232; 4 alarm contacts, programmable relays, SNMP (optional), Modbus RTU (optional)Battery extension optionalBackfeed protection standard availableSoftware compatibility JUMP DataShield™, IRIS

10

110A

24048

500

0.9450

E2950

70

400

0.9360

E2725

70

300

0.9270

D1550

68

200

0.9180

C1000

65

250

0.9225

D1450

68

150

0.9135

C93065

60

0.954B

47560

40

140A

35060

30

130A

32055

20

120A

29050

15

115A

29050 1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

UPS - SitePro

Index


181.J

SG Series - VFI UPS

Applications

The on-line SG series UPS is an extremely reliable UPS providing critical power protection for a wide range of demanding mission-critical applications such as computer and data centers, medical facilities, broadcasting and satellite transmission systems, manufacturing and process control units, security systems, financial institutions, transportation infrastructure etc. etc.

Characteristics

The GE Digital Energy 3-phase in / 3-phase out high-performance SG Series is one of the best performing and most reliable three-phase UPS systems providing critical power protection for a wide range of applications. Every SG Series system operates in VFI mode (Voltage Frequency Independent) yielding the maximum levels of power reliability for all mission-critical processes. The Digital Energy SG Series was developed using GE’s Design for Six Sigma methodology to ensure that the product fully meets customer requirements and expectations.

With proven technology the SG Series UPS provides top class reliability and performance. With backfeed protection and compliance to EMC standards the SG Series complies to current and future standards. Reliability can be further increased by paralleling up to eight UPS units utilising GE’s unique RPA™ technology (Redundant Parallel Architecture). With RPA every UPS is controlled in a true peer-to-peer configuration with redundancy in all critical elements and functions, eliminating all single points of failure. The decentralised bypass offers great flexibility to up or down grade the system in case future loads change.


• Voltage Frequency Independent (VFI) operation fully compliant with international standards (IEC 62040-3) providing full power protection for demanding critical applications

• Front access for all service and maintenance reducing operational footprint• Excellent dynamic response preventing the need for oversizing in case of

pulsating loads• Superior Battery Management (SBM) enhances battery lifetime resulting in

reduced cost of operation• Super ECO Mode (user selectable) to reduce energy consumption costs• Automatic start-up procedure and user friendly interface simplifying UPS

operation• Maintenance bypass integrated in UPS cabinet, no need for external

switches• Redundant cooling fans for highest reliability• Output power factor 0.9 prevents need to oversize in case of power factor

corrected loads.• Low input current harmonics with integrated filter (optional)


Standards / MarkingSafety: EN 62040-1-1; IEC 62040-1-1EMC: EN 62040-2

UPS

- SG

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

Index


19



Output power rating (kW)DimensionsWeight (without batteries), kgInput current THD (optional) Dimensions, hxwxd (mm):A = 1820x800x800B = 1820x1200x800C = 1820x1650x800

1.J



Input voltage range 320-460 VacInput frequency range 45-65 HzOutput voltage 3x380/400/415 Vac (user selectable)Output frequency 50 or 60 Hz ± 0.01% (user selectable)Output power factor 0.9Output voltage THD at linear load < 1%Output voltage THD at non-linear load < 3%Overload capability on inverter 125% 10 min., 150% 1 min.Output voltage regulation - static < ± 1%Output voltage regulation - dynamic (100% step load) < ± 2% (recovery time < 20 ms)System efficiency 98% on super ECO modeProtection degree IP 20Ambient operating temperature 0°C to 40°C (32°F to 104°F)Audible noise at 1 meter (39 inches) < 65 db(A)Relative humidity 95% non-condensingInterfacing std: RS232; 4 alarm contacts, programmable relays, SNMP (optional), Modbus RTU (optional)Battery extension optionalBackfeed protection standard availableSoftware compatibility JUMP DataShield™, IRIS

80

72A

605< 6%

200

180C

1300< 5%

160

144C

1100< 5%

120

108B

830< 6%

100

90B

830< 6% 1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

UPS - SG


201.K


Models (tower) 1000 / 2000 / 3000 VAModels (rackmountable 19”) 1000 / 1500 / 2200 / 3000 VAInput voltage range, 100% load 80-138 VacInput frequency 50 or 60 Hz ± 4.8 HzOutput voltage 100/110/120 VacOutput frequency 50 or 60 HzAmbient operating temperature 32°F to 104°F (0°C to 40°C)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) 40-47 dB(A), load and temperature dependentCommunication interface RS232; Plug and Play; open collector alarm contactsProtection degree IP 20Software compatibility UPSentry Smart 2000

GT Series - VFI UPS

Applications

The on-line GT Series UPS is designed for mission-critical applications. It is used in a wide range of IT networking and telecommunications applications: mission-critical servers, telecommunication equipment, medical equipment, ATM / frame relay switches and banking systems.

Characteristics

The Digital Energy GT Series UPS provides high quality power protection in a cost effective package. The GT Series is a compact, true VFI (Voltage and Frequency Independent) on-line double conversion high performance device.The UPS is designed to support and protect mission-critical applications, and the bypass mode provides high reliability against mains power disturbances. All GT Series UPS are micro-processor controlled and equipped with RS232 communication and optional SNMP interfacing capabilities for all major operating systems, with optional battery pack extended runtime options also available.

Rackmountable 19” models are available.


• High input power factor (>0.97) and low input distortion prevents disturbances to other electrical equipment

• Compact robust design with low audible noise suitable for both office and industrial environments

• Designed to handle high overload and overheating conditions, reducing maintenance and service costs

• High Crest Factor (3:1) capability makes it ideal for computer loads• Very wide AC-input voltage capability minimizes the need to switch to

batteries which results in increased battery life• Fully compliant with UL1778 and CSA 22.2-107 standards for VFI operation• Slot for SNMP plug-in card, potential-free relay contacts, and RS232/contact

interface providing maximum flexibility


Standards / MarkingSafety: UL 1778, CSA22.2-107EMC: FCC Class B (1kVA)FCC Class A (remaining)

UPS

- G

T

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

Index


211.LIndex

LP 11-UL - VFI UPS

Applications


Characteristics

The LP 11-UL UPS is a 1-phase in / 1-phase out, true VFI (Voltage & Frequency Independent) on-line double conversion, intelligent and heavy duty UPS. The VFI design concept enables the highest level of protection even under the toughest conditions. The system power and reliability can be easily expanded by adding units, creating a redundant system with no single points of failure, utilizing GE’s unique Redundant Parallel Architecture™ (RPA™) technology.



• ECO-mode enables automatic energy savings under stable power conditions• Redundant Parallel Architecture (RPA) increases system reliability by eliminating

single points of failure• Superior Battery Management (SBM) enhances battery lifetime resulting in

reduced cost of operation• Fully isolated output providing additional critical power protection• Designed to handle high overload and overheating conditions, reducing

maintenance and service costs• Internal manual maintenance bypass reducing the need for external

equipment• Fully compliant with North American standards for VFI (UL, CUL 1778)

operation providing full power protection for demanding critical applications


Standards / MarkingSafety: UL 1778, EN 50091-1-1; EN 60950; IEC 60950EMI: FCC Part 15 Class A / EN 50091-2; Surge capability: IEC 61000-4-5(6kV 1.2/50µs, 3kA 8/20µs),IEEE 587 B, EN 50091-2


Models 5 / 6 / 8 / 10 kVAInput voltage range, 100% load (208 / 120 V nominal) 162-285 / 81-141 VacInput frequency range 40-70 HzOutput voltage 120 + 208 + 220/230/240 Vac ± 1% (user selectable)Output frequency 50 or 60 Hz, front selectableEnvironment IP 20 (IEC 60529)Ambient operating temperature 32°F to 104°F (0°C to 40°C)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) 40-50 dB(A), load and temperature dependentInterfacing RS232; programmable alarm contacts; SNMP (optional)Standard features ECO mode, SBM Superior Battery Management, boost chargingRPA optionalBattery extension optionalSoftware compatibility JUMP DataShield™, IRIS

1.A

1.C

1.B

1.D

1.E

1.F

1.G

UPS - LP 11-U

L

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

Index


22

LP 33 10-20-UL Series - VFI UPS

Applications


Characteristics

The LP 33-UL UPS is a 3-phase in / 3-phase out, true VFI (Voltage & Frequency Independent) on-line double conversion, intelligent and heavy duty UPS. The VFI design concept enables the highest level of protection even under the toughest conditions. The system power and reliability can be easily expanded by adding units, creating a redundant system with no single points of failure, utilizing GE’s unique Redundant Parallel Architecture™ (RPA™) technology.


• High input power factor (0.98) and low input distortion prevents disturbances to other electrical equipment, thus eliminating the need for costly filters or over-sized feeders

• Intelligent Energy Management (ECO-mode) enables automatic energy savings under stable power conditions

• Redundant Parallel Architecture (RPA) increases system reliability by eliminating single points of failure without increasing overall system complexity

• Superior Battery Management (SBM) enhances battery lifetime resulting in reduced cost of operation

• Transformerless design for smaller footprint, less weight and better efficiency• Robustly designed to handle high overload and overheating conditions, thus

reducing maintenance and service costs• LP33 High Crest Factor (3:1) capability makes it ideal for computer loads

while eliminating the need to oversize the UPS• Very wide AC-input voltage capability minimizing the need to switch to

batteries which results in increased battery life• Integrated internal manual maintenance bypass reducing the need for

external equipment• Fully compliant with North American standards for VFI (UL, CUL 1778)

operation providing full power protection for demanding critical applications




Models 10 / 20 kVAInput voltage range, 100% load 162-285 VacInput frequency range 45-65 HzOutput voltage 208 Vac ± 1%Output frequency 50 or 60 Hz, front selectableEnvironment IP 20 (IEC 60529)Ambient operating temperature 32°F to 104°F (0°C to 40°C)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) 50-55 dB(A), load and temperature dependentInterfacing RS232; programmable alarm contacts, SNMP (optional)Standard features SBM Superior Battery ManagementBattery extension optionalSoftware compatibility JUMP DataShield™, IRIS

UPS

- LP

33-

UL

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.M

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

Index


23

UPS - LP 33-U

L

LP 33 30-40-UL Series - VFI UPS

Applications

The GE Digital Energy LP 33 30-40-UL Series is a highly reliable and cost effective three phase UPS system providing critical power protection for a wide range of applications. The GE Digital Energy LP 33 was developed using GE’s Design for Six Sigma methodology to ensure that the product fully meets customer requirements and expectations.

Characteristics


The LP 33 30-40-UL UPS offers reliability at its best. The unit is equipped with a redundant power supply ensuring the load being transferred in an instant to the static bypass in the event of a breakdown of the power electronics. To further increase system reliability, 2 or more units can be connected in parallel. In this way a redundant fault tolerant system is created with maximum availability and reliability. The decentralized bypass offers maximum flexibility to the end-user for future expansion of the system.


• GE’s unique booster-technology provides a high input power factor (0.98) and low input current harmonic distortion. The low input current harmonic distortion is constant for all load situations from 20% to 100% load.

• The LP 33 technology ensures a highly efficient UPS system, thus saving energy cost for the user.

• Input/Output terminals are easily accessible from the front, as well as all other serviceable parts. Full front access provides the possibility to place the unit against a wall or in a ‘’back to back’’ configuration, saving floorspace

• EMC filters are standard installed in the UPS making sure that the system complies also with the future standards on emission of radio frequencies. The LP Series complies with EN 62040 Class A ensuring compatibility in any environment

• Footprint of the LP 33 is one of the most compact available in the market. Combined with low weight it can be placed on any floor.




Models 30 / 40 kVAInput voltage range 320-460 VacInput frequency range 50-60 Hz ± 10%Output voltage 3x380/400/415 Vac (user selectable)Output frequency 50 or 60 Hz ± 0.1% (user selectable)Efficiency 93% (on ECO Mode 99%)Input power factor 0.98Input current THDi at 20-100% load < 10% (< 5% optional)Environment IP 20 (IEC 60529)Ambient operating temperature 32°F to 104°F (0°C to 40°C)Relative humidity 95% non-condensingAudible noise at 1 meter (39 inches) 40 kVA: <60 dB(A), 60-120 kVA: <65 dB(A), load and temperature dependentInterfacing std: RS232; 4 alarm contacts, SNMP interface (optional)Software compatibility JUMP DataShield™, IRIS

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

1.N

1.O

SG Series-UL - VFI UPS

Applications

The on-line SG series UPS is an extremely reliable UPS providing critical power protection for a wide range of demanding mission-critical applications such as computer and data centers, medical facilities, broadcasting and satellite transmission systems, manufacturing and process control units, security systems, financial institutions, transportation infrastructure etc. etc.

Characteristics

The GE Digital Energy 3-phase in / 3-phase out high-performance SG Series is one of the best performing and most reliable three-phase UPS systems providing critical power protection for a wide range of applications. Every SG Series system operates in VFI mode (Voltage Frequency Independent) yielding the maximum levels of power reliability for all mission-critical processes. The Digital Energy SG Series was developed using GE’s Design for Six Sigma methodology to ensure that the product fully meets customer requirements and expectations.

With proven technology the SG Series UPS provides top class reliability and performance. With backfeed protection and compliance to EMC standards the SG Series complies to current standards. Reliability can be further increased by paralleling up to eight UPS units utilising GE’s unique RPA™ technology (Redundant Parallel Architecture). With RPA every UPS is controlled in a true peer-to-peer configuration with redundancy in all critical elements and functions, eliminating all single points of failure. The decentralised bypass offers great flexibility to up or down grade the system in case future loads change.


• Extremely low output voltage distortion for even non-linear and 100% step loads reducing the need for over sizing the UPS

• Redundant Parallel Architecture (RPA) increases system reliability by eliminating single points of failure without increasing overall system complexity

• Utilizes SVM (Space Vector Modulation), an advanced PWM (Pulse Width Modulation) digital control technique, to modulate the inverter resulting in fast transient response with high efficiency

• Fully compliant with international standards on Voltage Frequency Independent (IEC 62040-3) operation providing full power protection for demanding critical applications

• Standard inverter output isolation transformer that isolates utility power from the load, thus providing additional critical power protection

• Superior Battery Management (SBM) enhances battery lifetime resulting in reduced cost of operation

• Intelligent Energy Management (IEM) automatically determines the most efficient mode of operation for the RPA system thus reducing overall operating costs

• Designed for serviceability with front service access reducing maintenance and repair costs

• Automatic start-up procedure and a user-friendly interface simplifying UPS operation

• Every GE SG Series UPS can be monitored and managed via LAN, serial/modem connection or via the Internet


Standards / MarkingSafety: UL 1778, NEMA-PE-1 / ISO 9001RFI and Surge capability:EN 50091-2 / IEC 62040-2 / IEEE 587 B / FCC Class A compliance (option)

Index


24

1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

UPS

- SG

-UL

1.O



Input voltage range 3x480/277 + neutral (-20% to + 15% without batt. discharge)Input frequency range 60 Hz ± 10%Output voltage 3x480/277 Vac + neutralOutput frequency 60 Hz ± 0.01%Output THD at linear load < 2%Output THD at non-linear load < 3%Overload capability on inverter 125% 10 min., 150% 1 min.Overload capability on automatic bypass 200% 5 min., 110% continuouslyOutput voltage regulation - static ± 1%Output voltage regulation - dynamic (0-100% step load) ± 3% (recovering to ± 1% in one cycle)Protection degree IP 20Ambient operating temperature 32°F to 104°F (0°C to 40°C)Relative humidity 95% non-condensingColor RAL 9010 (white)Interfacing std: RS232; alarm contacts, programmable relays, SNMP (optional)Software compatibility JUMP DataShield™, IRIS

Index


25



Output power rating (kW)DimensionsWeight (without batteries), lbsNoise level (DIN 45630) dB(A)Efficiency % (100% load, VFI mode)

Dimensions (wxdxh, inches):A = 27x32x71B = 32x32x71C = 47x32x71D = 65x32x71E = 81x33x77

10

8A

73560

500

450E

510065

400

320E

460065

225

180D

275665

120

96C

200665

150

120C

216065

100

80C

192965

80

64B

148963

50

40B

125760

40

32A

114760

30

24A

97060

20

16A

76360

300

240D

308765 1.A

1.C

1.B

1.D

1.E

1.F

1.G

1.H

1.I

1.J

1.K

1.L

1.M

1.N

1.O

UPS - SG

-UL

up to 91 up to 92.5 up to 93.3 93 93.5

ATS intro


26

1

3

4

2

ATS

Notes

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

5

2.1

Overview


27

Automatic Transfer Switches (ATS)

The function of a GE Power Quality Automatic Transfer Switch is to provide a continuous source of power for lighting and other critical loads by automatically transferring from source 1 power to source 2 power in the event that source 1 voltage falls below preset limits.

Voltage sensing and system control is performed via a state-of-the-art microcontroller located on the cabinet door. It is designed to give highly accurate control of the transfer switch system.

All GE Power Quality automatic transfer switches are designed for use on emergency or standby systems, and are rated for total system or motor loads. Transfer switches are UL Listed under Standard 1008 and CSA Cer-tified under Standard C22.2 No. 178 and IEC Listed under Standard 947.

ATS2.2

1

3

4

2

ATS

5

Index


28

ZTX

ZTGD

ZTGSE

ZTG

ZTGDSE

ZTSD

ZBTSD

ZBTS

ZTSMV

ZTS

ZBTSCT

ZTSCT

40-400 A

40-3000 A

ATS families - overview

resi

dent

ial &

ligh

t co

mm

erci

al a

ppl.

dela

yed

tran

sitio

n

low

vol

tage

stan

dard

ope

n tr

ansi

tion

appl

icat

ions

dela

yed

tran

sitio

n

ATS

- ove

rvie

w

3

4

2

5

1

serv

ice

entr

ance

ap

plic

atio

nby

pass

isol

atio

n sw

itch

med

ium

vol

tage

heav

y du

ty a

pplic

atio

ns

clos

edtr

ansi

tion

switc

h

40-3000 A

40-3000 A

40-3000 A

40-4000 A

40-4000 A

100-4000 A

100-4000 A

100-4000 A

100-4000 A

600-3000 A

Main index


29

2.A

2.C

2.B

2.D

2.E

2.F

2.G

2.H

ZTX

ZTGSE and ZTGDSE

ZTS

ZTG and ZTGD

ZTSD

ZTSCT

ZBTS, ZBTSD and ZBTSCT

ZTSMV

Automatic Transfer Switches (ATS)

ATS

- ZTX

ZTX - ATS for residential and light commercial applications

Index


30

2.A

2.C

2.B

2.D

2.E

2.F

2.H

2.G

Applications

Model ZTX switches are built for residential and light commercial applications requiring the dependability and ease of operation found in a power contactor switch.

Characteristics

• Ratings 40 to 400 amps (2, 3 and 4 pole)• UL 1008, CSA and IEC listed to 480 VAC 50/60Hz• Double throw, mechanically interlocked contactor mechanism• Electrically operated, mechanically held• Designed for standby applications

Model ZTX switches are equipped with the MX60 microprocessor control panel. This microprocessor control includes:

• Undervoltage sensing (90% pickup/80% dropout) of the utility (source 1) source

• Voltage and frequency sensing of the generator (source2) source (90% voltage/95% frequency pickup)

• Time Delay Engine Start – 3 seconds (P)• Time Delay Engine Warmup – Transfer to Generator (source 2) – 15 seconds (W)• Time Delay Utility Stabilization/Retransfer to Utility (source 1) – 5 minutes (T)• Time Delay Engine Cool Down – 1 minute (U)• “All time delays are fixed” for ease of operation• Indicating LEDs for source availability and switch position• Pushbuttons for test, engine start (manual), generator (source 2) exerciser

and diagnostic reset• Special status annunciation of in-phase transfer and timer operation• Selectable 7, 14, 21 or 28 day (factory set 28 days) generator (source 2)

exerciser timer• Diagnostic LED indications

FunctionProviding, in emergency power systems, a smooth transition from a normal source (source 1) to an emergency source (source 2) and back again.

2.A

Index


31

2.A

2.C

2.B

2.D

2.E

2.F

2.G

2.H

ATS - ZTG(D

)

Applications

Model ZTG switches are built for standard applications requiring the dependability and ease of operation found in a power contactor switch.

Characteristics

Built on ZTS technology, the series includes many of the most common features specified on a transfer switch. It also provides an intuitive user interface, communications capability and self-diagnostics.• Ratings 40 to 3000 amps (2, 3 or 4 poles)• UL 1008 listed at 480 VAC• CSA certified at 600 VAC (200-225 amp-480V)• IEC listed at 480V• Double throw, mechanically interlocked contactor mechanism• Electrically operated, mechanically held• Designed for emergency and standby applications• Available in standard (ZTG) or delayed transition (ZTGD) models

ZTG switches are equipped with GE Power Quality’s next-generation MX150 microprocessor panel, which controls the operation and displays the status of the transfer switch’s position, timers and available sources. As an embedded digital controller, the MX150 offers high reliability and ease of unattended operation across a range of applications.The MX150 features include:• Timer and voltage/frequency settings adjustable without disconnection from

the power section• Built-in diagnostics with LCD displays for immediate troubleshooting• LED/LCD indicators for ease of viewing and long life• Nonvolatile memory―clock battery backup not required for standard switch

operation• Processor and digital circuitry isolated from line voltage• Inputs optoisolated for high electrical immunity to transients and noise• Communications header for network interface

Design and construction features

• Close differential 3 phase under-voltage sensing of the normal (source 1) source―factory standard setting 90% pickup, 80% dropout (adjustable); under-frequency sensing of the normal (source 1) source factory setting 95% pickup (adjustable)

• Voltage and frequency sensing of the emergency (source 2) source―factory standard setting 90% pickup voltage, 95% pickup frequency (adjustable)

• Test switch (fast test/load/no load) to simulate normal (source 1) source failure― automatically bypassed should the emergency (source 2) source fail

• NEMA Type 1 enclosure is standard―also available in open style or Types 3R, 4, 4X or 12

FunctionProviding, in emergency power systems, a smooth transition from a normal source (source 1) to an emergency source (source 2) and back again.

Fully approved• UL, CSA and IEC listed• Ringing wave immunity per IEEE 472

(ANSI C37.90A)• Conducted and Radiated Emissions

per EN55022 Class B (CISPR 22) (Exceeds EN55011& MILSTD 461 Class 3)

• ESD immunity test per EN61000-4-2 (Level 4)

• Radiated RF, electromagnetic field immunity test per EN61000-4-3 (ENV50140) 10v/m

• Electrical fast transient/burst immunity test per EN61000-4-4

• Surge immunity test per EN61000-4-5 IEEE C62.41 (1.2 X 50μs, 0.5 & 4 kV)

• Conducted immunity test per EN61000-4-6 (ENV50141)

• Voltage dips and interruption immunity EN61000-4-11

ZTG and ZTGD - ATS for standard applications

2.B

Index


32

Applications

Model ZTGSE has the features of the ZTG Series and is built for service entrance applications that integrates the utility (source 1) circuit breaker, optional transient voltage surge suppression (TVSS) and power monitor into one simple coordinated package..

Characteristics

• Suitable for use as Service Entrance equipment.• Ratings 40 to 3000 amps (2, 3 or 4 poles).• UL 1008 listed at 480 vac.• Double throw, mechanically interlocked contactor mechanism.• Electrically operated, mechanically held.• Designed for emergency and standby applications.• Optional Load center for multiple loadside connections available up to 240

volts.• Additional options include integrated battery charger, GFP, shunt trip

selector, power monitor and integrated TVSS.• Available with delayed transition feature.

ZTGSE switches are equipped with GE Power Quality’s next-generation MX150 microprocessor panel, which controls the operation and displays the status of the transfer switch’s position, timers and available sources. As an embedded digital controller, the MX150 offers high reliability and ease of unattended operation across a range of applications.The MX150 features include:• Timer and voltage/frequency settings adjustable without disconnection from

the power section• Built-in diagnostics with LCD displays for immediate troubleshooting• LED/LCD indicators for ease of viewing and long life• Nonvolatile memory―clock battery backup not required for standard switch

operation• Processor and digital circuitry isolated from line voltage• Inputs optoisolated for high electrical immunity to transients and noise• Communications header for network interface


• Includes Normal (Source 1) molded case circuit breaker (2 or 3 pole) for 40-800 Amps, insulated case circuit breaker (3 pole) for 1000-3000 Amps• Includes mechanical lug connections for cables.• Close differential 3 phase under-voltage sensing of the normal (source 1)

source - factory standard setting 90% pickup, 80% dropout (adjustable); under-frequency sensing of the normal source (source 1) factory setting 95% pickup (adjustable).

• Voltage and frequency sensing of the emergency (source 2) source - factory standard setting 90% pickup voltage, 95% pickup frequency (adjustable).

• Test switch (fast test/load/no load) to simulate normal (source 1) source failure - automatically bypassed should the emergency (source 2) source fail.

• NEMA Type 1 enclosure is standard with optional NEMA 3R, 4, 4X, 12 available.• Ground fault protection is standard on 1000-3000 Amp and optional on 40-800 Amp.• Disconnect link on Neutral and Ground.

FunctionProviding, in emergency power systems, a smooth transition from a normal source (source 1) to an emergency source (source 2) and back again. Added installation footprint savings with integrated Service Entrance rated normal source (source 1) circuit breaker.

Fully approved• UL891, UL1008, CSA 22.2• Ringing wave immunity per IEEE 472

(ANSI C37.90A).• Conducted and Radiated Emissions

per EN55022 Class B (CISPR 22) (Exceeds EN55011 & MILSTD 461 Class 3).

• ESD immunity test per EN61000-4-2 (Level 4).

• Radiated RF, electromagnetic field immunity test per EN61000-4-3 (ENV50140) 10v/m.

• Electrical fast transient/burst immunity test per EN61000-4-4.

• Surge immunity test per EN61000-4-5 IEEE C62.41 (1.2 X 50μs, 0.5 & 4 kV).

• Conducted immunity test per EN61000-4-6 (ENV50141).

• Voltage dips and interruption immunity EN61000-4-11.

ZTGSE and ZGTDSE - ATS for standard applications

ATS

- ZTG

(D)S

E

2.A

2.C

2.B

2.D

2.E

2.F

2.H

2.G

2.C

Index


33

FunctionProviding, in heavy duty emergency power systems, a smooth transition from a normal source (source 1) to an emergency source (source 2) and back again.

Fully approved• UL, CSA and IEC listed• Ringing wave immunity per IEEE 472

(ANSI C37.90A).• Conducted and Radiated Emissions

per EN55022 Class B (CISPR 22) (Exceeds EN55011 & MILSTD 461 Class 3).

• ESD immunity test per EN61000-4-2 (Level 4).

• Radiated RF, electromagnetic field immunity test per EN61000-4-3 (ENV50140) 10v/m.

• Electrical fast transient/burst immunity test per EN61000-4-4.

• Surge immunity test per EN61000-4-5 IEEE C62.41 (1.2 X 50μs, 0.5 & 4 kV).

• Conducted immunity test per EN61000-4-6 (ENV50141).

• Voltage dips and interruption immunity EN61000-4-11.

Applications

The ZTS Series is the foundation of the transfer switch product line. This ruggedly built power contactor family of switches has been specifically designed for transfer switch duty with dependability, versatility and user friendliness of prime concern.

Characteristics

ZTS switches are available in open type construction for switchboard installation or NEMA enclosed to the customer’s specifications. The power panel components, consisting of power switching contacts, drive mechanism and terminal lugs, are mounted on a specially formed panel. Logic devices including microprocessor control auxiliary time delays and special accessory equipment are assembled on the door for ease of maintenance and separation from the power section. They are connected with a numbered wiring harness equipped with a disconnect plug that allows isolation of the control panel for maintenance.

ZTS Electrical Ratings

• Ratings 40 to 4000 amperes (2, 3 or 4 poles)• Open type, NEMA 1, 3R, 4, 4X and 12• Available up to 600 VAC, 50 or 60 Hz• Suitable for emergency and standby applications on all classes of load,

100% tungsten rated through 400 amps• UL 1008 listed at 480 VAC• CSA C22.2 No. 178 certified at 600 VAC• IEC 947-6-1 listed at 480 VAC

Performance features

• Contact transfer speed less than 100 milliseconds• High close-in and withstand capability• Temperature rise test per UL 1008 conducted after overload and endurance

tests - exceeds UL requirements• Available in: ZTS (utility-generator); ZTSU (utility-utility); ZTSG (generator-

generator); ZTSM (manual) configurations


• Double throw, interlocked operation• Electrically operated, mechanically held by a simple, over-center mechanism• Segmented silver tungsten alloy contacts with separate arcing contacts on

600 amp and above• Arc quenching grids, enclosed arc chambers, and wide contact air gap for

superior source-to-source isolation on all units• Control disconnect switch for safe maintenance• Components accessible for inspection and maintenance without removal of

the switch or the power conductors• Mechanical indicator and contact chamber cover designed for inspection,

safety and position designation.

ZTS - ATS for heavy duty applications

2.A

2.C

2.B

2.D

2.E

2.F

2.G

2.H

ATS - ZTS

2.D

2.E Index


34

Applications

The ZTSD is ideally suited for pumping stations, sewage treatment plants, hospital X-ray equipment, or wherever the majority of the load being controlled consists of large motors and/or transformers. Major UPS manufacturers strongly recommend the use of delayed transition type transfer switches to ensure proper operation of their rectifier circuit and battery system.

Characteristics

The ZTSD Series provides a user adjustable time delay after the opening of the closed contacts and before the closing of the open contacts for transferring large motor and/or transformer loads. This delayed transition time allows for motors to coast down and transformer fields to decay, thus allowing inductive loads to be re-energized after transfer with only normal inrush starting currents. The delayed transition design is an effective method of handling these applications and can be utilized as an alternative to a standard transfer switch equipped with an in-phase monitor.

The ZTSD Model allows a UPS system sufficient delay to recognize a power failure and transfer to batteries, acknowledge the return of power and allow the rectifier to walk onto the new source, reducing any transfer anomalies.

Except for the delayed transition period, the performance, operating capabilities, ratings, UL listings, with-stand current values and available options are identical to those of the ZTS Series ATS.

ZTSD Electrical Ratings

• Ratings 40 to 4000 amperes (2, 3 or 4 poles)• Open type, NEMA1, 3R, 4, 4X and 12• Available up to 600 VAC, 50 or 60 Hz• Suitable for emergency and standby applications on all classes of load,


FunctionProviding, in emergency power systems, a smooth transition from a normal (source 1) source to an emergency (source 2) source and back again.

Fully approvedPlease refer to section 2.D - ZTS

ZTSD - ATS for heavy duty applications

ATS

- ZTS

D

2.A

2.C

2.B

2.D

2.E

2.F

2.H

2.G


• Adjustable center-off time to meet specific installation requirements• High close-in and withstand capability• Temperature rise test per UL 1008 conducted after overload and endurance tests - exceeds UL requirements• Available in: ZTSD (utility-generator); ZTSDU (utility-utility); ZTSDG (generator-generator); ZTSDM (manual) configurations


• Mechanically interlocked center-off position for load decay• Electrically operated, mechanically held by a simple, over-center mechanism• Segmented silver tungsten alloy contacts with separate arcing contacts on 600 amp and above• Arc quenching grids, enclosed arc chambers, and wide contact air gap for superior source-to-source isolation on all units• Control circuit disconnect plug and drive inhibit switch for safe maintenance• Components accessible for inspection and maintenance without removal of the switch or the power conductors• Mechanical indicator and contact chamber cover designed for inspection, safety and position designation

2.FIndex


35


Applications

An automatic transfer switch is the single vital link between utility and alternate power supplies. Yet it is the very operation and retransfer back to normal (source 1) that may be the cause of concern for many users. Loads such as electronic equipment, HID lighting, motor starters, etc., are sensitive to 30-100 ms. outage experienced during a typical transfer switch operation. Therefore, testing and use of the standby system is not optimized and necessary system checks are not performed because of concerns about the effects of transfer. In addition, opportunities for peak shaving and utility incentive rates may be passed over because of the inability to accept the short power interruptions inflicted during operation. In response to the needs of these installations the ZTSCT Closed Transition Transfer Switch and ZBTSCT Closed Transition Transfer/Bypass Switch.

Characteristics

These products provide the capability to transfer in a closed transition mode when both sources are within preset parameters. Utilizing GE Power Quality’s high speed drive system, the transfer of the normal (source 1) and alternate (source 2) sources is less than 100 milliseconds. Closed transition switches have two basic modes of operation. During a failure of one source (or out of specification), the ZTSCT Model operates as a delayed ZTSD transition switch. This sequence allows clear separation of an unreliable source from an available one. Closed transition operation takes place when both sources are within preset voltage and frequency parameters and the phase angle differential is less than five degrees. The closed transition sequence may be initiated by the test switch, a load exerciser clock, peak shaving controls or special utility incentive rate signals.

ZTSCT electrical ratings

• Ratings 100 to 4000 amperes (2, 3 or 4 poles)• Open type, NEMA 1, 3R, 4, 4X and 12• Available as Transfer Switch (ZTSCT) or Transfer/Bypass Switch (ZBTSCT)• Suitable for emergency and standby applications on all classes of load,

100% tungsten rated through 400 amps• UL 1008 listed at 480 VAC• CSA certified at 600 VAC• IEC listed at 480 VAC

Z(B)TSCT - ATS for heavy duty closed transition applications

ATS - Z(B)TSCT


• Incorporates the applicable features of the ZTS and ZBTS Series• Source parallel time of less than 100 milliseconds• Closed transition operation (no power interruption) during transfer and retransfer when sources are within specified parameters• Delayed transition transfer operation is initiated upon a source failure• Available in: ZTSCT (utility-generator); ZTSCTU (utility-utility); ZTSCTM (manual) configurations


• Electrically operated, mechanically held• Segmented silver tungsten alloy contacts with separate arcing contacts on 600 amps and above• Arc quenching grids, enclosed arc chambers, and wide contact air gap• Components accessible for inspection and maintenance without removal of the switch or the power conductors• Standard annunciation and operational selection package for user interface• Active control of the generator governor not required, but is available as an option.

2.A

2.C

2.B

2.D

2.E

2.F

2.G

2.H

Index


362.G

Applications

The ZBTS Series of ATS can be used for the same applications as the corresponding ZTS models without bypass when power interruption during service or testing is unacceptable.

Characteristics

The ZBTS Model Bypass-Isolation Transfer Switch consists of two major modules – the automatic transfer and the bypass-isolation switch.

The automatic transfer switch module is the proven GE Zenith ZTS Series, built in ZTS, ZTSD or ZTSCT configuration and constructed for reliable operation. The same components, heavy duty silver alloy contacts, rugged drive mechanism and silver plated bus bar inter-connections are used throughout the ZBTS Series.

The bypass section is a ZTS switch provided with a quick make/quick break manual load transfer handle and GE Zenith’s control/interlock system consisting of both mechanical and electrical interlocks. The bypass is equipped with normal (source 1) failure sensing and a time delay to start the engine (source 2) automatically if the ATS has been removed for service and a failure occurs. The modules are mounted in a compact enclosure and completely interconnected requiring only the normal (source 1) source, emergency (source 2) source and load cable connections.

Electrical ratings

• Ratings 100 to 4000 amperes (2, 3 or 4 poles)• Open type, NEMA1, 3R, 4, 4X and 12• Available with ZTS, ZTSD and ZTSCT Series Transfer Switch• Bypass and transfer switch have identical ratings• Suitable for emergency and standby applications on all classes of load,


FunctionProviding, in emergency power systems, a smooth transition from a normal source (source 1) to an emergency (source 2) source and back again.

ZBTS, ZBTSD and ZBTSCT - ATS for heavy duty applications

ATS

- ZBT

S(D

)(CT)

2.A

2.C

2.B

2.D

2.E

2.F

2.H

2.G


• Load is not interrupted during bypass operation• High close-in and withstand capability• Temperature rise test per UL 1008 conducted after overload and endurance tests - exceeds UL requirements• Available in: ZBTS (utility-generator); ZBTSU (utility-utility); ZBTSG (generator-generator); ZBTSM (manual) configurations, models include standard, delayed and closed transition


• Transfer switch is located on a draw out mechanism to facilitate maintenance• Emergency power systems can be electrically tested without disturbing the load• Power cables do not have to be disconnected to remove the transfer switch• Bypass to any available source with transfer switch removed• Engine start circuit maintained during bypass operation; normal power failure causes engine start contact closure even with the

ATS removed• Diagnostic lights and detailed instructions for simple step-by-step operation• Mechanical and electrical interlocks ensure proper sequence of operation• Bypass switch contacts are closed only during the bypassisolation operation• Silver plated copper bus interconnection of the transfer and bypass switches on all sizes.

Index


372.H


ZTSMV electrical ratings

The ZTSMV Series is available in a wide range of voltage, current and MVA classes. It is critical to evaluate the project requirements prior to specifying the equipment. Verify:• Normal (source 1) and emergency

(source 2) system voltages• Current rating requirements• MVA class• Short circuit rating• Protective relay requirements (if any)

Applications

ZTS Series Automatic Transfer Switches have been the preferred standard for quality and reliability in the electrical industry. The ZTSMV Model medium voltage automatic transfer switches provide that same quality for installations from 5kV to 15kV. The ZTSMV Model is designed for use in the most critical applications: hospitals, military sites, airports, communications facilities, and computer installations. ZTSMV Model switches fit the need for dependable continuity of power where emergency or standby applications exist.

Backed by over 75 years of experience in manufacturing automatic transfer switches, as well as extensive experience in the design and development of paralleling switchgear systems, the GE ZTSMV Model provides the reliable answer to critical medium voltage switching applications.

Characteristics

The switching elements consist of two vacuum circuit breakers interlocked to ensure that only one set of contacts can be closed at any one time. The control module for transferring operations of the power unit is the same reliable and proven microprocessor control system that GE has designed, built and used on our low voltage automatic transfer switches. The control module is physically isolated from the power portion by an insulating barrier. The completed unit is enclosed in a NEMA1 cabinet (NEMA 3R optional) and is both front and rear accessible.

ZTSMV - ATS for heavy duty medium voltage applications ATS - ZTSMV

Features

• State-of-the-art vacuum breaker design• Electrically interlocked for secure operation• Over-current protection for the load• A drawout P.T. trunnion design on utility (source 1) to facilitate removal of control fuses from rear of cabinet• The microprocessor control module is completely isolated from power section• Standard indication of source availability• MX250 control with MSPES Options provided for use with generator as an alternate source• A control circuit disconnect switch• Capable of supporting modules to allow remote communication to annunciators, modems and SCADA systems• Drawout vacuum breaker design• Dual electrical interlocks• Compliance with ANSI/IEEE spec C37 and NEMA spec SG5• A drawout P.T. trunnion design on utility (source 1) and generator (source 2) side to facilitate removal of control fuses while the

system is operating• Standard indication of source availability

2.A

2.C

2.B

2.D

2.E

2.F

2.G

2.H

15kV1,0007.2 - 13.8 kV1,200 -3,000 A40 kA @ 13.8 kV

15kV5007.2 - 13.8 kV1,200 -3,000 A20 kA @ 13.8 kV33 kA @ 7.2 kV

Rated voltageMVA classSystem voltageRated currentShort circuit rating

5kV2502.4 - 4.16 kV1,200 A29 kA @ 4.16 kV

NOTE: additional ratings are available, consult GE for details.

STS intro


38

Notes

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3.1

1

3

4

2

STS

5

Main index


39

Static Transfer Switches (STS)

Static Transfer Switches (STS) are designed to transfer the supply between two independent AC power sources. Unlike traditional automatic transfer switches (ATS), a static transfer switch provides a fast load transfer (typically 1/4 of a cycle), which ensures uninterrupted operation of sensitive electronic equipment. Load retransfer to the preferred input source is virtually instantaneous (typically 0.1 ms).

STS3.2

1

3

4

2

STS

5

Index


403.3

1

3

4

2

STS

5

Applications

Static Transfer Switches (STS) are designed to transfer the supply between two independent AC power sources. Unlike traditional automatic transfer switches (ATS), a static transfer switch provides a fast load transfer (typically 1/4 of a cycle), which ensures uninterrupted operation of sensitive electronic equipment. Load retransfer to the preferred input source is virtually instantaneous (typically 0.1 ms). The basic applications of STS are in automatic systems in the power industry, power supply systems for petrochemical industry, computer and telecommunication centres, automatic and security systems of ‘intelligent’ buildings as well as other equipment which is sensitive to interruptions in the supply.

Characteristics

The excellent overload capability and transfer algorithm enables fast fuse clearance in the event of a short-circuit. As a consequence the voltage immediately returns to normal to supply the other loads. The built-in transient voltage surge suppression system for SCR switches provides additional protection against damage to the supplied equipment.

The static transfer switch consists of two bidirectional thyristor switches for each phase equipped with a control and protection system. The 2 or 4 pole types have an additional neutral line switch. After failure of the preferred source, the STS checks the state of the alternate power source and transfers the load to whichever source provides power within selectable limits. This transfer can be triggered by disturbance in the preferred source voltage, overcurrent in the source or manual or remote change of the preferred source. With both sources in limits and synchronised (phase error within the acceptable range), manual or remote transfer is performed in less than 200 µs. Transfers initiated by fault conditions in the preferred source depend on the status of the alternate source. For synchronised power sources with phase error within the limits, transfer to an alternate source is made within 6ms delay. Lack of synchronisation causes delay before transfer. It is possible to set the delay with dipswitches.


Standards / MarkingSafety: EN 60950EMC: EN 50022 level B, EN 60555-2-3

Features & benefits

• Selectable voltage limits for full flexibility to protect equipment against sags, swells and interruptions• Three redundant power supplies providing maximum reliability• Fail-Safe CMOS logic for fast and reliable control of the STS• Easy to install and to operate• Redundant cooling providing full functionality, even in case of a fan failure• Surge protection to prevent damage to the STS and the supplied equipment• Blocked transfer in case of short circuit preventing jeopardy to other users• Manual bypass for no-break operation of the load during maintenance• Dry contacts to provide status and alarm information to other control systems• Rackmounted models for easy integration into other systems• User friendly control panel for easy operation• Neutral dimensioned for 200% of nominal current to handle imbalanced loads (800/1000A: 160%)

STS - Static Transfer Switch

Index


413.4

1

3

4

2

STS

5


Nominal input voltage 400 Vac ph-ph / 230 Vac ph-NInput voltage window nominal -25% +20%Nominal input frequency 50 HzInput frequency range nominal -9% + 6%Efficiency > 99% at cos phi 0.8Crest factor acceptance 3.5Power factor (max. cos phi) 0.5 - 1.0 (leading/lagging)Ambient operating temperature 0°C to 40°CRelative humidity 95% non-condensingAltitude 1000 m (above 1000 m 5% derating per 500 m; max. 3000 m)Cooling redundant cooling fansAudible noise <55 dB(A)EMC EN 50022 level B, EN 60555-2-3Protection IP20 (floorstanding), IP 00 (rackmount models)

Available models

Type Cabinet Rating

1-phase, 1-pole floor standing 25 - 400 A 19” rackmount 25 - 63 A





Notes

TVSS intro


42

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TVSS

5

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4.1

Transient Voltage Surge Suppressors (TVSS)

Potentially damaging electrical surge can travel through the power lines, as well as coaxial cable and telephone lines.

The SurgePro family of products are designed to protect the entire home from damaging electrical surges threatening your costly, sensitive electronic appliances.

The Tranquell LE, Tranquell ME and Tranquell HE provide AC power surge protection in Commercial and Industrial applications.

The GE Tranquell TVSS line is available in wall mount construction, as well as integrated within GE low voltage distribution equipment such as panelboards and switchboards. GE can also provide custom products for integration in other manufactures equipment. An integrated design allows for short lead lengths, with a controlled installation process. The integrated design eliminates installation errors, saves wall space and can reduce the installed cost of the protection.

TVSSIndex


434.2

1

3

4

2

TVSS

5

Index


44

TVSS

3

4

2

5

1

Notes

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4.A

4.C

4.B

4.D

4.E

4.F

4.G

4.H

SurgePro Series

Tranquell integrated - ME for GE panelboards

Tranquell integrated- HE and ME for GE distribution equipment

Tranquell wallmount - LE and ME

Tranquell 9X and 24X box extensions - HE and ME for GE panelboards

Tranquell wallmount - HE and ME

GE 422 communication / alarm surge protector

GE 427 protection block assembly

Transient Voltage Surge Suppressors (TVSS)

Main index


45

Index


464.A

SurgePro Series - residential TVSS

Applications

SurgePro THQLSurge AC Power Surge Protector - GE PLUGIN

Plug-in design installs like a circuit breaker in your load center. (The best location for protecting AC circuits in your home.) The SurgePro AC Power Surge Suppressor safeguards sensitive electronic equipment such as computers, televisions, stereos, VCRs and other appliances with up to 27,000 amps of surge protection. Features and Benefits:• Whole house Surge Protection • CUL and UL Listed - UL1449 2nd edition • 3-year warranty. Up to $25,000 on connected equipment • Plug-in design installs like a circuit breaker - providing the best protection at

the source

SurgePro AC Power Surge Protector - UNIVERSAL

Providing you with the peace of mind at the source. A great addition to a new or existing load center, The THSASURGE60 connects to a 2 pole 30amp or less circuit breaker and can be mounted on the outside of any brand name load center. Features and Benefits:• Whole house Surge Protection • CUL and UL Listed - UL1449 2nd edition • 5-year warranty. Up to $50,000 on connected equipment • Highly visible LED status indicator

SurgePro THSACOAX Coaxial Surge Protector

Protect expensive electronic equipment and people from damaging power surges. The SurgePro THSACOAX cable surge protector is suitable for use with both analog and digital systems. Safeguards computers, televisions, stereos, VCRs. Features and Benefits:• Whole house Surge Protection • UL Listed - UL479C • Protects coaxial cable connected equipment

SurgePro THSATEL140 Telecom Surge Protector

Potentially damaging electrical surge can travel through telephone lines into your house. The THSATEL410 is designed to protect your computer, modem, telephone and fax. It delivers better protection than primary telephone com-pany protectors.Features and Benefits: • Whole house Surge Protection • UL Listed - UL497A • Provide surge protection to up to 4-lines, including ISDN, xDSL and 10baseT

lines. • Analog and digital protection

TVSS

- Su

rgeP

ro

4.A

4.C

4.B

4.D

4.E

4.F

4.H

4.G

4.BIndex


47

Tranquell integrated - ME for GE Pro-Stock and A Series panelboards

Applications

Tranquell ME for GE Pro-Stock and A Series panelboardsThese TVSS model connect to the ProStock / A Series panelboard bus bars without adding width or depth to the panel enclosure. These units have been tested to surge current ratings per NEMA LS-1, up to 100kA per mode, including the fuses in the surge path. Standard features include a surge counter, audible alarm, indicating lights, and dry contacts. Rating options range from 65kA per mode to 100kA per mode.

All mode protection is provided with surge components (MOVs) connected on the phase to neutral, phase to ground, and neutral to ground paths as appropriate for the voltage configuration.

Integrated TRANQUELL ME products are engineered for reliability, flexibility and long life in the most extreme surge environment. The true maximum surge current rating, unlimited by fusing, has been proven successful in 3rd party tests.

Features and Benefits• UL1449• UL1283 Optional• UL Tested to 65,000 Amperes Symmetrical Withstand• Pro-Stock: field installed in Pro-Stock Panels• A-Series: factory installed in A-Series Panels• TRANQUELL ME Device is Capable of Surviving a minimum of 5,000 Category

C3 Impulses (10kA, 20kV) per mode.• Device Capable of Surviving a minimum of 5,000 Longwave (10x1000µs)

Impulses per mode.• Patented Thermal Fuse Technology in Combination with Surge Rated Fuses• Form C Dry Contacts for Remote Monitoring• Green Status Indicating Lights, Red Service Light• Audible Alarm with Test/Disable Feature• Optional Surge Counter• Standard 5 year limited warranty, Optional 10 year warranty


Operating frequency 50 / 60 HzConnection Direct Bus Connect, Parallel ConnectedOperating temperature -40°C to 65°C (-40 °F to 149 °F)Relative humidity 0% to 95% non-condensingWeight Pro Stock: 20 lbs., A Series 19 lbs.

4.A

4.C

4.B

4.D

4.E

4.F

4.G

4.H

TVSS - Tranquell

Tranquell TVSS for Pro-Stock panels

Tranquell TVSS for “A Series” panels

4.C

Tranquell integrated - HE and ME for GE distribution equipment

Index


48

TVSS

- Tr

anqu

ell

4.A

4.C

4.B

4.D

4.E

4.F

4.H

4.G

Applications

Integrated HE and ME for GE distribution equipment

This TVSS model connects to the panelboard or switchboard bus bars without adding width or depth to the panel enclosure, and only occupying 7X of vertical bus space. These units have been tested to surge current ratings per NEMA LS-1, up to 200kA per mode, including the fuses in the surge path. Features include a surge counter, audible alarm, indicating lights, dry contacts, and an integral surge rated disconnect. Rating options range from 65 kA per mode to 300 kA per mode.


Integrated TRANQUELL HE and ME products are engineered for reliability, flexibility and long life in the most extreme surge environment. The true maximum surge current rating, unlimited by fusing, has been proven successful in 3rd party tests.. Features and Benefits:• UL1449, CUL, UL1283• UL Tested to 200,000 Amperes Symmetrical Withstand• Integral Surge Rated Disconnect• Factory installed in Spectra Series Panels and Switchboards (7X Mounting

Space), or Switchgear• TRANQUELL ME Device is Capable of Surviving a minimum of 5,000 Category

C3 Impulses (10kA, 20kV) per mode.• TRANQUELL HE Device is Capable of Surviving a minimum of 20,000

Category C3 Impulses (10kA, 20kV) per mode.• Device Capable of Surviving a minimum of 5,000 Longwave (10x1000μs)

Impulses per mode.• Patented Thermal Fuse Technology in Combination with Surge Rated Fuses• Form C Dry Contacts for Remote Monitoring• Green Status Indicating Lights, Red Service Light• Audible Alarm with Test/Disable Feature• Optional Surge Counter• Standard 5 year limited warranty, Optional 10 year warranty


Operating frequency 50 / 60 HzConnection 6 to 2/0 conductors, parallel connectedOperating temperature -40°C to 65°C (-40 °F to 149 °F)Relative humidity 09% to 95% non-condensingWeight 24 lbs.

4.DIndex


49

4.A

4.C

4.B

4.D

4.E

4.F

4.G

4.H

TVSS - Tranquell

Tranquell Series - 9X and 24X box extensions

Applications

Box xxtensions designed for GE “A Series” distribution equipmentThis TVSS model is installed in an extended box and connects to the “A Series” Panelboard without adding width or depth to the panel enclosure and is ideal for aftermarket installations. These units have been tested to surge current ratings per NEMA LS-1, up to 200 kA per mode, including the fuses in the surge path. Standard features include a surge counter, audible alarm, indicating lights, dry contacts. Rating options range from 65 kA per mode to 300 kA per mode.

All mode protection is provided with surge components (MOVs) connected on the phase-to-neutral, phase-to-ground, and neutral-to-ground paths as appropriate for the voltage configuration.

TRANQUELL 9X and 24X products are engineered for reliability, flexibility and long life in the most extreme surge environments. The true maximum surge current rating, unlimited by fusing, has been proven successful in 3rd party tests.

Features and Benefits• UL1449• UL Tested to 200,000 Amperes Symmetrical Withstand for 24X• UL Tested to 65,000 Amperes Symmetrical Withstand for 9X• Field Installed with “A Series” panels• TRANQUELL ME Device is Capable of Surviving a minimum of 5,000 Category


Category C3 Impulses (10kA, 20kV) per mode.• Device Capable of Surviving a minimum of 5,000 Longwave (10x1000µs)

Impulses per mode.• Patented Thermal Fuse Technology in Combination with Surge Rated Fuses• Form C Dry Contacts for Remote Monitoring• Green Status Indicating Lights, Red Service Light• Audible Alarm with Test/Disable Feature• Surge Counter• Standard 5 year limited warranty, Optional 10 year warranty


Operating frequency 50 / 60 HzConnection #6 to 2/0 conductors, parallel connectedOperating temperature -40°C to 65°C (-40 °F to 149 °F)Relative humidity 0% to 95% non-condensingWeight 9X: 30 lbs., 12X: 52 lbs.


Operating frequency 50 / 60 HzConnection 10 AWG conductors, parallel connectedOperating temperature -40°C to 65°C (-40 °F to 149 °F)Relative humidity 0% to 95% non-condensingWeight ME: 18 lbs., LE: 14 lbs.

Index


50

TVSS

- Tr

anqu

ell

4.A

4.C

4.B

4.D

4.E

4.F

4.H

4.G

Tranquell Series - wall mount - LE and ME

4.E

Applications

Tranquell ME and LE - wall mountThe TRANQUELL ME and LE feature compact, economical designs for use at medium exposure, distribution or branch panels and are available in a standard NEMA 1 enclosure. These devices have been tested to surge current ratings per NEMA LS-1, including the fuses in the surge path. These units come standard with indicating lights and dry contacts. Ratings are available from 25kA per mode to 100kA per mode.These transient voltage surge suppressors provide all mode protection, with surge components (MOVs) connected on the phase-to-neutral, phase-to-ground, and neutral-to-ground paths as appropriate for the voltage configuration.

Features and Benefits• UL1449, CUL• TRANQUELL ME devices with UL1283 Noise Filters• UL Tested to 65,000 Amperes Symmetrical Withstand• TRANQUELL ME Device is Capable of Surviving a minimum of 5,000 Category

C3 Impulses (10kA, 20kV) per mode• TRANQUELL ME Device Capable of Surviving a minimum of 5,000 Longwave

(10x1000µs) Impulses per mode• TRANQUELL LE Device is Capable of Surviving a minimum of 3,500 Category

C3 Impulses (10kA, 20kV) per mode• Patented Thermal Fuse Technology• Form C Dry Contacts for Remote Monitoring• Green Status Indicating Light(s)• Standard 5 year limited warranty, Optional 10 year warranty

Index


514.F

4.A

4.C

4.B

4.D

4.E

4.F

4.G

4.H

TVSS - Tranquell

Tranquell Series - wall mount - HE and ME

Applications

Tranquell HE and ME - wall mountThese devices are available in a standard NEMA 1 enclosure. Optional enclosure types include NEMA 12 and 4X, flushmount, surface mount. These units have been tested to surge current ratings per NEMA LS-1, up to 200kA per mode, including the fuses in the surge path. Standard features include a surge counter, audible alarm, indicating lights, dry contacts, and an integral surge rated disconnect (WMN1 and WMN4 only). Rating options range from 65kA per mode to 300 kA per mode.


TRANQUELL HE and ME products are engineered for reliability, flexibility and long life in the most extreme surge environment. The true maximum surge current rating, unlimited by fusing, has been proven successful in 3rd party tests.

Features and Benefits• UL1449, CUL, UL1283• UL Tested to 200,000 Amperes Symmetrical Withstand• Integral Surge Rated Disconnect• TRANQUELL ME Device is Capable of Surviving a minimum of 5,000 Category


Category C3 Impulses (10kA, 20kV) per mode.• Device Capable of Surviving a minimum of 5,000 Longwave (10x1000µs)

Impulses per mode.• Patented Thermal Fuse Technology in Combination with Surge Rated Fuses• Form C Dry Contacts for Remote Monitoring• Green Status Indicating Lights, Red Service Light• Audible Alarm with Test/Disable Feature• Surge Counter• Standard 5 year limited warranty, Optional 10 year warranty


Operating frequency 50 / 60 HzConnection 6 to 2/0 conductors, parallel connectedOperating temperature -40°C to 65°C (-40 °F to 149 °F)Relative humidity 0% to 95% non-condensingWeight HE: 50 lbs., ME: 32 lbs.

4.G

SurgePro Series - GE 422 communication / alarm surge protector

Index


52

TVSS

- Su

rgeP

ro

4.A

4.C

4.B

4.D

4.E

4.F

4.H

4.G


Duty Primary and SecondaryClamp Voltages 17, 60, 265Peak Current 10,000 Amps (8x20µS)DC Series Rs 4-7 Ohms TypicalConnection Screw terminals (28 to 12AWG wire)UL 497, 497A, 497BCSA C22.2 No 226-92Housing AluminumDimensions 6.5”Hx4.2”Wx1.4”DGround Posts 10-32x1/2” Stainless

Applications

Surge Arrestor Device

The GE 422 is designed to be used as a surge arrestor device typically mounted at a de-mark board in a commercial or industrial office environment. Paired circuits are continuously monitored by the GE 422 for any surge activity. When surges are detected, the bi-directional solid state device reacts in less than a nanosecond to shunt the energy to ground. Product is designed for use with T1/E1, telephone and alarm lines. Features and Benefits:• UL Listed 497, 497A, 497B• CSA C22.2, No. 226-92• Protects T1/E1, Data, Alarm and Telephone Lines• Provides Up to 6 Pair Protection• Diode / Gas Tube Hybrid Technology• Provides Bi-directional Protection• Extremely Tight Suppression Voltage• Easy to Install

4.HIndex


53

Tranquell Series - GE 427 Protection block assembly

Applications

GE 427 5 Pin Protection Block AssemblyThe GE 427 5 Pin Protection Block Assembly is a specially designed product that is equipped with a 50 or 100 pair 5 Pin Protection Block with Tip and Ring gold pin sockets. The assembly also comes with 16 single in-line header gold pin connectors mounted to a multilayered printed circuit board.

Features and Benefits• Fully tested and approved to GR2916• Approved by all RBOCs• Meets all Telcordia (Bellcore) requirements for a 5 pin protector block• Connectorized Interface eliminates errors inherent to wire wrap terminations• Ease of Installation Improves First Pass Yield and Reduces Labor• Patented Multi-Layer Printed Circuit Board Provides Connectorized Interface

for Outside Plant Copper Wires, Protector Block and Telecommunications Equipment

• 25 Pin In-Line Connector Accommodates 22, 24, and 26 AWG Wires…Mate with 3MCHG Series Connectors

• Industry Standard Mounting Configuration…Design Accommodates Marconi, Avaya and Corning Protector Blocks for Maximum Flexibility

• Accommodates 50 and 100 Pair Configurations

4.A

4.C

4.B

4.D

4.E

4.F

4.G

4.H

TVSS - Tranquell


Voltage Class 600 VBIL rating 10 kVPrimary Currents 10 to 5000 amps

PSG intro


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Notes

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5.1

Main index


55

Parallel Switchgear (PSG) - Energy Commander

Paralleling is an operation in which multiple power sources, usually two or more generator sets, are connected and synchronized to a common bus (same parameters in regards to frequency, phase angle, etc.).

There are several advantages to be realized when employing paralleling switchgear in an electrical design such as increased reliability, flexibility, ease of uninterruptible maintenance and application/operation cost savings. It is because of these advantages that paralleling switchgear has become one of the best choices for meeting today’s power requirements.

Energy Commander has been providing customer facilities with reliable power switching systems for many years and continues its excellence into the 21st century. Since the inception of paralleling switchgear, many successful Energy Commander installations have been supplied with a focus on providing reliability.

Energy Commander has become the leader in supplying solutions to simple and very complex systems due to its design flexibility. Energy Commander has evolved and adapted to the changing technologies in engine generator design, switchgear controls and monitoring systems. It reflects GE’s continuing commitment to reliable solutions for critical power applications.

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Index


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5.3

Paralleling Switchgear - Energy Commander

Why Paralleling Switchgear?

There are several advantages to be realized when employing paralleling switchgear in an electrical design such as increased reliability, flexibility, ease of uninterruptible maintenance and application/operation cost savings. It is because of these advantages that paralleling switchgear has become one of the best choices for meeting today’s power requirements.

ReliabilitySystems in which part of the load is very critical may be best served by paralleling one or more generator sets. Under parallel operation all the generator sets are started at once. The first set to reach the proper parameters will assume the most critical portion of the load, with the remaining sets picking up lower priority loads. In addition, by using a load shedding application, the failure of one generator set will not interrupt power to the critical loads, as less important loads can be dropped off the line.

FlexibilityParalleling power sources allows for a wide variety of choices in the generation, distribution and utilization of the system’s power.

Uninterruptible MaintenanceWhen one engine - generator set is out of service for maintenance or repair, having others synchronized on the same bus can provide the needed back-up power, should an outage occur.

Cost SavingsSavings can be realized on the application when a number of smaller sets would be less expensive than one large set or when the load makes it impractical to divide into several sections, each with it’s own generator. Savings can also occur on the operation side when generator set life is extended from being used only when needed to support the load. Also, when it is anticipated that the load will grow significantly in the future, the capital investment can be reduced by starting with small sets and paralleling additional units as load increases dictate.

Designed to your specifications in a team effort

Complex switchgear systems are where GE excels. With over 20 years experience in all types of paralleling applications, our team of systems engineers will work with you to design a system that conforms to your exact facility needs. Whether low or medium voltage, GE provides you with expert system layout, device selection, construction, programming, monitoring, control and startup. We will work with you from project inception through commissioning and training to make certain that your project goes smoothly.

Available for all types of systems including emergency power, peak shave/utility rate incentive, cogeneration and prime power and utilizing diesel or natural gas reciprocating engines, turbines, fuel cells, multiple utility sources and other prime movers, Energy Commander is truly versatile. In all applications, the systems use the latest technology in programmable control, high-speed networks, data acquisition and operator interface software and hardware.

Energy Commander products offer designers and owners an almost unlimited number of configurations and operational parameters.• Designed to meet your requirements• Operator interface panel with touch screen for system control UL 891,

UL1558 and UL Medium Voltage switchgear listings available• GE Fanuc PLC control and full range of GE components including protective

relays, breakers, metering and monitoring devices, etc.• Complete project design and approval drawings coordinated by our

experienced project engineers• Final instruction manuals including a drawing package that shows

part numbers on all devices, making it easier to order spare parts and replacements

• To/from numbering on the wire ends for easy verification and debugging• Field startup and training of site personnel• Project management from pre-quote services to final acceptance.

Index


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System reliability

The Energy Commander Paralleling Switchgear product has several hardwired features which ensures trouble-free operation and maximum reliability. Annunciator panels, load control switches and meters are all hardwired components. Upon the unlikely failure of the master control, a back-up engine start operation is hardwired into the system. Also the programmable logic controller (PLC) which runs automatic operations is backed up with a true hardwired manual control.Finally, as a leader of paralleling switchgear technology, Energy Commander has an extensive array of successful, trouble-free installations around the globe. The breadth of experience and system complexity all make Energy Commander second to none in the industry.

Ease of Use and Operations

A Master HMI panel can be useful to paralleling switchgear systems for user access and monitoring. The key control and monitoring functions in these systems include metering, annunciation, controlling breakers and engine generators in automatic operations as well as manual. This monitoring and control should be carefully considered when selecting which type of HMI is best suited for the operator and his facility. The greatest reliability in monitoring and control functions is realized with hard-wired analog meters, switches, and annunciation indicators, with very limited HMI access needs by the operator.

In some cases, critical facilities may be suitable for additional system monitoring, trouble-shooting, and remote access ability. Operators in this case will require a more advanced Master HMI in addition to the system hard-wired meters, switches, and annunciation. The Energy Commander ACS “Advanced Control System” is recommended for these cases.The Energy Commander Operator Interface Panel (OIP) is ideal for simpler systems. Since status of the system can be viewed in front of the line-up including all source metering, alarm, shutdown, and status annunciation, the operator is not required to utilize the OIP to cycle through any screens for the system control and monitoring. The user is only required to use the touch panel for system testing purposes, non-critical settings and timing adjustments, and limited manual control redundant to the hard-wired switches.

Standard Operator Interface Panel (OIP)

• Intuitive interface makes operation simple. Little or no learning curve required to operate system.

• A main screen with navigation buttons and non-system critical button/switches.

• System testing screen allowing the operator to manually initiate automatic system testing operations.

• Generator interface settings latched into the PLC control system upon entry.• System load add/shed manual control redundant to hard-wired manual

control switches in master control.• Generator optimization settings latched into PLC control system upon entry.

Optional Advanced Control System (ACS) for Special Applications

• Full functions of OIP with the addition of SCADA capabilities.• Optionally Internet capable - allows remote access via web.• Online controllable / programmable (behind customer’s own firewall).• Advanced Event Logging and Source Trending allows statistical root cause

analysis.• Duplicates System and Generator Annunciation.• Remote system diagnostics.• Alarm and maintenance messaging, including predictive maintenance.• Graphical User interface. Intuitive and user friendly. Requires NO computer

experience.• Password protection. Capable of hundreds of levels of authority.

Paralleling Switchgear - Energy Commander

Index

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5.5


58

Notes

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Index 5.6

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GEA-D 1036 GB© Copyright GE Consumer & Industrial 2006

All rights reserved (07/06); reproduction only upon written consent by GEAll specifications subject to change without prior notice

GE is a leader in the field of critical power protection.

It’s Consumer & Industrial - Power Quality business designs, manufactures

and delivers premium power quality products and related software

products that ensure organisations all over the world enjoy a safe and

managed power supply.

Protect your mission-critical applications with GE power quality equipment:

- UPS (Uninterruptible Power Supplies),

- ATS (Automatic Transfer Switches),

- STS (Static Transfer Switches),

- TVSS (Transient Voltage Surge Suppressors),

- PSG (Paralleling Switchgear).

Using state of the art technology GE has developed a great power quality

product range with high reliability and maximum application flexibility.

With a GE power solution in place, your mission-critical equipment is

protected from any fluctuation in your power source, enabling you to

concentrate on your core activities. Leave your critical power needs with

GE, a reliable power quality supplier for more than 100 years.

GE Consumer & Industrial - Power Quality

Visit us online at:www.geindustrial.com/upswww.geindustrial.com/atswww.geindustrial.com/psgwww.geindustrial.com/tvss

GEConsumer & Industrial

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