Schneider Electric Xantrex TR1512 230 50 Specifications

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Schneider Electric Xantrex TR1512 230 50 Specifications | Manualzz

> Solar inverters

> Solar inverter/chargers

> System components

> Accessories

> Solutions

B

Contents

About Schneider Electric

Schneider Electric Professional

Installer Training

String inverter solutions

Solar inverters (single-phase)

• SunEzy

• Xantrex GT (Spain)

• Xantrex GT (Australia)

• Conext (North America)

• Xantrex GT (North America)

Central inverter solutions

Solar inverters (three-phase)

• Xantrex GT30 E

• Xantrex GT30

• Xantrex GT100 E

• Xantrex GT100 and GT250

• Xantrex GT250 E, GT500 E

and GT630 E

• Xantrex GT500

• PV Box

11-14

15-16

17-18

19-20

21-22

3-4

5-6

Turnkey solutions, monitoring solutions, security and service

10

39-40

Off-grid and backup products and solutions

Solar inverter/chargers

• Xantrex TR Series

• Xantrex XW

44

46-48

50-52

24

Solar charge controllers

• Xantrex XW MPPT 60 150

• Xantrex MPPT 80 600

• Xantrex C12 PWM

• Xantrex C Series

53-54

55-56

57-58

59-60

25-26

27-28

29-30

31-32

33-34

35-36

37-38

Accessories and protection

• Xantrex Gateway

• Miscellaneous system accessories

Glossary of terms

62

63-64

65-66

67-68

2

3

The history of Schneider Electric

Schneider Electric, founded in 1836, has transformed itself into the global specialist in energy management. From its roots in the iron and steel industry, heavy machinery, and ship building, it moved into electricity and automation management. In the late 20th century the Schneider Group shifted its focus to the electrical industry by separating from its non-strategic activities and was solidified though its acquisitions of Telemecanique in 1988, Square D

TM

in

1991 and Merlin Gerin in 1992. In 1999 development of installation, systems and control was bolstered with the acquisition of Lexel, Europe’s number two in electrical distribution. In May of the same year, the company was renamed Schneider Electric to more clearly emphasize its expertise in the electrical field.

From 2000 through 2009 Schneider Electric entered into a phase of organic growth and began positioning itself in new market segments: UPS (uninterruptible power supply), movement control, building automation and security and renewable energy through the acquisitions of APC, Clipsal,

TAC, Pelco, Xantrex Technology and more. As a global specialist in energy management with operations in more than 100 countries, Schneider Electric offers integrated solutions across multiple market segments, including leadership positions in energy and infrastructure, industrial processes, building automation, and data centers/ networks, as well as a broad presence in residential applications. Focused on making energy safe, reliable, efficient, productive and green, the company's 100,000 plus employees achieved sales of 15.8 billion euros in

2009, through an active commitment to help individuals and organizations "Make the most of their energy ™ ."

Renewable Energies

In October of 2008, with Schneider Electric’s purchase of Xantrex Technology, a significant milestone was reached in the company’s expansion into the renewable energies sector. Combining Xantrex’s knowledge and expertise in renewable energies and Schneider Electric’s depth of experience in energy management was critical for the future success of the organization in this space.

The renewable energies business of Schneider Electric is focused on designing and developing renewable energy products and solutions and providing best-in-class, global customer service and technical support.

> About Schneider Electric

Make the most of your energy

Schneider Electric provides the full solution from the panel

DC output to the grid connection, including monitoring

& supervision. In 2009, Schneider Electric introduced a customizable solution geared to photovoltaic (PV) power plants. The Schneider Electric PV Box is a pre-wired equipment package specifically designed to meet the growing demand of large scale grid-tied solar farms and large commercial rooftop solar installations. The PV Box is a complete solution for electrical distribution, automation, security, monitoring and control available from one vendor.

A PV Box typically consists of solar inverters, DC combiner boxes, step-up transformers and a medium voltage switch housed in a prefabricated building to allow quick field wiring from both the solar arrays and the utility grid connection point. Other items can be added to the package including climate controls, security equipment, array string monitoring, SCADA monitoring equipment, and power metering, accompanied by operation and maintenance offerings.

With the PV Box, customers can significantly reduce total electrical installation costs and project cycle time. This product offers customers a reliable and complete solution from a company with over 100 years of experience designing electrical distribution and control systems.

In addition, because the PV Box enclosure provides a controlled environment for its components, it can be installed in a variety of climates, including harsh desert environments where many future large scale solar projects are planned.

>

For more information about Schneider Electric and renewable energy solutions, please visit www.schneider-electric.com

4

5

Schneider Electric Professional

Installer Training

Schneider Electric offers training for both the Schneider Electric Single-Phase and

Three-Phase systems

Schneider Electric Single-Phase Training:

> Single-Phase:

This training is a comprehensive course for those professional installers looking to gain knowledge and hands on experience in installing the Schneider Electric grid tie and battery based products.

The format of the training is a small workgroup with a focus on hands-on training with open dialogue. The course covers a brief overview of conventional and renewable energy sources, an introduction to grid-tie energy transfer, an overview of Schneider Electric products and an in-depth discussion on the features, functions and benefits of the Schneider Electric Xantrex

TM

Schneider Electric Conext

TM

XW System,

and the Xantrex GT Series product lines. Participants will also get to practice the physical installation of the products, and receive training in system wiring and commissioning of typical applications.

For more information on single-phase training please contact:

Jarmo Venalainen at [email protected]

> Training

Schneider Electric Three-Phase Training:

> Three-Phase:

This training is a comprehensive course for the system operators of larger solar farm installations who desire a more intricate understanding of the system operation and basic troubleshooting.

The format of the training is a small workgroup with a focus on hands-on training with open dialogue. The course covers a brief overview of conventional and renewable energy sources, an introduction to grid-tie energy transfer, an overview of Schneider Electric grid-tie products, and detailed discussion of the Xantrex

GT Three Phase Series features, functions and benefits. Upon completion of the course, participants will have working knowledge of System Start-up, Operation and proper Shutdown procedures. We will cover the communication protocols and application used for retrieving system logs. Best maintenance practices will be covered as well as trouble code analysis.

Three-Phase classes available:

> Schneider Electric Xantrex

TM

GT500 MV Training

> Schneider Electric Xantrex

TM

GT500 E Training

> Schneider Electric Xantrex

TM

GT250 Training

For more information on three-phase training please contact:

Phil Robinson at [email protected]

6

7

Basic grid-tie system

A basic grid-tie system consists of solar cells and a grid tie inverter. Solar cells take the sun’s energy and turn it into DC electricity. The inverter turns the DC electricity generated by the solar cells into utility grade AC power which can be sold to the utility grid. A grid-tie system is an effective way to obtain economical benefits, increase green energy production and improve the environment.

Large-scale solar electrical systems play an important part in conservation and energy production, and Schneider Electric is a premier supplier of inverters that turn the sun’s energy into clean electricity. Grid tie inverters are a leading choice for large-scale solar installations in Europe.

Residential grid-tie solar

GT Series

Xantrex XW System

SunEzy Series

Residential scale

Small commercial scale

PV power plant

Small utility solar

Residential grid-tie solar

GT500 / GT500 E

GT630 E

Utility scale

PV power plant

Small utility solar

GT100 / GT100 E

GT250 / GT250 E

Commercial scale

8

9

String inverter solutions

10

SunEzy VDE, RD, DK (indoor)

Models VDE-RD

Reference

Models DK

Reference

SunEzy 2000

PVSNV12000

SunEzy 2001

PVSNV12001

SunEzy 2800

PVSNV12800

SunEzy 2801

PVSNV12801

SunEzy 3000 / 3043

PVSNV13000

PVSNV13000 / 13043

PVSNV13043

SunEzy 4000

PVSNV14000

SunEzy 4043

PVSNV14043 specifications

*only for 3043

PV Generator recommended power 1200 to 2200 W 2000 to 3000 W 2600 to 3400 W (*2800 to 3600 W) 3200 to 4400 W

DC input max. no load voltage

DC input max. current

500 V

10 A

MPPT, PV voltage range (full power) 250 to 450 V

500 V

13 A

250 to 450 V

500 V

20 A

190 to 450 V (*200 to 450 V)

500 V

20 A

250 to 450 V

MPPT, PV voltage range

MPPT, number of trackers

Efficiency, maximum

Efficiency, European

Nominal AC output Power

Maximum AC output Power

AC output rated voltage

AC output rated frequency

AC output max. current

Power factor

Inherent operating consumption

Standby power consumption

150 to 450 V

1

> 96%

> 95%

2000 W

2200 W

230 V, single-phase

50 Hz

10.5 A

> 0.99

7 W

< 0.2 W

150 to 450 V

1

> 96%

> 95%

2800 W

3000 W

230 V, single-phase

50 Hz

14.3 A

> 0.99

7 W

< 0.2 W

150 to 450 V

1

> 96%

> 95%

3100 W (*3300 W)

3400 W (*3600 W)

230 V, single-phase

50 Hz

16 A (*16.5 A)

> 0.99

7 W

< 0.4 W

150 to 450 V

1

> 96%

> 95%

4000 W

4400 W

230 V, single-phase

50 Hz

20 A

> 0.99

7 W

< 0.4 W

General specifications

Operating temperature range

Relative humidity

Type of casing

Protection level

Width × height × depth

Weight

Features and options

Cooling type

DC connection

Display

External communication port

Communication protocol

- 20°C to + 55°C

0% to 95%

Metallic

IP 43

35 × 30,2 × 12 cm

(13.78 x 11.89 x 4.72")

11.4 kg (25.13 lb)

- 20°C to + 55°C

0% to 95%

Metallic

IP 43

35 × 30,2 × 13.5 cm

(13.78 x 11.89 x 5.31")

12.5 kg (27.56 lb)

- 20°C to + 55°C

0% to 95%

Metallic

IP 43

42,4 × 36,6 × 12 cm

(16.69 x 14.41 x 4.72")

16.4 kg (36.16 lb)

- 20°C to + 55°C

0% to 95%

Metallic

IP 43

42,4 × 36,6 × 12 cm

(16.69 x 14.41 x 4.72")

16.4 kg (36.16 lb)

Natural convection - no fans

1 pair of MC4 connector

Natural convection - no fans

1 pair of MC4 connector

Natural convection - no fans

1 pair of MC4 connector

Natural convection - no fans

2 pairs of MC4 connector

LCD 1 line 16 digits LCD 1 line 16 digits LCD 1 line 16 digits LCD 1 line 16 digits

RS232 standard (RS485 option) RS232 standard (RS485 option) RS232 standard (RS485 option) RS232 standard (RS485 option)

Proprietary Proprietary Proprietary Proprietary

Country dependant features

For models 2000-2800-3000-3043-4000

Decoupling protection choice by selection at initialisation

Yes Decoupling protection according

VDE 0126-1-1

Decoupling protection according

RD 1663 (Spain)

DC reverse polarity protection

Yes

Yes

DC Residual current monitoring unit acc. VDE 0126-1-1

For models 2001-2801-3043-4043

Decoupling protection according

DK 5940

DC reverse polarity protection

Yes

Yes by selection at initialisation

Yes

Yes

Yes acc. VDE 0126-1-1

Yes

Yes by selection at initialisation

Yes

Yes

Yes acc. VDE 0126-1-1

Yes

Yes by selection at initialisation

Yes

Yes

Yes acc. VDE 0126-1-1

Yes

Yes

11

Regulatory approvals

EU LV Directive

EU EMC Directive

EU RoHS Directive

VDE 0126-1-1

DK 5940

Markings

Specifications are subject to change without notice.

In acc. with EN50178 In acc. with EN50178 In acc. with EN50178 In acc. with EN50178

In acc. with EN61000-3-X /- 6-X In acc. with EN61000-3-X /- 6-X In acc. with EN61000-3-X /- 6-X In acc. with EN61000-3-X /- 6-X compliant compliant compliant compliant

Approved by VDE

Approved by DK

CE, VDE, VDE-GS, DK

Approved by VDE

Approved by DK

CE, VDE, VDE-GS, DK

Approved by VDE

Approved by DK

CE, VDE, VDE-GS, DK

Approved by VDE

Approved by DK

CE, VDE, VDE-GS, DK

> Solar inverters

String inverters

SunEzy VDE, RD, DK (indoor)

Grid Tie Inverters

SunEzy offer is a system for the interconnection of Photovoltaic modules, for DC/AC power conversion and for the protection of DC/AC circuits.

Easy to install

SunEzy BJ Junction Boxes

• Connect up to 3 strings of PV modules

SunEzy Inverters

• Transformerless VDE, RD, DK inverters

• From 2 kW to 4 kW nominal output AC power

• Lightweighted and compact size

• IP 43 (2 to 4 kW)

SunEzy CP protection enclosures*

• Protect the installation

• Allow a safe intervention on the installation

• DC switch disconnector for DC circuit isolation

• AC circuit breaker for network connection

• Option with AC residual current switch

* offer according to country regulations and standards

Surge arresters

• Helps protect the installation against effect of lighting

12

13

SunEzy VDE, RD, DK (outdoor)

Models VDE-RD

Reference

Models DK

Reference

SunEzy 400E

PVSNV1400E

SunEzy 4065

PVSNV14065

Electrical specifications

PV Generator recommended power

DC input max. no load voltage

DC input max current

MPPT, PV voltage range (full power)

MPPT, PV voltage range

MPPT, number of trackers

Efficiency, maximum

Efficiency, European

Nominal AC output Power

Maximum AC output Power

AC output rated voltage

AC output rated frequency

AC output max. current

Power factor

Inherent operating consumption

Standby power consumption

General specifications

Operating temperature range

Relative humidity

Type of casing

Protection level

Weight

Dimensions (H x W x D)

Features and options

Cooling type

DC connection

Display

External communication port

Communication protocol

Country dependant features

For models SunEzy 400E-600E-6065

Decoupling protection choice

Decoupling protection acc. VDE 0126-1-1

Decoupling protection acc. RD 1663 (Spain)

DC reverse polarity protection

DC Residual current monitoring unit

For models SunEzy 4065-4665-6065

Decoupling protection according DK 5940

DC reverse polarity protection

Regulatory approvals

EU LV Directive

EU EMC Directive

EU RoHS Directive

VDE 0126-1-1

DK 5940

Markings

Specifications are subject to change without notice.

3200 to 4400 W

500 V

20 A

250 to 450 V

150 to 450 V

1

> 96%

> 95%

4000 W

4400 W

230 V, single-phase

50 Hz

20 A

> 0.99

7 W

< 0.4 W

- 20°C to + 55°C

0 to 95%

Metallic

IP 65

19.5 kg (42.99 lb)

38.6 × 43.4 × 13.5 cm

(15.2 x 17.09 x 5.31")

Natural convection - no fans

3 pairs of MC4 connector

LCD 1 line 16 digits

RS232 standard (RS485 option)

Proprietary by selection at initialisation

Yes

Yes

Yes acc. VDE 0126-1-1

Yes

Yes

In acc. with EN50178

In acc. with EN61000-3-X /- 6-X

Compliant

Approved by VDE

Approved by DK

CE, VDE, VDE-GS, DK

SunEzy 600E

PVSNV1600E

SunEzy 4665

PVSNV14665

4000 to 5000 W

750 V

3 × 8.5 A

200 to 700 V

150 to 700 V

3

> 96%

> 94.5%

4600 W

5000 W

230 V, single-phase

50 Hz

25 A

> 0.99

9 W

< 0.5 W

- 20°C to + 55°C

0 to 95%

Metallic

IP 65

27 kg (59.52 lb)

53 × 43 × 13 cm

(20.87 x 16.93 x 5.12")

Natural convection - no fans

1 pair of MC4 connector/ MPPT

LCD 2 lines 16 digits

RS232 standard (RS485 option)

Proprietary by selection at initialisation

Yes

Yes

Yes acc. VDE 0126-1-1

Yes

Yes

In acc. with EN50178

In acc. with EN61000-3-X /- 6-X

Compliant

Approved by VDE

Approved by DK

CE, VDE, VDE-GS, DK

SunEzy 6065

PVSNV16065

SunEzy 6065

PVSNV16065

4800 to 6300 W

550 V

27.5 A

230 to 500 V

180 to 550 V

1

> 97%

> 96%

6000 W

6000 W

230 V, single-phase

50 Hz

28.6 A

> 0.99

8 W

< 0.5 W

- 20°C to + 55°C

0 to 95%

Metallic

IP 65

30.6 kg (67.46 lb)

53.1 × 43 × 15.5 cm

(20.91 x 16.93 x 6.1")

Natural convection - no fans

2 pairs of MC4 connector/ MPPT

LCD 1 line 16 digits

RS232 standard (RS485 option)

Proprietary by selection at initialisation

Yes

Yes

Yes acc. VDE 0126-1-1

Yes

Yes

In acc. with EN50178

In acc. with EN61000-3-X /- 6-X

Compliant

Approved by VDE

Approved by DK

CE, VDE, VDE-GS, DK

> Solar inverters

String inverters

SunEzy VDE, RD, DK (outdoor)

Grid Tie Inverters

SunEzy offer is a system for the interconnection of Photovoltaic modules, for DC/AC power conversion and for the protection of DC/AC circuits.

Easy to install

SunEzy BJ Junction Boxes

• Connect up to 3 strings of PV modules

SunEzy Inverters

• Transformerless VDE, RD, DK inverters

• From 4 to 6 kW nominal output AC power

• Lightweighted and compact size

• IP 65

SunEzy CP protection enclosures*

• Protect the installation

• Allow a safe intervention on the installation

• DC switch disconnector for DC circuit isolation

• AC circuit breaker for network connection

• Option with AC residual current switch

* offer according to country regulations and standards

Surge arresters

• Helps protect the installation against effect of lighting

14

15

Xantrex™ GT Inverters

Electrical specifications

Models

Maximum AC power output

Nominal AC power output

DC input voltage range

Peak power tracking voltage range

Suggested PV power

Total harmonic distortion (THD)

Peak inverter efficiency (includes transformer)

Euro efficiency (includes transformer)

Maximum continuous output current

Over current protection

Night time tare loss

General specifications

Enclosure type

Weight

Dimensions (H x W x D)

Operating temperature range

Mounting

Part number

GT2.8 SP

2800 W

2500 W

195 to 600 Vdc

195 to 550 Vdc

3070 W

< 3%

95,0%

94,0%

14,5 Aac

20 A

< 1 W

GT3.8 SP

3800 W

3300 W

195 to 600 Vdc

195 to 550 Vdc

4180 W

< 3%

95,3%

94,5%

19 Aac

20 A

< 1 W

IP54

19.5 kg (42.99 lb)

IP54

20.0 kg (44.09 lb)

59.7 x 40.3 x 13.6 cm

(23.5 x 15.87 x 5.35")

59.7 x 40.3 x 13.6 cm

(23.5 x 15.87 x 5.35")

-25ºC to 65ºC -25ºC to 65ºC

Wall mount (mounting bracket included)

864-0105 864-0104

Features and options

Cooling

Display

Communications

Convection (no fan required)

Backlit, two-line, Liquid Crystal Display

RS 232 and two Xanbus ™ RJ45 ports

Regulatory approvals

CE marked according to the following EU directives and standards:

EMC Directive

Low Voltage Directive

Other approvals

EN 61000-3-2, EN 61000-3-3, EN 61000-6-1, EN 61000-6-3

EN 50178 and EN 60529

Royal Decree RD 661-2007, RD 1663/2000

Note: Specifications subject to change without notice.

SP = Spain

GT5.0 SP

5000 W

5000 W

240 to 600 Vdc

240 to 550 Vdc

5300 W

< 3%

96,0%

95,2%

23 Aac

30 A

< 1 W

IP54

22.3 kg (49.16 lb)

59.7 x 40.3 x 13.6 cm

(23.5 x 15.87 x 5.35")

-25ºC to 65ºC

864-1029

> Solar inverters

Xantrex

GT Series

Grid Tie Inverters (Spain)

High performance string inverters

• From 2,8 kW to 5,0 kW

• Superior PV energy harvest

• Peak inverter efficiency

• Excellent thermal performance

Easy and affordable to install

• Wide PV input MPPT tracking voltage range makes module

selection and sizing extremely flexible

• Includes a lightweight and versatile mounting bracket

that simplifies installation

• Inverters can be mounted side by side with zero clearance

• Lightweight and compact size

• Rugged IP54 inverter enclosure allows for outdoor and indoor installations

Full featured inverter display and communications

• Liquid Crystal Display (LCD)

• LCD vibration sensor allows the tap of a finger to turn backlight on and cycle through display screens

• Bright LED indicators provide system status at a glance

• PC software for remote monitoring and system troubleshooting

String inverters

16

17

Xantrex™ Grid Tie Solar Inverters

Electrical specifications

Models

Output

Maximum AC power output

Nominal AC voltage

Nominal AC frequency

Maximum continuous output current

Over current protection

Total harmonic distortion (THD)

Peak inverter efficiency

Euro efficiency

Night time tare loss

Topology

DC input voltage range

Peak power tracking voltage range

Recommended PV array power

Maximum array short circuit current

GT2.8 AU

2800 W

230 V

50 Hz

14.0 A

20 A

< 3 %

95%

94%

1 W

HF, Isolated

195 to 600 Vdc

195 to 550 Vdc

3070 W

24 Adc

General specifications

Protection rating

Weight

Dimensions (H x W x D)

Shipping weight

Shipping dimensions (H x W x D)

Operating temperature range

Mounting

Cooling

Display

Communication interfaces

Regulatory approvals

Other approvals

Warranty

Model number

Part number

GT5.0 AU

5000 W

230 V

50 Hz

24.0 A

30 A

< 3 %

96%

95.20%

1 W

HF, Isolated

240 to 600 Vdc

240 to 550 Vdc

5300 W

24 Adc

IP54

19.5 kg (42.99 lb)

59.7 x 40.3 x 13.6 cm

(23.5 x 15.87 x 5.35")

25.5 kg (56.22 lb)

69.2 x 51.8 x 26.2 cm

(27.24 x 20.39 x 10.31")

-25°C to 65°C

Wall mount (bracket included)

IP54

22.3 kg (49.16 lb)

59.7 x 40.3 x 13.6 cm

(23.5 x 15.87 x 5.35")

27.2 kg (59.97 lb)

69.2 x 51.8 x 26.2 cm

(27.24 x 20.39 x 10.31")

-25°C to 65°C

Convection (no fan) Convection (no fan)

Backlit, two line, 16 character liquid crystal display

RS 232 and two Xanbus RJ45 ports

RCM mark for safety (AS/NZS 3100), interconnect (AS 4777), and EMC

Australian Clean Energy Council "Tested and Approved Grid Connected Inverters" List

Five-year parts and labor (Ten-year extended warranty available)

GT2.8-AU-QC-230

864-1030

GT5.0-AU-QC-230

864-1039-01

Accessories

Remote display

Remote monitoring

Specifications are subject to change without notice.

Optional GT Solar Inverter Monitor (p/n: 864-0203) provides total PV system performance in daily, monthly, and lifetime views, on a graphical display screen. Monitors up to five GT Series inverters.

Optional Xantrex Communication Gateway (p/n: 865-1055) includes both built-in Wi-Fi and Ethernet connectivity allowing for wireless or wired connection to a router or directly to a PC. Logs performance data and provides a simple and graphically rich view of system performance through widget based monitoring software.

The Xantrex Gateway monitors up to twenty GT Series inverters.

> Solar inverters

String inverters

Xantrex

GT Series

Grid Tie Inverters (Australia)

Xantrex inverters make installation easy and affordable

When Xantrex set out to develop the Grid Tie Solar Inverters we listened to the experts – renewable energy dealers and installers. The result is a high performance inverter that makes utility interactive installations easier and more cost effective. Our high performance PV string inverters offer high efficiency, lower installed cost, improved aesthetics and high reliability.

The GT Series inverters are high quality products that offer one of the best price/performance ratios in the industry.

High performance string inverters:

• Superior PV energy harvest

• Peak inverter efficiency

• Excellent thermal performance

Easy and affordable to install:

• Wide PV input MPPT tracking voltage range makes module selection

and sizing extremely flexible

• Includes a lightweight and versatile mounting bracket that simplifies

installation

• Large heatsink on front allows inverters to be mounted side-by-side

with zero clearance

• Lightweight and compact size

• Rugged IP54 inverter enclosure allows reliable outdoor and indoor

installations

Full featured inverter display and communications:

• Liquid Crystal Display (LCD)

• Vibration sensor allows the tap of a finger to turn backlight on and display

screen cycling

• Bright LED indicators provide system status at a glance

• PC software for remote monitoring and system troubleshooting

18

19

Schneider Electric Conext

Grid Tie Inverters

Electrical specifications - output

Models 5000 W

Nominal output power 5000 W / 4500 W

AC output voltage (nominal)

AC output voltage range

AC frequency (nominal)

240 Vac/ 208 Vac

AC frequency range

Max. continuous output current 21A / 22Arms

Max. output over-current protection 30Arms

Max. utility back-feed current

Total harmonic distortion (THD)

Power factor

Utility monitoring, islanding protection

Output characteristics

Output current waveform

3800 W

3800 W /3500 W

3300W

3300 W /3100 W

240 Vac/ 208 Vac 240 Vac / 208 Vac

Auto detect 240Vac to 208Vac

60 Hz

15.8A / 16.8Arms

20A / 25Arms

59.3 to 60.5 Hz

13.8A / 14.9Arms

20Arms

0A

< 5%

>0.99 (at rated power), >0.95 (full power range)

UL1741-2010. Ed.2 / IEEE1547

Current Source

True Sine Wave

2800W

2800 W / 2700 W

240 Vac / 208 Vac

11.7A / 13Arms

20Arms

Electrical specifications - input

Max. Array open-circuit voltage

MPPT voltage range (CEC & CSA)

MPPT operating range

Max. input current

Max. array short-circuit current

Reverse-polarity protection

Ground-fault protection

Max. inverter efficiency

CEC Efficiency

Night-time power consumption

600Vdc

240-550 Vdc

235-550 Vdc

22 Adc / 20 Adc

95.9% / 95.5%

95.5% / 95%

General specifications

Enclosure Type

Weight

Dimensions (H x W x D)

Shipping dimensions (H x W x D)

Operating Temperature Range

Mounting

Input and output terminal

PV / Utility disconnect

Cooling

Display

Communications

Wiring box

Warranty

Part number (negative ground)

195-550 Vdc

193-550 Vdc

20.8 Adc / 19.5 Adc

95.9% / 95.6%

95% / 95%

195-550 Vdc

193-550 Vdc

18 Adc / 17 Adc

24 Adc

Short-circuit diode

GF detection, IDIF > 1A

95.8% / 95.6%

95% / 95%

1W

195-550 Vdc

193-550 Vdc

15.4 Adc / 14.9 Adc

95% / 94.6%

94% / 93.5%

NEMA 3R (Outdoor Rated)

38.10 kg (84 lb)

98.8 x 40.3 x 18.5 cm

(38.9 x 16 x 7.3")

116.5 x 57.7 x 26.0 cm

(45.8 x 22.7 x 10.2")

-13˚F to 149˚F (-25˚C to 65˚C)

36.42 kg (80.3 lb)

98.8 x 40.3 x 18.5 cm

(38.9 x 16 x 7.3")

116.5 x 57.7 x 26.0 cm

(45.8 x 22.7 x 10.2")

31.75 kg (70 lb)

88.8 x 40.3 x 18.5 cm

(35.4 x 16 x 7.3")

106.5 x 57.7 x 26.0 cm

(42 x 22.7 x 10.2")

Wall mount (mounting bracket included)

AC and DC terminals accepts wires sizes of #14 to #6 AWG

Eliminates need for external PV (DC) disconnect. Complies with NEC requirements

Convection cooled, fan not required

30.21 kg (66.6 lb)

88.8 x 40.3 x 18.5 cm

(35.4 x 16 x 7.3")

106.5 x 57.7 x 26.0 cm

(42 x 22.7 x 10.2")

Backlit, two-line, 16-character liquid crystal display provides instantaneous power, daily and lifetime energy production,

PV array voltage and current, utility voltage and frequency, time online "selling", faults messages, and installer-customizable screens

Integrated RS232 and Xanbus TM RJ45 communication ports

PV, utility, ground, and communications connections. The inverter can be separated from the wiring box.

10-year standard

878-5001 878-3801 878-3301 878-2801

CSA Certified to UL1741 1st Edition: inverters, converters, controllers and interconnection system equipment for use with distributed energy resources; and CSA C22.2 No.107-1-01 general use power supplies.

Specifications are subject to change without notice.

> Solar inverters

String inverters

Schneider Electric Conext

Grid Tie Inverters (North America)

The new Schneider Electric Conext Grid Tie inverter has been redesigned to offer improved reliability and a low installed cost through ease of installation and integrated features. The Conext inverter is a proven, high-frequency design in a compact enclosure and may be installed as a single inverter, for a single PV array, or in a multiple-inverter configuration for large PV systems.

Features

• An NEC compliant, integrated Square D DC/AC disconnect, standard

in the GT Series, eliminates the need for external DC (PV) disconnects,

and in some jurisdictions, AC disconnects

• Large heat-sink offers extraordinary heat dispersion without the need

for a cooling fan

• Large wiring enclosure with eight knockouts (¾ & 1 inch)

• 240 / 208 VAC operation; works out of the box for single phase residential

and three phase commercial applications

• NEMA 3R enclosure

• Lightweight and easy to install

• Inverters can be mounted side by side with zero clearance

• Liquid crystal display (LCD) provides instantaneous information – power

level, daily energy and lifetime production, system status, and installer

customized screens

• Sealed inverter enclosure can be quickly separated from the wiring box

allowing DC/AC connections to remain intact in the event of the inverter

needs to be serviced

• Ten-year standard warranty

20

21

Xantrex

GT Series Inverters

Electrical specifications - output

Models

Nominal output power

GT5.0 GT4.0 N GT3.8 GT3.3 N GT2.8

5000 W 4500 W 4000 W 3800 W 3800 W 3500 W 3300 W 3100 W 2800 W 2700 W

208 V 240 V 208 V AC output voltage (nominal)

AC output voltage range

AC frequency (nominal)

240 V 208 V 240 V 208 V 240 V 208 V 240 V

211 to 264 Vac 183 to 229 Vac

60 Hz

AC frequency range

Max. continuous output current

Max. output over-current protection

Max. utility backfeed current

Total harmonic distortion (THD)

Power factor

Utility monitoring, islanding protection

Output characteristics

21 A 22 A

30 A

59.3 to 60.5 Hz

16.7 A 18.3 A 15.8 A 16.8 A 13.8 A 14.9 A 11.7 A 13.0 A

25 A 20 A 25 A 20 A 15 A

0 A

< 3 %

> 0.99 (at rated power), > 0.95 (full power range)

UL1741-2005 / IEEE 1547

Current source

True sine wave Output current waveform

Electrical specifications - input

Max. array open-circuit voltage

MPPT voltage range (CEC & CSA)

MPPT operating range

Max. input current

Max. array short-circuit current

Reverse-polarity protection

Ground-fault protection

240 to 550 Vdc

235 to 550 Vdc

240 to 480 Vdc

235 to 550 Vdc

600 Vdc

195 to 550 Vdc

195 to 550 Vdc

200 to 400 Vdc

200 to 550 Vdc

195 to 550 Vdc

193 to 550 Vdc

22.0 Adc 20.0 Adc 18.0 Adc 17.0 Adc 20.8 Adc 19.5 Adc 17.5 Adc 16.5 Adc 15.4 Adc 14.9 Adc

24.0 Adc

Short-circuit diode

GF detection, IDIF > 1 A

Max. inverter efficiency

CEC efficiency

Night-time power consumption

95.9% 95.5% 96.0% 95.7% 95.9% 95.6% 95.9% 95.6% 95.0% 94.6%

95.5% 95.0% 95.5% 95.0% 95.0% 95.0% 95.5% 95.0% 94.0% 93.5%

1 W

General specifications

Mounting

Input and output terminal

PV / Utility disconnect

Cooling

Display

Communications

Wiring box

Warranty

Model number (negative ground)

Part number (negative ground)

Environmental specifications

Operating temperature range

Enclosure type

Inverter weight

Shipping weight

Inverter dimensions (H x W x D)

Shipping dimensions (H x W x D)

Wall mount (mounting bracket included)

AC and DC terminals accept wires sizes of #14 to #6 AWG

Eliminates need for external PV (DC) disconnect. Complies with NEC requirements

Convection cooled, fan not required

Backlit, two-line, 16-character liquid crystal display provides instantaneous power, daily and lifetime energy production, PV array voltage and current, utility voltage and frequency, time online “selling”, fault messages, and installer-customizable screens

Integrated RS232 and Xanbus™ RJ45 communication ports

PV, utility, ground, and communications connections. The inverter can be separated from the wiring box.

Ten-year standard

GT5.0-NA-240/208 UL-05 GT4.0N-NA-240/208 UL-05 GT3.8-NA-240-/208 UL-05 GT3.3N-NA-240/208 UL-05 GT2.8-NA-240/208 UL-05

864-1009-02 864-1008-02 864-1032-02 864-1006-02 864-1001-02

62.8 lb (28.5 kg)

80.6 lb (36.6 kg)

-13°F to 149°F (-25°C to 65°C)

NEMA 3R (outdoor rated)

58.5 lb (26.6 kg)

76.3 lb (34.7 kg)

31.4 x 15.9 x 7.3” (79.8 x 40.3 x 18.5 cm)

38 x 23 x 10” (96.5 x 58.4 x 25.4 cm)

Regulatory approvals

CSA Certified to UL1741 1st Edition: inverters, converters, controllers and interconnection system equipment for use with distributed energy resources; and CSA C22.2 No.107-1-01 general use power supplies.

Specifications are subject to change without notice.

> Solar inverters

String inverters

Xantrex

GT Series

Grid Tie Inverters (North America)

Technology

• An NEC compliant, integrated DC/AC disconnect, standard in the

GT Series, eliminates the need for external DC (PV) disconnects, and

in some jurisdictions, AC disconnects

• Large heat-sink offers extraordinary heat dispersion without the need

for a cooling fan

• Liquid crystal display (LCD) provides instantaneous information –

power level, daily and lifetime energy production, PV array voltage and

current, utility voltage and frequency, time online “selling”, fault messages,

and installer-customized screens

• LCD vibration sensor allows the tap of a finger to turn backlight on and

cycle through display screens

Installation

• Flexible PV module selection and string sizing due to wide PV input MPPT

tracking voltage range

• Lightweight and versatile mounting bracket

• Easy access DC (photovoltaic) and AC (utility) terminal block simplifies

wiring

• Rugged NEMA 3R inverter enclosure allows reliable indoor and outdoor

installations

• DIN rail provided to accommodate optional devices such as touch-safe

fuse holders for string fusing

Performance

• High efficiency to help maximize solar system return on investment

• Accurate MPPT tracking helps ensure maximum energy harvest under

any conditions

• FCC Part B compliance provides less external electronic interference

Serviceability

• Ten-year standard warranty

• Sealed inverter enclosure can be quickly separated from the wiring box

allowing DC/AC connections to remain intact in the event the inverter

needs to be serviced

22

23

Central inverter solutions

24

25

Xantrex

GT30 E Inverter

Electrical specifications

Nominal power rating (AC)

Max continuous power (AC)

Nominal AC voltage

Nominal AC frequency

Line power factor

AC current distortion

Max output power

Night consumption

Suggested PV power

Nominal power rating (DC)

Max open-circuit voltage

Power tracking window range

Max efficiency

European efficiency

29,9 kW

32,9 kW

400 V, three-phase

50/60 Hz

> 0,99 above 20% rated power

< 4% THD at rated power

77,4 Adc

< 1 W

25 to 35 kWp

31,6 kW

840 Vdc

450 to 800 Vdc

95,0% incl. transformer

94,2% incl. transformer

General specifications

Enclosure environmental rating

Enclosure

Weight

Dimensions (H x W x D)

Ambient temperature range

Mounting

Relative humidity

Features and options

Cooling method

Protective functions

User-display standard

Ground-fault protection

Disconnects

Transformer

Output relays

Interfaces

IP20

Powder-coated aluminum

80 kg (176.37 lb)

71 x 47.5 x 34.7 cm (27.95 x 18.70 x 13.66")

-0ºC to 50ºC

Prepared for wall mounting

0 to 95%, non-condensing

Temperature-dependent forced-convection cooling

AC over / under-voltage, AC over / under-frequency, over-temperature, AC and DC over-current,

DC over-voltage and reverse-polarity protection

LCD, four-line text display with keypad

DC isolation monitoring

AC contactor integral to inverter assembly

HF – Transformer

Four relay contacts (three user-settable)

RS232/485, optional telephone modem for remote system monitoring

Regulatory approvals

Labeled with CE mark and complies with applicable European Directives:

EMC Directive

Low Voltage Directive

EN61000-6-1, -2, -3, -4, EN61000-3-12

EN50178

The GT30 E complies with the requirements of VDEW and the Royal Decree, Spain

Specifications are subject to change without notice.

> Solar inverters

Schneider Electric Xantrex

GT30 E Grid Tie Solar Inverter

High-efficiency isolated HF design

• One of the highest efficiencies in the 30 kW class

• Rapid Maximum Power Point Tracking

• Manufactured in Germany

Designed to help maximize the return on investment

• Superior PV energy harvest

• Simplified, fast installation

• Excellent thermal performance

Engineered for compatibility with thin-film technology

• Wide input voltage range

• Isolated high-frequency design

• Flexible array sizing and module selection

Lightweight

• Lowest weight in its class at 80 kg

• Easy wall mounting

• Simplified operation and transportation

• Installation in most locations

Compact design

• Smallest enclosure size in its class

• Space-saving installation

• Multiple inverters are easily paralleled for large PV power plants

• Prepared for wall mounting

Central inverters

26

27

Xantrex

GT30 Inverters

Electrical specifications

Nominal power rating (AC)

Maximum power output (AC)

Maximum continuous AC current

Nominal AC voltage

Nominal AC frequency

Line power factor

AC current distortion

Night consumption

Minimum DC voltage for feed-in

Maximum PV power

Maximum DC current

Maximum open-circuit voltage

PV operating range

Maximum efficiency

CEC efficiency

General specifications

Enclosure environmental rating

Enclosure

Weight

Dimensions (H x W x D)

Ambient temperature range

Mounting

Relative humidity

Features and options

Cooling method

Protective functions

User display

Ground-fault protection

Communications

Disconnects

Transformer

Interfaces

Regulatory approvals

Safety

EMC

Interconnect

Specifications are subject to change without notice.

US patent pending.

28.8 kW

30 kW

80 A rms

120/208 Vac, three-phase, four-wire, WYE

60 Hz, +0.5 Hz/-0.7 Hz

> 0.99 above 25% rated power

< 3% THD at rated power

< 20 W

180 Vdc

35 kW

Two master source circuits – 80 A each

430 Vdc

180 to 430 Vdc

97.4%

96.0%

NEMA 3R / outdoor rated

Powder-coated aluminum

75 kg (165 lb)

122 x 55 x 33 cm (48 x 22 x 13")

-4ºF to 122ºF (-20ºC to 50ºC)

Wall mounted (includes mounting bracket) or optional pedestal mount

0 to 95%, non-condensing

Temperature-dependent forced-convection cooling

AC over/under voltage, AC over/under frequency, over-temperature, AC over-current,

DC over-voltage and reverse-polarity protection

Standard LCD four-line text display

DC ground-fault detection and interruption

Optional RS485/Modbuss and RS232 comminications interfact kit

AC and DC disconnect integral to the inverter assembly

None required

Standard RS485/Modbus for local and remote monitoring

UL1741 rev. 2005, CSA 107.1

FCC and Industry Canada Class A

IEEE 1547 and CSA 107.1

> Solar inverters

Schneider Electric Xantrex

GT30 Grid Tie Solar Inverter

Features

• Transformerless design with high peak and CEC efficiency

• Bipolar design, coupled with internal inverter ground points,

eliminate the need for double-insulated DC conductors

• Outdoor rated, corrosion resistant cabinet and included wall mount

bracket allows for flexible installation

• AC and DC switchgear are included to reduce installation expense

• One of the lowest weights in its class at 75 kg

• Multiple inverters are easily paralleled for large PV plants

• Designed to help maximize return on investment

Central inverters

28

29

Xantrex™ GT100 E Inverter

Electrical specifications

Continuous power rating

Nominal DC power rating

Nominal AC voltage

Nominal AC frequency

Line power factor

Maximum AC line current

AC current distortion

Max. open circuit voltage

Power tracking window range

Max. DC input current

Peak inverter efficiency

European weighted efficiency

Standby tare losses

General specifications

Enclosure environmental rating

Enclosure

Weight

Dimensions (H x W x D)

Ambient temperature range

Altitude

Relative humidity

Features and options

Cooling method

Protective functions

User display standard

Disconnects (AC & DC)

Isolation transformer

Interfaces

100 kW AC

105 kW DC

400 Vac three-phase

50 Hz, optional 60 Hz

> 0,99 above 20% rated power

164 Aac

< 3% THD at rated power

650 Vdc

300 to 650 Vdc

347 Adc

96,6% incl. transformer

96,0% incl. transformer

93 W

IP21

Rittal TS Series

870 kg (1918.02 lb)

190.5 x 120.5 x 60.6 cm (75 x 47.44 x 23.86")

-10ºC to 45ºC up to 2000 m without de-rating

0 to 95% non-condensing

Forced convection cooling

AC over / under-voltage, AC over / under-frequency, over-temperature, AC and DC over-current, DC over-voltage

Four-line, 80-character VFD with a keypad

Integral to inverter assembly

Integral to inverter assembly

Modems (Ethernet or Wireless) for remote monitoring and faults notification

Regulatory approvals

The GT100E is compliant to applicable European directives and CE marked:

EMC Directive: EN61000-6-2, EN61000-6-4

The GT100 E complies with the requirements of Spain's RD1663 and RD661

Specifications are subject to change without notice.

> Solar inverters

Schneider Electric Xantrex

GT100 E Grid Tie Solar Inverter

Features

• Digital Signal Processor (DSP) based controls with self-diagnostics

and LCD for display of operating status

• Inverter shut off and disconnects

• Over and under-voltage and frequency protection

• Anti-islanding protection prevents back-feeding inverter-generated

power to the grid in the event of a utility outage

• User definable power tracking allows the user to match the inverter

to the array, as well as to adjust delay periods to customize system

shutdown sequences

• Graphical user interface software for real time communications,

monitoring and control

• Isolated design with integrated transformer

• Multiple inverters can be paralleled for large power installations

Options

• Insulation monitoring systems

• Remote monitoring and fault notification via various communication

options

• Warranty extensions and service contracts with uptime guarantees

Central inverters

30

31

Xantrex

GT100 and GT250 Inverters

Electrical specifications

Models

Maximum continuous output power

Nominal output voltage

Nominal output frequency

Nominal output current

Maximum output fault current

Power factor

DC input voltage range

Peak power tracking voltage range

Maximum input current

Maximum input short-circuit current

Maximum backfeed current

Peak inverter efficiency

CEC efficiency

Night-time power consumption

GT100 208

100 kW

GT100 480

100 kW

GT100 600 (preliminary) GT250 480

100 kW 250 kW

GT250 600 (preliminary)

250 kW

208 Vac 480 Vac 600 Vac 480 Vac 600 Vac

(line to line, +10%-12%) (line to line, +10%-12%) (line to line, +10%-12%) (line to line, +10%-12%) (line to line, +10%-12%)

60 Hz

(+0.5 Hz / -3.0 Hz)

60 Hz

(+0.5 Hz / -3.0 Hz)

60 Hz

(+0.5 Hz / -3.0 Hz)

60 Hz

(+0.5 Hz / -3.0 Hz)

60 Hz

(+0.5 Hz / -3.0 Hz)

278 A rms

1100 A peak

121 A rms

1100 A peak

97 A rms

TBD

301 A rms

1400 A peak

241 A rms

TBD

> 0.99

300 to 600 Vdc

300 to 480 Vdc

347 Adc

460 Adc

0 Adc

96.2%

95.0%

< 100 W

> 0.99

300 to 600 Vdc

300 to 480 Vdc

347 Adc

460 Adc

0 Adc

96.7%

96.0%

< 100 W

> 0.99

300 to 600 Vdc

300 to 480 Vdc

347 Adc

460 Adc

0 Adc

96.7%

96.0%

< 100 W

> 0.99

300 to 600 Vdc

300 to 480 Vdc

867 Adc

1214 Adc

0 Adc

96.8%

96.0%

< 100 W

> 0.99

300 to 600 Vdc

300 to 480 Vdc

867 Adc

1214 Adc

0 Adc

96.8%

96.0%

< 100 W

General specifications

Enclosure rating

Enclosure

Weight

Dimensions (H x W x D)

Operating temperature range

Altitude

Relative humidity

Noise

Features and options

Cooling method

AC/DC disconnect

Isolation transformer

User display

Ground-fault detection/interruption

Communications

Sub-array combiner

NEMA 3R (outdoor rating)

Zinc coated and powder coated steel enclosure

1361 kg (3000 lb) 1361 kg (3000 lb) 1361 kg (3000 lb) 2018 kg (4450 lb) 2018 kg (4450 lb)

186.2 x 170.2 x 117.1 cm 186.2 x 170.2 x 117.1 cm 186.2 x 170.2 x 117.1 cm 219.2 x 228.6 x 117.1 cm 219.2 x 228.6 x 117.1 cm

(73.3 x 67.0 x 46.1") (73.3 x 67.0 x 46.1") (73.3 x 67.0 x 46.1") (86.3 x 90.0 x 46.1") 86.3 x 90.0 x 46.1")

(Removable air intake (Removable air intake (Removable air intake (Removable air intake (Removable air intake reduces depth by 12" reduces depth by 12" reduces depth by 12" reduces depth by 12" reduces depth by 12" for fitting through doors) for fitting through doors) for fitting through doors) for fitting through doors) for fitting through doors)

5ºF to 122ºF (-15ºC to 50ºC) available low temperature option with space heaters up to 6600’ (2012 m) without de-rating

0 to 95% non-condensing

< 75 dBA < 75 dBA < 75 dBA < 75 dBA < 75 dBA

Forced convection cooling/sealed design

Standard and integrated within the inverter enclosure

Standard and integrated within the inverter enclosure

Standard bright fluorescent green vacuum display

Standard and integrated within the inverter enclosure

Optional RS485/Modbus and RS232 communications interface kit

Optional and integrated within the inverter enclosure, 100 A, 150 A or 200 A circuits

Regulatory approvals

Safety

Interconnect

Specifications are subject to change without notice.

UL1741 rev. 2005, CSA 107.1

IEEE 1547 and CSA 107.1

> Solar inverters

Central inverters

Schneider Electric Xantrex

GT100 and GT250 Grid Tie

Solar Inverters

Features

• Ultra-efficient design with industry-leading CEC efficiency of 96%,

including isolation transformer

• Integrated design with isolation transformer in one unit

• Includes AC and DC disconnects

• Integrated ground-fault detection and interruption

• Soft-start circuit to reduce nuisance trips

• Sealed design does not require filters or external air to cool sensitive

components

• Back and sides of unit designed for zero clearance installations

to minimize inverter space requirements

• Wiring access points on bottom, sides and back of inverter

• Removable air outlet allows inverter to be mated with venting ductwork

• Designed for fork lift or sling transportation

• Zinc primed and powder coated steel enclosure for maximum corrosion

resistance

• Designed to help maximize reliability with film-type capacitors and bus

bars in the power path

• Bright fluorescent green vacuum display with UV cover for ease of reading

in sunlight

• RS485/Modbus and RS232 communications

• Available with a five-year standard warranty, extendable to ten years

• Ontario FIT Compliant (most models)

Options

• PV Box solution with multiple inverters and medium voltage transformers

• Fused sub-array combiner integrated with the inverter enclosure

• Positive-ground configuration

• Remote monitoring and control options

• Preventative maintenance programs

• Uptime guarantees and service contracts for up to 20 years

32

33

Xantrex

GT250 E, GT500 E, and GT630 E

Electrical specifications

Models

Continuous power rating

AC current distortion

Maximum AC line current

Night consumption

Minimum DC voltage for feed-in

Maximum DC current

Maximum open circuit voltage

Power tracking window range

Maximum efficiency

European efficiency

GT250 E

250 kW AC

< 3% THD at rated power

460 Aac

< 100 W

450 Vdc

555 Adc

880 Vdc

450 to 800 Vdc

GT500 E

500 kW AC

< 3% THD at rated power

1040 Aac

< 100 W

450 Vdc (495 Vdc for grid interactive option)

1120 Adc

930 Vdc

450 to 880 Vdc (495 to 880 Vdc for grid interactive option, reduced current above 820 Vdc)

97,5% 98,1% (98,3% for grid interactive

option)

96,6% 97,6% (97,9% for grid interactive

option)

GT630 E

630 kW AC

Suggested PV power

Nominal AC voltage

280 kWp

315 Vac three-phase

560 kWp

315 Vac three-phase

705 kWp

375 Vac three-phase

Nominal AC frequency 50 Hz (60 Hz optional) 50 Hz (60 Hz optional) 50 Hz (60 Hz optional)

Line power factor > 0,99 above 20% rated power > 0,99 above 20% rated power

(optional 0,93 leading to 0,93

> 0,99 above 20% rated power

(optional 0,93 leading to 0,93 lagging with grid interactive feature) lagging with grid interactive feature)

< 3% THD at rated power

1040 Aac

< 100 W

575 Vdc

1120 Adc

930 Vdc (1000 Vdc optional)

575 to 880 Vdc (reduced current

above 820 Vdc)

98.4%

98.2%

General specifications

Enclosure environmental rating

Enclosure

Weight

Dimensions (H x W x D)

Ambient temperature range

Altitude

Relative humidity

IP20

Rittal TS Series

1160 kg (2557.36 lb)

IP20

Rittal TS Series

1770 kg (3902.18 lb)

IP20

Rittal TS Series

1770 kg (3902.18 lb)

(without 1000 Vdc option)

211.2 x 200.6 x 60.5 cm

(83.15 x 78.98 x 23.82")

211.2 x 240.6 x 60.5 cm

(83.15 x 94.72 x 23.82")

211.2 x 240.6 x 60.5 cm

(83.15 x 94.72 x 23.82")

(without 1000 Vdc option)

-10°C to 45°C -10ºC to 45ºC -10ºC to 45ºC

Full power up to 1500 m, Full power up to 1500 m, Full power up to 1500 m with power derating above 1500 m with power derating above 1500 m with power derating above 1500 m

0 to 95% non-condensing 0 to 95% non-condensing 0 to 95% non-condensing

Features and options

Cooling method

Protective functions

User display standard

Disconnects (AC & DC)

Combiner boxes

Container solution

Temperature-dependent forced convection cooling

AC over / under-voltage, AC over / under-frequency, over-temperature, AC and DC over-current, DC over-voltage

LCD, four-line, 20-character with keypad

Integral to inverter assembly

Optional feature (information on request)

Optional feature (information on request)

Regulatory approvals

GT250 E, GT500 E and GT630 E are CE marked for the EMC Directive (EN61000-6-2 and EN61000-6-4) and Low Voltage Directive (EN50178)

GT500 E and GT630 E with grid-interactive options comply with German (EON, BDEW) and French (EDF) requirements

GT500 E complies with Spain's RD1663 and RD661

GT250 E, GT500 E and GT630 E comply with the requirements of Italy's ENEL DK5940

Specifications are subject to change without notice.

> Solar inverters

Central inverters

Schneider Electric Xantrex

GT250 E, GT500 E, and GT630 E

Grid Tie Solar Inverters

Features

• Digital Signal Processor (DSP) based controls with self-diagnostics

• LCD display with keypad for display of operating status and for access

of user-changeable settings

• Over and under-voltage and frequency protection, shutting down

the inverter

• User definable power tracking allows the user to match the inverter

to the array, as well as to adjust delay periods to customize system

shutdown sequences

• DC and AC surge protection

• Graphical user interface software for real time communications,

monitoring and control

• Manufactured in Germany

Options

• 1000 Vdc Input for GT630 E

• Grid interactive features including low voltage ride through and reactive

(VAR) power control for the GT500 E and GT630 E

• Insulation monitoring systems and positive or negative grounding kits

• Containerized solutions

• M/S Combiner Box with input fusing

• Remote monitoring and faults notification via various communication

options

• Warranty extensions and service contracts with uptime guarantees

34

35

Xantrex

GT500 Inverters

Electrical specifications

Models

Maximum continuous output power

Nominal output voltage

Nominal output frequency

Nominal output current

Maximum output fault current

Power factor

DC input voltage range

Peak power tracking voltage range

Maximum input current

Maximum input short-circuit current

Maximum backfeed current

Peak inverter efficiency

CEC efficiency

Night-time power consumption

General specifications

Enclosure rating

Weight

Dimensions (H × W × D)

Operating temperature range

Altitude

Relative humidity

Noise

Features and options

Cooling Method

AC/DC disconnects

Isolation transformer

User Display

Ground-fault detection/interruption

Communications

Sub-array container

Regulatory approvals

Safety

Interconnect

Specifications are subject to change without notice.

GT500 480 (preliminary)

500 kW

480 Vac

60 Hz

602 A rms

TBD

> 0.99

310 to 600 Vdc

310 to 480 Vdc

1700 Adc

2200 Adc

0 Adc

97.3% (est)

96.5% (est)

< 100 W

GT500 600 (preliminary)

500 kW

600 Vac

60 Hz

482 A rms

TBD

> 0.99

310 to 600 Vdc

310 to 480 Vdc

1700 Adc

2200 Adc

0 Adc

97.3% (est)

96.5% (est)

< 100 W

GT500 MVX

500 kW

208 Vac (for direct connection to a medium voltage isolation transformer)

60 Hz

1388 A rms

2550A

> 0.99

310 to 600 Vdc

310 to 480 Vdc

1700 Adc

2200 Adc

0 Adc

98% not including MV transformer

97% not including MV transformer

< 100 W

NEMA 3R

2268 kg (5000 lb (est))

224.6 × 379.8 × 126 cm

(88.4 × 149.5 × 49.6")

NEMA 3R

2268 kg (5000 lb (est))

224.6 × 379.8 × 126 cm

(88.4 × 149.5 × 49.6")

NEMA 3R

1587 kg (3500 lb)

224.6 × 228.6 × 126 cm

(88.4 × 90.0 × 49.6")

-4ºF to 113ºF (-20ºC to 45ºC) low temperature option available down to -35ºC, power derating above 45ºC up to 6600’ (2012 m) without de-rating

0 to 95% non-condensing

< 75 dBA < 75 dBA < 75 dBA

Forced convection cooling/sealed design

Standard and integrated within the inverter enclosure

Standard and integrated within the inverter enclosure (480 V and 600 V only)

Standard bright flourescent green vacuum display

Standard and integrated within the inverter enclosure

Optional RS485/Modbus and RS232 communications interface kit

Optional beside the inverter, 100 A 150 A or 200 A circuits

UL1741 rev. 2005, CSA 107.1

IEEE 1547 and CSA 107.1

> Solar inverters

Central inverters

Schneider Electric Xantrex

GT500 Grid Tie Solar Inverter

Features

• Ultra-efficient design with CEC efficiency of 97% (GT500 MVX version)

• Option to connect directly to medium voltage using a customer supplied

transformer or transformer supplied by Schneider Electric

• Integrated design with isolation transformer (480V and 600V only)

in one unit

• Includes AC and DC disconnects for both 480 V and MV versions

• Integrated ground-fault detection and interruption

• Soft-start circuit to reduce nuisance trips (480V and 600V only)

• Sealed design does not require filters or external air to cool sensitive

components

• Back and sides of unit designed for zero clearance installations

to minimize inverter space requirements

• Wiring access points on bottom, sides and back of inverter

• Removable air outlet allows inverter to be mated with venting ductwork

• Designed for fork lift or sling transportation

• Zinc primed and powder coated steel enclosure for maximum corrosion

resistance

• Designed to help maximize reliability with film-type capacitors and bus

bars in the power path

• Bright fluorescent green vacuum display with UV cover for ease of reading

in sunlight

• RS485/Modbus and RS232 communications

• Available with a five-year standard warranty, extendable to ten years

• Ontario FIT Compliant (most models)

Options

• PV Box solution with multiple inverters and medium voltage transformers

• Fused sub-array combiner integrated with the inverter enclosure

• Sub-array string monitoring

• Positive-ground configuration

• Remote monitoring and control options

• Preventative maintenance programs

• Uptime guarantees and service contracts for up to 20 years

36

*

PV BOX Europe

Additional Features

• Integrated medium voltage switchgear providing grid-connection

and transformer feeder with circuit-breaker

• Meets the FNN and BDEW grid-connection requirements of 2010

and 2011

• PV Box available at 500 / 630 / 1000 / 1250 kW power levels

Additional Options

• Monitoring and detection of AC-voltage quality with ION 7650

• Web-based monitoring of the Solar Power Plant with W@de-modules

• Power quality supervision according to EN 50160

*

PV BOX North America

Additional Features

• Integrated Square D

TM

Step-up Transformer and Medium Voltage

Fused Disconnect

Additional Options

• Web-based SCADA monitoring of the Solar Power Plant

37

* PV Boxes are customized to suit each individual application and may look different from the images shown.

> Solutions

Central inverters

PV BOX

The Schneider Electric PV BOX is a pre-wired equipment package for the

European and North American market, specifically designed to meet the growing demand of large scale grid-tied solar farms and large commercial rooftop solar installations. The PV BOX is a complete solution for electrical distribution, automation, security, monitoring and control available from one vendor.

Reduce your costs

Customers can reduce total electrical installation costs and project cycle time with the PV BOX. In addition, by placing the inverters into a structure with a controlled environment, the PV BOX can be installed into a variety of climates, including harsh desert environments where many future large scale solar projects are planned.

What components make up the PV BOX?

The PV BOX typically consists of solar inverters, DC combiner boxes, step-up transformers and a medium voltage switch housed in a prefabricated building to allow quick field wiring from both the solar arrays and the utility grid connection point. Other items can be added to the package including climate controls, security equipment, array string monitoring, SCADA monitoring equipment, and power metering.

Custom designs are available using Xantrex ™ GT250 E, GT250, GT500 E,

GT500 MVX and GT630 E inverters.

Common Features

• Complete solution for electrical distribution, automation, security,

monitoring and control

• 250 kW, 500 kW, 1 MW and 2 MW standard and custom configurations

available

• Integrated medium voltage transformer with dual secondary windings

• Combiner Box for interconnection with PV-modules

• Minimize field electrical work and minimize installation cost

• Fully pre-wired turn-key solution

• Insulated steel or concrete building

• Combiner Box for PV cables and optimum inverter switching at low

level irradiance

• Isolation from grid through AC and DC switching devices under

unfavourable generating conditions and at night

• Maximum Power Point Tracking (MPPT) for optimum power extraction

from the PV generator

• Single source of procurement

• Global availability and service

Common Options

• Several configurations available upon request

• Climate controls

• Security equipment

• Array string monitoring

• Power metering

38

Turnkey solutions

Comprehensive, innovative and global solutions

39

Our turnkey solutions include:

Power conversion substations

PV Box including inverters ( Schneider Electric

Xantrex TM GT100, GT100 E, GT250, GT250 E,

GT500, GT500 E and GT630 E), DC combiner box, transformer, MV protection, monitoring

Grid connection substations

MV switchgear, metering and protection, grid supervision, weather station

Monitoring, supervision and control

DC array boxes, data monitoring, efficiency of the production, maintenance program

Security systems

Schneider Electric and PELCO

Advanced services

Schneider Electric is able to commit on the global performance of the plant during the 20 years life time

Engineering

Presales support

Design, architecture and lay-out

Electrical protection and selectivity study

Lightning protection study

Dependability study

Project

Project management

Planning, scheduling and logistics

Public work

Installation and cabling

Commissioning

Initial Performance Ratio assessment

Operation

Real time monitoring and alarming

Data recording, hosting and processing

Preventive maintenance

Curative maintenance

Performance Ratio and Availability

Level monitoring

Fin d e vid a

Mod erniz ació n

Dise

ño

Exp

Insta lació n lotac ión

Fin d e vid a

Mod erniz ació n

Dise

ño

Exp

Insta lació n lotac ión

Monitoring solutions

Reduction of operational costs: automated management and reliable datAacquisition

Production increase during operation: information in real time, alarms and reports

Planning improvements: detailed cost information, capacity and stress

Interoperability with other systems:

CCTV, access control,...

Multi-site, scalable and flexible:

PV power plant remote access and monitoring, including large geographically dispersed systems

DatAacquisition : Voltage, current, temperature,

irradiation, devices status, etc.

Wide choice of local communication media

Data logging and stamping

Web-enabled devices

Local or remote transmission (ADSL, GPRS, …)

Mono- or multi-sites Supervision

• Visualization

• Reporting

• Data exploitation : Performance ratio, availability level

• Computer aided maintenance

Array Boxes

Serial

Power conversion substations

- inverter

- transformer

- medium voltage switch gear

- protection

- grid supervision

Data monitoring

Grid connection substation

- medium voltage switch gear

- protection

- grid supervision

- weather station

Data monitoring

Local monitoring

PV Modules

Utility grid

Security

CCTV and access control

Schneider Electric and PELCO:

Compact, standard and mobile cameras

Dome cameras day/night

Microwave or infrared shielding

Microwave shield BM-XXQ

Complete surveillance for risk reduction

Service

throughout the life cycle of your installation

Schneider Electric offers customized services:

End of life cycle

Modernization

Design

Installation

Operation

Reaches

100%

of its potential

Predictive maintenance

Diagnostics

Insta llatio n

Emergency intervention

End

Management and supply of spares

24 hour technical assistance

of lif e cyc

Upgrades

Mod erni zatio n Prod uctio n

40

Fin de vida

Modernización

Diseño

Instalación

Explotación

Fin de vida

Modernización

Diseño

Instalación

Explotación

Diseño

Diseño

Explotación

Fin de vida

Servicios

a lo largo del ciclo de vida de su instalación

Schneider Electric le ofrece sus sevicios a medida:

Diseño

Instalación

Exp lota ción ación

Moderniz

Fin d e vid a

Alcance el

100%

de su potencial

Revisiones preventivas

Consultoría

Intervenciones

Contratos de mantenimiento:

● Preventivo

● Correctivo

Gestión y suministro de repuestos

Asistencia telefónica 24 horas

Modernizaciones

Instalació n

Fin

de

vi da

Explo tació n

Mo de rniz ació n

Instalació n

Fin

de

vi da

Explo tació n

Mo de rniz ació n

Modernización Fin de vida Explotación Instalación Diseño Diseño

Servicios

a lo largo del ciclo de vida de su instalación

Schneider Electric le ofrece sus sevicios a medida:

Diseño

Instalación

Explotación

Fin de vida

Modernización

Alcance el

100%

de su potencial

Revisiones preventivas

Consultoría

Intervenciones

Contratos de mantenimiento:

Preventivo

Correctivo

Gestión y suministro de repuestos

Asistencia telefónica 24 horas

Modernizaciones

Soluciones de aislada y back-up

Energía de respaldo (back-up)

Fuentes CA

Red

Arranque generador

(AGS)

Inversor/Cargador XW

Gateway

Panel de control

(SCP)

Xanbus ™

Controlador de carga

XW MPPT

Generador

Batería

Fuentes renovables

Fuentes CC

Solar

Hidráulica

Eólica

41

Basic off-grid system

With an off-grid system, you can easily produce your own power without the expense and environmental impact of extending power lines, or relying completely on a generator.

A basic off-grid system consists of a renewable energy source, which generates DC power, a battery bank that stores the DC power, and an inverter. Our inverter is the intelligent center of a renewable power system, seamlessly converting DC power to clean AC electricity for your needs.

With a backup system, grid-connected homes can benefit from electricity even if there is a grid failure. An inverter/charger automatically detects the failure and instantly switches to backup power stored in a battery bank that stores the DC power.

Xantrex XW System

Xantrex TR

Residential backup system

Residential backup system

Residential off-grid system

Residential backup system

Residential off-grid system

Residential off-grid system

42

43

Off-grid and backup products and solutions

44

45

>

Solar inverter/chargers

Off-grid and backup

Schneider Electric Xantrex

TR Series Inverter/Chargers

The TR Series Inverter/Charger is an economical power conversion solution designed to provide dependable modified sine-wave electricity to essential circuits in the home or business during a power outage.

Features

• 120 Vac / 60 Hz and 230 Vac / 50 Hz Models

• New digital display shows kilowatts (kW) when inverting and amps (A)

when charging, plus incorporates a robust ON/OFF membrane switch

and status indicators

• New power factor corrected (PFC) charging, combined with a more

sophisticated multi-stage battery charging algorithm, reduces electricity

draw and generator run-time

• Simplified controls with a snap-on cover that protects settings from being

accidentally changed

• Better thermal performance allows full output power to 50°C without

de-rating

• High surge capacity starts more difficult loads and handles overload

conditions

• Circuit boards are conformally-coated to protect them from corrosion

for longer life and improved reliability

• Durable powder coated, corrosion resistant steel chassis

Options

• TR-Remote On/Off Switch – includes LED status indicator

• TR-Conduit Box – connects to the DC side of the inverter and accepts

2 cm, 2.5 cm or 5 cm conduit

46

47

Xantrex

TR Series Inverter/Chargers 230 V 50 Hz

Electrical specifications

Models

Continuous output power

AC output voltage (rms)

AC output frequency

Rated AC output current

Surge capability max. output & duration:

Overload 10 sec rating

Short circuit 10 sec rating

Adjustable load sensing range

Waveform

DC input current at no load - search mode

Efficiency – peak

DC input voltage range

Rated DC input current

Load power factor (allowed)

Series operation

Bypass / Charge mode:

AC input voltage range

AC input frequency range

Built-In internal supplemental breakers

DC charger rate (adjustable)

AC input current at max. charge rate

AC input power factor

Multi-stage charging

Temperature compensation

Automatic transfer relay

Transfer time (typical)

TR1512 230 50

1500 VA

230 Vac

50 Hz

6,4 Aac

TR1524 230 50

1500 VA

230 Vac

50 Hz

6,4 Aac

TR2424 230 50

2400 VA

230 Vac

50 Hz

10,4 Aac

3000 VA

26,5±2,5 Apk

3000 VA

26,5±2,5 Apk

4800 VA

42±4 Apk

10 W minimum to 480 W maximum 10 W minimum to 480 W maximum 10 W minimum to 480 W maximum

Modified sine wave Modified sine wave Modified sine wave

0,35 Adc

> 92%

11 to 15 Vdc

158 Adc

0,8 to 1,0 (leading or lagging)

No

0,20 Adc

> 91%

22 to 30 Vdc

77 Adc

0,8 to 1,0 (leading or lagging)

No

0,20 Adc

> 94%

22 to 30 Vdc

121 Adc

0,8 to 1,0 (leading or lagging)

No

120 to 253 Vac (wide),

180 to 253 Vac (narrow),

45 to 55 Hz

(narrow-charge and pass-through)

15 Aac bypass, 8 Aac charger

10 to 70 Adc

5,9 Aac

120 to 253 Vac (wide)

180 to 253 Vac (narrow)

45 to 68 Hz (wide-charge)

15 Aac bypass, 8 Aac charger

5 to 35 Adc

6,0 Aac

120 to 253 Vac (wide)

180 to 253 Vac (narrow)

41 to 68 Hz (wide pass-through)

15 Aac bypass, 15 Aac charger

10 to 70 Adc

10,4 Aac

0,91 > 0,83 0,92

Yes – bulk, absorption and float, plus user-initiated equalize (for flooded batteries only)

Battery temperature sensor included Battery temperature sensor included Battery temperature sensor included

15 Aac 15 Aac 15 Aac

< 40 ms (wide), < 20 ms (narrow) < 40 ms (wide), < 20 ms (narrow) < 40 ms (wide), < 20 ms (narrow)

General specifications

Weight

Dimensions (H x W x D)

Shipping weight

Shipping dimensions (H x W x D)

Operating temperature range

Mounting

Warranty

Part number

Accessories

Conduit Box (989-1050)

Remote On/Off Switch (989-1060)

19 kg (42 lb)

18.4 x 21.6 x 54.6 cm

(7.24 x 8.5 x 21.5")

23.6 kg (52 lb)

19 kg (42 lb)

18.4 x 21.6 x 54.6 cm

(7.24 x 8.5 x 21.5")

23.6 kg (52 lb)

19 kg (42 lb)

18.4 x 21.6 x 54.6 cm

(7.24 x 8.5 x 21.5")

23.6 kg (52 lb)

30 x 31.5 x 67.5 cm

(11.81 x 12.4 x 26.57")

30 x 31.5 x 67.5 cm

(11.81 x 12.4 x 26.57")

30 x 31.5 x 67.5 cm

(11.81 x 12.4 x 26.57")

0°C to 50°C 0°C to 50°C 0°C to 50°C

Wall-mount (with 16" mounting centers) Wall-mount (with 16" mounting centers) Wall-mount (with 16" mounting centers)

Two years Two years Two years

989-1025 989-1030 989-1035

Regulatory approvals

CE Marked and compliant with Europe's EMC Directive (EN61000-6-1, -6-3, -3-2, and -3-3) and Low Voltage Directive (EN50178)

Specifications are subject to change without notice.

Off-grid and backup

>

Solar inverter/chargers

Xantrex

TR Series Inverter/Chargers 120 V 60 Hz

Electrical specifications

Models

Invert mode – waveform

Continuous output power

AC output voltage (rms)

AC output frequency

Rated AC output current

Surge capability max. output & duration

Overload 10 sec rating

Short circuit 10 sec rating

Adjustable load sensing range

DC input current at no load – search mode

Efficiency – peak

DC input voltage range

Rated DC input current

Load power factor (allowed)

TR1512 120 60

1500 VA

120 Vac

60 Hz

12.5 Aac

3000 VA

50±5 Apk

0.35 amps

> 90%

11.0 to 15.0 Vdc

157 amps

TR2412 120 60

2400 VA

120 Vac

60 Hz

20 Aac

TR1524 120 60

Modified sine wave

1500 VA

120 Vac

60 Hz

12.5 Aac

TR2424 120 60

2400 VA

120 Vac

60 Hz

20 Aac

4800 VA

80±8 Apk

3000 VA

50±5 Apk

4800 VA

80±8 Apk

Five watts minimum to 240 watts maximum

0.35 amps 0.17 amps 0.17 amps

> 92%

11.0 to 15.0 Vdc

252 amps

> 92%

22.0 to 30.0 Vdc

76 amps

0.8 to 1.0 (leading or lagging)

> 93%

22.0 to 30.0 Vdc

120 amps

TR3624 120 60

3600 VA

120 Vac

60 Hz

30 Aac

7200 VA

120±12 Apk

0.20 amps

> 94%

22.0 to 30.0 Vdc

186 amps

Series operation

Bypass / charge mode – AC input voltage range

AC input frequency range

Built-In internal supplemental breakers

Yes – Two units can be connected to produce 120/240 Vac split phase power, stacking cable included

30 Aac bypass,

20 Aac charger

65 to 140 Vac (wide), 95 to 140 Vac (narrow)

55 to 64 Hz (narrow-charge & pass-through),

55 to 68 Hz (wide-charge), 41 to 68 Hz (wide pass-through)

30 Aac bypass,

30 Aac charger

30 Aac bypass,

20 Aac charger

30 Aac bypass,

30 Aac charger

30 Aac bypass,

30 Aac charger

DC charger rate (adjustable)

AC input current at max. charge rate

AC input power factor

Multi-stage charging

10 to 70 amps

11.2 Aac

0.88

14 to 100 amps

15.8 Aac

5 to 35 amps

10.2 Aac

10 to 70 amps

19.7 Aac

0.89 > 0.88 0.92

Yes – bulk, absorption and float, plus user-initiated equalize (for flooded batteries only)

10 to 70 amps

19.5 Aac

0.93

Temperature compensation

Automatic transfer relay

Transfer time (typical)

30 amps 30 amps

Battery temperature sensor included

30 amps

< 40 ms (wide), < 20 ms (narrow)

30 amps 30 amps

General specifications

Weight

Dimensions (H x W x D)

Shipping weight

Shipping dimensions (H x W x D)

Operating temperature range

Mounting

Warranty

Part number

Regulatory approvals

Safety

EMC

Specifications are subject to change without notice.

18 kg (40 lb)

22.7 kg (50 lb)

0°C to +50°C

Two years

989-1000

19 kg (42 lb) 18 kg (40 lb)

18.4 x 21.6 x 54.6 cm (7.25 x 8.5 x 21")

23.6 kg (52 lb) 22.7 kg (50 lb)

30 x 31.5 x 67.5 cm (11.8 x 12.4 x 26.6")

0°C to +50°C 0°C to +50°C

Wall-mount (with 16" mounting centers)

Two years

989-1010

Two years

989-1005

20 kg (45 lb)

24.9 kg (55 lb)

0°C to +50°C

Two years

989-1015

UL1741 rev. 2005, CSA 107.1

FCC and Industry Canada Class B

20 kg (45 lb)

24.9 kg (55 lb)

0°C to +50°C

Two years

989-1020

48

49

>

Solar inverter/chargers

Off-grid and backup

Schneider Electric Xantrex

XW Inverter/Charger

Features

• True sine-wave output

• High surge capacity – innovative Full Digital Control regulates voltage

to prevent a drop during a power surge

• Full 200% rated output power is delivered to the load

• Single-phase (230 Vac / 50 Hz or 120/240Vac / 60 Hz) and three-phase

(230/400 Vac / 50Hz, or 120/208 Vac / 60Hz) configuration possible

• It is the foundation for battery- based residential applications up to 24 kW,

and commercial applications up to 36 kW in a three-phase configuration

• Up to four inverters can be installed to create larger single-phase

systems and up to two units per phase can be connected for three-phase

installations

• Non volatile memory

• Dual AC inputs (grid and generator)

• Configurable auxiliary output

• Full control of generator with optional automatic generator start (AGS)

• Efficient, power factor corrected, high-current, multistage battery charging

(minimizes recharge time, and electricity/fuel costs, and prolongs

battery life)

• CE marked (50 Hz models) or CSA Certified (60 Hz)

• Easier and less expensive to install – mounting bracket is included

• Local display on inverter shows output power, charge current and battery

level, to provide system status at-a-glance

• Xanbus ™ Network provides plug-and-play networkability

(no need for separate hub or router)

50

51

Xantrex

XW Series Inverter/Chargers 230 V 50 Hz

Electrical specifications

Models

Continuous output power

Surge rating

Surge current

Waveform

Peak efficiency

Idle consumption - search mode

AC connections

XW6048 230 50

6000 W

12000 W (15 sec)

53 A rms

True sine wave

95,4%

< 7 W

AC1 (grid), AC2 (generator)

AC input voltage range (bypass/charge mode) 165 to 280 Vac (230 V nominal)

AC input frequency range (bypass/charge mode) 40 to 68 Hz (50 Hz nominal)

AC output voltage

Maximum AC pass through current

230 Vac +/- 3%

56 Aac

AC output continuous current

AC output frequency

Total harmonic distortion

Typical transfer time

DC current at rated power

Utility-interactive

DC input voltage range

Continuous charge rate at nominal voltage

Power factor corrected charging

DC input voltage (nominal)

XW4548 230 50

4500 W

9000 W (20 sec)

40 A rms

True sine wave

95,6%

< 7 W

AC1 (grid), AC2 (generator)

XW4024 230 50

4000 W

8000 W (20 sec)

35 A rms

True sine wave

94%

< 7 W

AC1 (grid), AC2 (generator)

26,1 Aac

50 Hz +/- 0,1 Hz

< 5% at rated power

8 ms

165 to 280 Vac (230 V nominal)

40 to 68 Hz (50 Hz nominal)

230 Vac +/- 3%

56 Aac

19,6 Aac

50 Hz +/- 0,1 Hz

< 5% at rated power

8 ms

165 to 280 Vac (230 V nominal)

40 to 68 Hz (50 Hz nominal)

230 Vac +/- 3%

56 Aac

17,4 Aac

50 Hz +/- 0,1 Hz

< 5% at rated power

8 ms

131 Adc 96 Adc 178 Adc

Disabled Disabled Disabled

44 to 64 Vdc

100 Adc

44 to 64 Vdc

85 Adc

22 to 32 Vdc

150 Adc

0,98

50.4 Vdc

0,98

50.4 Vdc

0,98

25.2 Vdc

General specifications

Enclosure type

Weight

Dimensions (H x W x D)

Shipping weight

Shipping dimensions (H x W x D)

Operational temperature range

Mounting

Supported battery types

Battery bank size

Battery temperature sensor

Non volatile memory

Display panel

Multiple unit configurations

System network

Warranty

Part number

IP20 (sensitive electric components sealed inside enclosure)

55.2 kg (121.7 lb) 53.5 kg (118 lb)

58 x 41 x 23 cm (23 x 16 x 9")

76.7 kg (169 lb)

58 x 41 x 23 cm (23 x 16 x 9")

75 kg (165 lb)

71,1 x 57,2 x 39,4 cm

(27.99 x 22.52 x 15.51")

71,1 x 57,2 x 39,4 cm

(27.99 x 22.52 x 15.51")

-25°C to 70°C (power derated above 45°C)

52.5 kg (116 lb)

58 x 41 x 23 cm (23 x 16 x 9")

74 kg (163 lb)

71,1 x 57,2 x 39,4 cm

(27.99 x 22.52 x 15.51")

Wall mount, backplate included Wall mount, backplate included Wall mount, backplate included

Flooded (default), Gel, AGM, custom Flooded (default), Gel, AGM, custom Flooded (default), Gel, AGM, custom

100 to 10000 Ah

Included

100 to 10000 Ah

Included

100 to 10000 Ah

Included

Yes Yes Yes

Status LEDs indicate AC In status, faults/warnings, equalize mode, On/Off and equalize button battery level.

Three-character display indicates output power or charge current

Single-phase: up to four parallel units. Three-phase: two units per phase

Xanbus™ Xanbus Xanbus

Five years

865-1035

Five years

865-1040

Five years

865-1045

Accessories

Remote display (865-1050)

Generator support (865-1060)

Conduit Box (865-1025)

Solar Charge Controller (865-1030-1)

Configuration Tool (865-1155)

Xantrex XW System Control Panel monitors and configures all devices connected to Xanbus Network

Xantrex XW Automatic Generator Start module connects to Xanbus Network. Automatically activates generator to recharge depleted battery bank or assist inverter with heavy loads

Xantrex XW Conduit Box encloses the bottom of the inverter and protects the cabling.

Provides knockouts for 2 cm, 2.5 cm, 3.2 cm, 6 cm, and 6.5 cm conduit

Xantrex XW MPPT Solar Charge Controller with MPPT delivers the maximum energy available from the PV array to the battery bank

The Xantrex XW Configuration Tool aids dealers and installers by simplifying and expediting the configuration and/or troubleshooting of a Xantrex XW System

Regulatory approval

CE marked according to the following EU directives and standards:

EMC Directive

Low Voltage Directive

EN61000-6-1, EN61000-6-3, EN61000-3-2, EN61000-3-3

EN50178

Specifications are subject to change without notice.

Off-grid and backup

>

Solar inverter/chargers

Xantrex

XW Series Inverter/Chargers 120/240 V 60 Hz

Electrical specifications

Models

Continuous output power

Surge rating (10 seconds)

Surge current

Waveform

Low-load efficiency

Idle consumption - search mode

AC connections

AC voltage

AC input breaker

XW6048 120240 60

6,000 W

12,000 W

L-N: 105 Arms (15 sec)

L-L: 52.5 Arms (15 sec)

True sine wave

95%

< 8 W

AC1 (Grid), AC2 (Generator)

120/240 Vac split-phase

60 A two-pole

XW4548 120240 60

4500 W

9000 W

L-N: 75 Arms (20 sec)

L-L: 40 Arms (20 sec)

True sine wave

95%

< 8 W

AC1 (Grid), AC2 (Generator)

120/240 Vac split-phase

60 A two-pole

XW4024 120240 60

4000 W

8000 W

L-N: 70 Arms (20 sec)

L-L: 35 Arms (20 sec)

True sine wave

94%

< 8 W

AC1 (Grid), AC2 (Generator)

120/240 Vac split-phase

60 A two-pole

CEC weighted efficiency 92.5% 93% 91%

CEC power rating

AC input voltage range (bypass/charge mode)

5752 W 4500 W

L-N: 80 - 150 Vac (120 V nominal); L-L: 160 - 270 Vac (240 V nominal)

4000 W

AC input frequency range (bypass/charge mode) 55 to 65 Hz (default); 44 to 70 Hz (allowable)

AC1 voltage range – Sell mode L-N: 108 - 130 +/- 1.5 Vac; L-L: 214 - 260 +/- 3.0 Vac (automatically adjusts when entering Sell mode)*

AC1 frequency range – Sell mode

AC output voltage

AC output frequency

DC current at rated power

Total harmonic distortion

Automatic transfer relay

Typical transfer time

DC input voltage (nominal)

59.4 - 60.4 +/- 0.05 Hz (automatically adjusts when entering Sell mode)*

L-N: 120 Vac +/- 3%; L-L: 240 Vac +/- 3%

60.0 +/-0.1 Hz

130 A

< 5%

60 A

8 ms

50.4 Vdc

96 A

50.4 Vdc

178 A

DC input voltage range

Maximum continuous charge rate

Efficiency at maximum charge rate

Power factor corrected charging

Emissions

Multiple-unit configurations

Auxiliary relay output

System network

44 to 64 Vdc

100 A

89.4%

0.98

FCC Class B

44 to 64 Vdc

85 A

90.2%

0.98

FCC Class B

Up to three parallel units in 120/240 V split-phase configuration

0 to 12 Vdc, maximum 250 mA DC

Xanbus™ (publish-subscribe network, no need for hubs or special cards)

25.2 Vdc

22 to 32 Vdc

150 A

85.8%

0.98

FCC Class B

General specifications

Enclosure type

Weight

Dimensions (H x W x D)

Shipping weight

Shipping dimensions (H x W x D)

Operational temperature range

Mounting

Display panel

Battery temperature sensor

Standard warranty

Part number

NEMA Type 1 – Indoor (sensitive electronic components sealed inside enclosure)

55.2 kg (121.7 lb) 53.5 kg (118 lb) 52.5 kg (116 lb)

58 x 41 x 23 cm (23 x 16 x 9")

76.7 kg (169 lb) 75 kg (165 lb) 74 kg (163 lb)

71.1 x 56.5 x 26.7 cm (28 x 22.25 x 10.5")

-13 to 158°F (-25 to 70°C) (power derated above 45°C)

Wall mount, backplate included

Status LEDs indicate AC In status, faults/warnings, equalize mode, battery level. Three-character display indicates output power or charge current, fault/warning codes. On/off and equalize buttons

Included

Five years (Ten years optional)

865-1000-01

Included

Five years (Ten years optional)

865-1005

Included

Five years (10 years optional)

865-1010

Accessories

Remote display (865-1050)

Generator support (865-1060)

Solar Charge Controller (865-1030-1)

Configuration Tool (865-1155)

Regulatory approvals

Safety

EMC

Interconnect

Specifications are subject to change without notice.

Xantrex XW System Control Panel monitors and configures all devices connected to Xanbus Network

Xantrex XW Automatic Generator Start module connects to Xanbus Network. Automatically activates generator to recharge depleted battery bank or assist inverter with heavy loads

Xantrex XW MPPT Solar Charge Controller with MPPT delivers the maximum energy available from the PV array to the battery bank

The Xantrex XW Configuration Tool aids dealers and installers by simplifying and expediting the configuration and/or troubleshooting of a Xantrex XW System

UL1741 rev. 2005, CSA 107.1

FCC and Industry Canada Class B

IEEE 1547 and CSA 107.1

52

53

Schneider Electric Xantrex

XW MPPT 60 150 Solar Charge Controller

Electrical specifications

Nominal battery voltage

Maximum PV array voltage (operating)

Maximum PV array open circuit voltage

Array short-circuit current

Maximum and minimum wire size in conduit

Total stand-by power consumption

Charger regulation method:

General specifications

Enclosure type

Weight

Dimensions (H x W x D)

Shipping weight

Shipping dimensions (H x W x D)

Operating temperature range (full power)

Storage temperature

Altitude limit (operating)

Mounting

Standard warranty

Part number

Regulatory approvals

Safety

EMC

12, 24, 36, 48, 60 Vdc

140 Vdc

150 Vdc

60 Adc maximum between 2,5 to 10 mm² (6 AWG to 14 AWG)

2,5 W (tare loss)

Three-stage (bulk, absorption, float)

Two-stage (bulk, absorption)

Indoor, ventilated, sheet metal chassis with 2.2 cm and 2.8 cm (7/8" and 1") knockouts and aluminium heat-sink

4.8 kg (10.75 lb)

36.8 x 14.6 x 13.8 cm (14.5 × 5.75 × 5.5")

8 kg (17.6 lb)

48.3 x 22.9 x 35 cm (19 × 9 × 9.75")

-20°C to 45°C (-4°F a 113°F)

-40°C to 85°C (-40°F a 185°F)

Sea level to 2000m

Vertical wall mount

Five years

865-1030-1

CSA Certified (UL1741 rev. 2005, CSA 107.1) and CE Marked for the Low Voltage Directive (EN50178)

FCC and Industry Canada (Class B) and CE Marked for the EMC Directive (EN61000-6-1, -6-3)

Specifications are subject to change without notice.

> Solar charge controller

Off-grid and backup

Schneider Electric Xantrex

XW MPPT 60 150 Solar Charge

Controller

The Xantrex XW MPPT 60 150 is a photovoltaic (PV) charge controller that tracks the electrical maximum power point of a PV array to deliver the maximum available current for charging batteries. When charging, the XW MPPT 60 150 regulates battery voltage and output current based on the amount of energy available from the PV array and state-of-charge of the battery.

Features

• Can be used with 12, 24, 36, 48, and 60 Vdc battery systems and is

able to charge a lower nominal voltage battery from a higher nominal

voltage array

• Maximum Power Point Tracking (MPPT) algorithm continually seeks

the maximum power available from the PV array

• Integrated PV ground-fault protection for negative grounded arrays

• Convection-cooled design does not require a cooling fan − large,

aluminum, die-cast heat-sink allows full output current up to 45°C

without thermal derating

• Selectable two or three-stage charging algorithms with manual

equalization to maximize system performance and improve battery life

• Configurable auxiliary output

• Two-line, 16-character liquid crystal display (LCD) and four buttons

for configuration and system monitoring

• Input over-voltage and under-voltage protection, output over-current

protection, and backfeed (reverse current) protection (warning and fault

messages appear on LCD when unit shuts down as a protective measure)

• Can also be used with other battery-based solar energy systems

• Over-temperature protection and power derating when output power

and ambient temperature are high

• Battery Temperature Sensor (BTS) included − automatically provides

temperature compensated battery charging

• Xanbus ™ -enabled network communications protocol

• Five-year warranty

54

55

Schneider Electric Xantrex

XW MPPT 80 600 Solar Charge Controller

Electrical specifications

Nominal battery voltage 24 and 48 VDC (Default is 48 V)

Maximum PV array voltage (operating) 195 to 550 VDC

Maximum PV array open circuit voltage

Array short-circuit current

Maximum and minimum wire size in conduit

Total stand-by power consumption

Charger regulation method:

General specifications

Enclosure type

Weight

Dimensions (H x W x D)

Shipping weight

Shipping dimensions (H x W x D)

Operating temperature range

Storage temperature

600 VDC

28 ADC @ STC

#6 AWG to #14 AWG (13.5 to 2.5 mm 2 )

< 1W

Three stage (bulk, absorption, float)

Two stage (bulk, absorption)

Indoor, ventilated, aluminum sheet metal chassis with 7/8" and 1" (22.22 mm and 27.76 mm) knockouts and aluminum heat sink

13.5 kg (29.8 lb)

76 × 22 × 22 cm (30 × 8.625 × 8.625")

17.4 kg (38.3 lb)

87 × 33 × 27 cm (34.3" × 13" × 10.6")

-20 to +65°C (-4 to 149°F), power derating above 45°C

-40 to +85°C (-40 to 185°F)

Altitude limit (operating)

Mounting

Standard warranty

Sea level to 6,500 feet (approximately 2000 m)

Vertical wall mount

Five Years

Part number

Regulatory approvals

Certified to UL 1741: 2nd Ed and to CSA 107.1-01

Specifications are subject to change without notice.

865-1032

> Solar charge controller

Off-grid and backup

Schneider Electric Xantrex

XW MPPT 80 600 Solar Charge

Controller

The Xantrex XW MPPT 80 600 is a photovoltaic (PV) Charge Controller that tracks the maximum power point of a PV array to deliver the maximum available current for charging batteries. When charging, the XW MPPT 80 600 regulates the battery voltage and output current based on the amount of energy available from the PV array and present state-of-charge of the battery. The XW MPPT 80 600 accepts PV array voltages up to 600V; significantly reducing system wiring gauges and conduit costs.

Features

• High DC voltage input allows increased installation flexibility

and allows long wiring distances from the PV array to the controller

• Can be used with 24 and 48V battery systems

• Maximum Power Point Tracking MPPT delivers maximum available

power from PV array to battery bank

• Configurable for positive, negative, and ungrounded PV systems

• Integrated PV ground fault protection

• Full output power of 4800W up to 45ºC without de-rating

• Configurable Auxiliary output

• Input over-voltage and under-voltage protection, output over current

protection, and back-feed (reverse current) protection

• Over-temperature protection and power derating when ambient

temperatures are high

• Battery Temperature Sensor included – automatically provides

temperature-compensated battery charging

• Xanbus ™ – enabled network communications protocol allows settings

and activity to be communicated to other Xanbus-enabled devices,

such as the XW Hybrid Inverter/Charger, the XW System Control Panel

(SCP), XW Automatic generator start (XW AGS) and other XW Solar

Charge Controllers

• Can be installed in a stand-alone mode with XW System Control Panel

(XW SCP) (sold separately)

• Five-Year Warranty

56

57

Xantrex

C12 PWM Charge Controller

Electrical specifications

Maximum PV amps

Maximum DC load

Minimum operating voltage

Maximum voltage drop - PV to battery

Maximum voltage drop - battery to DC load

Regulation setting

Equalize setting

Typical consumption while charging

Typical consumption at night

Typical consumption with load disconnected

Maximum stranded wire size

12 A at 12 Vdc only

12 A with auto reset

6 V

0,3 V

0,5 V

13 to 15 Vdc

Bulk plus 1 volt for two hours

0,007 A

0,003 A

0,003 A

10 AWG stranded (5.2 mm 2 )

General specifications

Enclosure type

Weight

Dimensions (H x W x D)

Shipping weight

Shipping dimensions (H x W x D)

Allowed temperature range

Mounting

Warranty

Part number

Powder coated steel with strain relief for wiring and knockouts for up to three ½" conduits

0.9 kg

16.5 x 11 x 4 cm (6.5 x 4.33 x 1.57")

1.13 kg

20.3 x 11.7 x 4 cm (7.99 x 4.61 x 1.57")

0°C to 40°C

Vertical wall mount – indoor

Two years

C12 – charge controller

Features and options

Regulation method

Field adjustable control setpoints

Setting protection

Testpoints

Automatic equalization

External battery temperature compensation

Short circuit protection

Reverse polarity protection

Low voltage disconnect

Standard – three-stage (bulk, absorption, and float), solid state, pulse width modulation

Standard – removable knobs and calibrated scales

Standard – knobs can be removed to prevent tampering

Standard – provided for each setting

Standard – every 30 days or after voltage reaches low voltage disconnect – can be disabled

Optional – battery temperature sensor (BTS)

Standard – fully electronically protected with auto reset and manual reset switch, protects both the loads and PV array from damage from short circuits – a fuse for the battery is still advised to protect the battery wires if located separately

Standard – fully protected

Standard – adjustable automatic or manual operation, manual reconnection includes warning flash of loads five minutes before and a ten minute grace period

Regulatory approvals

CE marked for the Low Voltage Directive and EMC Directive

Specifications are subject to change without notice.

> Solar charge controller

Off-grid and backup

Schneider Electric Xantrex

C12 PWM Charge Controller

The C12 PWM charge, lighting, or load controller is uniquely sophisticated.

As a charge controller, it features three-stage charging, user definable voltage parameters, and automatic equalization. Standard in the C12

PWM’s load control circuitry are field adjustable low voltage disconnect and reconnect points, along with a five minute low battery disconnect warning. The C12 PWM also functions as a lighting controller. Lighting run time is adjustable from 2 to 8 hours or can be set from dusk to dawn operation. It is used worldwide in a variety of applications, including remote village lighting systems and automatic outdoor lighting in Africa, Latin

America, and Asia. An optional battery temperature sensor ensures precise battery charging regardless of battery temperature fluctuations.

Features

• Silent, pulse width modulated microprocessor control (maximizing

battery life)

• Field adjustable voltage and battery set points

• Electronic protection against short-circuit, overload, over-temperature

and reverse polarity conditions

58

59

Xantrex

C Series Charge Controllers

Electrical specifications

Models

Voltage configurations

Max. PV open circuit array voltage

Charging / load current (@ 25°C)

Max. short circuit current

Max. voltage drop through controller

Total operating consumption

Total idle consumption

Recommended breaker size

Recommended wire size

Lead acid battery settings

NiCd battery settings

Load control mode

C35 PWM

12 and 24 Vdc

55 Vdc

35 Adc

85 A

0,30 V

15 mA

3 mA

C40 PWM

12, 24, and 48 Vdc

125 Vdc

40 Adc

85 A

0,30 V

15 mA

3 mA

C60 PWM

12 and 24 Vdc

55 Vdc

60 Adc

85 A

0,30 V

15 mA

3 mA

60 A rated at 100% continuous duty

6 AWG rated at 90°C

60 A rated at 100% continuous duty

6 AWG rated at 90°C

60 A rated at 100% continuous duty

6 AWG rated at 90°C

Adjustable Adjustable Adjustable

Adjustable Adjustable Adjustable

Low voltage reconnect – adjustable (sticker provided with unit) all models

Low voltage disconnect – user selectable manual or automatic reconnection –

(includes warning flash before disconnect and provides a one time, user selected grace period) all models

General specifications

Enclosure type

Weight

Dimensions (H x W x D)

Shipping weight

Shipping dimensions (H x W x D)

Specified temperature range

Mounting

Altitude – operating

Altitude – non-operating

Warranty

Part number

Features and options

Regulation method

Field adjustable control setpoints

Display panel

Equalization charge

Battery temperature sensor

Indoor, ventilated, powder coated steel Indoor, ventilated, powder coated steel Indoor, ventilated, powder coated steel with 2 cm and 2.5 cm knockouts with 2 cm and 2.5 cm knockouts with 2 cm and 2.5 cm knockouts

1.2 kg (2.65 lb)

20.3 x 12.7 x 6.4 cm

(7.99 x 5 x 2.52")

1.4 kg (3.09 lb)

25.4 x 12.7 x 6.35 cm

(10 x 5 x 2.5")

1.4 kg (3.09 lb)

25.4 x 12.7 x 6.35 cm

(10 x 5 x 2.5")

1.4 kg (3.09 lb)

31.5 x 17.8 x 6.4 cm

(12.4 x 7.01 x 2.52")

0°C to 40°C

Vertical wall mount – indoor only

1.6 kg (3.53 lb)

31.5 x 17.8 x 6.4 cm

(12.4 x 7.01 x 2.52")

0°C to 40°C

Vertical wall mount – indoor only

1.6 kg (3.53 lb)

31.5 x 17.8 x 6.4 cm

(12.4 x 7.01 x 2.52")

0°C to 40°C

Vertical wall mount – indoor only

4.572 m

15.240 m

Two years

C35, C40, C60 – Controllers

4.572 m

15.240 m

Two years

CM – Front display panel

CM/R-50, CM/R-100 – Remote display panel

BTS – Battery temperature sensor

4.572 m

15.240 m

Two years

Solid state, three-stage (bulk, absorption, and float), pulse width modulation

Two user adjustable voltage setpoints for control of loads or charging sources – settings retained if battery is disconnected

CM, CM/R-50, or CM/R-100 – optional LCD – backlit, alphanumeric display showing battery voltage, DC amperage, cumulative amp hours, and amp hours since last reset – remote includes 15 m or 30,5 m cable

User selectable manual or automatic equalization – every 30 days

BTS – optional remote battery temperature sensor for increased charging precision

Regulatory approvals

Safety

EMC

Specifications are subject to change without notice.

UL Listed to UL1741 and CSA 14; CE Marked for the Low Voltage Directive

FCC and Industry Canada Class B, CE Marked for the EMC Directive

> Solar charge controller

Off-grid and backup

Schneider Electric Xantrex

C Series Controller

The Schneider Electric Xantrex C35 PWM and C60 PWM are field configurable for 12- and 24- Vdc operation. The Schneider Electric

Xantrex C40 PWM may be configured for 12-, 24-, or 48- Vdc operation.

All can be used as a charge, diversion, or load controller and come with a standard multi-color charge status LED.

Features

• Silent, pulse width modulated microprocessor control

(helping to maximize battery life)

• Field adjustable voltage and battery type set points

• Electronic protection against short-circuit, overload,

over-temperature, and reverse polarity conditions

C Series

• CM: Cumulative amp hour meter

• CM/R: Remote cumulative amp hour meter

(available in 50 or 100 foot lengths)

• BTS: Battery temperature sensor

Optional Accessories:

CM and CM/R Digital Meter or Remote Display

This digital meter mounts onto the front of a charge controller or as a remote it can be installed up to 31 m away. It displays volts, amps, and resettable cumulative amp hours for a solar array, DC loads, or diversion loads, depending on the application. The CM/R comes with 15 m or 31 m communication cable for remote installation.

60

61

Accessories

and protection

62

63

Xantrex

Gateway

Electrical specifications

Communication

Communication protocol

Maximum Xanbus cable length

Maximum Ethernet cable length

Connectors

Communication specifications

Ethernet

Wireless

General specifications

Weight

Dimensions (H x W x D)

Height including antenna

Part number

Regulatory approvals

North America

Europe

Specifications are subject to change without notice.

Physical layer 2, CAN

Xanbus™

40 m

60 m

3 RJ45 – 8 pins (two Xanbus, one Ethernet)

IEEE Std 802.3-2005 ™

802.11.4b and 802.11.4g; WEP and WPA security

Channels 1-11 (US/Canada), 1-9 (Europe)

0.21 kg (0.46 lb)

11.2 x 19.0 x 45 cm (4.41 x 7.48 x 17.72")

24.9 cm (9.8")

865-1056

EMC FCC and Industry Canada class B

Safety Low Voltage Directive EN 60950-1

EMC

Telecom

EMC Directive EN 55022, EN 55024

R&TTE Directive, ETSI EN 301 489-1, ETSI EN 301 489-17

> Accessories

Schneider Electric Xantrex

Gateway

The Xantrex Gateway bridges the gap between a Xantrex GT or XW System and the system owner’s computer, making it the central component for a residential or small commercial remote monitoring system.

The Xantrex Gateway logs performance data directly from the Xantrex GT or XW System, and transmits it to the included widget based monitoring software for a simple and graphically rich view of system performance.

More than a data logger, the Xantrex Gateway offers a web page with the ability to configure automated email reports and fault status to the user or installer.

The Xantrex Gateway includes both built-in Wi-Fi and Ethernet connectivity allowing for flexible and simple set up for wireless or wired connection to a router or direct to a PC.

The Xantrex Gateway logs and transmits performance data

• System power production

• Inverter specific power production

• Lifetime energy production; daily, weekly, monthly energy production

graphs

• Inverter faults with date and time stamp

Features

• Can monitor a network consisting of up to 20 single phase GT

inverters or up to 8 Xantrex XW devices (Xantrex XW Inverter/Charger(s),

Xantrex XW MPPT Solar Charge Controller(s), Xantrex XW SCP,

and Xantrex XW AGS)

• Wi-Fi/Ethernet module with 10/100 Base-T or 802.11 b/g

• Can be configured to send energy and alarm reports via email

• Graphical interactive solar monitoring software

• Embedded web page for configuring the Xantrex Gateway and upgrading

inverter firmware

• 16 megabytes of storage

Accessories

64

>

Accessories

Battery Temperature Sensor

The BTS mounts on your battery and measures its temperature. It sends precise information to the inverter/charger or charge controller, which automatically adjusts charging voltage to ensure full battery charge, regardless of the ambient temperature of your battery installation. The BTS is standard on SW Inverters.

Xantrex™ XW SCP

*

The Xantrex XW System Control Panel (XW SCP) features a graphical, backlit LCD display that provides system configuration and diagnostic information for devices connected to the Xanbus™-enabled network. The XW SCP gives a single point of control to setup and monitor an entire system, which may consist of multiple Xantrex XW Inverter/

Chargers, Xantrex XW MPPT Solar Charge Controllers and other components.

For use with Xantrex

C Series Charge Controllers

Xantrex™ XW AGS

*

The Xantrex XW Automatic Generator Start (XW AGS) will automatically activate a generator to provide an Xantrex

XW Inverter/Charger with power to recharge a depleted battery bank or provide additional power for heavy loads.

The XW AGS adds intelligence to generator management, thereby eliminating time spent monitoring batteries and inverter loads.

For use with Xantrex XW System

Xantrex™ XW CB

The Xantrex XW Conduit Box (XW CB), is a bare conduit box (no wires) that can be used to create systems larger than two inverters, or to retrofit Xantrex XW Inverters into existing systems which may already have AC/DC disconnects.

For use with Xantrex XW System

Xantrex™ XW CK

The Xantrex XW Connection Kit is a wiring kit and conduit box used to connect a second inverter to a Xantrex XW

Power Distribution Panel. All wires are measured, pre-cut and labeled to facilitate quick and easy installation.

For use with Xantrex XW System

Xantrex™ XW PDP

The Xantrex XW Power Distribution Panel with conduit box is factory-wired and labeled to support a code-compliant single-inverter installation. Internal wiring and breakers can be added to expand the XW System with up to three inverters, four charge controllers, or other equipment to support larger systems.

For use with Xantrex XW System

Xantrex™ GT SIM

*

The Xantrex Grid Tie Solar Inverter Monitor features a graphical, backlit LCD screen to monitor your single or multiinverter PV system in one convenient location inside the home. The GT SIM is a simple means of monitoring your solar system, with its large keypad buttons, an intuitive on-screen menu system, and plain text status messages to make the monitor easy to read and use. The monitor easily connects to Xantrex GT Series inverters using standard CAT5

Ethernet cable that also provides power to the monitor. Built-in flash memory stores PV system data and makes software upgrades simple.

65

* Meets regulatory approvals:

CSA Certified (UL458 and CSA 107.1)

EMC Directive: FCC and Industry Canada Class B, and CE marked for the EMC Directive (EN61000-6-1, -6-3).

For use with Xantrex XW System

For use with single or multi-inverter PV system

Accessories

>

Accessories

DC circuit protectors for Photovoltaic installations

C60PV-DC

The C60PV-DC is a DC circuit breaker dedicated to multi string for PV installations with Voc until 650 Vdc.

It isolates PV strings and protects them from reverse current. The C60PV-DC is not polarity sensitive.

3 ratings: 10, 16, and 20 A

Compact NS DC circuit breaker

The Compact NS DC is a DC circuit breaker dedicated to multi-array photovoltaic installation with Voc until 750 Vdc

(please consult for higher voltage). It isolates PV sub-arrays and protects them from reverse current.

Ratings from 80 A to 250 A (4 poles)

DC main switch for photovoltaic installations

SW60-DC

The SW60-DC is a polarized DC main switch disconnector dedicated to isolate the inverter from the array in photovoltaic installation with Voc until 1000 Vdc. The SW60-DC shall be installed between the photovoltaic strings and the inverter.

Polarized: the polarity – and + must be respected during connection.

Operating Voltage: 1000 Vdc, rated operational current 63 A

C60NA-DC

The C60NA-DC is an un-polarized DC switch disconnector dedicated to array isolation and control with Voc until 650 Vdc. When fuses are provided for over current protection, the use of C60NA-DC is required.

Operating current and voltage: 20A - 650 Vdc; 30A - 500 Vdc; 40A - 400 Vdc; 50A - 300 Vdc

INS PV1

The INS PV1 is a DC switch disconnector dedicated to array isolation and control with Voc until 600 Vdc.

Designed for maximum performance and safety for PV applications, this product operates with a wide choice of accessories and auxiliaries.

Operating current and voltage: 10A - 600 Vdc; 25A - 500 Vdc; 32A - 400 Vdc

Compact NS DC switch disconnector

The Compact NS DC switch disconnector is designed for DC Voltage up to 750 Vdc (please consult for higher voltage).

It is dedicated to array isolation or as a main DC switch. For PV installation this product operates with 4 pole basic frames equipped with accessories (phase barrier, pole connections, rotary handle etc.) and NA trip unit.

Protection against lightning strikes

PRD-DC surge arresters

The PRD-DC direct current surge arrester is designed to help protect PV panels and the DC input to the inverter from over-voltages due to a lightning strike. It should be installed in an enclosure, weatherproof if installed outside.

We recommend the use of mini-Kaedra enclosures. The withdraw-able PRD-DC allows damage cartridges to be replaced quickly.

Ratings: 40 kA, 600 and 1000 Vdc

AC surge arresters with built-in disconnector

A large range of AC surge arresters are designed to help protect your PV installation against lightning induced surges.

Each surge arrester in the range has a specific use:

• High risk level: with I max 40 kA ( Quick PRD 40r 1 ph and 3 ph)

• Moderate risk level: with I max 10, 12.5, 20 kA ( PF’clic, Quick PRD 20r single-phase and three-phase)

Product data sheet

Characteristics

Complementary

Control type

Mounting mode

Upside connection

Downside connection

[Icw] rated short-time withstand current

Mechanical durability

Electrical durability

Connection pitch

Height

Width

30639 switch-disconnector Compact NS160 NA - 160

A - 4 poles

Main

Device short name

Switch-disconnector name

Poles description

Network type

Network frequency

[Ie] rated operational current

[Ui] rated insulation voltage

[Uimp] rated impulse withstand voltage

[Ith] conventional free air thermal current

[Icm] rated short-circuit making capacity

[Ue] rated operational voltage

Circuit breaker rating code

Suitability for isolation

Contact position indicator

Visible break

Pollution degree

Compact NS160 NA

Compact NS160 NA

4P

AC

DC

50/60 Hz

AC-22A: 160 A AC 50/60 Hz 220/240 V

AC-22A: 160 A AC 50/60 Hz 380/415 V

AC-22A: 160 A AC 50/60 Hz 440/480 V

AC-22A: 160 A AC 50/60 Hz 500/525 V

AC-22A: 160 A AC 50/60 Hz 660/690 V

AC-23A: 160 A AC 50/60 Hz 220/240 V

AC-23A: 160 A AC 50/60 Hz 380/415 V

AC-23A: 160 A AC 50/60 Hz 440/480 V

AC-23A: 160 A AC 50/60 Hz 500/525 V

AC-23A: 160 A AC 50/60 Hz 660/690 V

DC-22A: 160 A DC 250 V 1P

DC-22A: 160 A DC 500 V 2 poles in series

DC-23A: 160 A DC 250 V 1P

DC-23A: 160 A DC 500 V 2 poles in series

750 V AC 50/60 Hz conforming to IEC 60947-3

8 kV conforming to IEC 60947-3

160 A ( 60 °C )

3.6 kA

500 V DC conforming to IEC 60947-3

690 V AC 50/60 Hz conforming to IEC 60947-3

NA

Yes conforming to IEC 60947-3

Yes

No

3 conforming to IEC 60947-3

Toggle

Fixed

Front

Front

0.96 kA ( 20 s ) conforming to IEC 60947-3

2.5 kA ( 1 s ) conforming to IEC 60947-3

2.5 kA ( 3 s ) conforming to IEC 60947-3

40000 cycles conforming to IEC 60947-3

AC-22A: 40000 cycles 690 V AC 50/60 Hz conforming to IEC 60947-3

AC-23A: 20000 cycles 440 V AC 50/60 Hz conforming to IEC 60947-3

AC-23A: 40000 cycles 440 V AC 50/60 Hz In/2 conforming to IEC 60947-3

DC-23A: 20000 cycles 250 V DC conforming to IEC 60947-3

DC-23A: 40000 cycles 250 V DC In/2 conforming to IEC 60947-3

35 mm

161 mm

140 mm

1

Product data sheet

Characteristics

Complementary

Control type

Mounting mode

Upside connection

Downside connection

[Icw] rated short-time withstand current

Mechanical durability

Electrical durability

Connection pitch

Height

Width

30639 switch-disconnector Compact NS160 NA - 160

A - 4 poles

Main

Device short name

Switch-disconnector name

Poles description

Network type

Network frequency

[Ie] rated operational current

[Ui] rated insulation voltage

[Uimp] rated impulse withstand voltage

[Ith] conventional free air thermal current

[Icm] rated short-circuit making capacity

[Ue] rated operational voltage

Circuit breaker rating code

Suitability for isolation

Contact position indicator

Visible break

Pollution degree

Compact NS160 NA

Compact NS160 NA

4P

AC

DC

50/60 Hz

AC-22A: 160 A AC 50/60 Hz 220/240 V

AC-22A: 160 A AC 50/60 Hz 380/415 V

AC-22A: 160 A AC 50/60 Hz 440/480 V

AC-22A: 160 A AC 50/60 Hz 500/525 V

AC-22A: 160 A AC 50/60 Hz 660/690 V

AC-23A: 160 A AC 50/60 Hz 220/240 V

AC-23A: 160 A AC 50/60 Hz 380/415 V

AC-23A: 160 A AC 50/60 Hz 440/480 V

AC-23A: 160 A AC 50/60 Hz 500/525 V

AC-23A: 160 A AC 50/60 Hz 660/690 V

DC-22A: 160 A DC 250 V 1P

DC-22A: 160 A DC 500 V 2 poles in series

DC-23A: 160 A DC 250 V 1P

DC-23A: 160 A DC 500 V 2 poles in series

750 V AC 50/60 Hz conforming to IEC 60947-3

8 kV conforming to IEC 60947-3

160 A ( 60 °C )

3.6 kA

500 V DC conforming to IEC 60947-3

690 V AC 50/60 Hz conforming to IEC 60947-3

NA

Yes conforming to IEC 60947-3

Yes

No

3 conforming to IEC 60947-3

Toggle

Fixed

Front

Front

0.96 kA ( 20 s ) conforming to IEC 60947-3

2.5 kA ( 1 s ) conforming to IEC 60947-3

2.5 kA ( 3 s ) conforming to IEC 60947-3

40000 cycles conforming to IEC 60947-3

AC-22A: 40000 cycles 690 V AC 50/60 Hz conforming to IEC 60947-3

AC-23A: 20000 cycles 440 V AC 50/60 Hz conforming to IEC 60947-3

AC-23A: 40000 cycles 440 V AC 50/60 Hz In/2 conforming to IEC 60947-3

DC-23A: 20000 cycles 250 V DC conforming to IEC 60947-3

DC-23A: 40000 cycles 250 V DC In/2 conforming to IEC 60947-3

35 mm

161 mm

140 mm

1

66

67

Alternating current (AC)

The type of electricity supplied by the utility company.

The unique characteristic of this form of electricity is that it reverses direction at regular intervals. For example,

230 Vac 50 Hz power reverses flow 50 times a second, hence the rating 50 Hz (cycles).

Amp (A)

A unit of measure of the flow of electrical current.

Amp hour (Ah)

One amp of electrical current flowing for one hour.

The unit Ah is an expression of the capacity (size) of a battery.

Current

The rate of flow of electric charge, usually expressed in amps (or amperes).

Direct current (DC)

The type of electricity stored in batteries and generated by solar electric devices. Current flows in a single direction.

Electrolyte

A conductive medium in which the flow of electricity takes place; this is the liquid found inside storage batteries.

Grid

When used in reference to utility power, it refers to a system of electrical transmission and distribution lines.

Off-grid

An electrical system that is not connected to a utility distribution grid.

Ground fault protection (GFP)

A shock hazard protection device that limits the flow of electrical current to earth. Usually required in wet locations, e.g. for outdoor, kitchen, and bathroom circuits.

Hertz (Hz)

The frequency, or number of times per second, that the flow of AC electricity reverses itself. Also referred to as cycles (see alternating current).

High battery voltage protection

A control circuit that disconnects charge current flowing to the battery before voltage reaches a dangerously high threshold. Prevents damage created by excess gassing

(or boiling) of electrolyte.

Idle current

The amount of electrical current required to keep an inverter ready to produce electricity on demand.

Inrush current

The peak current an appliance or tool will draw at the instant it starts up.

Kilowatt (kW)

One thousand watts of electricity. Ten 100-watt light bulbs use one kW of electrical power.

Kilowatt hour (kWh)

One kW of electrical power used for one hour. Most grid connected electrical meters measure kWh for billing purposes.

> Glossary of terms

Line loss

A voltage drop caused by resistance in wire during transmission of electrical power over distance.

Load

Any device that consumes electricity to operate.

Appliances, tools, and lights are examples of electrical loads.

Low battery protection

A control circuit that stops the flow of electricity from batteries to loads when battery voltage drops to low levels.

Modified sine wave

Also called a modified square wave, this type of waveform emulates a sine wave using a series of steps.

Overload/overcurrent protection

A control circuit designed to protect an inverter, load, or wiring against current exceeding its capacity. (A fuse, for example, is an overcurrent protection device.)

Parallel wiring

Batteries or PV modules, wired together to increase ampacity, while voltage remains constant.

Two 100 Ah 12 Vdc batteries wired in parallel will form a 200 Ah 12 Vdc battery bank.

Photovoltaic (PV) array

A group of solar (PV) panels connected together to convert energy from sunlight into DC electrical energy.

Sine wave

The type of AC waveform produced by the utility or by most generators.

Series wiring

Batteries or PV modules wired together to increase voltage, while ampacity remains constant. Two 100 Ah

12 Vdc batteries wired in series form a 100 Ah 24 Vdc battery bank.

Surge capacity

The amount of current an inverter can deliver for short periods of time. For example, electric motors draw up to

6 times their rated current while starting. An inverter will provide surge current to meet the start-up requirements of motors or other loads with high inrush current.

Transfer switch

A switch designed to transfer electricity being supplied to loads from one source of power to another.

Volts (V)

A unit of measure of voltage, which is the electromotive force or electric potential difference between two points in a circuit.

Watt(s) (W)

A unit of measure of the amount of electrical power consumed by a load or supplied by a source such as the grid or an inverter.

Watts = volts x amps x power factor

Watt hour (Wh)

Electrical energy consumption or capacity measured in terms of time. One watt hour of electricity is equal to one watt of power being consumed for one hour.

68

69

At Schneider Electric Renewable Energies,

customer satisfaction

is everyone's number one priority

Make the most of your energy

Head office

35 rue Joseph Monier

CS30323

92506 Rueil-Malmaison

Tel.: +33 (0)1 41 29 85 00

France [email protected]

Schneider Electric

As a global specialist in energy management with operations in more than 100 countries,

Schneider Electric offers integrated solutions across multiple market segments, including leadership positions in energy and infrastructure, industrial processes, building automation, and data centres/networks, as well as a broad presence in residential applications. Focused on making energy safe, reliable, and efficient, the company's 100,000 plus employees achieved sales of 15.8 billion euros in 2009, through an active commitment to help individuals and organizations "Make the most of their energy".

www.schneider-electric.com

www.schneider-electric.com

CT20100525_re-intrnl-prod-catalg_eng01

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