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Elgar SmartWave SW 10500 Скачать руководство пользователя страница 14

SW 10500/15750/21000

SECTION 2–INSTALLATION

2-3

SW 15750 CE

A162001-08

Slide Kit (includes all parts listed above)

SW 21000

A162001-09

Slide Kit (includes all parts listed above)

SW 21000 CE

A162001-10

Slide Kit (includes all parts listed above)

TABLE 2-1 SLIDES AND MOUNTING BRACKETS

2.5 INPUT POWER REQUIREMENTS

Input power is connected to the SW 5250M (master) and the SW 5250S (slave[s]) via the
rear panel connectors. The input power requirements for each SW 5250M and SW 5250S
are specified on the rear panel cover of each unit; refer to Table 2-7 in the main manual.
The overall system input power requirements for the SW 10500, the SW 15750, and the
SW 21000 are detailed below in Table 2-2.

PDU power is connected via a standard IEC power cord connector. Ensure the voltage
selector switch (115/230) is configured to the required input voltage.

SYSTEM

DESCRIPTION

NUMBE

R OF

PHASES

FREQUENC

Y RANGE

INPUT

VOLTAG

E PHASE/

PHASE

PHASE

CURREN

T (MAX)

NEUTRA

L

CURREN

T (MAX)

RECOMMENDE

D CIRCUIT

BREAKER

RATING (MAX)

SW
10500

PFC USA

3

47-63 Hz

187-264

VAC

50A

Not

required

75A

PFC INTL

3 and

neutral

47-63 Hz

342-457

VAC

26A

26A

40A

RECT USA

3

47-63 Hz

187-264

VAC

78A

Not

required

100A

RECT INTL

3 and

neutral

47-63 Hz

342-457

VAC

78A

136A

100A

SW
15750

PFC USA

3

47-63 Hz

187-264

VAC

75A

Not

required

100A

PFC INTL

3 and

neutral

47-63 Hz

342-457

VAC

39A

39A

50A

RECT USA

3

47-63 Hz

187-264

VAC

117A

Not

required

150A

RECT INTL

3 and

neutral

47-63 Hz

342-457

VAC

117A

204A

150A

SW
21000

PFC USA

3

47-63 Hz

187-264

VAC

100A

Not

required

125A

PFC INTL

3 and

neutral

47-63 Hz

342-457

VAC

52A

52A

75A

RECT USA

3

47-63 Hz

187-264

VAC

156A

Not

required

200A

RECT INTL

3 and

neutral

47-63 Hz

342-457

VAC

156A

272A

200A

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Содержание SmartWave SW 10500

Страница 1: ...ce AC Power Source MODELS SW 10500 SW 15750 SW 21000 Parallel Installation Manual 2000 by Elgar Electronics Corporation This document contains information proprietary to Elgar Electronics Corporation The information contained herein is not to be duplicated or transferred in any manner without prior written permission from Elgar Electronics Corporation September 21 2004 Document No M162002 01 Rev D...

Страница 2: ......

Страница 3: ... representatives shall in no circumstance be liable for any direct indirect special penal or consequential loss or damage of any nature resulting from the malfunction of the product Remedies under this warranty are expressly limited to repair or replacement of the product CONDITIONS OF WARRANTY To return a defective product contact an Elgar representative or the Elgar factory for an RMA number Una...

Страница 4: ... and that any inadvertent contact with hazardous voltages is eliminated To guard against risk of electrical shock during open cover checks do not touch any portion of the electrical circuits Even when the power if off capacitors can retain an electrical charge Use safety glasses during open cover checks to avoid personal injury by any sudden failure of a component Due to filtering the unit has hig...

Страница 5: ...iii SAFETY SYMBOLS CAUTION Risk of Electrical Shock CAUTION Refer to Accompanying Documents OFF Supply STANDBY Supply ON Supply ...

Страница 6: ...ent Ranges 1 4 1 6 Physical Specifications 1 4 1 6 1 Cooling 1 4 SECTION 2 INSTALLATION 2 1 Introduction 2 1 2 2 Pre Installation Inspection 2 1 2 3 Air Intake and Exhaust 2 1 2 4 Installation 2 2 2 5 Input Power Requirements 2 3 2 5 1 Optional SW Input Filter Wiring 2 4 2 6 Output Connections to the Load 2 5 2 6 1 Grounding 2 5 2 6 2 Chassis Grounding 2 6 2 7 Interconnect Output Power Cables 2 6 ...

Страница 7: ...Rear View SW 10500 Slide Mounting 2 14 2 9 Cabinet Rear View SW 15750 Slide Mounting 2 15 2 10 Cabinet Rear View SW 21000 Slide Mounting 2 16 2 11 Wiring for SW 10500 3 Phase Load 2 17 2 12 Wiring for SW 10500 1 Phase Load 2 18 2 13 Wiring for SW 15750 3 Phase Load 2 19 2 14 Wiring for SW 15750 1 Phase Load 2 20 2 15 Wiring for SW 21000 3 Phase Load 2 21 2 16 Wiring for SW 21000 1 Phase Load 2 22 ...

Страница 8: ...actory configured 187 to 264 VRMS 3 phase L L 3 wire or 342 to 457 VRMS 3 phase L L 4 wire A chassis ground is also required for safety 115 230 VRMS selectable single phase for power distribution unit PDU Input Power Factor 6 with USA rectifier 35 with international rectifier 99 with input PFC option Input Frequency Range 47 to 63 Hz Efficiency 70 minimum at full load Ride Through 3 mSEC minimum 1...

Страница 9: ...cale voltage for a full resistive load to no load above 1 KHz add 0 015 KHz Line Regulation DC or 40 Hz to 5 KHz 0 025 of full scale for a 10 input line change Voltage Accuracy 0 1 of range Above 1 KHz add 0 2 KHz Add 0 1 of full scale for AC PLUS DC mode Valid for 5 to 156 VRMS and 10 to 312 VRMS at 25 C 77 F sine sense leads connected Voltage Resolution 0 05 of full scale Frequency Resolution 0 ...

Страница 10: ...135A Plus Sign 0 540A Peak 0 465 2A Peak 0 16200W 0 16200VA 312 Range 0 67 5A Plus Sign 0 270A Peak 0 232 6A Peak 0 16200W 0 16200VA SW 15750 3 PHASE 156 Range 0 45A Plus Sign 0 180A Peak 0 155A Peak 0 5400W 0 5400VA 312 Range 0 22 5A Plus Sign 0 90A Peak 0 77 5A Peak 0 5400W 0 5400VA SW 21000 1 PHASE 156 Range 0 180A Plus Sign 0 720A Peak 0 620A Peak 0 21600W 0 21600VA 312 Range 0 90A Plus Sign 0...

Страница 11: ... DEPTH WEIGHT SW 5250M 8 75 222 mm 19 483 mm 23 5 597 mm 126 5 lbs 57 2 Kg SW 5250S 8 75 222 mm 19 483 mm 23 5 597 mm 123 0 lbs 55 8 Kg SW PDU 3 50 89 mm 19 483 mm 18 457 mm 22 5 lbs 10 2 Kg SW Filter 3 50 89 mm 19 483 mm 18 457 mm 28 1 lbs 12 7 Kg TABLE 1 2 PHYSICAL SPECIFICATIONS 1 6 1 COOLING Air is drawn in from the sides and top of the SW 5250 chassis and is exhausted from the rear of the cha...

Страница 12: ...AUST The air intakes are located at the top and side panels of the chassis exhaust air is vented at the rear Do not block the side air intakes The top air intakes improve ventilation Special separation is not required when stacking instruments if the recommended slides are used However a 1 75 vertical spacer is required between instruments when using bottom mounting The intake air temperature must...

Страница 13: ...ackets ea 105 551 01 SPO 551 SW PDU Slides pr 1066836 20 C 300S 20 SW Filter Slides pr 1066836 20 C 300S 20 26 DEEP CABINET SW 5250 Slides pr 105 307 16 C 3307 16D SW 5250 Brackets ea 105 551 01 SPO 551 SW PDU Slides pr 1066836 22 C 300S 22 SW Filter Slides pr 1066836 22 C 300S 22 24 DEEP CABINET ELGAR PN DESCRIPTION SW 10500 A162001 01 Slide Kit includes all parts listed above SW 10500 CE A162001...

Страница 14: ... Ensure the voltage selector switch 115 230 is configured to the required input voltage SYSTEM DESCRIPTION NUMBE R OF PHASES FREQUENC Y RANGE INPUT VOLTAG E PHASE PHASE PHASE CURREN T MAX NEUTRA L CURREN T MAX RECOMMENDE D CIRCUIT BREAKER RATING MAX SW 10500 PFC USA 3 47 63 Hz 187 264 VAC 50A Not required 75A PFC INTL 3 and neutral 47 63 Hz 342 457 VAC 26A 26A 40A RECT USA 3 47 63 Hz 187 264 VAC 7...

Страница 15: ...wire the filter load side to the SW 5250M master and SW 5250S slave s Input power cable assemblies 5161398 01 are provided to interface from the filter load side to the SW 5250M and SW 5250S chassis inputs Refer to Figures 2 8 through 2 16 Insert the cable assembly end labeled FILTER LOAD SIDE into the filter rear panel cutout then secure the cable clamp with the nut Connect the ring lugs to the f...

Страница 16: ...e system cabinet using the shortest distance within the cabinet Once the leads are connected reinstall the output power terminal block cover Remote sense leads should be used if program frequency is above 500Hz or for improved performance Connection of remote sense leads is between the load or PDU output terminal block and the master SW 5250M sense terminal block Refer to Figures 2 11 through 2 16...

Страница 17: ...al block chassis housing The cable ties should be secured to the braided shield to ensure a good connection between the shield and the chassis 2 8 SLAVE INTERFACE CABLES The 37 pin D subminiature slave interface cables 5161408 01 should be routed from the SLAVE port on the master and slave s chassis to the PDU Refer to Figures 2 8 through 2 10 Use jack screws to secure the cables to the rear panel...

Страница 18: ...SW 10500 15750 21000 SECTION 2 INSTALLATION 2 7 CABINET FRONT MOUNTING RAIL 4 00 2PL 26 00 CABINET REAR FIGURE 2 1 CABINET TOP VIEW ...

Страница 19: ...SECTION 2 INSTALLATION SW 10500 15750 21000 2 8 FIGURE 2 2 CABINET FRONT VIEW SW 15750 Slide Mounting ...

Страница 20: ...SW 10500 15750 21000 SECTION 2 INSTALLATION 2 9 FIGURE 2 3 CABINET FRONT VIEW SW 21000 Slide Mounting ...

Страница 21: ...SECTION 2 INSTALLATION SW 10500 15750 21000 2 10 FIGURE 2 4 CABINET SIDE VIEW SW 15750 Slide Mounting ...

Страница 22: ...SW 10500 15750 21000 SECTION 2 INSTALLATION 2 11 FIGURE 2 5 CABINET SIDE VIEW SW 21000 Slide Mounting ...

Страница 23: ...SECTION 2 INSTALLATION SW 10500 15750 21000 2 12 FIGURE 2 6 CABINET SIDE VIEW SW 15750 L Bracket Mounting ...

Страница 24: ...SW 10500 15750 21000 SECTION 2 INSTALLATION 2 13 FIGURE 2 7 CABINET SIDE VIEW SW 21000 L Bracket Mounting ...

Страница 25: ...SECTION 2 INSTALLATION SW 10500 15750 21000 2 14 FIGURE 2 8 CABINET REAR VIEW SW 10500 Slide Mounting ...

Страница 26: ...SW 10500 15750 21000 SECTION 2 INSTALLATION 2 15 FIGURE 2 9 CABINET REAR VIEW SW 15750 Slide Mounting ...

Страница 27: ...SECTION 2 INSTALLATION SW 10500 15750 21000 2 16 FIGURE 2 10 CABINET REAR VIEW SW 21000 Slide Mounting No Input Line Filter ...

Страница 28: ...230V IN L N G SLAVE 3 N N N N PDU SLAVE 1 MASTER POWER OUT N G C B A C B A G G N NB T U G C NC G P U T N C B A SENSE G I P N SHIELD A B C A NA B O U T SLAVE 1 SYSTEM GROUND C B SHIELD SHIELD A LOADS T NC G N C B A SENSE T N U P I SHIELD A B C N G C NB B NA A MASTER U O P U T SHIELD SHIELD G FIGURE 2 11 WIRING FOR SW 10500 3 PHASE LOAD ...

Страница 29: ... SLAVE 3 N L 115 230V IN G PDU N N N A B C N MASTER SLAVE 1 N POWER OUT A B C G G P NB N SENSE T U G NC C G U T G A B C N SYSTEM GROUND SHIELD T U O B NA A C B A N P I SLAVE 1 SHIELD SHIELD T SENSE A B C N G G NC LOAD A SHIELD O U MASTER A NA B A I T U P NB C G N T P U B C N SHIELD SHIELD FIGURE 2 12 WIRING FOR SW 10500 1 PHASE LOAD ...

Страница 30: ...FILTER OPTIONAL INPUT B A N G C T B A B G NC C NB NA A SHIELD C N G B A N U P T I SHIELD NC G N G C U O SLAVE 2 U P T T C N A B SENSE G N C B A SENSE G I T P U N SHIELD A B G N C A NA NB C B SHIELD O U T SLAVE 1 P U G N C B A SENSE SHIELD NC G N U P T I SHIELD A B C N G C NB B NA A MASTER T U O P U T SHIELD SYSTEM GROUND LOADS SHIELD FIGURE 2 13 WIRING FOR SW 15750 3 PHASE LOAD ...

Страница 31: ...AVE 3 C B A G N N N N N PDU G C B A G SHIELD SHIELD T SENSE G NC SHIELD G A B C N G SENSE B A N C T T P U O U A B G N C A NA NB C NC G B SLAVE 2 N U P T I SHIELD GROUND SYSTEM SHIELD U P T U O B C NB NA A C N G B A N U P T I SLAVE 1 SHIELD SHIELD SENSE A B C N G A LOAD SHIELD O U MASTER A NA A I T U P T NB C G T P U G NC B C N B N FIGURE 2 14 WIRING FOR SW 15750 1 PHASE LOAD ...

Страница 32: ...ELD U C SENSE B A T G G N C T N C G SLAVE 2 I P U N A B N C T P O U A N A N B B SHIELD U SENSE G T A B U C G C N G N C T SLAVE 1 C N B A N P I P T U O B N B N A A SHIELD SHIELD SHIELD P U SENSE G T A B G N C T C N G C U SLAVE 3 C N B A N P I B N B N A A U O T SHIELD T SENSE A B G N C C N G SHIELD A A G N C B I T P U N T U P O U N A B N B C MASTER SHIELD SHIELD FIGURE 2 15 WIRING FOR SW 21000 3 PHA...

Страница 33: ...D SHIELD SLAVE 2 SENSE G T A B SHIELD I P U N C N B A C U N C G T C N G N B N A B A U O P T SLAVE 1 SENSE U T G B A SHIELD I P N A B N C N C C U N C G G T N A N B A B O U T P SHIELD SLAVE 3 SENSE U G T A B SHIELD I P N C N B A P N C C U G C N G T N B N A B U O T A SHIELD SHIELD N C T SENSE B A G G N C MASTER A N C U P T N G I B SHIELD A N B N A B C P U T U O FIGURE 2 16 WIRING FOR SW 21000 1 PHASE...

Страница 34: ...ed To clear the fault press ENTER then continue the setup process 3 3 SLAVE CHASSIS INDICATORS The slave chassis has two indicators POWER ON and FAULT If a slave detects a fault in its own chassis its FAULT LED will illuminate and it will send a message to the master via the slave cable The master will open all output relays when a fault is detected and send an error message to the display It will...

Страница 35: ...SECTION 3 OPERATION SW 10500 15750 21000 3 2 This page intentionally left blank ...

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