![Legrand ARCHIMOD HE 120 kVA [2/14] General requirements 4](/img/pdf.png)
Legrand ARCHIMOD HE 120 kVA [2/14] General requirements 4
![Legrand ARCHIMOD HE 120 kVA [2/14] General requirements 4](/views2/1165554/page2/bg2.png)
2 di 14
Index
1! GENERAL REQUIREMENTS ................................................................ 4!
1.1! SUBJECT AND AGREEMENT TYPE ................................................................................................................ 4!
1.2! CONDITIONS .............................................................................................................................................. 4!
2! GENERALI SPECIFICATIONS ............................................................. 4!
2.1! ON LINE DOUBLE CONVERSION VFI ............................................................................................................ 4!
2.2! MODULARITY ............................................................................................................................................. 4!
2.3! REDUNDANCY N+X .................................................................................................................................... 4!
2.4! SCALABILTY .............................................................................................................................................. 5!
2.5! ARCHITETTURE .......................................................................................................................................... 5!
3! DESCRIPTION OF THE SYSTEM ......................................................... 5!
3.1! POWER MODULE ................................................................................................................................... 5!
3.1.1! RECTIFIER/PFC ...................................................................................................................................................... 6!
3.1.2! INVERTER ................................................................................................................................................................ 6!
3.1.3! BOOSTER ................................................................................................................................................................ 6!
3.1.4! BATTERY CHARGER ................................................................................................................................................. 6!
3.1.5! AUTOMATIC BYPASS ................................................................................................................................................ 6!
3.2! COMMAND BOARD ................................................................................................................................ 6!
3.3! BATTERIES ................................................................................................................................................ 7!
3.3.1! BATTERY TYPE ........................................................................................................................................................ 7!
3.3.2! BATTERY MODULE (DRAWER) .................................................................................................................................. 7!
3.3.1! BATTERY MANAGEMENT .......................................................................................................................................... 7!
3.4! DIGITAL DISPLAY E ALARM SIGNAL ............................................................................................................. 8!
4! OPERATING PRINCIPLE ....................................................................... 8!
4.1! NORMAL SERVICE CONDITION ..................................................................................................................... 8!
4.2! INVERTER STOPPING OR OVERLOAD ............................................................................................................ 8!
4.2.1! INVERTER STOPPING .............................................................................................................................................. 8!
4.2.2! OVERLOAD ............................................................................................................................................................. 8!
4.2.3! BYPASS ACTIVATION SENSITIVITY ADJUSTMENT ....................................................................................................... 8!
4.2.4! INVERTER STOPPING IN A POWER MODULE ............................................................................................................. 8!
4.3! EMERGENCY CONDITION (MAINS FAILURE) .................................................................................................. 9!
4.4! AFTER A BLACKOUT .................................................................................................................................... 9!
4.5! SMART ECO MODE ..................................................................................................................................... 9!
4.1! COLD START .............................................................................................................................................. 9!
4.2! START UP ON BYPASS ................................................................................................................................ 9!
4.3! MAINTENANCE BYPASS .............................................................................................................................. 9!
4.4! HOT PLUG – HOT SWAP ............................................................................................................................ 9!
4.5! OPERATION WITH A GENSET OR AS A FREQUENCY CONVERTER ................................................................... 10!
4.5.1! GENSET ............................................................................................................................................................... 10!
4.5.2! FREQUENCY CONVERTER ....................................................................................................................................... 10!
4.5.3! ASYNCHRONOUS OPERATION ................................................................................................................................ 10!
4.6! DATA AVAILABILITY WHEN UPS IS OFF ..................................................................................................... 10!
Содержание
- For three phase ups on line double conversion vfi 1
- Kva 120 kw 1
- Tender technical specification 1
- Description of the system 5 2
- General requirements 4 2
- Generali specifications 4 2
- Operating principle 8 2
- Control panel and display 10 3
- Reference standards 14 3
- Technical specifications 13 3
- General requirements 4
- Generali specifications 4
- X n p p 5
- Bypass activation sensitivity adjustment 8
- Inverter stopping 8
- Inverter stopping in a power module 8
- Operating principle 8
- Overload 8
- After a blackout 9
- Cold start 9
- Hot plug hot swap 9
- Maintenance bypass 9
- Smart eco mode 9
- Start up on bypass 9
- Asynchronous operation 10
- Control panel and display 10
- Frequency converter 10
- Genset 10
- Operation with a genset or as a frequency converter 10
- Adjustments 11
- Buzzer silencer 11
- Controls 11
- Functions and quitting 11
- Keyboard to browse the menus on the display set parameters confirming the selected 11
- Measurements 11
- Shutdown in an emergency the button must remain depressed for at least 3 seconds 11
- Signals and alarms 11
- The ups can manage the following measurements and show the relevant values on the display 11
- The ups has the following controls 11
- The ups must be equipped with a lighted operating status indicator with traffic light coding not smaller that 600x300 mm as well as a buzzer able to immediately indicate the following operating conditions 11
- The will ups allow the following adjustments to be made and shown on the display 11
- Ups secure powering protection against accidental powering 11
- Ups stopping to prevent accidental power offs while allowing the ups to be quickly 11
- E p o emergency power off 12
- Interfaces 12
- Miscellaneous equipment 12
- Rs232 serial port 12
- General specifications 13
- Item data 13
- Output in battery run dc ac 13
- Output with mains ac ac 13
- Technical specifications 13
- En 62040 1 general and safety requirements for ups used in operator access areas 14
- En 62040 2 electromagnetic compatibility requirements emc 14
- En 62040 3 performance requirements and test methods 14
- Reference standards 14
- The static uninterruptible power system must be designed and produced in compliance with the following international standards 14
- The ups manifacturer company must have iso9001 certification for development production and services 14
- The ups must have ce marking in accordance with european directives 73 23 93 68 89 336 92 31 the ups must have ce marking in accordance with european directives 73 23 93 68 89 336 92 31 93 68 14
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