Borri Ups b9000 Ups Service Manual

 

 

UPS SERVICE MANUAL

B9000 200-250-300kVA 200-250-300kVA

JUD409399

 

 

WARNING: This is a Class A-UPS Product. In a domestic environment, thi s produ ct may cause radio int erference, in w hich case, the user may be required to t ake addition al mea measures. sures.

 

 

 

UPS SERVIC SERVICE E MANUA MANUAL L

Index of section s

Code

1 – TECHNICAL SPECIFICATION

JUD408572

2 – OPERATIN OPERATING G MANUAL

JUD408826 JUD40882 6

3 – ELECTRICAL DRAWING

JUD307466 JUD30746 6

4 – UPS OPERATING DESCRIPTION

JUD409400

5 – TROUBL TROUBLESHOOTING ESHOOTING AND MAINTENA MAINTENANCE NCE

JUD409401

6 – “ UPST UPSTEST” EST” SOFTW SOFTWARE ARE

JUD409402 JUD40940 2

7 – “ WRC MONIT MONITOR” OR” SOFT SOFTWARE WARE

JUD409403 JUD4094 03

8 – PARAL LEL – OPER OPERATING ATING MANUAL 9 – PARAL LEL – MAINTENANCE AND TROUBLESHOOT TROUBLESHOOTING ING

JUD40940 JUD409404 4 JUD40940 JUD409405 5

Issued 13/04/07

JUD409399

3 of 3

 

 

TECHNICAL DATA SHEET B9000 200-250-300 kVA GENERAL INFORMATION POWER - kVA

200

250

300

UPS typology Nominal output power (Cos Ø 0,8) - kVA Nominal output power (Cos Ø 1,0) - kW Efficiency (AC ÷ AC) - % Heat dissipation at nominal load and voltage - kW - kcal/hour (x1000) UPS ambient temperature -°C BATTERY ambient temperature -°C UPS storage temperature -°C BATTERY storage temperature -°C Relative humidity (non condensing)  Altitude Power derating for altitude > 1000mt Ventilation Requested cooling air volume – mt3/h  Audible noise level (according EN 50091) 50091) Standard battery type lead acid (n° of cells) Protection degree Immunity

ON LINE - Double Conversion 200 250 300 160 200 240 > 93 > 93 > 93

Paint  Accessibility  Installation Dimensions (mm) Weights (kg) (without battery) 2 Static load (kg/m ) (without battery) Input/output cable connection Transport Transport mechanical stress Design standard

RAL 7035 Front and top access for service

14,0 16,8 12,0 14,4 0 ÷ 40 0 ÷ +25 -10 ÷ +70 -10 ÷ +60 < 95% < 1000 mt (Above See Level) According to “IEC62040-3” FORCED 3500 4100 4500 < 62 db < 62 db < 62 db 300 300 300 IP 20  According to “EN 50091-2” (CE label) 

W = 1200 D = 860 H = 1900

870 925

1020 1085

1200 1277

Bottom Side (Top Side on Request)  Base provided for forklift handling

According to “IEC62040-3”  According to “EN50091” - “IEC EN 62040” “ISO9000:2000”  

Free contact interface  Serial communication interface  Parallel configuration

Rev.A JSD409388 

11,2 9,6

On request RS232-RS485 (SNMP-Option)  Up to 4 redundant

JUD408572 

1 of 7

 

 

BLOCK DIAGRAM 1

5

2

4

6

3

1. 2. 3. 4. 5. 6.

Input mains (separate for by-pass and rectifier) Rectifier and battery charger Standard external battery Inverter Emergency line (by-pass) Inverter (SSI) and by-pass (SSB) static switch

DESCRIPTION: The UPS is designed following the criteria of low environmental impact. The quantity of the raw material used on the magnetic components and the number of semiconductors is minimized by the means of very advanced design criteria. The high overall efficiency minimizes the power consumption. The expected battery lifetime is maximized by the very advanced digital battery charger. 

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The UPS is equipped byand a built in very v ery advanced self diagnostic program indicating the problems suggesting to the service people how to repair the faults. The inverter transformer prevents the direct feed-through of the battery potential into the critical load and allows a very high rejection ratio of the power supply disturbances (spikes, surges etc.). The high input power factor and the low harmonic level of the input current allows to reduce the dimensioning of the installation in terms of size of the cables and the circuit breakers. The high efficiency and input power factor reduces the costs during the normal operation of the UPS.

Rev.A JSD409388 

JUD408572 

2 of 7

 

 

UPS INPUT: RECTIFIER and BATTERY CHARGER POWER - kVA Nominal Input Voltage - Vac Input Frequency – Hz  Input Power Factor (@ 400 V)   Input Current THD DC Output Voltage Accuracy

200

250 300 400 V +10% -20% 50 - 60 Hz +/- 5 Hz > 0,96 > 0,96 > 0,96