Smal a l l l & M i M c i r c o o UPS

Transcription

1 Small & Micro UPS Snehal Parulekar DPG Product Management

2 Liebert S400D Available Variants S410D : 10kVA Item Code : (F): 10kVA/230V, IP20 : (F): 10kVA/230V, IP31 : (F): 10kVA/110V : (Z) :10kVA / 230V, IP 20 : (Z) :10kVA / 110V, IP 20 S420D : 20kVA Item Code : (F) : 20kVA/230V, IP 20 : (Z) : 20kVA/110V, IP 20

3 Liebert S400D Accessorries Accessories S400D Part Code Description Parallel kit for S400D Common Battery Kit for S400D Communication Kit for S400D OC Web card (LB) for S400D OC 485 kit for S400D UPS Multilink License Kit, 5 computers Multilink Licence Kit, 10 computers Multilink Licence Kit, 20 computers Multilink Licence Kit, 100 computers MLADV Multilink Software on CDROM, Version 1.5 and MLLKU Multilink Shutdown License kit, Unrestricted MLLNA Multilink Network Administration License for V3.5

4 Mini Online Liebert S400D Features Liebert S400D-A green UPS Full digital signal processing using the latest DSP technology Parallel Operation for Redundancy Wide Input Voltage range Low Input Current Harmonic Distortion of less that 5% Input Power Factor Unity Built-in Isolation transformer Input power factor close to unity even at 25% load UPS cont

5 Mini Online Liebert S400D Features Liebert S400D-A green UPS cont True online DSP microprocessor based Capacities / pf Both the models have in-built charger External batteries to be connected Backup time of 120 min / 60 min available on 10 / 20 KVA respectively Both the units are with in-built isolation transformer Input PFC to provide Unity power factor Lowest input harmonics and output THD

6 Customer Applications : S400D Facility Wide Networks Medical Equipment Industrial Process Large Computer Rooms

7 Unique features of S400D Input power factor close to unity even at 25% load Enhanced charging capacity on partial loads Unique features Input current harmonics less than 5% Output THD <3% on SMPS load Works on Mains mode even if phase sequence changes

8 Technical Specification: S400D Input Parameters Parameters S410D S420D Nominal input voltage 415V 3-Phase with Neutral and dedicated Earth 415V 3-Phase with Neutral and dedicated Earth Permissible input voltage range + 25%, -30% + 25%, -30% Nominal Input frequency 50 Hz 50 Hz Permissible input frequency variation +/- 10% +/- 10% Input power factor 1.0 (Unity) 1.0 (Unity) Input Current Distortion - I - THD <= 5% <= 5% Power walk in 13 seconds 13 seconds Operation with reverse Phase sequence Possible Possible Generator rating 1.5 times 1.5 times

9 Technical Specification: S400D Intermediate DC Circuit Parameters Parameters S410D S420D Permissible DC voltage variation - Inverter 260V 400V 260V 400V DC bus OV trip 410V 410V End of discharge DC bus voltage 260V 260V Types of batteries supported SMF SMF Nominal battery float voltage 356V (2.28V / Cell) 356V (2.28V / Cell) Maximum battery charging current 4.0 A 7.0 A DC ripple < = 2% rms < = 2% rms Maximum back up time 1 hrs. 1 hr. Black Start Possible Possible No. of batteries 26 nos. - SMF 26 nos. - SMF

10 Technical Specification: S400D Output Parameters Parameters S410D S420D Output power 10kVA/8kW 20kVA/16kW Output power factor 0.8 Lagging 0.8 Lagging Nominal output voltage 230 VAC 230 VAC Output voltage regulation +/- 1% +/- 1% Output voltage distortion for 100% load <=2% at linear load and <=2% at linear load and <=3% at non linear load <=3% at non linear load Nominal output frequency 50Hz 50Hz Output frequency tolerance +/-0.05% +/-0.05% Output frequency synchronisation range +/-1Hz,+/-2Hz, +/-3Hz +/-1Hz,+/-2Hz, +/-3Hz Output crest factor capacity 3:1 3:1 Transient response at 100% step load + / - 15% with recovery time of 20 msec + / - 15% with recovery time of 20 msec Inverter to bypass Load transfer time Synchronised mode 0 msec Synchronised mode 0 msec Unsynchronised mode - >=20 msec Unsynchronised mode - >=20 msec Hot standby configuration Possible Possible Parallel redundant configuration Possible Possible Overload capacity 10% overload for 1 hour 10% overload for 1 hour 25% overload for 10 minutes 25% overload for 10 minutes 50% overload for 1 minute 50% overload for 1 minute UPS efficiency for 100% load 84% 85% UPS efficiency for 50% load 82% 84% Inverter efficiency for 100% load 87% 89% Inverter efficiency for 50% load 85% 87%

11 Technical Specification: S400D Mechanical Parameters Parameters S410D S420D Protection grade IP20 IP21 Ventilation Forced Air cooled Forced Air cooled Cable entry Front end - Bottom Front end - Bottom Colour / Panel finish Dark structured grey, Silver Dark structured grey, Silver Base castor wheels Yes Yes Sheet metal thickness Height [ with or with out internal batteries ] Nominally 2mm, 3mm as required at stress points 1150mm Nominally 2mm, 3mm as required at stress points 1150mm Depth [ with or with out internal batteries ] 650mm 650mm Width with internal batteries 450mm 450mm Weight 200kg 275kg

12 Technical Specification: S400D Environmental Parameters Parameters S410D S420D Operating temperature range 0 o C to 40 o C 0 o C to 40 o C Storage temperature -10 o C to 70 o C -10 o C to 70 o C Relative humidity 0-95% RH Non-Condensing 0-95% RH Non-Condensing Maximum altitude with full rating 1000 Meters 1000 Meters Altitude de-rating 1% per 100m between 1000m & 2000m 1% per 100m between 1000m & 2000m Acoustic noise with rated load at 1 meter < = 60 dba < = 60 dba Altitude de-rating 1% per 100m between 1000m & 2000m 1% per 100m between 1000m & 2000m

13 Technical Specification: S400D LED/LCD Parameters Reference Parameters Status Indicated LED 1 Input Supply On / Off / Fault LED 2 Rectifier On / Off / Fault LED 3 Battery On / Off / Fault LED 4 Inverter On / Off / Fault LED 5 Inverter side St. Sw. On / Off / Fault LED 6 Bypass side St. Sw. On / Off / Fault LED 7 Bypass Supply On / Off / Fault LED 8 Common Alarm On / Off / Fault

14 Technical Specification: S400D System Parameters On LCD 1) Input voltage Line to Line 10) Output current 2) Input Current 11) Output frequency 3) Input frequency 12) Output KW /KVA 4) Bypass Voltage 13) Ambient temperature 5) Bypass Frequency 14) Inverter temperature 6) DC Bus voltage 15) Output transformer temperature 7) voltage 16) Input transformer temperature 8) charging current 17) DC Bus mode of operation 9) Output voltage

15 Technical Specification: S400D Protections 1) Input under voltage 12) Rectifier short circuit protection 2) Input over voltage 13) Output over voltage 3) DC Over voltage 14) Output under voltage 4) DC Under voltage 15) Output over current 5) Input current limit 16) Bypass over voltage 6) under voltage 17) Bypass under voltage 7) Battery deep discharge 18) Bypass frequency out of healthy range 8) Black start on low charge of batteries 19) over temperature alarm 9) current limit 20) Inverter / Converter device over temperature 10) High ambient temperature 21) Transformer over temperature 11) Output short circuit protection

16 Value for Money : Power Bank Wide range of acceptable input frequency variation 50 Hz, +/-10% Easy compatibility with most generators without any compromise with existing site conditions Widest range of acceptable input voltage variation For battery charging - maximized utility enhancing battery life and autonomy time. Built-in Output Isolation Increase in CAPEX IGBT Rectifier and Inverter Unity Input Power Factor

17 Value for Money : S400D Communication RS 232 Communication External battery for higher capacity UPS Improves battery life for critical applications which require advanced UPS, batteries perform better when they are away from heat generating components Input power factor close to unity even at 25% load RS 232 Communication

18 Monitoring S400D

19 S400D : Monitoring Multilink Software Nform Software Remote Parameter Monitoring (HTTP View) using OCWeb Card (IS-WEBLB) MODBUS Connectivity using OC485 card Relay Contacts: Communication Board

20 S400D : 1. Multilink Software Multilink software works in three different configurations. A. Multilink - Contact Closure Configuration B. Multilink Serial Configuration C. Multilink - SNMP Agent Configuration (OCWeb-LB card or IS-WEBLB)

21 S400D S400D : A. Multilink -Contact Closure Config. Requirement: Multilink Software Contact closure cable Communication Board Optional* Multilink shutdown license Connectivity: Through Contact Closure cable Features: Notification about alarms: UPS on battery, battery low, UPS return from battery. Also logging of these three events. Load (PC,Server) OS shutdown. Shutdown license required for multiple shutdown. Broadcast alarms messages on LAN. Supported for Windows platform (with Messenger Service) only. Event notification via . Feature of Multilink Advance. Run command file on occurrence of events. Feature of Multilink Advance. Note: * Optional Supplied as per customer requirement.

22 S400D : B. Multilink Requirement: Multilink Software RS232 serial cable B. Multilink -Serial Configuration Communication Board Optional* - Multilink shutdown license Connectivity: Through RS232 serial cable Features: Parameter Monitoring:-Input, output, bypass and battery parameters can be monitored. UPS status can also be monitored. Load (PC,Server) OS shutdown. Shutdown license required for multiple shutdown. Broadcast alarms messages on LAN. Supported for Windows platform (with Messenger Service) only. Event notification via . Feature of Multilink Advance. Run command file on occurrence of events. Feature of Multilink Advance. Event and data logging.

23 S400D : C. Multilink Requirement: C. Multilink SNMP Agent Configuration Multilink Software OCWeb LB card (IS-WEBLB) Communication Board Optional* - Multilink shutdown license Connectivity: Through Ethernet(LAN) normal cable Features: Parameter Monitoring:- Input, output, bypass and battery parameters can be monitored. UPS status can also be monitored. Load (PC,Server) OS shutdown. Shutdown license required for multiple shutdown. Broadcast alarms messages on LAN. Supported for Windows platform (with Messenger Service) only. Event notification via . Feature of Multilink Advance. Run command file on occurrence of events. Feature of Multilink Advance. Event and data logging.

24 S400D : 2. Requirement: 2. NformSoftware Nform Software OCWeb-LB card (IS-WEBLB) Communication Board Connectivity: Through Ethernet(LAN) normal Features: cable Multiple device parameter Monitoring:- Input, output, bypass and battery parameters can be monitored. Monitoring of UPS status.

25 S400D : 3. SNMP Configuration Requirement: OCWeb-LB card (IS-WEBLB) Communication Board Connectivity: Through Features: Ethernet(LAN) normal cable Parameter Monitoring:- Input, output, bypass and battery parameters can be monitored. Monitoring of UPS status. Load (OS, PC) shutdown through multilink.

26 S400D : 4. MODBUS Configuration Requirement: OC485 Card Communication Board Connectivity: RS485 standard connectivity Features: Parameter Monitoring:- Input, output, bypass and battery parameters can be monitored. UPS status can be monitored by BMS application.

27 S400D : 5. Relay Contact Configuration Requirement: Communication Board Connectivity: DB15 interface is provided Features: Notification about alarms: UPS on battery, battery low.

28 Take Aways: S400D Unity Input Power Factor Built in Transformer High Efficiency High Output Power Factor Long Backup Monitoring Low Current Harmonics Redundancy up to 3+1

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