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5.2.3  Switching into Maintenance Bypass Mode 

 

1. 

Use “DOWN” button to choose COMMAND MENU and press ENTER. Use “DOWN” button again 
to  reach  ENTER  <BYPASS>  message.  Press  ENTER,  the  UPS  will  switch  into  bypass  mode. 
“MANUAL BYPASS” and “A52 MANUA. BYPASS” messages will appear on the screen. 

 

2. 

Remove the padlock on S3 (Maintenance Bypass Switch) and turn it on into “1” position. 

 

3. 

Turn off S7, S5, S1, S2 and S4.  

 

Now there is bypass voltage directly on the load, note that there is no AC or DC power in the UPS 
for maintenance and servicing purposes.  

  
 

5.2.4  Switching From Maintenance Bypass Into Normal Operation 

 

1. 

Turn on S1 (AC Input) 

 

2. 

Turn on S2 (Bypass) 

 

3. 

Turn on S4 (AC Output) 

 

4. 

Turn on S7 (ON/OFF Switch), LCD panel will start running. “RECTIFIER START” message will 
appear on the front panel. After the rectifier is started, the inverter will not start and the message 
MAINT. SW. ON will be seen on the panel instead of INVERTER START. 

 

5. 

Turn off S3 (Maintenance Bypass Switch) and lock again. The inverter will start automatically. 

 

6. 

Turn on S5 (Battery). 

 

Now, the UPS is ready for normal operation.  

 
 

 
 

5.3.1  Procedure For Turning on the UPS (First Installation) 
 

With all the switches (S1, S2, S3, S4 and S5) in “OFF” (“0”) position and with S6 (static bypass switch) in 
“NORMAL” position. 
 

Note:

   S6 is the Manual Bypass Switch used in parallel connected UPSs. In parallel UPSs, the “ENTER 

<BYPASS>” item in the COMMAND menu is disabled and static bypass function is controlled by S6. 

 

 

Turn on the parallel connected UPS units as follows: 

 

1. 

Make sure that all signal and power connections have been completed properly  according to the 
diagrams and instructions given before. 

 

2. 

Turn on S1 (AC Input) 

 

3. 

Turn on S2 (Bypass) 

 

ATTENTION!!!    NEVER TURN ON S4 (AC Output) BEFORE COMPLETING MODE SELECTION  

 

 

 

PROCEDURE FOR ALL UPS UNITS. 

 

4. 

Turn on S7 (ON/OFF switch) LCD panel starts running and following messages appears  

 

on the panel. 

 

- “RECTIFIER START” 
- “INVERTER START” 

 

5. 

Using UP-DOWN keys on the front panel, select “OPTIONS MENU” on LCD and press  

  

“ENTER”. 

 

 

When you see MODE:_display, select one of the following parallel operation modes suitable for your 
application, using “+” and “-“ keys. 

 

- PARALLEL 
- N+1 REDUNDANT 
- REDUNDANT 

 

After selecting one of the parallel modes, press “ENTER” 

 

5.3    OPERATING INSTRUCTIONS FOR PARALLEL CONNECTED UPSs. 

 

Summary of Contents for ARTon Plus series

Page 1: ...SERVICE TRAINING NOTES ARTon Plus SER S UPS 10 15 20 30 40 kVA 3 Faz Giri 3 Faz k...

Page 2: ......

Page 3: ...nd Current Sample Board 34 II UPS INSTALLATION 39 2 1 Introduction 39 2 2 Unpacking 39 2 3 Equipment Positioning 39 2 4 Connecting the UPS power cables 39 2 4 1 Safety Earth 40 2 4 2 Cable connection...

Page 4: ...ing the parallel UPS system into parallel operation from a Maintenance Bypass power down condition Uninterrupted transfer 61 VI MAINTENANCE 62 6 1 Scheduled Maintenance 62 6 2 Daily checks 62 6 3 Week...

Page 5: ...supply even when the input AC power is disconnected To reduce the risk of electric shock disconnect the UPS from the mains supply before installing a computer interface signal cable Reconnect the powe...

Page 6: ...DC power and then converting it back to AC Double Conversion any electrical noise present on the input mains supply line is effectively isolated from the UPS output Therefore the critical load is supp...

Page 7: ...se input current harmonics THDI The IGBT rectifier accepts 3 phase AC input and produces a dual polarity DC voltage for both supplying the inverter and charging the batteries BATTERIES Batteries are u...

Page 8: ...that time inverter keeps running under no load conditions and takes over the load in case of a mains supply bypass supply failure without any interruption After restoration of the mains supply the lo...

Page 9: ...Battery circuit breaker Input Emergency Stop Line Failure Relay Battery Low Relay RS232 SNMP Communication Select Switch S7 ON OFF Switch S5 Battery Input F10 F11 F12 S1 AC Input F1 F2 F3 S3 Maintenan...

Page 10: ...Battery circuit breaker Input Emergency Stop Line Failure Relay Battery Low Relay RS232 SNMP Communication Select Switch S7 ON OFF Switch S5 Battery Input F10 F11 F12 S1 AC Input F1 F2 F3 S3 Maintena...

Page 11: ...z Output Frequency Tolerance line synchron 2 Output Frequency Tolerance free running 0 2 Efficiency at full linear load up to 94 Load Crest Factor 3 1 Output Voltage THD 3 Overload 125 Load 10min 150...

Page 12: ...a s e A C I P A C In p u t S W F u s e R E C T IF IE R IN P U T C O N T A C T O R 3 P h IG B T R E C T IF IE R 4 0 5 V 4 0 5 V K 1 F U S E 3 P h IN V E R T E R O U T P U T S W F U S E K 2 B U S C A P...

Page 13: ...9 Figure 1 4 2 IGBT Rectifier...

Page 14: ...10 Figure 1 4 3 Transformerless 3 Phase Inverter...

Page 15: ...11 Figure 1 4 4 ARTonPlus series UPS Basic Diagram...

Page 16: ...R1 DC 3 PHASE AC VOLTAGE SAMPLE BOARD 5 SDXC300 R1 BYPASS INVERTER SCR DRIVER BOARD 6 STP01 R2 SWITCHING POWER SUPPLY BOARD 7 MODPAN02 R1 LCD PANEL BOARD 8 ITF3 R2 3 Ph 3 Ph UPS INTERFACE BOARD 9 RS3...

Page 17: ...13 1 5 1 PCB LOCATIONS SDXC300 R1 ADVS01 R1 OPS3 RS330 R1 TOP VIEW Figure 1 5 1 10 15 20 kVA ITF3 R2 FRONT VIEW LEFT VIEW IPMD3P P3MC R5 RIGHT VIEW STM01 CPC01 R2 STP01 R1 PFC3P R1 IPMD3P...

Page 18: ...14 Figure 1 5 2 30 40 kVA SDXC300 R1 ITF3 R2 FRONT VIEW LEFT VIEW P3MC R5 RIGHT VIEW STM01 CPC01 R2 STP01 R1 IPMD3P RS330 R1 TOP VIEW OPS3 ADVS01 R1 PFC3P R1 IPMD3P...

Page 19: ...d the other thirty are used for the opposite polarity The float charging voltage value for 2X30 batteries is 405V dc Therefore the no load output voltage of the IGBT rectifier is adjusted to 405V 810V...

Page 20: ...c at 220V TP9 S phase AC input current sample TP10 12V dc 0 5V TP11 12V dc 0 5V TP12 17V dc 1 0V TP13 T phase full wave rectified AC input voltage sample V peak at 220V TP14 T phase IGBT driving signa...

Page 21: ...17 Figure 1 5 3 PFC3P R1 Board...

Page 22: ...bus voltage is below that value RL1 is de energized and the supply voltage to electronic control boards and to the IGBT drivers are turned off 4 This board accepts CN1 the driving signals generated by...

Page 23: ...19 Figure 1 5 4 IPMD3P Board...

Page 24: ...Series CN2 It s connected to CN7 of the SDXC300 R1 board Pin1 Pin2 0 volt GND Pin4 IGBT rectifier start signal output Pin6 Start boost charge signal output Pin7 battery current sample Pin8 Bypass enab...

Page 25: ...dpoints of voltage sampling transformer outputs CN10 It is connected to CN1 of IPMD3P board Pin1 IGBT fault overcurrent signal input Pin2 battery voltage sample Pin3 Pin4 12V Pin5 Pin6 0 volt GND Pin9...

Page 26: ...equency to 51 4 0 1Hz using VR8 Disconnect TP18 from TP12 and connect it to TP9 0V this time TP18 TP9 and check if the output frequency is 48 6 0 1Hz Repeat the adjustment procedure until you have equ...

Page 27: ...in11 0V DC U38 Pin10 19200Hz square wave U39 Pin3 50Hz square wave U39 Pin14 50Hz square wave E P3MC R5 Board jumper positions There is only one jumper on this board which is JP1 It is used to enable...

Page 28: ...24 Figure 1 5 5 P3MC R5 Board...

Page 29: ...this fault signal is produced LD1 red LED is turned on The DC fault signal is available on CN9 and any other external fault signal can be connected in parallel with this signal e g the output fault s...

Page 30: ...Phase TP9 4 8 0 1 VDC Vref1 TP10 3 3 0 1 VDC Vref2 TP11 12VDC 0 5V C ADVS01 R1 Board jumper Positions J1 J2 1 inserted or short circuited JP1 1 DC fault protection enabled D ADVS01 R1 Board Fuses F1...

Page 31: ...27 Figure 1 5 6 ADVS01 R1 Board...

Page 32: ...rd to energize or de energize the inverter output contactor K2 The NO contact of relay RL1 is used for this purpose CN14 3 SDXC300 R1 board is supplied by HF supply signals connected to CN4 or CN5 B S...

Page 33: ...29 Figure 1 5 7 SDXC300 R1 Board...

Page 34: ...d or negative DC supply voltages for the operation of each board CN1 1 Input COMMON Neutral CN1 2 Input supply AC or DC CN1 3 CN1 4 2 When the ON OFF switch of the UPS is turned on the DC bus voltage...

Page 35: ...output switch aux contact NO Pin5 Pin6 Maintenance bypass switch aux contact NO Pin7 Pin8 Thermic contact NC Pin9 Pin10 Fuse fault contact NO CN5 It is connected to CN4 of RS330 R1 Serial Communicatio...

Page 36: ...32 Figure 1 5 9 ITF3 R2 Board...

Page 37: ...oo low 160V AC or has a high DC component probably resulting from inverter damage bad connection or SCR failure etc then a DC fault signal is produced on this board CN1 1 Neutral CN1 3 UPS output T ph...

Page 38: ...The current samples are sent to the main controller board P3MC R5 again through CN7 of OPS3 board CN2 R phase input current sample CN3 S phase CN5 T phase 3 It takes the low voltage bypass samples fr...

Page 39: ...35 Figure 1 5 11 OPS3 Board...

Page 40: ...36...

Page 41: ...37...

Page 42: ...38...

Page 43: ...Retain the carton and packing material for future use Unit package contents 1 A user manual and Guarantee certificate 2 Battery cabinet and or shelf Optional 3 Battery connection cables 2 3 Equipment...

Page 44: ...neutral bonding arrangements must be in accordance with the local laws ATTENTION Failure to follow adequate earthing procedures can result in electric shock hazard to personnel or the risk of fire 2...

Page 45: ...Connections Rectifier Inputs 3 Phase N By Pass Inputs 3 Phase N UPS Outputs 3 Phase N Battery Group Battery Group Figure 2 2 30 40 kVA Cable Connections Rectifier Inputs 3 Phase N By Pass Inputs 3 Ph...

Page 46: ...clean and dry environment at reasonable temperatures to obtain efficient battery operation In general a minimum space of 10 mm must be left on all vertical sides of the battery block A minimum cleara...

Page 47: ...43 30x12V Batteries 30x12V Batteries 0 360V Nominal 360V Nominal 0 K1 K2 K3 K2 Figure 2 3 External Battery Connections 60x12V...

Page 48: ...44 K3 K1 K2 K2 Figure 2 3 ARTonPlus series 10 15 20 KVA Internal Battery Connections 2x30 60x12V 7Ah...

Page 49: ...g u r e 2 4 A R T o n P l u s s e r i e s 30 4 0 K V A I n t e r n a l B a t t e r y C o n n e c t i o n s 2 x 60 p c s 1 2 V 7 A h T w o d u a l p o l a r i t y b a t t e r y g r o u p s i n p a r a...

Page 50: ...he selected option or menu is valid 3 2 Front Panel Menu Descriptions By using the buttons on the front panel you can move on main menu functions You can enter the submenus of the item seen on the LCD...

Page 51: ...event is the last event Date ddmmyy time hh mm On the second line of LCD PANEL you can see al recorded alarms Use PLUS and MINUS keys for moving on events 3 ENTER CLEAR LOG Enter clear log event recor...

Page 52: ...arallel operation select different number for each UPS If you select the same number DUBL UPS NUMBER message tells the fault press ENTER for 3 seconds and the selection is valid 3 REMOTE ENABLE By usi...

Page 53: ...this function is disabled and you see BYP FUNC DISABLE message on this submenu item 4 ENTER MODEM INIT If you press ENTER key the connected modem of RS232 port is installed UPS sends AT command set to...

Page 54: ...tected WAITING SYNC Inverter started and waiting for synchronization STATUS FAULT Fault status STATUS WARNING Warning message is valid on LCD panel CLOSE BATT CB UPS is waiting for battery CB to be cl...

Page 55: ...these commands If the shutdown command is performed during line failure UPS shutdowns and if the mains is okay UPS starts again automatically 3 5 Fault Messages and Quick Troubleshooting All alarms co...

Page 56: ...ly During bypass if the bypass protection option is ON and if the bypass source is out of tolerance UPS switches off the static bypass for load protection A17 BATT CB OPEN Battery circuit breaker is o...

Page 57: ...s supply from COMMAND MENU A64 INV BALANCE DC balance problem at the Inverter output Call service A65 MAINS HIGH AC Input Voltage above the tolerated value Additional Alarm codes for Parallel Operatio...

Page 58: ...therefore provides increased reliability for the critical load connected to the parallel system output If power demand increases in a certain UPS appliction exceeding the power rating of an already i...

Page 59: ...without any interruption If the fault is cleared and if everything returns to normal operating conditions the Inverters of all UPSs in the parallel system resume the load together at the same time The...

Page 60: ...e parallel system N 1 numbers of UPS units during normal operation In case of a failure of any one of the UPS units the faulty UPS is isolated from the parallel system and the critical load is supplie...

Page 61: ...on of all the UPS units as shown in Figures 4 2 and 4 3 turn on each UPS unit one by one and select the operation mode and assign a UPS No using OPTIONS MENU All the units must be set for the same ope...

Page 62: ...allel operation BATTERIES Figure 4 3 ARTonPlus Series Parallel UPS Power Connections U V W N LOAD FUSES AC OUTPUT BYPASS AC INPUT MAIN AC INPUT AC DISTRIBUTION BOARD U1 V1 W1 N1 U2 V2 W2 N2 UPS1 K3 K2...

Page 63: ...3 Turn on S4 AC Output ATTENTION AS SOON AS YOU TURN ON ON OFF SWITCH S7 BYPASS VOLTAGE WILL APPEAR ON THE OUTPUT TERMINALS 4 Turn on S7 ON OFF Switch LCD panel will start running RECTIFIER START mes...

Page 64: ...Battery Now the UPS is ready for normal operation 5 3 1 Procedure For Turning on the UPS First Installation With all the switches S1 S2 S3 S4 and S5 in OFF 0 position and with S6 static bypass switch...

Page 65: ...1 Switch S6 static bypass switch for parallel UPSs of either one of the UPS units into STATIC BYPASS position 2 See that the red coloured by pass LEDs L4 on the front panels of all UPSs are turned on...

Page 66: ...rameter measurements are normal and there is no alarm message on the indicator panel 2 Check if the device is overheated 3 Check the cooling fans operations 4 Check if there is any sensible change in...

Page 67: ...efore storage If the charge is not enough then charge the batteries at least for 12 hours 2 Qualified service personal should disconnect the electrical connections 3 Batteries should be charged every...

Page 68: ...parameters must be recorded regularly as mentioned previously Generally the output voltage can deviate 2 from the predefined values If values differ more than this percentage then reasons must be inv...

Page 69: ...TEST BATTERY TEST until battery low alarm CANCEL battery test Turn off UPS output voltage immediately SHUTDOWN Turn off UPS output voltage after delay WAITING SHUTDOWN Turn off UPS output voltage SHU...

Page 70: ...dem device who performs a phone call to the UPS connected number So the operator can see all parameters and control the UPS if permitted from OPTIONS MENU 8 3 1 Hardware Configuration All requirements...

Page 71: ...2400 PARITY N WORDLEN 8 DIAL TONE TONE which can be programmed A3 B1 C1 D0 H1 I0 K1 M4 N0 R2 S0 T5 Y1 8 3 4 Modem UPS Connection Cable The connection cable between NULL modem and UPS is configured as...

Page 72: ...e reversed by the user i e all relays are energized normally and de energized in case of alarm 8 5 Remote Monitoring Panel Remote monitoring panel can be extended to 400 meters away from UPS Up to 25...

Page 73: ......

Page 74: ...1 AGKK7080 01 2008...

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