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MGE UPS Systems 30A Power Supply User Manual

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Contents

1. 27 Output currents and voltage 27 ithermal characteristics iine e Eee p i a i e 27 Noise level EE 27 Cable Siz s 4 vh bett E int cei e ue 27 Recommended protection devices upstream of Upsilon STS 27 Permissible oyerload CUtwe x set o ape tup rte rator Po Bes ae aa Rao a px 27 6 2 Simplified diagrams scssi naa anientat saakaan nennen nnne 28 Upsilon STS simplified diagram 28 Simplified diagram of an installation 2 22 28 6 3 GIOSSANY AC 29 C MELDE 30 1 Presentation 1 1 Upsilon STS 30 60 100 160 250 A cabinet 1400 mm high Dimensions in mm Height Width Depth 1400 600 500 Weight in kg Upsilon STS 30 60 100 157 kg 160 250 174 kg Footprint 0 45 m Dimensions in mm Height Width Depth 1900 715 800 Weight in kg Upsilon STS 30 60 100A 215 kg 160 250 225 400 600 327 Footprint 0 57 m 34020113EN AA Page 7 1 Presentation 1 3 Access to control and connections Upsil
2. 2 3 Connection of the emergency power off terminal block T 1 Remove the jumper from terminal block 2 Connect the emergency power off NC contact to terminals 1 and 2 3 Tie the cable down as illustrated in 2 section 2 4 BS Page 16 34020113EN AA 2 Installation 2 4 Connection of the communication cards Tie the cables to the cable way on the door Do not run the control wires with 9 the power cables e Two slots are available in the card cage 5 for additional cards 2 5 Connection of the JBUS communication RS232 Pin 2 Rxd or Txd Pin 3 Txd or Rxd Pin 5 Earth RS485 Pin 4 R Pin 5 T Pin 8 R Pin 9 T For information on using the communication card see the JBUS communication card manual Only one communication port N the RS232 OR the RS485 may be used at a time 34020113EN AA Page 17 2 Installation 2 6 Connection of the relay communication card Before proceeding disconnect all power sources connected to the card Do not mix very low safety voltage VLSV and non VLSV circuits on the card outputs Source S1 status condition active or inactive Overload status condition Load supplied status condition presence or absence of power to the load Source S2 status condition active or inactive 6 STS fault ere
3. 3 phases PE Input Upsilon STS 30 to 250A 3 phases PE Output See section 1 3 for information on accessing the connections Connections are made using lugs connected to threaded studs diameter 8 mm The cables are tied to the earth bar 275 mm APA L3 HN L1 L2 N L4 L2 L1 L2 L3 34020113EN AA Page 13 2 Installation A maximum of four cables may be used per phase 3 phases PEN 3 phases PEN Upsilon STS 400 to 600A Input Output o o o e o o L1 L2 L3 NN L1 L2 L3 N L1 L2 L3 S N PEN PEN PEN 6 6 9 RP 1909995 O9000000000000000000000000000000 erererexexexexexexexexexexerererererere lererexexexexexexexexexexe pu 3 phases PEN 3 phases PE Neutral Upsilon STS 400 to 600A Input Output a o o o o o N L1 L2 L1 L2 L1 L2 L3 N
4. 1 Check that the two sources are energised voltage present OO T 3 Turn switch Q1BP 6 to the ON position position 1 LEDs 62 and go on C9 1 1 4 Set switches Q1 1 and Q3 7 to the 0 oiii ON position position 1 LEDs 99 64 go on 5 Turn switch Q1BP 6 back to the OFF position position 0 LED 67 goes off 6 Set switch Q2 4 to the ON position position 1 LEDs 80 and 2 go on The load is supplied by Source 1 If LED 63 is red or off if LEDs H 6 and or 62 ae orange or red see section Maintenance 3 2 Shutdown Q1 Q5 Q6 Q2 1 Set switches Q1 1 Q2 4 and 7 to the OFF position position 0 2 Set circuit breakers Q5 2 6 to the OFF position position 0 All LEDs should go off OVO lt on lt lt lt a The load is not supplied with power 4BP E 2 Dangerous voltage levels are Q Q Q still present inside the Upsilon 1 1 STS cabinet the connection itii Oa dii zone Y Y 34020113EN AA 19 3 Operation 3 3 Normal mode Operation on preferred source S1 Operati
5. Put the base panels back in place Important correct ventilation N requires at least 250 mm of free space behind the cabinet D Upsilon STS 30 60 100 160 250 400 600 A cabinet 1900 mm high 1 Unclip the base panels 4 2 Set the cabinet to a level position using the adjustable foot pads 5 3 Put the base panels back in place Important correct ventilation N requires at least 350 mm of free space above the cabinet 34020113EN AA Page 11 2 Installation 2 2 Power connections See section 6 1 for information on sizing protection devices and cables Appendix Technical data Two cables maximum may be used per phase 3 phases PEN Input Upsilon STS 30 to 250A 3 phases PEN Output See section 1 3 for information on accessing the connections Connections are made using lugs connected to threaded studs diameter 8 mm The cables are tied to the earth bar 275 mm L2 L3 N L1 Ii oR APH L1 L2 L4 12 13 F A N 3 phases PEN Input Upsilon STS 30 to 250A 3 phases PE Neutral Output See section 1 3 for information on accessing the connections Connections are made u
6. 380 V 35 Rated frequency 50 or 60 Hz 45 Hz minimum 66 Hz maximum Thermal characteristics Heat losses at rated power 195 W 295 W 430 W 615 W 920W 1420 W 2150 W at 50 rated power 150W 195 W 260W 350W 495 W 735W 1070 W Required ventilation 350 m h 350 m h 350 m h 1600 m3 h 1600 m h 2300 m h 2300 m h 1 These characteristics are calculated for a voltage of 400 V and a power factor of 0 8 Noise level Noise in dB ISO 3746 55 55 55 59 59 59 59 Cable sizes Cross sectional area in mm 50 50 50 120 120 240 240 Recommended protection devices upstream of Upsilon STS Type of circuit breaker TNS system C60L 32A NS100H 4P 4D NS160H NS250H NS400H NS630H 4P 4D 4P 4D 4P 4D 4P 4D TNC system NS100H 3P NS160H NS250H NS400H NS630H 3P 3P 3P 3P Trip unit curve C STR22SE STR22SE STR22SE STR23SE STR23SE Thermal setting 1 05 In 1 05 In 1 05 In lt 1 05 In lt 1 05 In lt 1 05 In Magnetic setting 10xIn 10xIn 10xIn 10xIn lt 10xln lt 10xln Permissible overload curve 32 In t s n 0 01 s 0 1s 1s 10s 100s 1000s During an overload transfer between sources is disabl
7. Source S2 connection Output connections Source S1 connection Earth bar Connection cover Base panels Adjustable foot pad 1 4 Man machine interface NORMAL OPERATION 17A 12 9A 13 1 KW 6 KVA PF 0 3 UPS 1 preferred UPS 2 uz mav U12 412V U23 414V U23 415V U31 414V U31 413V 50 0 Hz 50 0 Hz MGE UPS SYSTEMS Upsilon STS 29 D 82 83 84 85 86 87 88 1 Presentation General alarm Graphic display Function buttons Preferred source S1 Manual transfer button Menu button Preferred source S2 Help button Status of switch Q1 Status of switch Q2 Status of source S1 green orange red Status of source S2 green orange red Status of static switch 1 green red Status of static switch 2 green red Status of bypass switch Q2BP Status of switch Q3 Status of bypass switch Q1BP Status of system output to the load green red 34020113EN AA Page 9 1 Presentation 1 5 Relay communication card Screws to secure the cover Card fixing holes Protection cover Openings for cables Output terminal block Input terminal block Screws to block cables RS232 connector RS485 connector Page 10 34020113EN AA 2 Installation 2 1 Positioning Upsilon STS 30 60 100 160 250 A cabinet 1400 mm high 1 Unclip the base panels a 2 Set the cabinet to a level position using the adjustable foot pads 5 3
8. 0 mm high 11 2 2 Power connections ectetuer dei seeing Er pen OC 12 Upsilon STS 30 to 250 A with input output phases PEN 12 Upsilon STS 30 to 250 A with input phases PEN output phases PE Neutral 12 Upsilon STS 30 to 250 A with input phases PEN output 3 phases PE 13 Upsilon STS 30 to 250 A with input output phases Neutral 13 Upsilon STS 30 to 250 A with input output 3 phases PE 13 Upsilon STS 400 to 600 A with input output 3 phases PEN 14 Upsilon STS 400 to 600 A with input phases PEN output phases PE Neutral 14 Upsilon STS 400 to 600 with input phases PEN output phases 15 Upsilon STS 400 to 600 A with input output phases PE Neutral 15 Upsilon STS 400 to 600 A with input output phases PE 15 Cable running for cables entering through the top of the Upsilon STS 30 to 250 A cabinet 16 2 3 Connection of the emergency power off terminal block 16 2 4 Connection of the communic
9. General alarm 7 7 fault on one of the sources or on the STS 2 4 v 8 Page 18 34020113EN AA 1 Remove the screws and the protection cover 43 2 Run the communication cables through the openings 44 3 Connect the cables to the input terminal block 46 and the output terminal block 45 4 Put the cover back in place and secure it with the screws 41 5 Secure the cables using the screws 47 6 Note the position of the power sources on the labels 7 Insert the card in its slot 8 Secure the card using the two screws 42 Characteristics of the output contacts Permissible voltage 250 V AC 30 V DC Permissible current 2 A Cable 4 x 0 93 mm 6 6 mm 0 3 mm Characteristics of the input contacts Switched voltage 5 V DC Current drawn 10 mA Cable 4 x 0 34 mm 5 mm 0 5 mm Command to disable transfer transfer to alternate source inhibited Memorised faults reset command 3 Operation Make sure that the voltages and frequencies of the two sources S1 and S2 are identical A Make sure that the voltages of the two sources S1 and S2 are the same as the rated voltage 400 V of Upsilon STS otherwise see section 3 5 Customization 3 1 Start up 2 Set circuit breakers Q5 2 6 3 Q1 Q5 Q6 Q2 to the ON position position 1 e load is supplied by Source 1 via the Q1BP Q3 Q2BP bypass
10. If transfer does not take place within thirty minutes the order is cancelled Manual transfer to an out of phase alternate source AS a 3 Operation When the two sources are not in phase it is possible to force manual transfer using the commands on the screen after entering a password 1 Enter the password see section 3 5 Customization 2 Follow the instructions provided on the screen 34020113EN AA Page 21 3 Operation 3 4 Display screens Initial screen Main screen DOWNGRADED MODE MAIN MENU n 17A 2 9 13 2A 1KW 6 KVA 6 0 3 AN Alarms Status V1 244V V1 232V 2 230V V2 229V 232V hro 50 0 Hz A 50 0 Hz L rl Measurements UPS 1 preferred 2 0O 5 V3 230V Setup 4528 Maintenance Transfer Alarms MANUAL TRANSFERT Transfer without break ALARMS Transfer with break Status Measurements STATUS CURRENT MEASUREMENTS EVENT LOG VOLTAGE MEASUREMENTS STATISTICS FREQUENCY MEASUREMENTS POWER MEASUREMENTS LOAD MEASUREMENTS SETUP LANGUAGE ADJUST DATE AND TIME Maintenance CONTRAST BUZZER VOLUME MAINTENANCE SOURCE NAMES DISPLAY TEST NEW PASSWORD UNIT ON BYPASS PE
11. MGE UPS SYSTEMS www mgeups com 30A 60A 100A 160A 250A 400A 600A Installation and user Upsilon STS manual 3a 9 9 a C amp Cd Oh d X d o x o 5 amp Ww Ww amp amp amp X Roh A d amp oA amp X 45 amp X C 34 amp 9 n UPS SYSTEMS x amp A z z 2 I H Page 2 34020113EN AA Introduction Thank you for selecting an MGE UPS SYSTEMS product to protect your electrical equipment The Upsilon STS range has been designed with the upmost care We recommend that you take the time to read this manual to take full advantage of the many features of your new equipment MGE UPS SYSTEMS pays great attention to the environmental impact of its products Measures that have made Upsilon STS a reference in environmental protection include the eco design approach used in product development production on an industrial site certified ISO 14001 recycling of Upsilon STS at the end of its service life To discover the entire range of MGE UPS SYSTEMS products and the options available for the Upsilon STS range we invite you to visit our web site at www mgeups com or contact your MGE UPS SYSTEMS
12. N PEN PE PEN 6 6 6 09009909999099099909990090990999099909 99995 RRR 95 BRRR OUO 99995 RES O0900000000000000000000 O0000000000 5995 OU 5995 SOOO 990 d6896000000000000000000000ODOOODOOOOOOOOO 463 Page 14 34020113EN AA See section 6 1 for information on sizing protection devices and cables Appendix Technical data See section 1 3 for information on accessing the connections Connections are made using lugs connected to two threaded studs per phase diameter 10 mm The cables are tied to the earth bar See section 1 3 for information on accessing the connections Connections are made using lugs connected to two threaded studs per phase diameter 10 mm The cables are tied to the earth bar 2 Installation Upsilon STS 400 to 600 A Input 3 phases PEN Output 3 phases PE oo e e 6 o 6 6 9 F See section 1 3 for information on accessing the connections Connections are made using lugs connected to two threaded studs per phase N L1 L2 L1 L2 13 L1 L2 L3 diameter 10 mm o 2 The cables are tied to the earth bar 9 HI HI 2 m 463 mm Upsilon S
13. N 1 f Transfer to the manual bypass for source S1 1 Manually transfer the load to source S1 2 Set switch Q2 2 to the OFF position position 0 3 Set switch Q1BP 6 to the ON position position 1 The load is supplied by source S1 via the bypass 4 Set switches Q1 m and Q3 to the OFF position position 0 The operation for source S2 is identical using switches Q2 and Q2BP Interlocking of the bypass lines is ensured by use of a single key that must be inserted on the bypass switch to be operated m pm 34020113EN AA Page 25 5 Environment This product has been designed to respect the environment It does not contain CFCs or HCFCs It is manufactured on a production site certified ISO 14001 UPS recycling at the end of service life MGE UPS SYSTEMS undertakes to recycle by certified companies and in compliance with all applicable regulations all products recovered at the end of their service life contact your MGE UPS SYSTEMS branch office Packing Packing materials must be recycled in compliance with all applicable regulations Web site www mgeups com Page 26 34020113EN AA 6 Appendix 6 1 Technical data Output currents and voltage Rated output current 30A 60A 100A 160A 250A 400A 600A Input and output voltage Rated operating voltage 380 V 400 V 415 Maximum voltage 498 V 415 V 20 Minimum voltage 247 V
14. RSONALIZATION DRY CONTACT SETTINGS Page 22 34020113EN AA 3 5 Upsilon STS customization 1 Press the menu button 26 2 Select Setup then Customization using the function buttons 3 marked or f 3 Confirm the order by pressing the function button Q3 marked 4 Enter the password The password d is set in the factory Select Setup then Password to personalise the password Overfrequency threshold 596 Underfrequency threshold 5 Phase sync tolerance 15 Retransfer YES PERSONALIZATION Current settings Bn Nominal voltage 400 V Overvoltage threshold 10 Undervoltage threshold 10 Nominal frequency 50 Hz 3 Operation The monitoring parameters must be identical for the two sources These parameters depend on the tolerances of the connected loads Factory setting Customization Return to preferred source after transfer Automatic Manual Automatic Nominal source voltage 400 V 380 400 415 V Overvoltage threshold Un 10 Un 5 to Un 20 in 1 steps Undervoltage threshold Un 10 Un 5 to Un 20 in 1 steps Nominal source frequency 50 Hz 50 60 Hz Frequency tolerances 5 1 to 10 1 to 10 in 0 5 steps Phase error tolerance between the two sources 15 1 to 45 1 steps 34020113EN AA Page 23 3 Operation 3 6 Cu
15. TS 400 to 600 A Input 3 phases PE Neutral Output 3 phases PE Neutral T 9 9 6 9 9 F Q i N L1 L2 L1 L2 L3 N L1 L2 L3 See section 1 3 for information on accessing the connections Connections are made using lugs connected to two threaded studs per phase diameter 10 mm The cables are tied to the earth bar Ly 463 mm 1 403 mm 99900 0000 p Eten Upsilon STS 400 to 600A Input 3 phases PE Output 3 phases PE pcc See section 1 3 for information on accessing the connections Connections are made using lugs 9 fol elel 9 fo fo connected to two threaded studs per phase iN L1 L2 L3 NN 11 L2 L3 N L1 L2 L3 diameter 10 mm 2 The cables are tied to the earth bar o o o HI HI o 463 mm 403 mm 34020113EN AA Page 15 2 Installation Cable running for cables entering through the top of the Upsilon STS 30 to 250A cabinet Cable running zone for cables entering through the top 49 Cable gland plate that must be drilled to cable size
16. ation cards 17 2 5 Connection of the JBUS communication card 17 2 6 Connection of the relay communication card eene 18 Operation ENERO 19 3 2 r hinc Ere eet lic ecd iai ui eee cca geni eta 19 3 3 Normal mode operation on preferred source 1 20 Operation on the preferred source 20 Automatic transfer to the alternate source 20 Manual transfer to the alternate source 20 Manual transfer to an out of phase alternate source 21 KE MMPILIEMACDGEI DD 22 3 5 Upsilon STS c stomizatlon ens 23 3 6 Customization of the relay communication card 24 Maintenance 4 4 Identification Of anomalies 25 4 2 Transfer to the manual bypass 25 Environment nie petite a aa a 26 34020113EN AA Page 5 Contents Page 6 34020113EN AA 6 Appendix 6 1 Technical Gata ee
17. ed Overloads higher than 1 5 In are stored in memory The alarm must be reset to return to normal operation 34020113EN AA Page 27 6 Appendix 6 2 Simplified diagrams Upsilon STS simplified diagram Source 1 Source 2 S1 Upsilon STS S2 C gt Static switch control monitoring Q1 Q2 Q1BP Q3 Q2BP To the load Simplified diagram of an installation Preferred sources Alternate sources QNM To the load Page 28 34020113EN AA 6 3 Glossary Alternate source JBUS communication card Load Manual bypass Normal mode Preferred source Relay communication card Static switch 6 Appendix Backup source that steps in if the preferred source fails Internal card implementing the JBus protocol on a serial link to supply the user with system information Device s or system s connected the Upsilon STS output Q1BP Q3 and Q2BP switches accessible to the user that may be used to directly supply the load from Source S1 or S2 The bypass enables servicing on the equipment without interrupting the supply of power to the load Operating mode during which the load is supplied by the preferred source Source selected as the normal source of power Internal card implementing contacts to supply the user with system information Electronic switch ensuring instantaneous switching 34020113EN AA Page 29 6 Appendix 6 4 Index A Alaf
18. nactive Source S2 status condition active or inactive Preferred source status condition S1 inactive and S2 active Automatic transfer status condition authorised or not Overload status condition Page 24 34020113EN AA 4 1 Identification of anomalies 4 Maintenance General alarm 51 6 or S2 62 Static switch Buzzer System output Meaning LED LED LED 3 or 84 LED G Beeps Internal STS fault GN Source outside 7 Beeps 7 tolerances load still VAN supplied EN 2 Source outside tolerances no voltage Z The load cannot be Z N supplied by this source X 2 E 7 Static switch fault 73 7 Overload VN G 7 ms Load not supplied S The meaning of all these anomalies are detailed on the display Select the alarm the corresponding informations are displayed 4 2 Transfer to the manual bypass Q1 Q5 Q6 Q2 8 9 0 0 Q1BP Q3 Q2BP 1 1 1 em e Q1 Q5 Q6 Q2 ee al 0 0 6 Q1BP Q3 Q2BP lg 1 1 p Jj ccm Q1 Q5 Q6 Q2 1 al 1 Vil Q1BP Q3 Q2BP 1 LU
19. on STS 30 60 100 160 250 A cabinet 1400 mm high Hi ill WO 9 9 CQ 9 Switch Q1 for Source S1 Circuit breaker Q5 for control electronics power supply Circuit breaker Q6 for control electronics power supply Switch Q2 for Source 52 Communication card cage Bypass switch Q1BP for Source S1 Output switch Q3 Emergency power off terminal block Bypass switch Q2BP for Source S2 Source S2 connection Output connections Source 51 connection Earth bar Connection cover Base panels Adjustable foot pads Upsilon STS 30 60 100 160 250 400 600 A cabinet 1900 mm high Page 8 34020113EN AA B a E wo OO H T LL i CH I H o o o n 9 9o Ys 9 9 ell One COS COS 90 9 9 9o OO 9 9 b v 9 H 9 9 99 79 D 9 9 TO 0 ae DODO Switch Q1 for Source S1 Circuit breaker Q5 for control electronics power supply Circuit breaker Q6 for control electronics power supply Switch Q2 for Source S2 Communication card cage Bypass switch Q1BP for Source S1 Output switch Q3 Bypass switch Q2BP for Source S2 Emergency power off terminal block
20. on on the preferred source amp eoS GG Manual transfer to the alternate source Page 20 34020113EN AA amp 6 During normal operation on the preferred source S1 LEDs Q4 29 80 61 62 63 and are on in green If LED is orange there is an 2 overload e If LED 88 is red the load is no more supplied The load is automatically transferred to the Source offering the highest level of power quality For example if the preferred source S1 goes outside tolerances LED 63 goes orange or red The buzzer beeps Upsilon STS automatically transfers the load to the alternate source S2 LEDs 4 9 80 62 64 and are on Upsilon STS transfers the load back to the preferred source S1 as e Soon as it returns to within tolerances To stop the buzzer press the function button marked 1 Press the manual transfer button 65 2 Confirm the order by pressing the grey function button Q3 marked on the screen LEDs 4 and flash After the transfer the green LED 67 goes on The load is supplied by alternate Source 2 Transfer is authorised only if the two sources are within tolerances voltage frequency and their phase displacement is within the set limits If these two conditions are not met the transfer order is stored in memory and executed when the voltages cross zero
21. representative All products in the Upsilon STS range are protected by patents They implement original technology not available to competitors of MGE UPS SYSTEMS To take into account evolving standards and technology equipment may be modified without notice Indications concerning technical characteristics and dimensions are not binding unless confirmed by MGE UPS SYSTEMS This document may be copied only with the written consent of MGE UPS SYSTEMS Authorised copies must be marked Upsilon STS Installation and User Manual nr 3402011300 34020113EN AA Page 3 Foreword Using this document Information may be found primarily by consulting the contents the index Pictograms Document Display Important instructions that must 1 csupor dowh one page be followed Up down selection L Information advice help n Other selection 17 Select date for event log consultation Visual indication Confirm Increase Action Details Reduce Audio indication Save LAN Scrolling menu zz Graphic display gt Enter characters 4 LED off U LED flashing Graphic display x Phase to neutral ZN measurements N P LED on green Graphic display Phase to phase measurements SN 88 8 ini Interrupt manual transfer LED on orange 8 88 Digital display without break 2 N TOT LED on red S Return to previous display mt 4 D Ear
22. sing lugs connected to threaded studs diameter 8 mm The cables are tied to the earth bar 275 mm aAA ACAI ASA AEA e N L1 L2 L3 N L1 L2 13 L1 1213 12 34020113EN AA 2 Installation 3 phases PEN 3 phases PE Input Upsilon STS 30 to 250A Output See section 1 3 for information on accessing the connections Connections are made using lugs connected to threaded studs diameter 8 mm The cables are tied to the earth bar f l Zoo x o 4 1I Zoo 4 Moo d I 1I Qzooo 3 phases PE Neutral 3 phases PE Neutral Input Upsilon STS 30 to 250A Output See section 1 3 for information on accessing the connections Connections are made using lugs connected to threaded studs diameter 8 mm The cables are tied to the earth bar
23. stomization of the relay communication card Inputs Factory setting Signals available on each contact 1 A Memorised faults reset command 1 B Command to disable transfer Memorised faults reset command Selection command for source S1 Selection command for source S2 Selection command for the authorised automatic retransfer mode Selection command for the inhibited automatic retransfer mode Command to authorise transfer Command to disable transfer EPO command enables the opening command for switches Q1 and Q2 Outputs Factory setting Signals available on each contact 1 1 Load supplied status condition presence or absence of power to the load 1 2 General alarm fault on one of the sources or on the Upsilon STS 1 3 Upsilon STS fault 1 4 Overload status condition 1 5 Source S1 status condition active or inactive 1 6 Source S2 status condition active or inactive Load supplied status condition presence or absence of power to the load General alarm fault on one of the sources or on the Upsilon STS Upsilon STS fault Source S1 status condition within or outside tolerances Source S2 status condition within or outside tolerances Phase error condition between the two Sources within or outside tolerances Source S1 status condition active or i
24. th cables E Delete nies Other cables N Access to measurements Buzzer off Status conditions Settings 4 S go gt Maintenance Note LEDs and switches are represented in their rest position Transient conditions are indicated by dotted arrows Page 4 34020113EN AA Contents Presentation 1 4 Upsilon STS 30 60 100 160 250 A cabinet 1400 mm high 7 1 2 Upsilon STS 30 60 100 160 250 400 600 A cabinet 1900 mm high 7 1 3 Access to control and connections 8 Upsilon STS 30 60 100 160 250 A cabinet 1400 mm high 8 Upsilon STS 30 60 100 160 250 400 600 cabinet 1900 mm high 8 1 4 Man machine interface n on nenita eea aan eiea arana aa eatea enara iaar a aaae aiana daakinii mainatia 9 1 5 Relay communication card 10 1 6 JBus communication card aree 10 Installation EB up Eec 11 Upsilon STS 30 60 100 160 250A cabinet 1400 mm high 11 Upsilon STS 30 60 100 160 250 400 600 cabinet 190
25. tms cse cd ete 25 5 cr 25 B BUZET ius aidera dei de arces de 25 C 5 5 ee Rene 27 Communication cards ies ee ee HERI 10 Relay OE de tr ted 10 Connections ACCESS 8 JBUS communication card 17 Power cables Relay communication card 18 Through the top 16 Customization eri ch tree tet 23 24 D DIMENSIONS ze reos br tee ei a a ea 7 Display stress DE 22 F Faults 25 Frequetn y steer ER 27 Page 30 34020113EN AA L Layout of components 8 ETE 9 25 Links 39232 ores cM 10 RS485 i hr eet cra e beo eee 10 E 088081 erret et 27 M Man machine interface 9 Manual Dypass hiess naaninag tete eee Peces 25 Operating modes 20 21 Overload S ees ce e d end 27 R Recommended protection 27 ese cre ecc dieere des 26 S Safety rules 3 Shutdown ad Starts p sili al eects V Ventilation c imi eb ees 27 Voltag88 5 eu ens inl 27 Weight dee EIER He Sus 7

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