Summary of Contents for Socomec Sicon DELPHYS MX elite
- Page 1 Operating manual for DELPHYS MX and DELPHYS MX elite Uninterruptible Power Systems with a basic control panel UPS/NTA GB/DELMX_EXPC1C3C6.B 01/03/2005...
- Page 2 Certificate of Warranty The warranty conditions are stipulated in the sales contract, if not the following points shall apply. The manufacturer exclusively guarantees his own products against any defect in construction or operation arising from faulty design, materials or workmanship according to the conditions set down below.
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Page 3: Safety Requirements
FOREWORD We thank you for the trust you have in our Uninterruptible Power Systems. This equipment is fitted with up to date technology. Rectifier and inverter subsets are provided with power semiconductors (IGBT) including a digital micro-controller. Our equipment complies with standard CEI EN 62040-2. CAUTION: “This is a product for restricted sales distribution to informed partners. -
Page 4: Table Of Contents
CONTENTS SAFETY REQUIREMENTS ..............................2 GENERAL ..................................5 PURPOSE AND UPS COMPOSITION ........................5 SAFETY ..................................6 LAYOUT OF SWITCHES ............................7 CONTROL PANEL WITH MIMIC PANEL ......................7 5.1................................7 VERVIEW 5.2................................. 8 DISPLAY 5.3............................9 UMINOUS STATUS BAR 5.4. - Page 5 CENTRAL BYPASS SYSTEMS.......................... 24 10.1............................ 24 TANDARD BASIC SCHEME 10.2. . – B . – I .) .................... 24 IMIC PANEL OF A MODULE RECT 10.3..........................25 IMIC PANEL DESCRIPTION 10.4................25 ESCRIPTION OF THE LUMINOUS STATUS BAR ON A MODULE 10.5.
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Page 6: General
In such case, the required power is supplied by the battery, which is kept charged when the mains is present. DELPHYS MX and DELPHYS MX elite provide three-phase sinusoidal output. The UPS is composed of : - 1 fully controlled three-phase rectifier of DBC type (Double Bridge Converter), - 1 three-phase inverter of S.V.M. -
Page 7: Safety
Chapter 1 : General 3. SAFETY The equipment can only be switched on or used if the following conditions are fulfilled : - electrical connections comply with the regulation in force (earth CAUTION bonding, appropriate protections and cross-section of cables) - all means to comply with the protection index of the system are in place, such as side panels, doors, glands, shields or whatever...). -
Page 8: Layout Of Switches
Chapter 1 : General 4. LAYOUT OF SWITCHES Description of switches : Q1 : rectifier input switch Q4 : automatic bypass switch Q3 : output switch Q5 : maintenance bypass switch Note : Q20 : battery protection is located in the battery cabinet or battery enclosure. -
Page 9: Lcd Display
Chapter 1 : General 5.2. LCD display Various screens can displayed : - the permanent display by default Load protected by inverter Load rate: A) The load supply source is displayed, i.e. : - LOAD PROTECTED BY INVERTER, - LOAD SUPPLIED BY AUTOMATIC BYPASS, - LOAD SUPPLIED BY MAINTENANCE BYPASS, - OPERATING ON BATTERY, - LOAD OFF,... -
Page 10: Luminous Status Bar
Chapter 1 : General 5.3.Luminous status bar The colour or blinking status enable provide immediate indication about the operating conditions of the system. The following information can be displayed. Green bar : the load is protected by the inverter the load is supplied via the bypass path if in Eco-mode the Energy saver mode is activated (in a parallel system, the number of operating units is automatically adjusted to the energy required on the output). -
Page 11: Single Units With Bypass
Chapter 2 : Single units with bypass 6. SINGLE UNITS WITH BYPASS 6.1.Standard basic schemes SEPARATED RECTIFIER AND BYPASS INPUTS COMMON RECTIFIER AND BYPASS INPUT X40 = input mains 2 BP = bypass facility X10 = input mains 1 REC = rectifier X50 = to the load INV = inverter ABP = automatic bypass... -
Page 12: Mimic Panel Description
Chapter 2 : Single units with bypass 6.3.Mimic panel description LEDS GREEN YELLOW BLINKING LED 1 RECTIFIER MAINS Absent 2 BYPASS MAINS Absent 3 RECTIFIER Alarm ON 4 BATTERY Charged discharged Green : discharging 5 INVERTER Alarm ON 6 LOAD ON INVERTER Eco-Mode ON 7 LOAD ON MAINS operating... -
Page 13: Menu Structure
Chapter 2 : Single units with bypass 6.5. Menu structure Load protected by inverter Load rate : Press the ENTER key UPS GENERAL OUTPUT MEASUREMENTS "ENTER"4 BYPASS. – INVERTER MAINS RECTIFIER - BATTERY AUTOMATIC START UP UPS COMMAND "ENTER"4 LOAD ON MAINS / LOAD ON INVERTER TRANSFER TO MAINTENANCE BYPASS TRANSFER TO NORMAL MODE / ECO MODE OPERATING MODE "ENTER"4... -
Page 14: Operating A Single Ups
Chapter 2 : Single units with bypass 7. OPERATING A SINGLE UPS The « UPS COMMAND » menu is designed for the operation of the UPS. Controls are only displayed when available. Note 7.1. Starting up the UPS - The system is live, - close switches Q1 and Q4, - wait for the control panels to light up. -
Page 15: Load Transfer From Mains To Inverter
Chapter 2 : Single units with bypass 7.3. Load transfer from mains to inverter The load transfer from mains to inverter is achieved from the "load to inverter" menu, which enables the manual and seamless switching of the load from the non protected mains source to the inverter source. -
Page 16: Modular Systems
Chapter 3 : Modular systems 8. MODULAR SYSTEMS Modular systems can include up to six UPS units. The main configurations available are as follows. 8.1.Modular systems with two redundant UPS units X10 : rectifier input X40 : bypass input X50 : to the load X20 : battery connection... -
Page 17: Modular Systems With Three Ups Units Or More
Chapter 3 : Modular systems 8.3. Modular systems with three UPS units or more X10 : rectifier input X40 : bypass input X50 : to the load X20 : battery connection REC : Rectifier INV : Inverter BAT : battery DCC : battery charger converter BP : bypass facility... -
Page 18: Mimic Panel Description
Chapter 3 : Modular systems 8.5.Mimic panel description LEDS GREEN YELLOW BLINKING LED 1 RECTIFIER MAINS Absent 2 BYPASS MAINS Absent 3 RECTIFIER Alarm ON 4 BATTERY Charged discharged Green : discharging 5 INVERTER Alarm ON 6 LOAD ON INVERTER Eco-Mode ON 7 LOAD ON MAINS operating... -
Page 19: Structure Of The System Related Menu
Chapter 3 : Modular systems 8.7.Structure of the system related menu Display information about UPS SYSTEM UNIT Cancel validate "ESC" "ENTER" Press the ENTER key UPS GENERAL OUTPUT MEASUREMENTS "ENTER"4 SYSTEM BYPASS SUPPLY UPS COMMANDS "ENTER"4 LOAD TO MAINS / LOAD TO INVERTER LATEST EVENTS EVENT LOG "ENTER"4... -
Page 20: Structure Of The Unit Related Menus (Unit)
Chapter 3 : Modular systems 8.8. Structure of the unit related menus (Unit) Display information about UPS SYSTEM UNIT Cancel validate "ESC" "ENTER" Press the ENTER key UPS UNIT OUTPUT MEASUREMENTS "ENTER"4 INVERTER - BYPASS MAINS RECTIFIER - BATTERY AUTOMATIC START UP UNIT COMMANDS "ENTER"4 UNIT UNCOUPLING... -
Page 21: Operating The Modular System
Chapter 3 : Modular systems 9. OPERATING THE MODULAR SYSTEM Each unit has it’s own control panel. The menu structure is divided into two distinctive parts (Please, refer to sections 8.7 and 8.8) : one is intended for operating the unit (Unit) the second one is for operating the system (General UPS). -
Page 22: Load Transfer From Inverter To Mains
Chapter 3 : Modular systems 9.2. Load transfer from inverter to mains The transfer command from inverter to mains can be achieved from any unit in the menu "General UPS / UPS Commands / load to mains". Title screen / General UPS / UPS commands / Load to mains UPS COMMAND : LOAD TO MAINS CONFIRM TRANSFER TO MAINS cancel... -
Page 23: System With Two Non Redundant Units Or More Than Two Parallel Units
Chapter 3 : Modular systems 9.4.2.System with two non redundant units or more than two parallel units The transfer of the system to the maintenance bypass should be carried out as follows : request a "load to mains" command in the menu " General UPS / UPS commands" from any unit. -
Page 24: Shutdown Of A Unit
Chapter 3 : Modular systems 9.5.2. Shutdown of a unit (The unit has been previously uncoupled - See previous paragraph) Stop the unit in the following chronology order : * stop the inverter in the menu "subset commands / inverter shutdown", * open battery protection Q20, * stop the rectifier in the menu "subset commands / rectifier shutdown", * open switch Q4... -
Page 25: Central Bypass Systems
Chapter 4 : Central bypass systems 10. CENTRAL BYPASS SYSTEMS 10.1.Standard basic scheme X10 : rectifier input X40 : bypass input X50 : to the load REC : rectifier INV : inverter BAT : battery DCC : battery charger converter BP : bypass facility ABP : automatic bypass... -
Page 26: Mimic Panel Description
Chapter 4 : Central bypass systems 10.3.Mimic panel description LEDS GREEN YELLOW BLINKING LED 1 RECTIFIER MAINS Absent 2 RECTIFIER Alarm ON 3 BATTERY Charged discharged Green : discharging 4 INVERTER Alarm ON 5 MODULE CONNECTED Eco-Mode ON 6 OUTPUT TO THE COMMON Red : imminent stop supplied Not supplied... -
Page 27: Structure Of The Unit Menus
Chapter 4 : Central bypass systems 10.5.Structure of the Unit menus Load protected by inverter 1 2 3 4 5 6 Load rate: Unit 1 Press the ENTER key UNIT OUTPUT MEASUREMENTS "ENTER"4 INVERTER RECTIFIER - BATTERY AUTOMATIC START UP UNIT COMMANDS "ENTER"4 UNIT COUPLING/UNCOUPLING... -
Page 28: Mimic Panel Of The Central Bypass Cabinet
Chapter 4 : Central bypass systems 10.6. Mimic panel of the central bypass cabinet modules 1 to 6 General output to the loads Transfer impossible Maintenance bypass General alarm 10.7.Mimic panel description LEDS GREEN YELLOW BLINKING MODULES 1 to 6 faulty 1 BYPASS MAINS absent... -
Page 29: Structure Of The Central Bypass Cabinet Menu
Chapter 4 : Central bypass systems 10.9.Structure of the central bypass cabinet menu Load protected by inverter 1 2 3 4 5 6 Load rate: Press the ENTER key UPS GENERAL OUTPUT MEASUREMENTS "ENTER"4 INVERTER / BYPASS MAINS AUTOMATIC START UP UPS COMMANDS "ENTER"4 LOAD TO MAINS / LOAD TO INVERTER... -
Page 30: Operating The Central Bypass System
Chapter 4 : Central bypass systems 11. OPERATING THE CENTRAL BYPASS SYSTEM 11.1. Using The central bypass cabinet has a control panel intended for the operation of the system. The control panel of the modules is only dedicated to the module operation. 11.2. -
Page 31: Load Transfer From Mains To Inverter
Chapter 4 : Central bypass systems 11.5.Load transfer from mains to inverter In the central bypass cabinet : The load transfer from mains to inverter can be achieved in the menu "UPS Commands / load to inverter". Title screen / UPS commands / load to inverter UPS COMMAND : LOAD TO INVERTER CONFIRM TRANSFER TO INVERTER Cancel... -
Page 32: Comments Concerning The Menus
Chapter 5 : Menus 12. COMMENTS CONCERNING THE MENUS 12.1. Menu measurements This menu displays the following system measurements: - general measurements of the UPS - output power of the UPS, - inverter and bypass measurements, - rectifier measurements. 12.2. Menu UPS Commands The UPS command menu enables (Please refer to section related to the menu structure) : - the automatic start up (interactive procedure) - the transfer from the inverter to the mains (and vice-versa),... -
Page 33: Battery
Chapter 5 : Menus 12.4. Battery The battery test is for controlling the battery capacity to supply energy. The battery test can either be made manually or automatically. 12.4.1. Battery test information This menu provides information to show: - the result of the latest battery test (OK or faulty), - date and time of the latest battery test, - date and time of the next battery test. -
Page 34: Ups General Data
Chapter 5 : Menus 12.5.UPS general data 12.5.1. Diagnostic codes Title screen / UPS general data / diagnostic codes. UPS GENERAL DATA: DIAGNOSTIC CODES STATUS ALARMS DIAGNOSTIC RECT: I00100000 I00000000 I00000000 INV: I00C00000 I00000000 I00000000 BYP: I00001000 I00000000 I00000000 COM: I00000000 I00000000 I00000000 SYN: I00000000 I00000000 I00000000... -
Page 35: List Of Status For Single Units And Modular Systems
Chapter 5 : Menus 12.6.2.List of STATUS for single units and modular systems Wording Comments Bypass mains out of tolerances Bypass mains absent Emergency stop External information Battery charging Battery charging current > Battery floating current Monitoring in remote mode Following a command on the control panel, the remote control is master SC conducts... -
Page 36: Clock
Chapter 5 : Menus 12.7. Clock The UPS is fitted with a clock that enables the time and date of every event to be known. The clock can only be set from the control panel. Title screen / clock / programming I PROGRAMMING I FRIDAY 09:09:21... -
Page 37: Buzzer
Chapter 5 : Menus 12.8.2. Buzzer The buzzer can be activated or de-activated when the alarm appears by means of the scrolling keys "t u". The buzzer is activated by default. Title screen / configuration / buzzer. CONFIGURATION:BUZZER Buzzer: YES cancel validate ENTER... -
Page 38: Local / Remote
Chapter 5 : Menus For coding with less than 6 characters, validation key needs to be pressed up to the sixth character, and once more for validation. CONFIGURATION: ACCESS CODE CONFIRM NEW ACCESS CODE: ?????? cancel validate ENTER Note : the access code is only activated when the display is in standby, i.e. after 4 minutes without action on any key. -
Page 39: List Of Alarms
Chapter 5 : Menus 12.10. List of alarms 12.10.1.Display of activated alarms When an alarm is activated, the description is displayed and an audible signal is given. 12.10.2. Resetting an alarm The alarms can be reset by means of the "ENTER" key. Thus, the audible alarm is silenced, but its description remains displayed as long as the alarm is activated. -
Page 40: List Of Alarms For Central Bypass Systems
Chapter 5 : Menus 12.10.4.List of alarms for central bypass systems List on the central bypass cabinet Wording Comments Imminent stop Informs about the risk of load disconnection Transfer blocked Due to 4 transfers within 60 seconds (set by default) Inverter or mains source can still be chosen.
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