POWER + Release 2.8 April 2006

Transcription

1 POWER + PARALLEL REDUNDANT UPS User Guide April 2006 Har Hotzvim Industrial Park, 14 Hartom St., PO Box 45029, Jerusalem 97774, Israel Tel: Fax: info@gamatronic.co.il web:

2 Gamatronic Electronic Industries Ltd. Har Hotzvim Industrial Park 14 Hartom St. PO Box Jerusalem Israel Tel: Fax: Website: This UPS has been designed for commercial/industrial use only, and is not for use in any life support application. Copyright by Gamatronic Electronic Industries Ltd., All rights reserved worldwide. The information contained in this document is proprietary and is subject to all relevant copyright, patent and other laws protecting intellectual property, as well as any specific agreement protecting Gamatronic Electronic Industries Ltd. rights in the aforesaid information. Neither this document nor the information contained herein may be published, or reproduced, in whole or in part, without the express, prior, written permission of Gamatronic Electronic Industries Ltd. In addition, any use of this document or the information contained herein for any purposes other than those for which it was disclosed is strictly forbidden. Gamatronic Electronic Industries Ltd. reserves the right, without prior notice or liability, to make changes in equipment design or specifications. Information supplied by Gamatronic Electronic Industries Ltd. is believed to be accurate and reliable. However, no responsibility is assumed by Gamatronic Electronic Industries Ltd. for the use thereof nor for the rights of third parties which may be affected in any way by the use thereof. Any representation(s) in this document concerning performance of Gamatronic Electronic Industries Ltd. product(s) are for informational purposes only and are not warranties of future performance, either express or implied. Gamatronic Electronic Industries Ltd. standard limited warranty, available upon request, stated in its sales contract or order confirmation form, is the only warranty offered by Gamatronic Electronic Industries Ltd. in relation thereto. This document may contain flaws, omissions or typesetting errors; no warranty is granted nor liability assumed in relation thereto unless specifically undertaken in Gamatronic Electronic Industries Ltd. sales contract or order confirmation. Information contained herein is periodically updated and changes will be incorporated into subsequent editions. If you have encountered an error, please notify Gamatronic Electronic Industries Ltd. All specifications are subject to change without prior notice. ii

3 TABLE OF CONTENTS SAFETY CONSIDERATIONS...IV Do s...iv Don ts...iv 1.INTRODUCTION... 1 POWER + has many unique features:... 1 System Controller... 4 UPS Module (10kVA / 8kW)... 4 Static Switch (ST/SW) Module... 4 Battery OPERATING MODES... 5 How It Works USER INTERFACE... 7 Control Panel... 7 UPS Module Panel... 7 Static Switch Panel... 8 POWER + Control screen... 9 Navigation and Operation Keypad... 9 Status Indicators POWER + Operation Modes FIRST-TIME SETUP Installation and Start-Up Sequence AC Input/Output Main Terminals Activating the External Maintenance Bypass Deactivating the External Maintenance Bypass POWER + START-UP POWER + Shutdown (Switching to Bypass) POWER + Total Shutdown (No AC Output) POWER + CONTROL PANEL Quick-Reference Summary of Power+ Menu Functions POWER+ MENU FUNCTIONS IN DETAIL Main Menu System UPS Module Self-Test History (Logs) Battery Alarm Setup Menu Static SW Alarm Dry Contacts Calibration Communications SNMP AGENT WIRELESS CONTROL (OPTIONAL) WING Configurations POWER + SPECIFICATIONS iii

4 SAFETY CONSIDERATIONS The POWER + UPS system is designed for industrial applications and harsh environments. Nevertheless the POWER + UPS system is a sophisticated power system and should be handled with appropriate care, following these guidelines. Do s Read this manual carefully before starting installation and operation of the UPS. Review the safety precautions described below to avoid injury to users or damaging equipment. All power connections must be completed by a licensed electrician who is experienced in wiring this type of equipment, and who is knowledgeable about all federal, state, and local electrical codes and regulations. Improper wiring may cause damage to the equipment or injury to personnel. Pay attention to the warning signs, labels and marks on the unit. A warning sign signals the presence of a possibly serious, life-threatening condition. Keep the surroundings clean, uncluttered and free from excess moisture. Allow only qualified technicians to service the UPS. There are no userserviceable components. Do not try to repair it yourself! Use the UPS only for its intended purpose. Don ts WARNING - RISK OF LETHAL ELECTRIC SHOCK: The battery drawer contains a series of 12-Volt batteries that provide high voltage and energy in the UPS body even when the UPS is not connected to the AC input. Appropriate precautions should be taken during installation, inspection and servicing. Do not open the cover of the UPS or the battery cabinets under any circumstances. All UPS panels and doors should be closed. Do not insert any objects through the ventilation holes. Do not put objects on the UPS. Do not move the UPS while it is operating. Do not use the UPS outdoors. Do not turn the UPS upside down during transportation. Do not connect or disconnect the cable to the battery cabinet before the battery circuit breaker is turned OFF. Do not turn ON the battery circuit breaker when the battery cabinet is disconnected from the UPS. Do not install next to any gas or electrical heaters. A restricted location is recommended in order to prevent access by unauthorized personnel. iv

5 WARNING: RISK OF SEVERE DAMAGE TO THE UPS!!! THIS SYSTEM USES THE NEUTRAL LINE FOR OPERATION. THEREFORE, IT IS STRICTLY FORBIDDEN TO CONNECT THIS SYSTEM TO THE AC POWER SOURCE WITHOUT A NEUTRAL (NULL) CONDUCTOR!! FAILURE TO USE A NEUTRAL CONDUCTOR MAY CAUSE PERMANENT DAMAGE TO THE SYSTEM. v

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7 1. INTRODUCTION Thank you for purchasing a POWER + UPS system. POWER + is the most sophisticated UPS on the market today. In general, an Uninterruptible Power Supply (UPS) provides backup power for use when the utility AC electric power mains fail or drop to an unacceptable voltage level. POWER + is a whole lot more. POWER + is designed to protect your data and equipment and minimize downtime and other adverse effects normally incurred by power irregularities and failures. POWER + continually eliminates surges, spikes and sags that are inherent in commercial utility power. Over time, these irregularities shorten the life of equipment and components. The efficiency of POWER + thus helps to extend the life of your equipment, even through normal use when the input power system is constant and continuous. POWER + requires very little attention or intervention during normal operation; however, you should read and understand the procedures described in this manual to ensure trouble-free operation. POWER + is a parallel redundant UPS and is flexible in structure, allowing it to be easily extended by adding modules as required. The UPS modules are designed for hot swapping, making many different configurations possible. POWER+ has many unique features: POWER + is reliable thanks to its N+ 1 parallel redundancy. POWER + is both flexible and modular; it may include from one to ten modules. POWER + is a true on-line battery design according to IEC POWER + is a "green" power solution thanks to THD of 5% at the input, and provides clean power to your loads. POWER + employs active current sharing at the input / output. POWER + has an overall efficiency of up to 96% and backup efficiency of 98%. POWER + is light and small, a 10kVA module weighs only 9Kg. 1

8 40kVA configuration 100kVA Small enough to fit in a 4-passenger elevator 2

9 The POWER + is comprised of the following sub-assemblies. System Controller 1-10 UPS modules 10kVA Static Switch Module System Controller 10kVA UPS modules Static Switch POWER + System - full complement 3

10 System Controller The POWER + system controller has three purposes: to allow the user to manage and control the UPS as well as monitor the parameters of all sections of the POWER + via the control panel to collect and summarize data from all sections of the UPS communication with external computers for data transfer and operation The POWER + can work without the system controller but with reduced functionality. UPS Module (10kVA / 8kW) The UPS module is the core of the POWER +, which consists of from one to ten identical modules in parallel depending on capacity requirements. Each module includes a 3-phase charger with PFC 1 and a 3-phase PWM inverter connected to batteries by a classic DC link. Each module is plug-in and weighs a mere 9kg. Static Switch (ST/SW) Module The centralized hybrid Static Switch enables an automatic transfer of the load from the output of the inverters to an alternate source whenever the inverter can no longer supply power to the load. The static switch can transfer high currents at high speed. Battery The POWER + battery bank is used as a backup in the event that the utility AC input fails. For systems from 10kVA through 40kVA, the batteries may be housed internally, however for systems from 50kVA through 100kVA, or for sites where a long backup duration is required, the batteries are housed in an external cabinet next to the POWER + cabinet. Batteries are charged by the rectifier which supplies both the inverter and the battery charger. 1 PFC is a feature included that reduces the amount of generated reactive power. Reactive power operates at right angles to true power and energizes the magnetic field. Reactive power has no real value for an electronic device, but electric companies charge for both true and reactive power resulting in unnecessary charges. In power factor correction, the power factor (represented as "k") is the ratio of true power (kwatts) divided by reactive power (kvar). The power factor value is between 0.0 and If the power factor is above 0.8, the device is using power efficiently. A standard power supply has a power factor of , and a power supply with PFC has a power factor of

11 2. OPERATING MODES The POWER + UPS functions to supply AC electrical power to your load. While using the POWER +, three modes of operation are possible: Normal operation Battery operation Bypass operation Normal Operation The UPS is almost always in normal operation mode. The load receives its power from the inverters that supply stabilized voltage, protected from spikes and irregularities in the AC input. The AC input system feeds the charger which supplies DC power to the inverter, while concurrently charging the batteries. Battery Operation During battery operation, the load continues to receive power from the inverters, but the DC input to the inverter is taken from the batteries, instead of from the rectifier. The batteries are galvanically connected by DC link to the inverter and the charger. The DC inherently remains constant when the AC input supply drops out, without any switching devices. The duration of the battery operation is determined by the load demand and the battery capacity. Bypass Operation During bypass operation, the load receives power directly from the AC input via the static switch. Whenever the inverters cannot provide power to the load, either due to an overload or a short-circuit in the load, transfer to the AC input is automatic. As soon as the problem is corrected, the load is transferred back to the inverter. 5

12 How It Works All three operation modes are encountered during normal UPS use in order to constantly provide a regulated supply to the load. During normal use, the UPS provides total power protection to the load. Using bypass, the load is transferred to power directly from the AC input, bypassing the inverter. Using this route, there is no protection, but it can be used in the short term. When power is restored, the UPS returns to normal operation. Other than these three operation modes that are automated by the UPS, there are 2 other modes that require manual intervention, either by the user or the technician: Maintenance bypass Emergency Power Off (EPO) Maintenance Bypass The maintenance bypass switch allows for connecting the load directly to the utility AC supply, not via the UPS, to enable UPS service and maintenance without disrupting supply to the load. This switch is only to be used by the service engineer. Emergency Power Off The EPO button is for use by the user, for emergency situations only. This cuts the supply to the load with immediate effect and cannot be reset. Once switched OFF by the EPO, the POWER + must be restarted manually. 6

13 3. USER INTERFACE This section describes the buttons and indicators used to operate the POWER +. Control Panel The POWER + Control Panel, located on the front of the controller, provides the user with an interface to the POWER + system. It includes an LCD display, a keypad, buttons and indicators for monitoring and controlling the UPS configuration and functions. The control panel is aimed both at the end-user as well as the service engineer. All of the POWER + parameters can be viewed on the control panel. Use of the POWER + Control Panel is described in detail in Chapter 6 beginning on page 21 LCD Panel Network Access Indicator Navigation and Operation keypad Status indicators Operation buttons UPS Module Panel The UPS module panel, located on the front of each UPS module, provides the user with the status of that module 7

14 Static Switch Panel The static switch panel, located on the front of static switch module, provides the user with the status of the static switch module. All the functions and indications are available on the POWER + Control Panel. 8

15 POWER+ Control screen The POWER + control screen is illustrated below. It is part of the control panel described on page 7. How to read and understand the POWER + control screen is described in detail in Chapter control screen is described in Chapter 6 beginning on page 21 The control screen provides s and displays all aspects of the POWER + systems input, output and static switch as well as operational details. The figure below shows the POWER + 3-phase display. Output Output Load level bar graph Current Voltage Current time Battery Voltage L O A D L EV E L G A MATRONIC ---11:20:25--- R : 01 5A, 234V BATTERY: 86 8 V S : 01 2A, 236V UPS OK (O N ) T : 01 1A, 234V STSW OK (I N V ) Status Indication This is how the control screen appears while the UPS is running normally. Navigation and Operation Keypad The navigation and operation keypad works in conjunction with the control screen. It allows you to navigate through the available s using the direction arrow buttons and the Enter and Escape buttons to select or quit, respectively. 9

16 Status Indicators The status indicators show precisely what is running and how the UPS is providing power to the load. The diagram below shows the power source and destination routes in use for each of the 3 automated operation modes. Normal operation route Bypass operation route Battery operation route AC Line Alarm Battery Bypass Inverter Bat. Test UPS On Load Green Shows that the AC input is present and within range Red Flashes to indicate general alarm condition Green Shows that the battery is in discharge mode Green Shows that the load is supplied from the AC input Green - Shows that the inverter is supplying power to the load Blinking Red Shows that a battery test is in progress Steady Red Battery test failure Green Indicates that the UPS is running Green Indicates that AC voltage is available at the output 10

17 Operation Buttons The operation buttons illustrated below are soft switches. On/Off resets the entire UPS Alarm silence shuts the alarm sounder Inv/Byp allows the maintenance engineer to manually change the operation mode UPS ON/OFF switch Alarm silence Inverter/Bypass manual switch over Network Access Indicator The network access indicator shows whether the network connection is available and whether it is active. Link Act Red Indicates the presence of a network connection link Green Indicates that the network is active 11

18 POWER+ Operation Modes Normal Operation L O A D L EV E L G A MATRONIC ---11:20:25--- R : 01 5A, 234V BATTERY: 86 8 V S : 01 2A, 236V UPS OK (O N ) T : 01 1A, 234V STSW OK (I N V ) During normal operation, the UPS draws power from the AC line, feeds DC to the inverter which provides AC to the load. Battery Operation AC failed for the past 5 minutes L o ad l e v e l no ac 005m ---11: 2 0 : r : _ 015A, 234V batter y : 868 V s : 012A, 236V ups ok ( o n ) T : _ 011A, 234V stsw o K ( i n v ) Status Indication During Battery Operation, the battery supplies DC to the inverter which then provides AC to the load. The red alarm flashes to indicate the abnormal status. 12

19 Bypass Operation (Automatic) L O A D L EV E L G A MATRONIC ---11:20:25--- R : 01 5A, 234V BATTERY: 86 8 V S : 01 2A, 236V UPS OK (O F f ) T : 01 1A, 234V STSW warnin g Status Indication During Bypass operation, the AC feeds the load via the bypass static switch. The red alarm flashes to indicate the abnormal status. Bypass Operation (Manual) L O A D L EV E L G A MATRONIC ---11:20:25--- R : 01 5A, 234V BATTERY: 86 8 V S : 01 2A, 236V UPS OK (O n ) T : 01 1A, 234V STSW OK (B Y P ) Status Indication If the Power+ is manually switched to bypass operation by pressing the Inv/Byp button, the load is transferred to the mains AC input line. Transfer back to normal operation must be performed manually. The red alarm indicator will be lit but will not flash. 13

20 Emergency Power Off - EPO (Manual) The EPO button is for use by the user, in emergency situations only. The EPO button cuts the supply to the load with immediate effect and cannot be reset. Once switched OFF by the EPO, the POWER + must be restarted manually. 14

21 4. FIRST-TIME SETUP Installation and Start-Up Sequence Preparation 1. Prepare the proper infrastructure for the POWER + with adequate cables and connections. 2. Prepare the POWER + for installation. Ensure all components and modules are complete and securely fastened to their shelves. 3. Verify that utility AC power is disconnected and that all switches are OFF. 4. Connect the POWER + to the electricity mains according to the correct phase sequence. 5. Connect the battery set(s) to the POWER Re-check your connections. 7. Ensure that the maintenance bypass switch is set to NORMAL (OFF). Operation Note: Before first setting up the UPS, make sure that the load is not connected. When applying power to the POWER +, the system automatically runs the startup process without a need to press the On/Off button. 1. Turn the AC input and AC bypass switch ON and wait (for about 2 minutes) for the POWER + to initialize. 2. The start-up sequence will begin and the control panel will show the following sequence. (The details will vary, depending on your application.) Power up Start-up 1 G A MA T R O N I C - ELECTRONIC INDUST R I E S UPS POWER+ SC W E L C O M E!!! Figure 1: Start-up screen 1 L TD. Power up Start-up 2 WARNING!!! SYSTEM RUNNING IN: S I L I C O N M O D E (JP2 - I N ) P L EASE NOTIFY SUPERVIS O R Figure 2: Start-up screen 2 15

22 Power up Start-up 3 W A IT F O R R ESULTS... S T AT I C R A M : PASSED R.T CLO C K : P A S SED E E PR O M - 1 : PASSED E E PR O M - 3 : PASSED DC SUPPLI E S : P A S SED Figure 3: Start-up screen 3 Power up Start-up 4 S Y S T E M I N I T I A L I Z I N G SC PL E A S E W AIT FOR COUNT DOWN T O F I N I S H 45 SECONDS LEFT Figure 4: Start-up screen 4 During this step, the LEDs are also checked sequentially. Ensure that you have a normal reading on the System Controller display. The bar graph on the left side displays loads of all 3 phases as shown in. Power up Default window LO A D L E V EL GAMATRONIC ---11: 2 0 : R : 015A, 234V BATT E R Y : 868V S : 012A, 236V UPS O K ( O N) T : 011A, 234V STSW O K ( I NV) Figure 5: Normal display of the controller LCD (default) 3. Switch all battery switches ON on all battery cabinets. AC Input/Output Main Terminals The main terminals are critical for POWER + installation. The terminals are used to connect the AC input and bypass inputs and the AC output. 16

23 Activating the External Maintenance Bypass The external maintenance bypass allows the UPS to be manually shut down for servicing without affecting the loads. THE MAINTENANCE BYPASS SWITCH MAY BE OPERATED BY QUALIFIED SERVICE PERSONNEL ONLY To activate the external maintenance bypass mode: 4. Verify that the SYNC and BYPASS indicators are lit. (If they are not lit, the UPS cannot go into BYPASS mode.) 5. Press on the INV/BP button twice to pass the UPS in BYPASS mode. 6. Verify that the Bypass indicator is lit. 7. Turn the maintenance bypass circuit breaker ON. 8. Turn the AC OUTPUT circuit breaker OFF. 9. The UPS is now available for service or maintenance as required. Deactivating the External Maintenance Bypass To deactivate the external maintenance bypass and restart the UPS: 1. Turn the UPS ON. 2. Press on the INV/BP button twice to put the UPS into BYPASS mode. 3. Verify that the Bypass indicator is lit. 4. Turn the AC OUTPUT circuit breaker ON. 5. Turn the maintenance bypass circuit breaker OFF. 6. Press the INV/BP button twice to transfer the switch load to the inverter and the UPS to normal operation. 7. Verify that the green INV indicator is lit on the display panel. The loads are now supplied by the UPS. 17

24 5. POWER+ START-UP This section describes the start-up procedures for the operator after a POWER + shutdown. L O A D L EV E L G A MATRONIC ---11:20:25--- R : 00 0A, 234V BATTERY: 86 8 V S : 00 0A, 236V UPS OK (O F f ) T : 000A, 234V STSW OK (B Y P ) After shutdown, the UPS on, Alarm and Load indicators will flash. 1. Press twice on the On/Off button on the upper right of the system controller panel. 2. Wait about 2 minutes for the POWER + to start up. The following screen will be displayed: L O A D L EV E L G A MATRONIC ---11:20:25--- R : 00 0A, 234V BATTERY: 86 8 V S : 00 0A, 236V UPS OK (O N ) T : 00 0A, 234V STSW OK (I N V ) Status Indication Observe that UPS OK indication is now ON and the STSW OK now indicates INV. If the display continues to indicate BYP, check on the Static Switch panel, that the inverter is running. If the inverter indicator on the Static Switch panel is OFF: Press the Inv/Byp button on the static switch panel to switch the inverter ON and wait for the indicator to light. Press the Inv/Byp button on the lower right of the control panel. 18

25 3. Connect the load and observe the results on the display. Load level bar graph Output Current L O A D L EV E L G A MATRONIC ---11:20:25--- R : 01 5A, 234V BATTERY: 86 8 V S : 01 2A, 236V UPS OK (O N ) T : 01 1A, 234V STSW OK (I N V ) Status Indication 4. Observe that the dot bar graph now indicates the load presence and relative power consumption. Filled dots indicate kva; empty dots indicate kw. POWER+ start-up is now complete. 19

26 POWER+ Shutdown (Switching to Bypass) 1. Switch the load OFF. 2. Press twice on the On/Off button. 3. Wait 2 minutes for the POWER + to shut down. The control screen will indicate UPS OK (OFF). L O A D L EV E L G A MATRONIC ---11:20: R : _ 0 0 0A, 234V BATTERY: V S : _ 0 0 0A, 236V -UPS OK (O F f ) T : _ 0 0 0A, 234V STSW OK (B Y P ) Note: This does NOT switch the entire POWER + OFF. Power is still delivered to the load but in bypass. POWER+ Total Shutdown (No AC Output) 1. Switch the load OFF. 2. Press and hold the On/Off button for 10 seconds. 3. The control screen will indicate UPS OK (OFF). L O A D L EV E L G A MATRONIC ---11:20:25--- R : 00 0A, 234V BATTERY: 86 8 V S : 00 0A, 236V UPS OK (O F f ) T : 000A, 234V STSW Warnin g! 20

27 6. POWER+ CONTROL PANEL The POWER + system is equipped with an LCM display (LCD) and touch pad control panel that enables the user to effectively manage the UPS system. Once POWER + is installed, the control panel serves as the user s primary interface with the system. Messages, warnings, and error conditions are relayed to the user through the display, LEDs and audible alarms. Figure 6: Control panel The remainder of the current chapter contains a quick-reference summary of the functions available through the POWER + control s. Chapter 7 beginning on page 28 illustrates in detail the functions available through the POWER + control s. 21

28 Quick-Reference Summary of Power+ Menu Functions To access the POWER+ main, press the ENT key. Default window Main 1 > S Y S T E M 4> HISTORY 7> S E T U P 2 > U P S M O D ULE 5> BATTERY 8> S T A T I C S W 3 > S E L F T E S T 6> ALARM 9 > C O M M. N A VI G A T E : <UP, DOWN> 1 SELECT: < E N T E R > MAIN MENU Option 1: SYSTEM View battery voltage, input/output AC power and power factor values View input/output measurements voltage/current View operating time View controller jumper settings View controller voltages View battery temperature View dry contacts state View PD technical bit dialog for each UPS module MAIN MENU Option 2: UPS MODULE View in/out voltage/current, DC voltage, PLL info and operation bits for each UPS module (technical information) MAIN MENU Option 3: SELFTEST Perform a controller self-test, without affecting system operation MAIN MENU Option 4: HISTORY View the history log MAIN MENU Option 5: BATTERY View battery capacity, equalizing settings, battery test progress, battery condition and current limit MAIN MENU Option 6: ALARM View a short version of alarms list and their state MAIN MENU Option 7: SETUP (See the SETUP sub) MAIN MENU Option 8: STATIC SW View the ST/SW inverter/bypass voltage and the output current MAIN MENU Option 9: COMM. Select the communication type for the interface 22

29 The SETUP sub, option 7 from the main : SETUP sub Option 1: ALARM SET 1> AC VOLT 1) Set AC High & Low Alarm Levels Set the AC low voltage and AC high voltage alarm levels 2) Set AC Alarms Hysteresis Set the AC alarm response tolerance. 2> FLOAT VOLT 1) BATEND Set the end of backup DC voltage 2) BATLOW Set the battery low alarm voltage 4) BAT-HI Set high DC voltage alarm 7> TEMPERATURE 1) Over Temperature Set the over-temperature alarm value 2) Under Temperature Set the under-temperature alarm value 9> INTEGRAT. Set the number of communication repeats until processing an alarm SETUP sub Option 2: MODULE CONF. 1> NUM OF PHASE Set the single/triple phase indication on the controller 2> MODULE/S FREQUENCY Set the actual frequency for all modules 50Hz/60Hz or dip switch hardware setting 3> MODULE/S VOLTAGE Set the actual module output voltage: 220v,225v,230v etc 4> UPDATE VOLT/FREQ Send the selected voltage and frequency values to UPS modules 5> OUTPUT ADJUST Set the exact output voltage on each phase for each module 6> FREQUENCY LIMITS Set the acceptable bypass frequency tolerance: 0.5Hz to 4Hz 23

30 SETUP sub Option 3: BATTERY 1> TEST-VOLTAGE Set the battery test DC voltage (lowest) 2> TEST ALARM Set the low battery DC voltage for alarm 3> CURRENT-LIMIT 1) Current Limit Value Setup 1> Set C. Limit Of Battery #1 (Value) Set the current limit for battery cabinet number one 2> Set C. Limit Of Battery #2 (Value) Set the current limit for battery cabinet number two 3> Set C. Limit Of Battery #3 (Value) Set the current limit for battery cabinet number three 2) Enable/Disable Current Limit (State) Enable or disable the battery current limit function 4> TEMP COMPENSAT.. 1) Temperature Compensation Value Setup Set the temperature compensation value: 2.0 to 4.0 mv/c O per battery cell 2) Enable/Disable Temp. Compensation (State) Enable or disable the battery charging temperature compensation feature 3) Set ABSOLUTE Max & Min Voltages 1> Set ABSOLUTE MINimum Output Voltage Set the minimal DC voltage under compensation 2> Set ABSOLUTE MAXimum Output Voltage Set the maximal DC voltage under compensation 5) BATTERY TEST 1> Activate Battery Test Perform a manual battery test 2> Set Auto Battery Test Period Set a period between automatic battery tests in weeks 3> Set Auto Battery Test Top Time Set the longest time for the automatic battery test 6) CAPACITY (Value) 1> Set Capacity Of Battery #1 (Value) Set the capacity (AH) rating of the first battery bank 2> Set Capacity Of Battery #2 (Value) Set the capacity (AH) rating of the second battery bank 3> Set Capacity Of Battery #3 (Value) Set the capacity (AH) rating of the second battery bank 7) AUTO TEST Perform a manual activation of the automatic battery test 24

31 8) ENABLE/DIS OPTIONS 1> ENABLE/DISABLE SHUTDOWN by long AC FAIL (On/Off) Enable or disable automatic shutdown after 3 hours of power failure 2> ENABLE/DISABLE Current Sensors (On/Off) Enable or disable the usage of battery current sensors 3> ENABLE/DISABLE BATT Temperature sensor (On/Off) Enable or disable the usage of battery temperature compensation sensor SETUP sub Option 4: CHARGE 2> Floating Parameters Setup. Set the actual DC voltage of the system (ups charging voltage) SETUP sub Option 5: TIME Set the date and the time of the RTC (real time clock) of the controller SETUP sub Option 6: SITE Set the 6 digit site number for identification through the management software SETUP sub Option 7: PASSWORD #1 Set the 8 character password for entering the SETUP sub SETUP sub Option 8: SERVICE 2> UPSs Turn selected UPS modules on or off 4> DRYOUT TEST Test the output dry contacts of the controller 5> CONFIGURE 1) # OF UPSs (redundancy) Set the number of modules used for redundancy only, which will not be counted in the global power of the system 2) # OF UPSs (total) Set the number of UPS modules in the system 3) # Of BATT Set the number of battery cabinets for the system 1, 2 or 3 4) Static Switch Setup Special function, not for customer use! 5) DRY, Alarms 1> Dry1 Association Set the alarms that will trigger dry contact number 1 2> Dry2 Association Set the alarms that will trigger dry contact number 2 3> Dry3 Association Set the alarms that will trigger dry contact number 3 25

32 4> Dry4 Association Set the alarms that will trigger dry contact number 4 5> Dry5 Association Set the alarms that will trigger dry contact number 5 6> Dry6 Association Set the alarms that will trigger dry contact number 6 7> Enable / Disable Alarms Enable or disable specific alarms from the list of 32 6) CALIBRATION 2> DC-I Offset removal Set the battery DC current to zero if not calibrated properly, must be done before the DC-I calibration with disconnected batteries 3> DC-I Calibration 1> Calibrate Battery #1 Current Set the measurement current for the first battery cabinet (ma) 2> Calibrate Battery #2 Current Set the measurement current for the second battery cabinet (ma) 3> Calibrate Battery #3 Current Set the measurement current for the third battery cabinet (ma) 7) PARALLEL/STANDALONE Set the system operation stand alone or parallel for more then one UPS system 9> SC2012 1) Restart Controller Restart the system controller will not affect the output voltage 2) Factory Settings Resets system settings to the default values and restarts the controller hard reset, for use on manufacturing stage usually 3) Network 1> Set IP ADDRESS Set the IP address for the system communications 2> Set GATEWAY Set the default gateway for the system communications 3> Set MASK Set the subnet mask for the system communications 4> Store Store the communication information after changing it 5> SNMP Factor Set the SNMP no communication factor 4) Reset MBX Reset the communication card 26

33 SETUP sub Option 9: SILICON 2> RESET LOG Reset (clear) the controller s history log 3> DEFAULTS 1) Restore Factory Defaults Restore the controller values to the factory preset and restart the controller soft reset, reapplies the factory settings 2) Restore User Defaults Restore the controllers user saved preset 3) Save User Defaults Save the current controller settings (user preset) 5> RESET TOTAL TIME Reset the total system up-time 6> LAST MAINT, SET Reset the last maintenance date to the current date The Information, accessed with the ESC key (press and hold). 1> UPSs Stat Displays the status of each UPS module in the system good or bad. 2> UPSs On/Off Displays whether the state is on or off for each UPS module 3> SoftWare Rev Displays the firmware revision for system controller and the communication card 4> Network Displays the communication card IP settings and the network faults information 5> Dry In/Out Stat Displays the dry contact closed/open information for all of the input output dry contacts 6> Alarms Status Displays the list of all alarms and the active ones, including each alarm s long name 7> Language System controller s LCD panel language selection English or Spanish 8> General Displays global system information: Software revision Battery current limit on or off Battery temperature compensation on or off Last maintenance date Site 6 digit number Total battery capacity DC voltage setting 27

34 7. POWER+ MENU FUNCTIONS IN DETAIL This chapter describes the functions available through the POWER + Main Menu and its subs. Main Menu Press the Enter button to display the main. Note: To return to the main at any time, press the Escape button and then the Enter button. Default window Main 1 > S Y S T E M 4> HISTORY 7> S E T U P 2 > U P S M O D ULE 5> BATTERY 8> S T A T I C S W 3 > S E L F T E S T 6> ALARM 9 > C O M M. N A VI G A T E : <UP, DOWN> 1 SELECT: < E N T E R > Figure 7: Main Table 1: Main Menu Options 1> SYSTEM General information such as voltages, currents etc. 2> UPS MODULE Information for a specific UPS module 3> SELFTEST Self checking of the Controller's components (supply, RTC, memory) 4> HISTORY History log events (last 255 events, dated and timed) 5> BATTERY Charging / discharging voltages and currents, battery test etc. 6> ALARM Detailed alarm status 7> SETUP Configuring the system (number of modules, alarm, time etc.) 8> STATIC SW Static Switch data 9> COMM Determining the type of communications(tcp/ip, RS232 or WING) 28

35 System From the main select option 1 (System) to show the DC voltages (positive, negative and summary): Main Option 1 B A TT C U R R : > TOTAL A B A TT P O S. : 430V BATT A ( ) B A TT N E G. : 441V B A TT V O L T : 871V Figure 8: System DC voltages Note: The example shown in Figure 8 illustrates only 1 battery installed. Press the key to view the results of power factor 0 2. System Option 1 O U TP U T PH1 PH2 PH3 T O TAL K V A K W P. F Figure 9: Power factor 0 Press the key again to view the results of power factor 0.5 System Option 1 O U TP U T PH1 PH2 PH3 T O TAL K V A K W P. F Figure 10: Power factor 0.5 Press the key again to view the results of power factor 1.0 System Option 1 O U TP U T PH1 PH2 PH3 T O TAL K V A K W P. F Figure 11: Power factor 1 Click Esc and then the Enter button again to return to the main (Figure 7). Select System (1). Press the key to view the next windows, shown in Figure 13: through Figure KVA is 1000 VA. Apparent power is measured in VA which is a reactive (i.e. a mix of both capacitive and inductive) load s RMS voltage multiplied the RMS current. True power is VA multiplied by the power factor, and the power factor is the cosine of the phase angle between voltage and current. A reactive load that draws an apparent power of 1000VA and has a 0.5 power factor is consuming 500 watts of power. If a device were purely inductive, it would have a power factor 0. See also footnote 1, on page 4. 29

36 System Option 1 P H AS E : - - R-- --S-- -- T - - I N : 23 5 V / 044.0A 234V/044.0A 23 4 V / A O U T: 23 1 V / 043.0A 231V/042.0A 23 2 V / A T O T A L UPS IN/OUT MEASURE M E N T S Figure 12: Overall phase voltages/currents System Option 1 t o ta l t ime: hours c u rr e n t s e ss.: hours b o ot s s o far: times Figure 13: Elapsed time System Option 1 j mp : j mp1, Jmp2, jmp3, jmp 6 a n d j mp9 =I N 1. not hard silicon 2. silicon mode 6. n o r m t p an jp3: on 9. j p 9 : on Figure 14: Jumper settings WITHOUT remote panel System Option 1 j mp : j mp1, Jmp2, jmp3, jmp 6 a n d j mp9 =I N 1. not hard silicon 2. silicon mode 6. r e m o t e p an jp3: on 9. j p 9 : on Figure 15: Jumper settings WITH remote panel Note: In Figure 14 and Figure 15, Silicon Mode indicates that the configuration jumper is installed, thus allowing for modifications. Hard Silicon indicates that the factory defaults hard reset jumper is installed. This is required only at the factory or whenever software reset fails. System Option 1 5 v dc : V controlle r i n t e r nal 1 2 vd C : V v o l t a ges 5 v P : g o o D 5 v 2 : g o o D -12vdc: go o d Figure 16: Controller internal voltages System Option 1 b a tt e r y c h arge level: 010ah 05 0 % w h il e, t o t al capacity: 020aH r e ma i n i n g backup: 0010 m i n u t es B A TT E R Y T E MPERATURE: 04 ` C Figure 17: Battery temperature 30

37 Note: The data displayed in Figure 17 depend on the options installed and configured. See Figure 58 on page 41 and Figure 75 on page 44. System Option 1 b a tt f u s e : bad emergency : o p e N 2 : open 6: o p e n 3 : open 7: o p e n 4 : OFF 8: o p e n Figure 18: Fuse status System Option 1 p d d i a l o g : ups #01 t > c d aa Figure 19: Communication with inverter transmit System Option 1 r <e 0 e e f f Figure 20: Communication with inverter receive 31

38 UPS Module 1. From the main, select option 2 (UPS MODULE) and press the Enter button to display the instructions window shown in Figure Press the key to view information about the UPS modules of the system. 3. Scroll and keys to view additional information for the specific module chosen. Figure 22 and Figure 23 below show parameters of the first module of 4 modules (UPS: #01/04). Main Option 2 N E X T S C REENS SHOW DATA ON A L L U P S S U S E U P, D O WN ARROW KEYS TO SEL E C T A U PS U S E LEFT, RIGHT ARROW K E Y S T O V I E W DIFFERENT UPS PARA M E T E R S Figure 21: Instructions Main Option 2 P H AS E : - - R-- --S-- -- T - - I N : 23 7 V / 012.0A 235V/011.5A 23 5 V / A O U T: 23 2 V / 011.0A 232V/010.0A 23 2 V / A U P S: 01 / 0 4 Figure 22: Module phase voltages/currents for module 1 of 4 System Option 2 B A TT V O L T I-ACTIVE I-B U S B A TT + : V R 083 R 08 5 B A TT - : V S 086 S 08 6 U P S: # 0 1 / 0 4 T 087 T 08 6 Figure 23: Battery voltages for module 1 of 4 Click Esc and then the Enter button again to return to the main (Figure 7). 32

39 Self-Test Main Option 3 From the main select option 3 (SELF TEST) to run a self-test of the POWER +. The self-test displays the window shown in Figure 24. You can run a self-test at any time without interfering in the normal operation of the POWER +. A self-test is also initiated by the POWER + itself each day at midnight. The failure of a self-test sets on the self-test alarm. The self-test alarm can only be cleared by a subsequent successful self test, or it can be cleared manually by a maintenance technician. Powering the POWER + down and up, for example, does not clear the self-test alarm. This is because the failure of a self-test is considered a serious event that should not be forgotten. A self-test failure is also recorded in the alarm log. History (Logs) LO A D L E V EL GAMATRONIC ---11: 2 0 : R : 015A, 234V BATT E R Y : 868V S : 012A, 236V UPS O K ( O N) T : 011A, 234V STSW O K ( I NV) Figure 24: Result screen from self-test From the main select option 4 (HISTORY) to display the window shown in Figure 25. The last 255 events reserved in the LOG are displayed, as shown in Figure 26. Navigate the LOG by scrolling using the and keys. Main Option 4 TI M E DATE Value M E S S A G E # 1 6 :14: V IN-> D C - - H V :14: V OUT> D C - - H V :27: OV IN-> U P S - C M 000 Figure 25: History logs Navigate the LOG by scrolling using the and keys. Main Option 4 TI M E DATE # 1 6 :14: :14: :27: Figure 26: History log scroll Table 2 itemizes the log messages that appear on the controller panel. 33

40 # Message Explanation UPSMAJ UPSMIN N.A N.A. Table 2: Log Messages More than 1 UPS Module is sending an alarm or fault warning Single UPS Module is sending an alarm or fault warning LOADBP Load is now running on bypass 3 VIBRA_ OVTEMP OUTFLT BAT-HI N.A. BATEND BATLOW STSWRN E.P.O. EQ-HST Alarm(s) vibrating. Alarm is frequently raised and lowered. Ignore to avoid loading the log filling up. Excess temperature No AC output to load Excessive battery voltage End of battery backup. Battery is discharged to shutdown limit Low battery voltage Static Switch Warning or alarm Emergency Power Off is active Battery is currently charging in equalizing mode, dc voltage is 3 Given as a decimal, this is the sum of 8 components each with its own weight: Detection of inverter voltage blackout for >3mS 0 if not detected, 1 of detected Detection of inverter peak voltage <185V (brownout) - 0 if not detected, 2 if detected Detection of inverter peak voltage high <185V (brownout) - 0 if not detected, 4 if detected Detection of frequency beyond limits (45-65Hz) - 0 if not detected, 8 if detected Detection of inverter average voltage low - 0 if not detected, 16 if detected Detection of inverter average voltage high - 0 if not detected, 32 if detected 64 if instruction for load transfer is received from the controller 128 if instruction for load transfer is received from the Static Switch Example: If LOADBP data is 67, ( ) this means that 3 components are active: Instruction to transfer the load was issued by the controller (64) Low peak voltage detected (2) Voltage blackout encountered (1) 34

41 # Message Explanation temporarily increased 16 BATFLT Batteries failed last test 17 USER-1 User 1 input open 18 USER-2 User 2 input open 19 USER-3 User 3 input open 20 AC-BRN Input AC supply Brown Out 21 ACIN_H AC input excessive 22 ACFAIL AC input failure 23 STSWCM Static Switch does not respond 24 SLFFLT Last controller self-test failed 25 BAT-CB Battery Circuit Breaker Open 26 CURSHR Current Sharing fault, load current is not equally divided between modules 27 UPSOUT Fault (no current) in 1 or more output stage 28 UPSHDN UPS shutdown by EPO, Battery Discharge, ON/OFF pressed 29 OVLOAD Load current is high 30 UPS-CM One or more UPS s not responding 31 STRTUP Startup time-stamp N.A. Each message is formatted as follows: Time HH:MM:SS Date YY:MM:DD Data DC voltage between + and terminals for all events except LOADBP and STSW status for LOADBP events. (See below.) Even start (IN) and end (OUT) Description (See Table 2 on page 34) Event number 0 through 255, 255 being the most recent Example: 11:23: IN -> E.P.O. 254 This message means that at 11:23:56 on January 28 th 2005, Emergency Power Off alarm was registered as event 254; DC voltage at the time was 865V being a sum of (V+ -N) and (V- -N). 35

42 Battery From the main select option 5 (Battery) to display the window shown in Figure 27. Main Option 5 B A TT E R Y C A PACITY: 0020AH C H AR G E MODE: FLOATING E Q. R U N N I N G TIME: C H AR G E C URRENT:053.0A Figure 27: Battery status Press the key to view the next window. Main N E XT A U T O M ATIC EQUALIZING: 02 D A Y S R E MA I N I N G EQUALIZING TIME: --- M I N U T E S R E CT I F I E R S TOTAL CURRENT: 0050 A Option 5 B A TT E R Y CURRENT: A Figure 28: Battery equalizing Press the key to view the next window. Main M A X/ E S T I M, TIME LEFT: 00:00:00 / - - : - - :-- B A TT E R Y T E ST IN PROGRESS FOR: 00 : 0 0 :00 B A TT. V O L T : 000.0V BATT.CURRE N T : A Option 5 L A ST T E S T : FAIL DAYS L E F T : 027 Figure 29: Time left Press the key to view the next window. 1 > B A T T E R Y #1: FAIL LAST TES T : F A I L Main Option 5 Figure 30: Last test Press the key to view the next window. B A TT 1 C U R R : 053.3A BATT CUR R : A Main Option 5 Press the key to view the next window. Figure 31: Battery current 36

43 Main 1 > B A T T E R Y #1: 020 AH TOTAL CAP. : A H Option 5 Figure 32: Battery capacity Note: Figure 30, Figure 31, Figure 32 show the individual batteries on the left and the overall total on the right. In the examples shown above, only one battery is installed. Press the key to view the next window. 1 > B A T T E R Y #1 CURRENT LIMIT: 51 A Main Option 5 Alarm Figure 33: Battery current limit From the main select option 6 (Alarm) to display the window shown in Figure 34. Main Option 6 O UPSMAJ:* +UPSMIN: : : +LOADBP: - V I B R A - : OVTEMP: +OUTFLT: + B A T - H I : : +BATEND: + B A T L O W : Figure 34: Alarms Press the key to view the next window. Main Option stswrn: +e.p.o.:* - e q - h s T : batflt:* +user-1: + u s e r - 2 : user-3: +ac-brn: + a c i n - H : acfail: +stswcm:* + s l f f l t :* Figure 35: Alarms Press the key to view the next window. Main Option bat-cb: -curshr: - u p s o u T : upshdn: +ovload: + u p s - c m : strtup: : Figure 36: Alarms

44 Setup Menu From the main select option 7 (Setup) to display the window shown in Figure 37. Main Option 7 SC SYSTEM SET U P T Y PE I N L E VEL-1 PASSWORD, THEN - E N T E R Y O UR P R I V I LEGE WILL EXPIRE AFT E R 1 5 M IN. P A SS W O R D : * ******* Figure 37: Level 1 password access Using the keypad, type the password and press the Ent button. The setup main will show up on the panel as shown in Figure 38. Press the key to view the next window. Main Option 7 1 > A L A R M S ET 5> TIME 9> S I L I C O N 2 > M O D U L E CONF. 6> SITE 3 > B A T T E R Y 7> PASSWORD #1 4 > C H A R G E 8> SERVICE 1 Figure 38: Setup Setup Option 1 1 > A C V O L T 5> > I N T E G R AT. 2 > F L O A T V OLT 6> > > TEMPERATURE 4 > > Figure 39: Setting AC voltage alarm thresholds Alarm set Option 1 1 > S E T A C HIGH & LOW ALARM LEV E L S 2 > S E T A C ALARMS HYSTERESIS P L EA S E S E L ECT. 1 Figure 40: Setting AC voltage levels Alarm AC voltages Option 1 Alarm AC voltages Option 2 A C V O L T S E TUP: NOMINAL 220 / V A C AC ALARM SETUP ---- A C - L O W AC-H I G H 18 5 V 286 V Figure 41: AC voltage alarm setup S E T A C V O L T ALARMS HYSTERESIS V A L U E (1-20) VOLT 05 Figure 42: AC voltage hysteresis 38

45 Alarm set Option 2 Alarm set Option 2 1 > B A T E N D 2 > B A T L O W 3 > > B A T - H I SELECT I T E M : 1 Figure 43: Battery parameters for alarm F L OA T I N G C HARGE SETUP V O LT A G E S E TTING: 340.0V Figure 44: Battery floating charge setup for alarm Alarm set Option 7 1 > O V E R T E MPERATURE 2 > U N D E R T EMPERATURE P L EA S E S E L ECT Figure 45: Alarm battery temperature Alarm temp. Option 1 S E T O V E R T EMPERATURE ALARM VAL U E ( 2-99)DEGREES 45 Figure 46: Alarm battery maximum temperature setting Alarm temp. Option 2 S E T U N D E R TEMPERATURE ALARM VA L U E ( 1-98)DEGREES 01 Figure 47: Alarm battery minimum temperature setting Alarm set S E T I N T E G R ATION FACTOR (1-30) Option 9 E N TE R = A C CEPT 05 ESC = D I S C ARD Figure 48 :Alarm integration factor setting The Alarm Integration Factor determines the number of times that the controller polls and retries to determine the USP status before deciding on an error status. Setting the alarm integration factor too low will cause spurious alarms to be generated; conversely, setting the alarm integration factor too high may result in an alarm only being raised when it is already too late to take corrective action. 39

46 Setup Option 2 Module config Option 1 Module config Option M O D U L E CONFIGURATION SETT I N G S N U M O F PHASE 4.UPDATE V O L T / F REQ 2. M O D U L E / S FREQUENCY 5.OUTPUT A D J U S T 3. M O D U L E / S VOLTAGE 6.FREQUE N C Y L I M ITS Figure 49: Line configuration - -- M A N U A L/AUTO NUM OF PHASE S E T U P S E LE C T - 1 : FORCE 3 PHASE ( S E L E C T ED) S E LE C T - 2 : AUTO S E LE C T - 3 : FORCE 1 PHASE Figure 50: Setting number of phases S ET MODULE/S FREQUENC Y --- S E LE C T - 1 HARD (DIP DEPEND.) S E LE C T - 2 SET 60HZ ( S E L E C T ED) S E LE C T - 3 SET 50HZ Figure 51: Setting the sine wave frequency Module config Option 3 Figure 52: Setting the module voltage Module config Option N o M I NAL VOLTAGE & FREQU E N C Y A R E NOW SENT TO ALL MODU L E S P LE A S E V E RIFY ALL MODULES GOT U P D A T E D! = = = E X I T T H I S M O D E B Y P R E S S I N G E S C. = = = Figure 53: Setting confirmation Module config Option 5 Figure 54: Output fine-tuning adjustment select phase Module config Option 5 Figure 55: Output fine-tuning select module 40

47 Module config Option 5 Figure 56: Output fine-tuning select value Module config Option 6 Figure 57: Output fine-tuning set frequency limits Setup Option 1 Battery Option 1 1 > T E S T - V O LTAGE 5> BATTERY T E S T... 2 > T E S T A L ARM 6> CAPACITY A H) 3 > C U R R E N T -LIMIT 7 > AUTO T E S T 4 > T E M P C O MPENSAT. 8> enable/d i s o p t i ons Figure 58: Battery settings B A TT E R Y ( T EST) VOLTAGE SETUP V O LT A G E S E TTING: 352.0V Figure 59: Battery Test Voltage Setup 41

48 Battery B A TT E R Y ( T EST) VOLT ALARM V Option 2 Figure 60: Battery test voltage alarm setup Battery Option 3 1 > C U R R E N T LIMIT VALUE SETUP 2 > E N A B L E CURRENT LIMIT ( O N ) 1 P R ES S 2 TO TOGGLE ENABLE / D I S A B L E Figure 61: Current limit setup Curr. limit 1 > S E T C. LIMIT OF BATTERY #1 ( 5 0 A ) Option 1 Figure 62: Battery current limit setup 1 Curr. limit Option 2 C H AR G E C U R RENT LIMIT SETUP C U RR E N T LIMIT: 50A Figure 63: Charge current limit setup Battery Option 4 Temp comp. Option 1 1 > T E M P E r A TURE COMPENSATION VA L U E S E T UP 2 > E N A B L E TEMP. COMPENSATION ( O FF) 3 > S E T A B S OLUTE MAX & MIN VOLT A G E S 1 P R ES S 2 TO TOGGLE ENABLE / D I S A B L E Figure 64: Temperature compensation (disabled) 1 > T E M P E r A TURE COMPENSATION VA L U E S E T UP 2 > D I S A B L E TEMP. COMPENSATION ( 2. 0 MV) 3 > S E T A B S OLUTE MAX & MIN VOLT A G E S 1 P R ES S 2 TO TOGGLE ENABLE / D I S A B L E Figure 65: Temperature compensation (enabled) Battery Option 5 1 > S E T a B S OLUTE MINIMUM OUTPUT V O L T A G E 2 > S E T a B S OLUTE MAXIMUM OUTPUT V O L T A G E - - == A C T I V E IN FLOATING MODE O N L Y = = - - P L EA S E S E L ECT. 1 Figure 66: Battery Test Setting floating mode voltages 42

49 Floating mode Option 1 A B SO L U T e M INIMUM VOLTAGE WHILE C M P E N S AT. V O LT A G E S E TTING: 400.0V Figure 67: Battery Test Setting compensation minimum voltage Floating mode Option 2 A B SO L U T e M AXIMUM VOLTAGE WHILE C M P E N S AT. V O LT A G E S E TTING: 460.0V Figure 68: Battery Test Setting compensation maximum voltage Battery test Option 1 1 > A C T I V a T E BATTERY TEST... 2 > S E T A U T O BATTERY TEST PERIO D 3 > S E T A U T O BATTERY TEST TOP T I M E Figure 69: Battery test settings 1 Batt. test options Option 1 Batt. test options m a x/ e s t i m. time left: 05:30:00 / - - : - - :-- b a tt e r y t e st in progress for: 00 : 0 0 :00 b a tt. v o l t : 810.0v batt.curre n t : p r es s e n t er to start Figure 70: Battery testing S E T B A T T T EST PERIOD (1-50) WEEKS Option 2 Figure 71: Battery test setting test period Batt. test options Option 3 S E T T O P t I ME FOR BATTERY TEST (1-9) HOURS E N TE R = A C CEPT 05 ESC = D I S C ARD Figure 72: Battery test setting maximum time Setup Option 4 1 > > F L O A T I N G PARAMETERS SETUP. 3 > ( E Q : O FF) 4 > Figure 73: Setup setting equalizing/floating parameters 43

50 Equalizing Option 2 F L OA T I N G C HARGE SETUP V O LT A G E S E TTING: 432.0V Figure 74: Setup setting floating voltage Battery sub Option 5 1 > d i s a b l e shutdown by Long ac f a i l ( o n ) 2 > e n a b l e current sensors ( o ff) 3 > e n a b l e batt temperature se n s o R ( o ff) s e le c t & p ress To toggle enabl e / d i s a b le Figure 75: Battery, enable/disable options Option 1 allows the user to enforce shutdown after a given length of input AC failure, even when the batteries are still fully charged. Setup Option 5 S E T R E A L T IME Y E AR M O N TH DAY HOUR MI N S E C Figure 76:Setup - setting real Time Setup S I TE N U M B ER: Option 6 Figure 77:Setup - configuring the site number Setup Option 7 C H AN G E P A S SWORD PRESS ESC TO ABORT Figure 78:Setup - changing the password Setup Option 8 1 > > DRYOUT TEST 7 > > U P S S 5> CONFIGURE 7 > > > > S C S E LE C T, T H EN ENTER 1 Figure 79: Setup - service 44

51 Service Option S E T U P S S (UP= ON<+>, DOWN= O F F < - > ) E N TE R = E X E CUTE ES C = G O B ACK Figure 80: Service selecting the UPS Service Option 4 Service Option 5 R E LA Y S T A T US: P R ES S U P AND REPEAT FOR RELA Y T E S T ( 04) CON T A C T S 1-6 =O N, = OFF Figure 81: Service setting alarm contacts 1 > # O F U P SS (REDUNDANCY) 5> D R Y, A L A RMS 2 > # O F U P SS (TOTAL) 6> C A L I B R A T ION 3 > # O F B A TT 4 > S T A T I C SWITCH SETUP S E L E C T 1 Figure 82: Service configuration Service S E T N U M BER OF UPSS (REDUNDA N C Y ) Option 5 02 (04 T O T A L ) Figure 83: Service setting redundancy Service Option 9 1 > R E S T A R T CONTROLLER 3> NETWO R K... 2 > F A C T O R Y SETTINGS 4> RESET M B X Y O UR S E L E C TION: 1 5> E N TE R I F Y OU ARE SURE (ELSE PR E S S E S C.!) Figure 84: Service SC2012 controller reset Option 1 resets the controller. Option resets to the configuration to factory default settings. SC2012 NW Option 3 1 > S E T I P ADDRESS > S E T G A T EWAY > S E T M A S K > S T O R E 5> SNMP FACTOR S E L E C T : 1 Figure 85: Service SC2012 network setup 45

52 NW setup Option 1 S E T I P A D D RESS Figure 86: Service setting IP address NW setup Option 5 S E T S N M P N O COMM FACTOR VALUE (10-99) Figure 87: Service configuring SNMP 5 Static SW From the main select option 8 (Static Switch) to display the window shown in Figure 88. Main Option 8 S S W VOLTAGE F R EQ I N VE R T E R : R-230V, S-230V, T V 50 HZ B Y PA S S : R-230V, S-230V, T V 50 HZ I O UT : Figure 88: Static Switch voltage and frequency View the current messaging status by using the and keys. Main Option 8 M < B >L M< B >L S S W S T A T U S Figure 89: Static Switch status 46

53 Alarm Dry Contacts Configure Option 5 1 > d r y 1 a s sociation 4> dry4 a s s o c i a t ion 2 > d r y 2 a s sociation 5> dry5 a s s o c i a t ion 3 > d r y 3 a s sociation 6> dry6 a s s o c i a t ion 7 > e n a b l e / disable alarms Figure 90: Dry Contacts/alarms association Configure Option 5 a s so c i a t e dry contact #01 wit h a l a r m/s del add a l m #01 Figure 91: Dry Contacts/alarms association example Calibration Configure Option 6 1 > > > d c - i o f fset removal 6> > d c - i c a libration 7> > s e l e c T Figure 92: Calibration Communications 1. From the main (Figure 7: Main on page 28), select item 9, COMM. 2. Select the appropriate mode using the and keys. Main Option C O M M U N I C A T I O N S S E L E C T - 1 : T C P / I P C O M M. B O A R D ( S E L E C T E D ) S E L E C T - 2 : R S C O M M. S E L E C T - 3 : W I N G. Figure 93: Communications 47

54 8. SNMP AGENT The SNMP agent is an internal card which lets you monitor and control the POWER + system from a PC. The SNMP agent supports standard UPS RFC1628 MIB. The SNMP agent enables monitoring, management, control, and orderly shutdown of the UPS via the Internet protocol SNMP. The SNMP agent is a dedicated adapter that provides connectivity between the UPS and a management platform, such as Gamatronic's POWER + PSM-AC. During normal operation, the SNMP agent transmits information about current operating conditions, such as input and output voltage, current, and frequency. In the even of a power outage, the SNMP agent can automatically shut down protected computer systems before battery run-down. The SNMP agent can provide real-time notification of UPS events in several modalities; for example, via or SMS. Use of an SNMP agent disables the RS232 interface of the UPS. POWER + PSM-AC software, available from Gamatronic, enables you to monitor and control the POWER + UPS system. POWER + PSM-AC is part of GeMSi (Gamatronic Element Management Software, Innovated, Gamatronic s sophisticated suite of software for managing multiple power supply and UPS systems. The systems can be controlled both locally and from a remote location. POWER + PSM-AC lets you monitor and control your POWER + UPS 48

55 9. WIRELESS CONTROL (OPTIONAL) Gamatronic Electronic Industries Ltd. The POWER + system includes an option for wireless control and management, using the Gamatronic WING (Catalog reference 199WING). The WING (Wireless New Generation) is a wireless communications board that enables you to manage and control your UPS and other power systems from a remote location via cellular network (GSM/GPRS/CDMA). It allows real-time detection of power system faults and immediately notifies selected recipients (control center, technician, etc.) detailing the faults. WING can operate through a variety of parallel connections, protocols and applications at the same time. It is compatible with all Gamatronic products, as well as with the products of many other manufacturers. The WING comprises: WING board A SIM board Application management software dedicated to wireless communications. PC WING (GSM, CDMA, GPRS, PPP) INTERNAL MODEM D9 D9 RS232 RS232 NETWORK CARD NETWORK CARD UPS POWER SYSTEM +9vdc DRY CONTACTS OTHER POWER DEVICE Figure 94: WING general block diagram The WING board contains an internal GSM/GPRS Modem plus antenna and a microprocessor that enables it to manage the power systems, monitor and control their values and status, and get real-time alarm notifications all via any standard mobile cellular phone. The user may communicate with the WING by either using a mobile cellular phone or the dedicated GeMSi application provided by Gamatronic. A service technician can perform the following activities using his mobile phone: Specify the code or command appropriate to the specific needs 49

56 Send a message via SMS to the system ID The system replies, informing the sender whether the command was performed. The board can filter the received messages by authorizations (complete management/monitoring only/none). The WING scans the remote power system every three seconds and alerts all the predefined recipients. (up to 10 recipients) whenever a malfunction occurs. The WING enables you to protect your system by 2 levels of passwords (administrator, technician) and broadcast a message in the case of an alarm. WING Configurations The WING may be used in three types of configurations: PC & WING at the local end, and WING and power system at the remote location. PC & cellular modem at the local end, and WING and power system at the remote location. Cellular at the local end, and WING and power system at the remote location. 50

57 Figure 95: WING optional configurations 51

58 10. POWER+ SPECIFICATIONS Table 3: Specifications POWER + TECHNICAL DATA Topology On line Battery, Double Conversion, VFI Construction Modular parallel hot-plugged modules Operation Continuous Input Voltage (V) N Voltage range (%) 27 and + 20 Current (A) 3 15A per module no inrush current at startup Frequency (Hz) Power walk-in (sec) > 60 Power Factor 0.99 THDI (%) 5 Output Rated Power 10kVA/8KW to 100kVA/80KW Frequency tracking range (Hz) ±2 Slew rate 1 Hz/sec Voltage (V) N Static Regulation % ±1 Regulation for unbalanced load % ±1 for 100% unbalanced load Dynamic response to 100% load step % ±2 Overload 110% for 10 minutes 125% for 60 seconds 1000% for 1 cycle Waveform Sinusoidal THD (%) Less than 2 for linear load Load CF 6:1 AC-AC efficiency (nominal) % Up to 96 at full load DC-AC efficiency (nominal) % Up to 98 at full load Batteries DC-Link Voltage (V) ±340 to ±425 Quantity 64 12V Type Sealed, lead acid, rechargeable General Maximum power dissipation (Po=8KW) N*333W (N*1136 BTU) Ambient temperature ( C) -10 to +40 (operating) -20 to +60 (storage) Relative humidity (%) 95 max non-condensing Altitude (m) 1500 without derating Enclosure IP20 Cooling system Multi-Fan with speed control (forced) Standards EMC emissions EN Class A; IEC Design EN ; IEC Low magnetic field radiation EMF as per ICNIRP Dimensions UPS type 10 kva 20 kva 30 kva 40 kva 50 kva 60 kva 70 kva 80 kva 90 kva 100 kva Height (cm) Width (cm) 59.8 Depth (cm) 67.3 Weight (Kg) Acoustic Noise Noise (dba) with half load Noise (dba) with full load All specifications are subject to change without notice. 52

59 SYSTEM CONTROLLER TECHNICAL DATA Micro Controller core Display Other indicators Analog input channels 4 Digital input channels 8 Real Time Clock (RTC) Power meter Volt-free outputs (dry contacts) RS232 user port Optional communication Communications with system modules Events log System operation without controller On-screen parameters Alarms RTC operation without power Power requirements 16 bit 4 40 characters LCD with backlight 8 LEDs, buzzer Yes, with backup kva, kw, PF 6 outputs, rated 50V/1A Yes, isolated TCP/IP, GPRS/SMS Wireless communications(optional) Serial, isolated 255 events Unchanged Load bar-graph 3-phase voltages 3-phase currents Battery voltage Status of each UPS module Static-switch parameters and status Battery sensor temperature AC failure DC failure UPS module(s) failure Load on bypass Battery test failure Over/under temperature Overload (Contacts rated max. 48V 1A) 2 weeks 3 400Vac / ±435Vdc 15W 53

60 For a full company profile, please visit out website at Gamatronic Building, Jerusalem, Israel Gamatronic s product range: UPS Systems Power systems for Telecom DC-to-AC Inverters DC-to-DC Converters Frequency Changers Battery Chargers Power Management Solutions Headquarters and Factory 14 Hartom Street, Science-Based Industries Park, POB 45029, Jerusalem 97774, Israel Tel-Aviv Sales Office 34 Habarzel Street, Ramat Hachayal, Tel-Aviv Tel: Fax Gamatronic Singapore Sales Office singapore@gamatronic.co.il Gamatronic (UK) Ltd. Gamatronic House, Stephenson Court, Priory Business Park, Bedford MK44 3US, United Kingdom Tel: +44 (0) Fax: +44 (0) info@gamatronic.net Gamatronic USA, Inc. Park 80 West Plaza2, Suite 200, Saddle Brook, NJ Tel: Fax: USA@gamatronic.com 54