Acuview User`s Guide
Contents
1. Displays sent received messages and also indicating communications errors in the monitoring state which generally are numbers of devices in problem not refreshing in time Main menu The Main menu includes operation settings tools window and help 1 Operation e Connect Connect device and read data and allow write command e Disconnect Disconnect device and stop data reading and disallow write command e Start Data Logging Start data logging record data at setting time e Stop Data Logging Stop data logging stop recording Add Device Add a new device that is going to be connected eo Delete Current Device Delete top window of current active device e Exit Quit the application 2 Settings e Connection Manager Manage connections and set connection parameters here e Data Log Settings Check and set data logging parameters of every device to be monitored Device Properties Modify device address here Text Size Set text size of data area 3 Tools e Import Device Profile Load the settings of current active device window from a device profile file Export Device Profile The device profile of current active device window can be saved as a file e Import and Update Device Load and send all settings in current active device window to meter e Find Device Search on line for Acuvim II in LAN 4 Window e Tile Horizontally Rearrange all windows in tile horizontal mode Tile Vertical2. New connection A connection should be required first before communicating with the meter To start adding do one of the following 1 Before you enter the main window Or 2 Click Settings Connection Manager Or 3 Click the icon amp The dialog box is shown as figure 1 Connection Manager Status Available Figure 1 Connection manager New Add a new connection Delete Delete the selected connection e Edit Set the selected connection settings e Close Close the window eo Status The Available means Com Port opened or network connected and Not Available means Com Port unopened or network unconnected If status is blank it means that Com Port and network never be tested 2 Connection settings Then set the connection parameters The dialog box is shown as figure 2 New Connection M ame Network Com Fot COMA Iv Baud Rate 18200 Iv Scan Interval 500 ms Figure 2 New connection e Name Specify a name easy to understand for the connection Type Select Serial Port with RS485 Select network with Modbus TCP gateway for example Acuvim II AXM net Com Port Select a serial port on a computer Baud Rate This should be the same as the meter setting Scan Interval This is used to adjust the time interval between two messages 500ms or 1000ms is recommended 3 Add new device After the above step you need to select a device to
3. 00 Three Phase V Elig Time 0 Days 00 00 00 Current Year Run Time 0 00 00 Volts ANZAB Elig Time 0 Days 00 00 00 SEAN SAUE Volts BN BC Elig Time 0 Days 00 00 00 Device Information T Volts CN C Elig Time Q0 Days 00 00 00 Volts AN AB Elig Ratio Volts BN BC Elig Ratio 100 Volts CN CA Elig Ratio 100 Three Phase V Elig Ratio 100 100 Alarm Log W aveform Log Trending Log Volts AN AB Elig Ratio Volts BN BC Elig Ratio Volts CN CA Elig Ratio Figure 12 Frozen voltage eligibility ratio 10 Waveform Log There are two kinds of situation in waveform log 1 Click the Retrieve Waveform button to read the data corresponding to the selected item and the Data column will not be empty after your reading It will then draw a waveform graph automatically A cuvinGX 1 OS Readings Settings Readings gt Waveform Log Real Time Metering No Time Stamp ms Reason Digital 1 0 1 0001 1 1 18 40 50 648 Manual trigger Demand 2 Bee ee eee Harmonics 3 2006 12 29 11 14 36 567 Manual trigger THD 4 2006 12 29 11 14 44 543 Manual trigger A C Voltage Spectrum 5 2006 12 29 11 14 47 616 Manual trigger Current Spectrum Sequence Component Phase Angles we to File Energy Real Time B Current Month TOU Prior Month TOU Cumulative TOU Frozen Energy Max and Min Voltage Eligibility Ratio SOE Log Alarm Log Waveform Log Trending Log System Status Device I
4. 7 Memory 128MB 256MB or more HDD 100MB 500MB or more free space Display Resolution 1024 768 or higher Need to pre installed software Microsoft Office Excel 2000 XP 2003 2007 Notice If Excel Application is not installed in the system files can t be saved as Excel document when using the data logging function
5. A S Secondary O ACT PT2 v LT2 A O Primary A Direction B Direction C Direction 9 Positive Negative 9 Positive Negative 2 Positive CO Negative Security B Communication Other DO Energy Pulse Const Turn On the Backlight EN min Pulse D Tk wh 1 Pulse 0 7kwarh Demand Type HEN 8 Sliding Window Demand Demand C3 Thermal Demand Averaging Interval Window min Energy Type Energy Reading VAR APF Convention VAR Calculation Method 2 Fundamental 2 Primary IEC 2 Method 1 True CO Fund Harm C Secondary CO IEEE CO Method 2 Generalized SOE Enabled 2 None O 4644071 AMDA COAXM JD31 CozxMJD12 AxM4IO22 CO AXM IO32 Figure 27 General settings network mode Change password Old password Mew password Confirm new password Figure 28 Change Password A As shown in figure 26 in the serial mode Password is visible and displays with decimal number B As shown in figure 27 in the network mode Password is not visible and instead of decimal number it is displayed as Click the Change Password button then there will pop up Changing password window which is as shown in figure 28 2 Alarm Notice When you set the Set point of the alarm limit there are no units for them All units are displayed in the Alarm Channel a JOJO ota Settings gt Alam General 1 0 Modules 1 En
6. Device Information x MERE TT Figure 23 Voltage spectrum 3 Sequence Component Quaia is the angle between I A and V A The broken line circle on the outside indicates 100 of full range Headings gt Sequence Component o Positive Sequence Negative Sequence Zero Sequence E uiii lin A P wer i aes ES q z Es F ros Gres v e EXE Po a E e T7 x Si EN D i A n s Phasory A 37 34 02 a r r NM s 1 B i i me AUS uos a i 4 i Phasorl 4 0 000 0 000 n n r YE L 1 1 r 1 r r L x 1 L r 1 r 5 1 D 1 4 a i l E i E i h I I I 0 M l i i 1 1 r Volts 5 SE V I 1 I r 1 1 1 u D y i I Wo os EL eE pue om 0 0004 1 D E ioe p z T i e A bip 7 as 2i r L 1 x EAS E e ue E a F C T pala Slots ccm Jor p 1 RR eee wi d cus r Taa aoe m To mom m 4 UO a Positive Sequence Diagram Ww Figure 24 Positive sequence As shown in Figure 24 the following includes a description of all items A Full range indicator B Vector expression C Angle between I A and V A 4 I O Modules As shown in Figure 25 AO parameters are shown as real value and Al parameters show as numerical value range 04095 Di Acuvia 11 2 008 Readings Settings Readings gt 1 0 Modules 1 Real Time Metering AXM 1011 Energy Harmonics Relay 1 THD Voltage Spectrum Current Spectrum DI 1 Sequence Compon
7. communicate with To add a new device do one of the following 1 Click Operation gt Add Device or 2 Click the icon 5 The dialog box is shown as figure 3 Device Type Connector COM4 Device Address 1 Description Acuvim Ge Figure 3 Add device Device Type Model of the device you are going to communicate with Connection Select a connection to communication Device Address This should be same as the meter setting Description Indicates where the device is used such as XX line Notice In the network mode it needs to input device password when data or parameters related to meter are changed such as Update Device Modify Energy Value and Reset Demands and so on 4 Connection You can read all the measurements after you have correctly finished the steps To connect do one of the following 70 Click Operation gt Connect or 20 Click the icon or Press F9 on keyboard Notice If you can t start communication normally please make sure the device connection and the communication setting parameters are correct 5 Getting help For more information do one of the following 1 Click Help Help or 2 Click the icon de User interface Main window A Acuview Accuenergy Corporation eration Settings Tools Window Help A C Q Y v T Real Time Metering Energy Volts AN Harmonics D Volts EN 0 00 V THD Voltage Spectrum Vo
8. in Figure 6 the following includes a description of all items A Full range indicator B Vector expression C Angle between TA and V A 5 Real Time Energy Current Month TOU Cumulative TOU You can modify the value of energy by clicking underlined characters JG O 1010 Readings gt Energy gt Real Time Real Time Metering Digital 1 0 Ep_imp Demand Harmonics THD 4 5 kV h Voltage Spectrum Current Spectrum Sequence Component Phase Angles Eq total Energy Real Time Current Month TOU Prior Month TOU Cumulative TOU Frozen Energy Real Time L3 Current Month TOU Cumulative TOU Max and Min Current Prior Voltage Eligibility Ratio 4 0 kvarh Ep exp l 0 0 kvarh Ep_total Figure 7 Real time energy Acuvia GkE 1 GIG Readings gt Energy gt Current Month TOU Real Time Metering B Digital 1 0 Demand Harmonics THD Voltage Spectrum Current Spectrum Sequence Component Phase Angles Energy Real Time ee Current Month TOU Cumulative TOU Frozen Energy Real Time Ep_imp Sharp Ep_exp Sharp 0 0 kwh 0 0 kwh Eq imp Sharp Eq exp Sharp Es Sharp 0 0 kvarh 0 0 kvarh 0 0 kv h Current Month TOU Cumulative TOU Max and Min Current rm E m PI s Ep imp Peak Ep exp Peak Ep imp Valley Ep exp Valley Eq imp Peak Eq exp Peak Es Peak Eq imp Valley Eq exp Valley Es Va
9. 0 kvarh Max and Min Es Normal 0 0 kvAh Current m lil Fn imn Total Fn imn Tntall MA kvarh Figure 9 Prior month TOU 7 Frozen Energy As shown in figure 10 the time displayed on the Frozen Energy node in the browser tree is the time of freezing real time energy current month TOU and accumulative TOU Acuvia Gk 1 OOS Readings Settings Readings gt Energy gt Frozen Energy 2008 11 14 10 03 47 Real Time Real Time Metering p Digital 1 0 E Ep imp D 0 kWh i 0 0 kvarh Demand Ep_exp 0 0 kvarh Harmonics THD 0 0 kvAh Voltage Spectrum Current Spectrum Ep total 0 0 kwh equence Component Phase Angles Eq total L 0 0 kvarh Energy Real Time Current Month TOU Prior Month TOU 2006 1 Cumulative TO ee Frozen Energ 2008 11 Real Time Current Month TOU Cumulative TOU Max and Min Current Prior Voltage Eligibility Ratio Daily ta one lt m Figure 10 Frozen energy 8 Prior Max and Min As shown in figure 11 the time displayed on the Prior node in the browser tree is the time of recording Prior Max and Min Readings Settings Real Time Metering Digital 1 0 Demand Harmonics THD Voltage Spectrum Current Spectrum Sequence Component Phase Angles Energy Real Time Current Month TOU Prior Month TOU 2006 1 Cumulative TOU Frozen Energy 2008 11 Real Time Current Month TOU Cumulative TOU Max and Min Prior 200
10. 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21M m gt Figure 31 Voltage spectrum Settings 1 Alarm Notice When you set the Set point of the alarm limit there are no units for them All units are displayed in the Alarm Channel D CON4 1 Acuvim 0 0 Readings Settings Settings gt Alarm General Alarm Tm Alarm ID Enable i a Setpoint Ov y O y Mv i O 2 3 H4 5 HE 7 8 9 b b b b b b b b b b b b b b b b b 0 0 0000 Alarm Delay 0 Figure 32 Alarm settings As shown in figure 32 the following includes a description of all items A Unit of Alarm Channel B Value without unit Troubleshooting 1 Why is the drop down list of the Com Port in Connection Settings dialog empty Answer Because the program has not detected any available serial port please check if there are any idle 2 Why is there no new waveform in the list after I clicked Capture Waveform button Answer Because the waveform buffer is full Make sure that the current 5 waveforms are not being used and clear them in the System Status page by clicking Reset Waveform Log button 3 Why are there inconsistencies between the displaying value and the real value of voltage and current Answer This may be caused by incorrect settings of the PT and or CT ratios please check the General Settings page 4 How can I know whether the se
11. 8 1 2 3 trite w 1 el IG Readings gt Max and Min gt Prio Channel Volts AN Volts BN Volts CN Volts AB Volts BC Volts CA 14 IB IC Watt Total WAR Total V Total Pwr Factor Total Frequency Del Watt Total De Del VAR Total De V Total Demand Unbalance V Unbalance THD Volts AN AB THD Volts BN CA THD V DIA Maximum 450 8 V 127 3V 123 0 V 352 0 V 88 7 V 442 8 V 11254 0 067 4 0 0784 0 097 kw 0 154 kvar 0 220 kV 0 563 50 10 Hz 0 067 kw 0 123 kvar 0 140 kV 100 100 43 3 137 2008 12 3 10 41 33 Time Stamp 2008 11 17 11 12 05 2008 11 21 15 17 36 2008 11 21 15 17 36 2008 11 17 11 12 05 2008 11 21 15 34 13 2008 11 17 11 12 05 2008 11 21 11 28 56 2008 11 17 9 26 31 2008 11 17 9 26 31 2008 11 21 11 28 56 2008 11 17 11 12 05 2008 11 21 15 17 36 2008 11 21 11 28 56 2008 11 14 12 01 55 2008 11 21 13 30 34 2008 11 14 14 27 54 2008 11 14 15 20 54 2008 11 14 10 10 36 2008 11 14 10 08 19 2008 11 21 15 17 37 2008 11 21 15 17 37 2008 11 17 11 12 07 2008 11 21 11 28 58 Minimum 216 8 Y 108 9 Y 108 9 105 83 V 0 0 V 106 4 V 0 576 0 000 4 0 000 4 0 208 kw 0 053 kvar 0 125 kV 0 949 49 91 Hz 0 000 kw 0 000 kvar 0 000 kV 0 0 0 0 0 0 0 0 0 0 Time Stamp 2008 11 17 12 35 19 2008 11 17 12 35 19 2008 11 17 12 35 19 2008 11 17 9 51 02 2008 11 14 10 08 19 2008 11 17 9 51 02 2008 11 14 11 55 20 2008 11 14 10 08 19 200
12. 8 11 14 10 08 19 2008 11 21 15 17 36 2008 11 21 15 17 36 2008 11 17 12 35 19 2008 11 21 15 17 36 2008 11 14 17 08 08 2008 11 14 13 13 41 2008 11 14 13 13 41 2008 11 14 13 13 41 2008 11 14 13 13 41 2008 11 14 13 13 41 2008 11 14 13 13 41 2008 11 14 13 13 41 2008 11 14 13 13 41 2008 11 14 10 10 36 THDIB THDIC El Voltage Eligit 2008 11 14 10 08 19 0 0 2008 11 14 10 08 19 0 0 2008 11 14 10 08 19 0 0 0 0 00 0 0 2008 11 14 10 08 19 Figure 11 Prior Max and Min 9 Frozen Voltage Eligibility Ratio As shown in figure 12 the time displayed on the Frozen node in the browser tree is the time of freezing voltage eligibility ratio Finite wet 1 el IG Readings gt Voltage Eligibility Ratio gt Frozen 008 11 14 10 11 11 00 00 00 00 00 00 Phase Angles ia Energy Real Time Current Month TOL Prior Month TOU 2006 1 Cumulative TOU Frozen Eneray 2008 11 Real Time Current Month TOU Cumulative TOU Max and Min Voltage Eligibility Ratio Daily Monthly Current Day Run Time Volts AN ZAB Elig Time Volts BN BC Elig Time 00 00 00 Volts CN CA Elig Time 00 00 00 Three Phase Y Elig Time 00 00 00 Volts AN AB Elig Ratio Volts BN BC Elig Ratio 100 Volts CN CA Elig Ratio 100 Three Phase V Elig Ratio 100 100 2 Current Month Run Time 0 Days 00 00 00 Volts ANZAB Elig Time 0 Days 00 00 00 Volts BN BC Elig Time 0 Days 00 00 00 Volts CN CA Elig Time 0 Days 00 00
13. ALLUZIVEAGY Acuview User s Guide August 31 2010 Accuenergy Corporation Contents 1 2 3 ALONE AN 6 i Cc ri E AA 6 Oer ACEN air 7 ERU SD aad HET RE ELE P Tac ea ae reo dO Ere Fab KR eer 7 Bedam E E OT EE ETES 8 TO A a ee ee ee er ee 9 Welcome to Acuview Developed by Accuenergy Corporation Acuview software is designed for the Acuvim X Acuvim L Acuvim II and Acuvim series power meters Acuview software provides user friendly real time monitoring and data logging for energy saving and power quality analysis This software is intended for users to monitor multiple parameters continuously and allow users to monitor and maintain the meter in real time For technical support or further information please contact us at Accuenergy Corporation North American Toll Free 1 877 721 8908 Fax 416 497 4130 Web www accuenergy com Email support accuenergy com Copyright All rights are reserved to Accuenergy Corp Any change translation reverse engineering de compilation disassembling or other equivalent methods in order to get the source code of this software without written permission from Accuenergy Corp are forbidden Please read the license agreement in software package carefully before you install or use it Go on after you should agree with the agreement This software is protected by copyright laws in USA and other countries and international treaty provisions Getting started 1
14. Total Total Total Total Total QB IMP Delivered VAR B VA Total S PRED Pred VA Total 0 Enero EP_IMP EQ_EXP EP_EXP EQ_TOTAL Eq_total EQ_IMP EP_TOTAL Ep_total e THD AN AB A BN BC CN CA Average IA_THD THD IA IA_KF K Factor I A UC CF Crest Factor V C IB THD THDIB UB_OTHD Odd THD VB UC THFF THFFVC IC THD THDIC UB ETHD Even THDVB IC OTHD Odd THDIC I THD THD I Average UB CF Crest Factor V IC ETHD Even THDIC B UA OTHD Odd THD VA UB THFF THFFV B IC KF K Factor I C UA ETHD Even THDV A IB OTHD Odd THDIB 2nd 31st Harmonic V UB H4 A 2nd 31st Harmonic I A 2nd 31st Harmonic V UC_H4 2nd 31st Harmonic I B 2nd 31st Harmonic V 2nd 31st Harmonic I C Import Export device profile 1 You can import device profiles for current active device window very easily If you simply want to check the content of the imported profile be sure to disconnect first so that you do not update to the meter s current settings If you want to send the imported profile to device follow these steps 1 Connect first 2 Click Tools gt Import and Update Device select the file you want 2 You can store the settings of the current window to a file via Export Device Profile Acuvim X series Acuvim X series includes Acuvim DX TOU Acuvim EX PQ Acuvim FX Alarm Acuvim GX All A Comparison of Acuvim X series is shown in table 1 Table 1 Comparison of Acuvim X series Functio
15. able Alarm Enable Backlight Flashing 120 Modules 2 Net Module M Enable Alarm Channel Setting Setpoint Delay ms AND UAI 1 1 2 3 H4 5 6 H7 H8 9 10 11 o op Opo O OD OD OOO Es js TE JE Ts T JE T LI DS TU E jgO d agBBBUDmpDiUmmBm i Figure 29 Alarm settings As shown in figure 29 the following includes a description of all items A Unit of Alarm Channel B Value without unit Acuvim series Here we introduce some of the functions of the Acuvim In order to understand the software abilities please thoroughly read the user s manual of the Acuvim Readings 1 Energy You can modify the value of energy by clicking underlined characters CONA 1 Acuvia 008 Readings Settings Readings gt Energy Real Time Metering Digital 1 0 Ep_imp Eq_imp 0 0 kvarh Energy Ep_exp Eq exp 0 0 kvarh Harmonics THD Ep_total Eq total 0 0 kvarh Voltage Spectrum Current Spectrum Phase Angles Max and Min Alarm Log r Device Information Ep net Eq net 0 0 kvarh Figure 30 Energy 2 Voltage Spectrum Current Spectrum The A in figure 31 means there is no display when harmonics are 0 t CIO ii oo 0 0 Readings Settings Readings Harmonics Voltage Spectrum Real Time Metering Digital 1 0 Energy Harmonics THD Voltage Spectrum Current Spectrum Phase Angles Max and Min Alarm Log Device Information 2
16. arm Log Device Run Time 33 25 Hours Waveform Log Trending Log System Status Device Information New Trending Record Yes Reset Trending Log Newest Trending Record No 336 Figure 17 System status As shown in figure 17 the following includes a description of all items A Important parameters used in reading data automatically B Important feedback information used in TOU settings Settings 1 Digital I O Don t forget to select the type of RO or DO when it is used as alarm output D Acuvia Gk 1 MO IG Readings Settings Settings gt Digital 1 0 General DO Energy Pulse Mode Demand 2 Energy Pulse DO1 Output None v Pulse Width 20 ms Energy TOU Schedules Alam DO2 Output None 1 Pulse 1 O0 1kWh kyvarh Alarm Voltage Eligibility Ratio RO1 Output Mode Other Relay Control Latch Momentary On Time RO2 Output Mode Alarm O Latch Momentary On Time Figure 18 Digital I O settings 2 Energy Notice When you click Reset Real Time Energy Start Resetting TOU Start Freezing and Restore TOU Schedules to Defaults buttons it will take effect at once without having to click the Update Device button 3 Alarm Notice When you set the Set point of alarm limit there is are no units for them All units are displayed in Alarm Channel ERA GX 1 800 Readings Settings Settings gt Alarm General Digital 1 0 Enable Alarm C Enable Backli
17. e pe ES A V V We have used Acuvim GX All as the example to introduce some of the functions In order to entirely understand the abilities of the software please thoroughly read the Acuvim X series user s manual Readings 1 Digital I O To control the relay please click the related Control button 2 Demand If you want to synchronize demand calculation of all the devices on the bus please click Synchronize Demand button 3 Voltage Spectrum Current Spectrum The A in figure 5 means there s no display when harmonics are 0 Acuvia GkE 1 800 Readings gt Harmonics gt Voltage Spectrum Real Time Metering Digital 1 0 Demand Harmonics THD Voltage Spectrum Current Spectrum Sequence Component Phase Angles Energy Real Time Current Month TOU Prior Month TOU Cumulative TOU Frozen Energy Real Time Current Month TOU Cumulative TOU Max and Min Current Prior Voltage Eligibility Ratio oe ee A EN ee 30 39 1213 14 45 48 17 18 19 20 21M liil gt Figure 5 Voltage spectrum 4 Sequence Component Quaia is the angle between I A and V A The broken line circle on the outside indicates 100 of full range Headings gt Sequence Component Positive Sequence Negative Sequence Zero Sequence PhasorW aA 3 9 Uzi NBhasorl A 0 000 0 0004 Vols amp 379W O 0004 C buaa 2597 Positive Sequence Diagram Figure 6 Positive sequence As shown
18. ent Phase Angles AXM 1021 1 0 Modules 1 140 Modules 2 DI1 OFF OFF DI3 OFF Max and Min SOE Log Alarm Log AO 1 System Status Device Information AXM 1031 Relay 1 Figure 25 I O Modules Settings 1 General E Acuvim II CON6 3 Readings ings i Settings gt General General Communication 10 Modules 1 Address 3 BaudRate 19200 bps FT and CT Ratias Real Time Readin Voltage EE 2200 2200 w CT 43690 Secondary Current act vw PTE 2200 2200 y ET2 f O Primary amp Direction B Direction C Direction 9 Positive Negative 9 Positive Negative Positive Negative Othe DO Energy Pulse Cons Turn On the Backlight gt min 1 Pulse D Twh 1 Pulse 01kvarh Demand Type 5 Sliding Window Demand Deman Thermal Demand Averaging Interval Window min Energy Type Energy Readir i YAR Calculation Metho 5 Fundamental 5 Primary Method 1 True O Fund Harm O Secondary 0 Method 2 Generalized SOE Enable C2 None CO cmMJDT11 O 4 M1021 AxXM1IO31 AxMI012 42544022 COAXMJO32 Update Device Figure 26 General settings serial mode ElAcuvim II CONG 1 0 0 Sele Settings gt General 0 Modules 1 I D Modules 2 Change Password Address Baud Rate HE Alarm i Net Module Wiring PT and CT Ratios Heal Time Reading Voltage 3LN PTI Mo CT
19. ght Flashing Demand Energy TOU Schedules ma Enable Alarm Channel Setting Setpoint Delay ms AND Alarm Voltage Eligibility Ratio 1 la 2 C Frequenc Hz 3 H4 5 6 7 8 9 10 11 O Frequenc H z Frequena H 2 0 o yo yo yy ol 93 939 93 93 of oF Frequenc H 2 op o o OOO OOO i jt jo TE p J n Js ni p 1 p Frequenc Hz O OO O O O mJ O OOO Iv Figure 19 Alarm settings As shown in figure 19 the following includes a description of all items A Unit of Alarm Channel B Value without unit 4 Voltage Eligibility Ratio Notice When clicking Start Resetting TPVER and Start Freezing TPVER button it will take effect at once without having to click the Update Device button Acuvim L series Here we introduce some of the functions of Acuvim CL In order to understand the software abilities please thoroughly read the user s manual of the Acuvim L series Readings 1 Voltage Spectrum Current Spectrum The A in figure 24 means there is no display when harmonics are 0 ii eee IGIG Readings Settings Readings Voltage Harmonic Spectrum Real Time Metering iu Relais Harmonic Spectrum Volts AN AB 2nd 15th Voltage Harmonic Spectrum r r r r Current Harmonic Spectrum Max Min and Peak Device Information Figure 20 Voltage spectrum 2 Energy and Harmonics You can modify the value of energy by click
20. ing underlined characters A cuvinL 2 OS Readings Settings Readings gt Energy and Harmonics Real Time Metering E nergy and Harmonics Voltage Harmonic Spectrum Current Harmonic Spectrum Ep_exp 0 0 kvarh Max Min and Peak ES Device Information Ep_imp 0 0 kvarh THD Volts AN AB THD Volts BN CA THD Volts CNBC Figure 21 Energy and Harmonics Acuvim II Here we introduce some of the functions of the Acuvim II In order to understand the software abilities please thoroughly read the user s manual of the Acuvim II Readings 1 Energy You can modify the value of energy by clicking underlined characters cuvi im eee IG Readings Settings Readings gt Energy Real Time Metering Ep_imp 0 000 kwh Eq_imp 0 000 kvarh Patata Ep_exp 0 000 kwh Eq_exp 0 000 kvarh Current Spectrum Ep_net 0 000 kwh Eq_net 0 000 kvarh Sequence Component Phase Angles Es 0 000 kh 1 0 Modules 1 120 Modules 2 Max and Min SDE Log Alarm Log System Status Device Information Figure 22 Energy 2 Voltage Spectrum Current Spectrum The A in figure 23 means there is no display when harmonics are 0 A cuvia 11 2 0089 Readings gt Harmonics gt Voltage Spectrum Real Time Metering Energy Harmonics THD Voltage Spectrum Current Spectrum Sequence Component Phase Angles 170 Modules 1 170 Modules 2 Max and Min SOE Log Alarm Log System Status
21. le If the name of Log file is blank the default file name will be used Click the default button to get default file name Log file folder location For user to set the file storage Path If Log file folder location is blank the default file folder location will be used Click the Brower button to set file storage path Special Attention 1 Device List gt Enabled 2 Logging Items of Selection 3 Logging Options 4 Log file name 5 Log file folder location Must set all of the above monitoring parameters for each monitoring device in the device list 2 Now connect and pause for 5 second Then click the Start Data Logging menu or icon to enable this function Click the Stop Data Logging menu or icon to stop this function as required View and analyze data Try to find data logging files in the Log file folder location There is a folder called MonData in the installation directions where all data logging files are stored by default By default each file name consists of the device description device type port or IP in the network mode device address and data logging starts time which format is YYYYMMDD HHMMSS Year Month Day Hour Minute Second And make sure to according to following rules before you open any Excel file Special Attention Never double click any EXCEL files inc monitoring data files on your computer when data logging is active otherwise it may cause software to become uns
22. lley 0 0 kvarh 0 0 kvarh 0 0 kvAh 0 0 kvarh 0 0 kvarh 0 0 kvAh Ep imp Normal Ep exp Normal Fn imn Tntall AN kwh Eq imp Normal Eq exp Normal Es Normal En imn Tntall Figure 8 Current month TOU 0 0 kvarh 0 0 kvarh 0 0 kv h NN kvarh As shown in figure 7 and figure 8 the following includes a description of all items A You can modify energy value by clicking characters B You can check current month TOU of all phases by clicking characters 6 Prior Month TOU As shown in figure 9 the A has pointed out the billing time of prior month on the Prior Month TOU node in the browser tree Acuvia GkE 1 OJO Readings gt Energy gt Prior Month TOUY 2006 12 30 14 33 25 Real Time Metering Sequence Component Phase Angles Ep exp Peak 0 0 kwh Energy Real Time Current Month TO Eq exp Peak 0 0 kvarh Es Peak 0 0 k Ah Ep imp Valley 0 0 kwh Ep ex 0 0 kWh Eq imp Valley 0 0 kvarh Eq exp Valley 0 0 kvarh Es Valley 0 0 kvAh Digital 1 0 Ep imp Sharp 0 0 kwh Eq imp Sharp 0 0 kvarh Demand Ep exp Sharp 0 0 kwh Eq exp Sharp 0 0 kvarh Harmonics THD Es Sharp 0 0 kvAh Voltage Spectrum z C t Spect T Ep imp Paak 0 0 kwh Eq_imp Peak 0 0 kvarh A Cumulative TOU Frozen Energy Real Time Ep_imp Normal 0 0 kWh Eq imp Normal 0 0 kvarh Current Month TOU Cumulative TOU Ep exp Normal 0 0 kwh Eq exp Normal 0
23. lts CN 0 00W Volts LN Average 0 00 V Volts AB 0 00 V Volts BC 0 00 v IB Volts CA 0 00 V E Volts LL Average 0 00 V 0 0000 4 0 0000 4 0 0000 4 Current Spectrum 0 0000 Sequence Component Phase Angles Average 120 Modules 1 120 Modules 2 Max and Min SDE Log Alarm Log Watt A Watt B Watt C Watt Total 0 00000 kw 0 00000 kw 0 00000 kw 0 00000 kw VAR A VAR B VAR C VAR Total 0 00000 kvar 0 00000 kvar 0 00000 kvar 0 00000 kvar V A VAB VAC VA Total 0 00000 kVA 0 00000 ka 0 00000 kVA 0 00000 kVA System Status Device Information Pwr Factor 4 1 000 Frequency 0 00 Hz Pwr Factor B 1 000 IN 0 0000 4 Pwr Factor C 1 000 Unbalance V 0 0 Pwr Factor Total 1 000 Unbalance 0 0 Load Type 0 00000 kvar DmdW4 Total Dmd Watt Total 0 00000 kw Dmd VAR Total 0 00000 kVA TXD 02 03 40 00 00 48 50 OF RxD 02 03 90 00 00 00 00 00 Figure 3 Main window The main window includes a menu bar a toolbar workspace a status bar The workspace displays meter s windows The status bar displays messages As shown in Figure 3 the following includes a description of all items A Menu bar B Toolbar C Window title Displays connection device address device description connection status etc D Tree browser You can browse meter functions quickly E Data area Displays data related to meter function or available operation F Communication
24. ly Rearrange all windows in tile vertical mode Cascade Rearrange all windows in cascade mode o Minimize All Minimize all windows e Multi window Refresh Selected that permit multi window at the same time to refresh the data Unselected that only permit the current window to refresh the data e Explorer Bar Show or hide the explorer bar 5 Help Help Display help document e About Display version copyright information Toolbar Connect Connect device and read data and allow write command Disconnect Disconnect device and stop data reading and disallow write command Start Data Logging Start data logging record data at setting time Stop Data Logging Stop data logging stop recording Add Device Add a new device that is going to be connected Delete Current Device Delete top window of current active device Cee Connection Manager Manage connections and set connection parameters here Data log Settings Check and set data logging parameters for every device that is to be monitored E Device Properties Modify device address here AA Text Size Set text size of data area Tile Horizontally Rearrange all windows in tile horizontal mode I Tile Vertically Rearrange all windows in tile vertical mode E Cascade Rearrange all windows in cascade mode TENE Minimize All Minimize all windows A Explorer Bar Show or hide the explorer bar g Help Display help document Functions Basic monito
25. mat 9 Text csv C Excel og file name Acuvim L Acuvin L COMS 1 Ann MMDD HHMM fog file folder location file folder location D MonData Browse Cancel Figure 4 Data log settings Device List Displaying all of those available device which are working in data logging mode It also can enable or disable data logging of any device Every list item displays the monitoring parameters of corresponding device Logging Items of Selection Select a list item and then you can select one or more valid logging items of it Logging Options Select a list item and then you can Set Monitoring Parameters for it This option include 4 aspects about Logging data At the same time you can check out the information in monitoring process The 4 aspects about data logging are introduced as following 1 Logging Data Interval Set data logging interval which indicates how often to store monitoring results 2 Log data until file full The maximum rows number of data logging which log file can store is 64800 When the maximum number of records is reached a new log file will be created to keeping storing monitoring data logging 3 Specify log file duration Set the time interval about when to create a new log file When the time is reached a new file will be created to keeping storing the monitoring records 4 Log file format Set format of log file It can be txt or csv or xls Log file name For user to set name of log fi
26. nformation Figure 13 Waveform log 1 As shown in figure 13 the following includes a description of all items A Step 1 Select an item to read B Step 2 Click the Retrieve Waveform button C The Data column will not be empty after reading or 2 You may select an item whose data is not empty then its waveform will be displayed as shown in figure 14 The A means to click an item with data a w 1 mel IG Readings gt Waveform Log Real Time Metering No Time Stamp ms Reason Digital 1 0 2008 12 18 14 22 07 Manual trigger Demand 2 2006 12 29 11 14 28 887 Manual trigger Harmonics 3 2006 12 29 11 14 36 567 Manual trigger THD 4 2006 12 29 11 14 44 543 Manual trigger Voltage Spectrum 5 2006 12 23 11 14 47 616 Manual trigger Current Spectrum Sequence Component Phase Angles Energy Real Time Current Month TOU Prior Month TOU Waveform Graph 2008 12 18 14 22 07 670 Manual trigger Cumulative TOU Frozen Energy Max and Min Voltage Eligibility Ratio SOE Log Alarm Log Waveform Log Trending Log System Status Device Information lt lt lt our Figure 14 Waveform log 2 Click the Save to File button then you can save the data of selected items as an Text CSV Excel file for later analysis In typical waveform as is shown in figure 15 the following includes a description of all items A Capture time and reason B Capture time when capturi
27. ng condition is satisfied C Values on current time stamp D Movable time label Headings gt Waveform Log LOSE NA i quy gt o EN A Figure 15 Waveform graph 11 Trending Log You can read current trending data by clicking the Retrieve Trending button It will draw a trending graph automatically after reading Then click the Save to File button and the data will be saved in an Text CSV Excel file for later analysis Headings gt Trending Log Trending Graph Logging data interval is 60 minutes 10 24 52 0c mam Mole A Volts B Figure 16 Trending graph In typical trending as shown in figure 16 the following includes a description of all items A Logging data interval B Movable time label C Values on current time stamp 12 System Status Acuvia Gk 1 SE OO Readings Settings Readings gt System Status Real Time Metering Digital 1 0 New Alarm Record No Reset Alarm Log Demand New SOE Record No Reset SOE Log Harmonics THD New Waveform Record Yes Voltage Spectrum Current Spectrum Sequence Component Phase Angles Newest Alarm Record No 16 pier Newest SOE Record No 20 eal Time Current Month TOU Newest Waveform Record No 1 Prior Month TOU Cumulative TOU Frozen Energy ipti TOU Schedules Settings OK Voltage Eligibility Ratio SOE Log Al
28. ns PX EX FX GX A NNI ETIN Real Time Metering Digital I O Demand V V V Harmonics m Hear O Phases Ll JV J JJ V VoltageSpetrum V V Current Spectrum Iv W X Sequence Component IA V V EA Phase Angles A o JXJ o IVY V V Energy Real Time V V V V Current Month TOU V V Prior Month TOU Jv V CumuativeTOU V y Frozen Real Time_ V Y y pcc TOU Cumulative TOU V Y Max and Min Current V V Y Prior V JV Voltage Eligibility Daily o V Ratio Monthly y Yearly y Cumulative y Frozen E E O SOE Log LE ET EA Alarm Log IA ES Waveform Log PEA Trending Log AAN System Status Alarm vw SOE Waveform Trending TOU Schedules Settings V W_ General Settings ______________ V V V V O Digital 1 0 Settings V NE IV V EA Demand Settings O 1 W V V V Energy Settings o Z o Z o 1 V V O TOU Schedules Settings o Z O V V Alarm Settings AlamSetings W V V Waveform Settings W V Voltage Eligibility Ratio Settings o V IV Other Settings Max and Min Recording Mode V V V TrendingSettings JW V Vo NE EE INNEN q
29. ring 1 Add new connection Refer to the New connection section 2 Set connection parameters Refer to the Connection settings section 3 Add device window Refer to the Add new device section 4 Connect Refer to the Connection section 5 Click the node in tree browser on the left side you can see measuring values The content displayed in the device window may be different according to different device types 6 Click Disconnect menu or icon to stop whenever you want Add Delete device 1 Add a new device Refer to the Add new device section 2 If there is an unused device window select it and click Device Properties menu or icon then make the device available 3 If some windows may not be used any more click Delete Current Device menu or icon Data Logging 1 Data logging settings You must set data log before you use this function To set it do one of the following 1 Click Settings gt Data Log Settings or 2 Click the icon lA The dialog box is shown as figure 4 Data Log Settings Device ype 11100 Acuvin L 00007 Acum Il 132 158 100 14 Items of Selection I Real Time Metering ogging Data Interval E Log data until file is full Harmonicz THD Log data until file is full E Harmonic Spectrum Monitoring Time Used Energy Real Time Remaining Available Timesparn 2 Specify log file duration Specify log file duration Create a new file every Log file for
30. table and potentially produce inaccurate results such as out of order and loss of data etc The correct options to open the objective files are 1 Click Start gt Program gt Microsoft Office gt Microsoft Office Excel to open the Excel application When the main window of Excel is open click File gt Open and choose the objective files in the dialog box or 2 Copy the objective files to another computer and open them 5 Data Log file After you open a data log file of excel format you can see the following items Real Time Demand Energy THD VHS IHS e Real Time Real Time Metering e Demand Demand e Energy Real Time Energy e THD THD eo VHS Voltage Spectrum e IHS Current Spectrum When saved as txt and CSV contents of the files are the same as excel files But there is an difference that is each sheet of Excel will be saved as a separate text or CSV document All parameters in the table are shown as following Volts LL Watt C FREQ Frequency IA IA P Watt Total S VATotal A i e ee B C ULN Volts LN IN IN VAR Total Pwr Factor Average Total V UBC VoltsBC___ PB__ WatB__ SB VAB I UNBL Unbalance I Uca jVotsCA 1 Average Volts AN e Demand C PA IMP Delivered Watt QA EXP Received VAR A A PB IMP Delivered Watt QB EXP Received VAR B B as PC IMP Delivered Watt QC EXP Received VAR C C Total Total Total
31. ttings of TOU are right and taking effect Answer Firstly check out whether the feedback information of TOU settings in the System Status page is correct If correct then check whether related TOU settings are enabled Lastly check whether there is any change in the Current Month TOU page 5 Does Start Freezing mean to freeze at once Answer Yes But if you want to go back to Assign freeze mode after clicking the Start Freezing button you have to set it again 6 CanI change the number of device windows tiled display it Answer You can change the configuration file MaxMDIChildCount key values But displays the window more the software occupied the more system resources 7 Under what conditions can I use the data summary table function Answer In the Data Log Settings you must ensure that each Logging Options and Log file folder location in the device list are the same Installation 1 Installing Double click setup file follow the guide step by step Notice Allowed to install software to a different directory up to 8 2 Uninstalling To remove this program from your system a Open the Windows Control Panel double click Add Remove Programs b Find the application name in the list and select it C Follow the instructions in the Uninstall Wizard step by step 3 System Requirement The minimum running requirements of Acuview software a b C d e Operating System Windows 2000 XP Vista Windows
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