UPM6100 Analyser - Energy Monitoring Ireland
Contents
1. 750 Above this value the use of voltage transformers is necessary VT ratio s can be programmed 20 30msec are detected and printed with a resolution of 0 1 s Earth leakage input A dedicated input for measurement of earth leakage current by 0 1V clamps or directly from 1000 turns Split core CT Inputs for direct connection Isolated inputs for direct connection of voltages up to 600 750 V L L Maximum current 20 25 A RMS These inputs can be programmed for use with transducers with 1 and 5A output value clamps or current transformers Serial interface RS232 The UPM6100 is provided with serial Communication port RS232 to connect to a PC modem or Temperature sensor Detects and displays the environmental temperature Digital output option No 1 optoisolated output that can be programmed for energy pulse emission or alarm Analog output option No 1 optoisolated active output that can drive the load with no need for an external power supply It can be programmed as 0 20 or 4 20mA and associated to one of Digital inputs option No 4 isolated inputs for voltage free contacts Can be used for energy pulses counting demand syncronization or status indication according to installed options Ethernet gateway the main instantaneous values Printouts Examples Size mm Print screen of numerical hiia Praha Printout of the daily 15 and graphic pages ma Wirin main AT wa tI F Ae M e power d2. after a threshold overcome with a resolution from 8 to 32 samples depending on the number of waveforms The WCAP option includes a second selectable function Min Avg Max values calculation and recording see previous paragraph Recordings e AMBytes removable flash card memory for data storage e Upto 10 programmable recordings with different start and stop time Different type of recordings can be chosen import export active reactive and apparent power demand with programmable average time The average period can be syncronized by a digital input instantaneous read values selected between the main parameters The recording interval time is programmable between 1 and 9999 seconds instantaneous min max values measured during the recording interval time The recording interval time is programmable between 1 and 9999 minutes voltage and current harmonic values measured during the recording interval time The recording interval time is programmable from 1 to 60 minutes Time of Use TOU programmable data recording The TOU function stores the energy consumption in different registers according the programmed time scheme A group of 120 registers give the situation of the previous and current day and of the previous and current month This feature is designed to fit different tariff structures It s possible to program up to 10 daily tariff schedules containing up to 3 tariffs and 8 tariff changes Each schedule can be a
3. sags and swells monitoring Capacitor bank sizing Power distribution circuits monitoring Energy audits www algodue com UPM6100 Portable Power Meter Main Features Measurements Three phase 3 wire or 4 wire unbalanced load operation single phase and direct current Direct measurement up to 600 750 V The instrument can accept different signals from any type of measuring transducer including flexible Rogowski transducers The required current channel type is easily selectable by the instrument menu This flexibility allows to connect the following current tranducers voltage output clamps 1 2 3V full scale AC DC current output clamps 1 5A full scale Rogowski flexible clamps 40 or 100mV kA direct insertion up to 600V 1 5 20A full scale current tranducer signals 1 2 3 10V full scale AC DC A fourth current input is also provided specifically for the measurement of earth leakage current True RMS metering provides accurate measurement even by distorted waveform Fully bi directional four quadrant readings 10 energy counters are available the apparent power energy is splitted in four counters import lagging import leading export lagging export leading Volts Amps Power PF Frequency Energy Min Max values Demand Harmonics etc The full version instrument provides more than 600 measured calculated parameters and shows on the LCD more than 30 graphical pages Power
4. 5 3 Phase 4 Wire without V ELETTRONICA ENERGY MEASUREMENT AND CONTROL www algodue com UPM6100 Portable Power Meter DEDALO software DEDALO software enables UPM6100 to be connected to a PC It allows to download to display to collect and analyse all electrical parameters It is an easy and fast tool for direct or remote connection It allows to connect to the meter by RS232 serial communication port or by external devices such as PSTN GSM GPRS modems or Ethernet Internet networks This remote monitoring function allows to carry out all the functions from instrument setup to data monitoring or downloading Main features Real time Data Viewing The DEDALO software can display real time readings from UPM6100 The collected data can be displayed numerically graphically or on a trending and moving chart Depending on the instrument and software configuration the available information may include All real time values voltage current power PF otal energies and energies divided into tariff registers Harmonics up to the 64th order Actual voltage amp current waveforms Trending of measured values Sags and Swells analysis Indication by analogue meter display Quick connection amp Instrument setup A Search command allows to establish a link without setting up the connection parameters a smart procedure automatically checks and finds the connected instrument and the baud rate Due t
5. Keypad Data memory Type Communication port Type Real Time Clock Type Accuracy Digital output Option Type Analog output Option Type Resolution Accuracy Digital inputs Option Type Environmental conditions Operating temperature Storage temperature Relative humidity Mechanical characteristics Material Protection degree Size Weight Standards compliance Safety EMC algodue ELETTRONICA 85 250 Vac 50 60Hz or 110 250 Vdc 30VA max during printout and recharge Rechargeable NiMh battery 12V 1 5Ah approx more than 3 hours without printing 600 750 VAC DC max L L gt 1 3 MOhm max 0 15 VA per phase 45 65 Hz direct current 1 2 3 1OVAC DC programmable Input impedance gt 150 kOhm 1 5 20 25 Arms programmable Minimum measurable current 20mA Inout impedance 0 05 Ohm approx Insulation voltage 600 750 VRms max L L 700 3000ARms programmable 40mV kA Input impedance 15 kOhm 0 2 reading 0 05 full scale 0 2 reading 0 05 full scale 1 reading 0 1 full scale PF 1 1 reading 0 5 inductive 0 8 capacitive 1 reading 0 5 inductive 0 8 capacitive 0 05 reading 2 digits from 45 to 65 Hz 2 C 0 55 C 10min after turn on Backlighted graphic LCD display128 x128 dots No 8 functional push buttons ON OFF 4 MBytes removable Flash Card 1 MByte non volatile CPU2 option RS232 optoisolated 300 to 57600 bps with battery bac
6. MABLE RECORDINGS POWER DEMAND BI DIRECTIONAL P Qe Sy INSTANTANEOUS VALUES V A W VA var PF Hz THD INSTANTANEOUS MIN MAX VALUES V A W VA var PF HARMONICS V A up to 50 EVENT CAPTURE 8 threshold outputs aux power supply ON OFF Ty SAGS AND SWELLS VDROP V 10ms resolution MIN AVG MAX VALUES VMAX 1 V 1 P Q S f 20ms resolution WAVEFORM CAPTURE WCAP Vim Var Ya a deal O L2 L3 Pa 7 Qa Say 7 biy 7 han TLaav L3AV THERMAL CURRENT la ha ha AS 0 VOLTAGE THD Total Even Odd THD THD THD CURRENTTHD Total Even Odd THD THD THD ADVANCED FEATURES TIME OF USE TARIFF REGISTERS Wh VAh varh gy CALCULATION OF PF COMPENSATION Capacitor bank kvar DIGITAL INPUTS COUNTERS Wh VAh varh m litres etc V DROPS ON AUX POWER SUPPLY Date Time lenght on printer 0 1s res FFT ANALYSIS 50 Vaa V VAl FFT ANALYSIS 50 VOLTAGE AND CURRENT THD Total V Al o UNBALANCE ViI g PHASE REVERSAL 123 132 REAL TIME CLOCK Date Time H Standard W Bi directional value Optional Extended Measurement Package EARTH LEAKAGE A Mig Fhe L2 N Lan L1 Lo lgl 1 Programmable every 1 5 10 15 30 60 min Maximum 10 parameters TEMPERATURE PC F selected among voltage current power PF frequency 1 It is possible to set 10 different start stop corresponding to 10 different recordings Programmable Recordings De
7. No 1 power supply cord e No 10 programmable measurement channels No 3 for voltage with common e No 1 RS232 PC connection cable neutral No 3 for current clamps 1 2 3 10V full scale or Rogowski coils e No 1 installation manual user s guide on CDROM No 3 for direct connection 1 5 20A full scale and No 1 for earth leakage e No 1 1S09000 calibration certificate current 1V full scale or 1000 turns split core CT Power Supply 85 250V 90 250V internal battery and charger 4 MBytes removable data recording memory 3 The MIX11 option includes No 1 analog output No 1 digital output Must be Real Time Clock with battery backup ordered together No 1 RS232 communication port 2 Requires CPU2 option co processor board It will be included by default Subject to change without notice dA Od ie ENERGY MEASUREMENT AND CONTROL ELETTRONICA ALGODUE ELETTRONICA s r l Tel 39 0322 89864 89307 Via Passerina 3 A Fax 39 0322 89871 28010 FONTANETO D AGOGNA E mail info algodue com NO ITALY Website www algodue com L
8. Quality algodue Individual amp total harmonic distortion for voltage and current up to the 50 order The harmonic content is represented like even odd and total CPU2 option the co processor board perfoms the simultaneous high resolution sampling of voltage and current allowing the cycle by cycle power analysis for 50 60 Hz lines The CPU2 board supports different application like VDROP VMAX WCAP see below The instrument with CPU2 board performs at the same time the wattmeter functions the harmonic analysis the basic recording function and the selected cycle by cycle power analysis function VDROP option sags amp swells detection on L N voltages with half cycle resolution 10ms 50Hz Pre and post trigger logging 100 100 half cycles RMS values The detected events are recorded and a relay output can be activated when a voltage anomaly occurs The data is viewed on the PC according EN50160 standard VMAX option two functions are selectable VDROP previous paragraph and Min Avg Max values calculation and recording with one cycle resolution 20ms 50HZ This function allows to record up to 10 parameters selected ELETTRONICA ENERGY MEASUREMENT AND CONTROL among voltage current power PF and frequency The data is viewed on the PC according EN50160 standard WCAP option advanced waveform capture function on currents and L N voltages The instrument can store up to 10 200 waveforms before and
9. UPM6100 Portable Power Meter Technical Information 1SAUUPM6K103 Apr 2005 MW CE E 4AMBytes Removable Memory Card for Data Logging m Integrated Printer Option m Large Graphic LCD Display with Excellent Visibility E Graphic Representation of Voltage and Current Waveforms Harmonic Spectrum and Phasor Diagrams FFT Harmonic Analysis up to 50 Order Sags and Swells Detection Power and Current Demand Calculation Compact and Rugged Case Carrying Accessories UL Listed Under UL61010B 1 and CAN CSA C22 2 No 1010 1 92 File E231725 Dedalo Software Included General Description The UPM6100 is a portable analyser suitable for electrical parameters measurement on single and three phase systems as well as on direct current systems The UPM6100 performs the following functions wattmeter energy meter harmonics analyser historical data logger network anomalies recorder calculation of Power Factor compensation Via communication port it is possible to read and log ona PC all the readings and download the stored data The wide range of available printouts allows to print the results on site in graphical and tabular form without the need for a laptop A simple menu structure makes the instrument easy to use and it allows a quick check of the instrument set up and memory status Five languages can be selected easily English German Italian French and Spanish The LED backlighted display is h
10. am of the power demand at 00 00 voltage interruptions longer than 20 30msec are detected and printed with a resolution of 0 1 s more than 200 waveforms when a programmable threshold is overcome WCAP option The instrument records up to 10 200 waves before and after the trigger with the time reference The resolution is Inputs amp Outputs programmable trom 8 to 32 samples cycle e No 1 digital output for alarm tripping or energy pulsing Communication The digital output can be programmed as alarm signal e No 1 RS232 communication serial port nT a Oa eceds e No 1 active analog output 0 20 or 4 20mA The output is programmable as requested for the re emission of one of e Dedalo software enables remote viewing of measured the main measured parameters values or data download using an external PSTN GSM modem or an Ethernet adapter e Communication speed programmable up to 57 600 bps e Four optoisolated digital inputs for pulse counting or triggering Printer Power Supply e 40 colums built in graphic printer A wide range of printouts can be manually made or programmed with a fixed time interval The main available printouts are e 85 250Vac or 110 250Vpc without any need for operator to change the voltage selection e Internal battery allows more than 3 hours operation manual hard copy of the screen manual printout of the instantaneous values harmonics daily histogram of the power demand min max value
11. emand histogram l T at midnight W A A WA H kar un mI ou i i u 1s in i Hi if ip aE I i i ee One dH Tie aA oe WW kus Hh varh wn 014441 warn005269 kvarnt000000 wan 015364 Marss Power Mirina auie JP ib AIT 2S SS E Ub ur Ll a0 iW i 1D EZAZ ai U mi n i 5 se Un gy IF 217 1 LE EEE di 37 7 di HTE dli ah ae Graphic printout of five variables V A kW kvar f ENERGY MEASUREMENT AND CONTROL uae aii i Automatic printout with a time interval of 10 alsodue ELETTRONICA www algodue com UPM610 0 Portable Power Meter Wiring diagram examples The UPM6100 offers total connection versatility for measuring inputs There are approximatly twelve ways of connecting UPM6100 all of them programmable from the menu thus allowing measurement of single bi and three phase systems and earth leakage current In the single phase configuration it is also possible to measure DC current The UPM6100 wiring diagrams are the results of the on field experience focused sometime to simplify the connection for a fast check on the power system Beside are shown some examples Pict 1 3 Phase 4 Wire 3 CT Standard connection for unbalanced loading condition Pict 2 3 Phase 3 Wire 2 CT Aron connection for balanced loading condition Two clamps only are used Pict 3 3 Phase 3 Wire 1 V simplified wiring diagram for unbalanced loads
12. ighly efficient therefore it guarantees perfect visibility in all light conditions The UPM6100 offers a wide range of graphic functions waveform phasor diagram harmonic content and profiles of the daily energy consumption with min max values The UPM6100 is the portable solution suitable for utilities industry and domestic customers algodue ELETTRONICA Benefits The UPM6100 is suitable for low medium and high voltage measurement It can be connected directly up to 600V L L or through PTs for higher voltage The measurement current inputs flexibility allows the instrument to connect any type of current tranducers including flexible Rogowski coils The UPM6100 offers complete and accurate information about circuit loading it calculates neutral current and performs load trending All this data is essential for network overloads detection and circuit optimization Once the target Power Factor value is set the instrument calculates the capacitor bank value necessary for compensation on real time The UPM6100 includes 4Mbytes nonvolatile memory for metered parameters min max values energy consumption and harmonics The recorded data allows to generate on a PC consumption profiles logged values trends cost allocation and reports as well as to identify critic values Applications ENERGY MEASUREMENT AND CONTROL Individual machine load profiling Power demand analysis and management Harmonics
13. kup 30 ppm No 1 isolated Optomos SOV 300mA No 1 isolated configurable 0 20 or 4 20mA maximum load 300 Ohm 16 bits typical accuracy of the instrument see above No 4 isolated for voltage free contacts from 10 C to 55 C from 20 C to 70 C 80 max without condensation ABS shock proof carrying case IP54 measuring sockets IP21 420 x 340 x 210 mm 6kg approx without accessories cUL listed under UL61010B 1and CAN CSA 22 2 No 1010 1 92 File E231725 78 23 EEC 93 68 EEC directives EN61010 1 89 366 EEC directive and following modifications 93 31 EEC and 93 68 EEC EN50081 2 EN50082 2 EN61326 A1 ENERGY MEASUREMENT AND CONTROL ACCESSORIES 20 200A Clamps 700 3000A Clamps Current Cables Flash Card Reader www algodue com UPM6100 Portable Power Meter 6 UPM6100 Connection Panel Current inputs The instrument can process measurements from Current clamps or other transducers with 1 2 3 or 10V full scale outputs Inputs are not isolated it is always necessary to connect transducers with double insulation according EN61010 1 safety standard Flexible Rogowski transducers can be directly connected to the inputs without adaptors The programmable full scales are 700 and 3000A Fuse Instrument power supply circuit protection Auxiliary power supply 85 250 Vac or 90 250 Voc Voltage interruptions longer than Voltage inputs Direct connection up to 600Vac
14. l Language scale miniclamps Series D German G CLAMP3 No 3 1000A current clamps E spanish L CURCAB No 6 cable for currents 2 5m Italian H CLAMP3 CURCAB U English M CLAMP3 FLEX3 Communication protocol N FLEX3 No 3 50cm flexible clamps B ASCII standard P CURCAB FLEX3 Y MINIS CLAMPS AUX PO Wer SUPRIY Z CURCAB MINI3 A 85 250V 90 250V Communication Port amp Printer Inputs X None 2 No 1 RS232 basic version 1 3 No 1 RS232 PRP40 Built in Printer 4 Dl4 TR No 4 digital inputs for voltage free contacts Memory E 4MBytes Flash card Analog Outputs X None 1 MIX11 No 1 programmable 0 20 or 4 20mA active analog output 3 Firmware Options 3 Standard basic version 1 4 ENH Extended measurement package Digital Outputs Special Functions X None Basic version 1 1 MIX11 No 1 optomos output SOV 300MA 46 3 X 1 WFR Extended measuring range from14 to 500Hz 2 VDROP Sags and Swells detection 3 VMAX MIN AVG MAX recording VDROP 2 4 WFR VMAX 2 5 6 WFR VDROP 2 WCAP Waveform capture MIN AVG MAX recording 2 wee Dedalo SPE software for communication and data analysis 1 The basic instrument configuration includes No 4 cables for voltage inputs e Power meter features including harmonic analysis for voltage and current to e No 4 crocodile clips 50 order graphic functions and data recorder e
15. o its intuitive approach the analyzer can be configured more quickly by the DEDALO software than by using keypad Overvoltage and Dips analysis The data stored using VDROP option can be displayed on extremely clear graphics These screens give a picture of the events on the monitored line For each recorded event are displayed 100 100 RMS half cycle values before and after the event The data can be viewed in tabular or graphic form Alarms and limits The DEDALO software allows to set thresholds which if exceeded will trigger a graphic and acoustic alarm or send an e mail The events are logged and listed by alarm type date time and value All can then be printed in different formats File Recording amp Printouts The DEDALO software full version allows to set up to 5 historical files on the hard disk This data can then be processed or printed Export Data File Data is compatible with and can be exported to word processors or spreadsheets for further processing alsodue ijji p _ E ar I tt EEIEIEE DEIR r ij ELETTRONICA ENERGY MEASUREMENT AND CONTROL ae ee Te ee Dna fee b cme Tee Bisse Cae hE www algodue com UPM6100 Portable Power Meter ORDERING INFORMATION ALX A BIA E UPM6100 Accessories C None basic version 1 D MINIS No 3 20 30 200 300 A two User s Manua
16. s Time of Use counters instrument setup WCAP Waveform capture examples ee isi Current load variation The trigger is on current Ton en ipeceeeee RMS value the resolution is 1 cycle Are represented 5 30 waves before and after the trigger the sampling is 8 samples cycle E i am i Ee i lt i a E E 4 ii sa ES SS Ls Es Voltage drop The trigger is on voltage RMS value the resolution is 1 cycle Are represented 2 10 waves before and after the trigger the sampling is 32 samples cycle alsodue tegen ENERGY MEASUREMENT AND CONTROL www algodue com UPM6100 Portable Power Meter 4 INSTANTANEOUS MEASUREMENTS STORED DATA PHASE VOLTAGE Van Von VaM SYSTEM ACTIVE ENERGY Wh m LINE VOLTAGE au Vou Veu SYSTEM APPARENT ENERGY LAGGING VAh m SYSTEM VOLTAGE VV SYSTEM APPARENT ENERGY LEADING VAh m LINE CURRENT a ha ha WIA m SYSTEM LAGGING REACTIVE ENERGY varh ind gy SYSTEM CURRENT I A m SYSTEM LEADING REACTIVE ENERGY varh cap gy POWER FACTOR PF PF PF MIN MAX VALUES WITH TIME REFERENCE V A W VA var PF gy SYSTEM POWER FACTOR PF PEAK VALUES WITH TIME REF Loy loar nay I COSd DPF DPF DPF APPARENT POWER S S S VAl m SYSTEM APPARENT POWER S VA m ACTIVE POWER P P P W m SYSTEM ACTIVE POWER PIW m REACTIVE POWER Q Q Q var m SYSTEM REACTIVE POWER Q var m FREQUENCY f Hz DEMAND Wu kar h L2 Pu Qa Siy Ma lay L2AV PROGRAM
17. ssigned to the days of the week and months as requested Up to 20 holidays can be assigned to the lowest tariff A diagnostic algorithm checks and notifies any setup overlapping Event alarm and digital outputs ON OFF recording The instrument records the status change of 8 programmable set points the digital outputs ON OFF and the instrument supply ON OFF All the events are integrated by date and time reference The CPU2 option includes 1MBytes non volatile data memory Depending on the CPU2 configuration the following information already described in the Power Quality paragraph can be recorded sags and swells events VDROP option The occurring dios and overvoltage over a programmable threshold are detected and the instrument records the date and time of the event the lenght and the RMS value of 100 100 half cycles before and after the event min avg max values of the main measured parameters with continuous sampling and 1 cycle minimum www algodue com UPM6100 Portable Power Meter 3 resolution for RMS calculation The resolution is automatic printout with programmable time interval of 6 programmable between 1 and 99 cycles to simulate values selected among the main measured parameters the recorder response time as needed The graphic trend with programmable time interval of 5 programmable average time defines the time interval values selected among the main measured parameters PENER Tec renee daily histogr
18. tail 2 The measurements are carried out with continuous sampling TYPE OF RECORDED RECORDING START STOP RECORDED PARAMETERS DATA INTERVAL RECORDING 1 POWER DEMAND 1 5 10 15 30 60 minutes PROGRAMMABLE Active Reactive Inductive Reactive Capacitive Apparent IMPORT MINIMUM MAXIMUM values from 1 to 9999 minutes PROGRAMMABLE NES a Na Va e a a Ee oS A PE Demand valies INSTANTANEOUS VALUES from 1 to 9999 seconds PROGRAMMABLE WEN ie Nie eo E Ven S a Snapshots PEPE i bi be Coso Coso Cos n Cosoi S Sn 0 A PeP a P 2O Oe CeO DVE TIER a HARMONICS 1 5 10 15 30 60 minutes PROGRAMMABLE a SAGS AND SWELLS 10ms VDROP 2 When event occurs CONTINUOUS V V V LI N 12 N L3 N MIN AVG MAX values 20ms VMAX 2 from 1 to 999 seconds PROGRAMMABLE Max 10 values selected among voltage current power frequency 3 BASIC VERSION Z 2 pam a O WAVEFORM CAPTURE 20ms WCAP 2 When event occurs CONTINUOUS V Vinee A a alsodue ee nick ENERGY MEASUREMENT AND CONTROL www algodue com UPM6100 Portable Power Meter Specifications Power supply Rated voltage Consumption Backup battery Voltage inputs Maximum measurable voltage Input impedance Burden Frequency Current inputs From isolated tranducers Direct inputs From Rogowski coils Typical accuracy Voltage Current Active power Power factor Active energy Frequency Temperature Display and operating controls Display
19. with only one voltage connection The measuring error is proportional to the voltage unbalance Useful for a fast check of the consumption Pict 4 3 Phase 3 Wire 1 CT simplified wiring diagram for balanced loads with only one current connection The measuring error is proportional to the current unbalance Useful for a fast check of the consumption Pict 5 3 Phase 4 Wire without V simplified wiring diagram for unbalanced loads without voltage connection The nominal values of the line voltage and power factor are programmable by the user The measuring error is proportional to the difference between the programmed values and the real voltage and PF Useful for a very fast check of the consumption when the accuracy on powers is not very important NOTE The number of displayed parameters depends on the selected wiring diagram alsodue gt O0 O 66 gt ih w iB I JA I 46 L1 L2 L3 N Pict 1 3 Phase 4 Wire 3 CT L1 L2 L3 N Pict 3 3 Phase 3 Wire 1 V 5 4 L1 L2 L3 AUX Pict 4 3 Phase 3 Wire 1 CT O OQ L1 L2 3 N u 2 is ux TET YO L1 O L2 L3 s N Pict
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