Instruction/ maintenance manual of the product 9700 Siemens
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970 0 P ower Met er User’ s Guide.
Electr i cal equipment c ontains hazar dous Voltages and high speed mov ing parts. Can cause death, se rious persona l injury, or equipment damage. Alway s de-energize and ground the equipment bef ore m aintenance. Maintenance should be perf orm ed only by qualified personnel.
Basic communications settin gs (baud rate, protocol) and metering sett ings (vo lts m ode, CT/PT r atios ) must b e conf igure d be fore you c an use the 9700 Power Meter. If th ese settings have not been con figured, follow the steps in the 9700 Power Meter Installation & Basic Setup Instructions befo re co nsulting this User’ s Guide.
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Contents Power Sta rt ........................................................................................... i Introdu cti on.....................
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1-1 The 9700 P ower Met er is a highl y advanced digital po wer meter, su ited to virtually any po wer monitoring and control application. This int elligent Electron ic Device (IE D) can ta ke the plac e of nume rous trans ducers, met ers, and co ntrol cir cuits in yo ur power monitor ing syste m.
1-2 9700 PO WER MET ER U SERS GUID E T he 970 0 P ow er Met er is F actor y -Configur ed and Ready t o Operate Although th e 9700 Po wer Meter i s fully custo mizable, it is shi pped fr om the factory with m any functi ons pre-configu red.
INTRODUCT ION 1-3 MGT fie ld di spl a y unit Input/Ou put P ower S y stem Connections Displ a y an d Analysis T ool s Comm uni cati ons Opt ions pulses, breaker stat u s, analog transducer sig nal s analog s ignals, energy pulses, control signals Modbus, DNP3.
1-4 9700 PO WER MET ER U SERS GUID E Dependin g on the h ardware options pu rchased, sep arate p orts can communic ate si multaneo usly. Siem ens Ener gy & Autom ation’ s SEAbus Prot ocol , Modb us R TU, D NP 3 .0 a re s uppor ted, dep ending on the communic ati o ns port use d.
INTRODUCT ION 1-5 ♦ Advanced User of Systems Integ rator Advanced use rs may want to ma ke use of th e flexibility an d power provided by th e device’s operation soft ware. These us ers will need to become familia r with the devi ce’s operati on software, the A rchitecture, and the WinPM tools u sed to cust omize the device’s operation.
1-6 9700 PO WER MET ER U SERS GUID E.
2-1 The 9700 P ower Met er is shippe d from the factory with a compreh ensive configuration. Most us ers will find that the factory confi guration suits their needs enti rely. Th is chapter describe s how to view the dat a that is measure d and logg ed by the factory-con figured 9700 Power M eter usin g WinPM an d the MGT fron t-panel int erface.
2-2 9700 PO WER MET ER U S ER’S GU IDE Displa ying D ata with the MGT The MGT, or Modular Graphi cs Terminal , provi des a det ailed graphics an d text dis play for the 9700 Pow er Meter. The MGT has been configur ed at the facto ry with 24 dis plays showin g most of the para meters measur ed by the mete r.
DISPLAYING DAT A 2-3 The 24 s creens pr ovided displ ay data in a number of differ ent formats. The followin g paragraphs detail som e of the im portant aspe cts of th e various dis play form ats.
2-4 9700 PO WER MET ER U S ER’S GU IDE Bar G raph Di spla ys Three display screen s are pro vided for ph ase volt age and cu rrent: ♦ High-spee d line-to-n eutral and a verage volta ge (100 ms u p.
DISPLAYING DAT A 2-5 Tr e n d D i s p l a y s Trend display scr eens are pro vided for total kW and total kVAR. Both screens sho w the valu es for each parame ter over th e last 150 seconds.
2-6 9700 PO WER MET ER U S ER’S GU IDE Display S creens A v ailable under SETUP There a re five displ ay scre ens available u nder th e SETUP menu it em.
DISPLAYING DAT A 2-7 Namepl ate Info 2 Namepl ate Info 2 di splays th e MGT’s a cceptabl e operatin g temper ature, the amou nt of batte ry life left in the 970 0 Power M eter, and th e confi gured demand s ettings.
2-8 9700 PO WER MET ER U S ER’S GU IDE Complete List of F actory -Configured Measur ements and F un ctions The standa rd WinPM an d MGT dis play screens show much of the data that the facto ry-configur ed 9700 Po wer Meter measures an d calculates.
DISPLAYING DAT A 2-9 Energy and Demand Framework, Continued Displayed/A ccess ible by D efault Description of Parame ter or Function WinPM MGT Modu le Name Mod ule Label Output Re gister Label Energy .
2-10 9700 PO WER METER U S ER’S GUIDE Min/ Max F rame w ork This port ion of t he meter ’s conf igurat ion measure s minimum and maximum values for various powe r, energ y, demand an d harmonics parame ters. Sepa rate rese t trigge rs are pr ovided for demand, h armonics and ‘stan dard’ powe r paramet ers.
DISPLAYING DAT A 2-11 Min / Max Framework, Continued Displayed/A ccess ible by D efault Description of Parame ter or Function WinPM MGT Modu le Name Mod ule Label Output Register La bel Max kW Thermal Demand l l Maximum #30 kW td mx kW td mx Max k VAR Therm .
2-12 9700 PO WER METER U S ER’S GUIDE Min / Max Framework, Continued Displayed/A ccess ible by D efault Description of Parame ter or Function WinPM MGT Modu le Name Mod ule Label Output Register La .
DISPLAYING DAT A 2-13 Historic Data Log ging F ramew ork This po rt ion of t he meter ’s conf igurat ion recor ds ‘st andard’ power sy stem paramete rs such as voltage, cu rrent, pow er, frequen cy and power fac tor. Low, mean and high values are r ecorded for all paramet ers.
2-14 9700 PO WER METER U S ER’S GUIDE Historic Data Logging Fr amewor k, Continued Displayed/A ccess ible by D efault Description of Parame ter or Function WinPM MGT Modu le Name Mod ule Label Outpu.
DISPLAYING DAT A 2-15 Harmonics L o gging F ramew ork This portion of the fac tory configuration re cords voltag e and current harmonic s measuremen ts.
2-16 9700 PO WER METER U S ER’S GUIDE P ower Quality Monitoring Framework This portion of the fac tory configuration monit ors the phase voltage signals f or sag/swell and transi ent events , and tri ggers wav eform recordin gs when the y occur (s tatistics are also recor ded for ea ch event).
DISPLAYING DAT A 2-17 Power Quality Framework , Continued Displayed/A ccess ible by D efault Description of Parame ter or Function WinPM MGT Modu le Name Mod ule Label Output Register La bel Sag/Swe l.
2-18 9700 PO WER METER U S ER’S GUIDE Setpoint Fr amew ork This po rt ion of t he conf igurat ion prov ided setpo ints to monito r phase curre nt, volt age unbala nce and kW s liding window demand. Using WinPM, u pper limits are input for each param eter.
DISPLAYING DAT A 2-19 Digital Inputs Fr amew ork This port ion of t he meter ’s conf igurat ion monito rs the sta tus of t he 7900 Power Met er’s on-b oard digit al inputs, and coun ts the numb er of tim es each input changes sta te.
2-20 9700 PO WER METER U S ER’S GUIDE Real Time Measure ments (Core Mo du l e s) This port ion of t he facto ry conf iguratio n contains the real -time phase voltage an d curren t measurem ents, harm onics measu rements , symmetrical compon ent data, an d output from the d evice’s r eal-time clock.
DISPLAYING DAT A 2-21 Real-Time Measurements, Continued Displayed/A ccess ible by D efault Description of Parame ter or Function WinPM MGT Modu le Name Mod ule Label Output Register La bel PF in Q uad.
2-22 9700 PO WER METER U S ER’S GUIDE Real-Time Measurements, Continued Displayed/A ccess ible by D efault Description of Parame ter or Function WinPM MGT Modu le Name Mod ule Label Output Register La bel Curr e n t positive s eq. ph ase angle l I PosSe qPhs Curr e n t n ega t ive seq.
DISPLAYING DAT A 2-23 Real-Time Measurements, Continued Displayed/A ccess ible by D efault Description of Parame ter or Function WinPM MGT Modu le Name Mod ule Label Output Register La bel Current Pha.
2-24 9700 PO WER METER U S ER’S GUIDE.
Once basic setup is performed, most u sers will find that the 9700 Power Meter ’s fact ory c o nfigura tion pr ovide s all of the monito r ing, lo g ging a nd control functionality they require. Depending on your application, you may need to make minor chan ges to the factory configuration to make th e device “fit” your power system.
Configur ation T ools Diffe rent t ype s of c onfigur ation c hanges c an be made using the diff e rent tools provided by Siemens Energy & Automation.
The M o d ul e The modul e is the basic buildin g block of the device’s architectu re. A module can be cons idered as a functi on bo x : it receives data from its inputs, makes decisions based on the settin gs in its setup registers, and then makes data available at its output registers.
Making Configur ation Chang e s Regardless of the interface you u se, when you make configu ration changes to a device you are either chan ging a value in a module’s setup register or you are changin g the linkage between two or more modules.
The DISPLA Y OPTIONS , NAMEPLATE INFO and DA TE/TIME DISPLAY menu ite ms are described in “Displayi ng Data with the M GT” in Chapter 2. Use QUICK S ETUP to change PT/CT values, com municati ons setup a n d demand int er v als. PARAMETER RESET allows yo u to reset Status counters and Min/Max, E nerg y and Demand values .
Using the MGT’ s Buttons Move t hroug h the MGT’s m enu ite ms by pre ssing t he butt ons ad jacent to menu items on th e screen. To enter data, use th e numeric keypad and th e arrow keys to make a selection or enter a value ( detailed below).
Some procedures require that you enter a number or a word. When the MGT want s input from you, it displays a representation of th e keypad on the screen: The left side of the bu tton assignment screen represen ts the actual buttons on the MG T keypad.
PT/CT The PT/CT menu acc esses the Powe r Meter and Sag/ Swell mod ule setup registers that are used for basic setup: Setup Register Functi on Volts Mode The power syste m’s configurati on – WYE, .
Etherne t COM The Ethernet CO M menu accesses the Eth ernet module’s setup registers. The Eth ernet module controls the 10Base- T and 10Base-FL ports on the optional X PRESS C ARD . Setup Register Function Protocol Sets the communi cations p rotocol for the Ethe rnet p orts.
Min/Max Reset The minimu m AND the maximum values for each th e following parameters are reset when Min/Max Rse t is used: ♦ Phase and average Current (I a, I b, I c, and I avg) ♦ Frequency ♦ Li.
Configure ION The Configu re ION menu provides access to the setu p registers of every ION module in the 9700 P ower Meter. To edit a module’s setup registers with the MGT , press SETUP then CONFIGU RE ION . The Feature Man ager appears, listing all of the module types available.
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The 9700 Power M eter provides many advanced features, including comprehensive I/O, advanced interoperability sup port, and precision time synchronization . In addition, the 9700 Power M eter’s functionality can be customized to perform virtually an y power monitoring and control functio ns.
WinPM-A d v anced 90 0 0 Series Meter Progr amming The factory configu ration for 9000 series meters provides all of the monitor ing, log ging a nd contr ol functi onality y ou norma lly req uire. However, the 9000 series meters can be customiz ed to perform virtually any powe r monit oring and co ntro l f unctio n.
There are approximately 50 types of modules in the 9000 series meter architecture; the 9000 series meter h as 46 different types. Most 9000 series meters can support several instan ces of a certain module type (for example, the 9000 series meter supports 16 Th ermal Demand modules, 20 Periodic Timer modules an d one Clock module).
An inpu t of one module can be li nked to the output registers of an other module only if they are of th e same register class. For more on module linking, see the section on Register Classes later in this chapter.
Creating New Modules This pro cedur e de scri b es ho w to use WinPM to c reat e new m odule s in your 9000 series meter. Do the following to create a new module: 1. From the View Menu , select Device List. Result: The Device List win dow is displayed.
5. Select a group to which you want to add new module by h ighlightin g an item in the Manager Modules list. Then click the Create Ne w Module button. Result: The confir mation w i ndow fo r cre ating a ne w mod ule is displayed. 6. Click the Yes button.
2. On the Device List win dow, highlight the 9000 series power meter th at you want to co nfigur e. 3. Click the right mous e button, and then select Device Configuration from the dr op-do wn menu tha t is disp layed . Result: The 9000 Series M eter Configuration window of the selected meter is displayed.
6. Double click a module group folder such as, Power Meter modules. Result: The secon d level window for 9000 Series meter programming is displayed. The window lists all the modules available in the selected group. 7. Click t he Config ure b utton. Result: The setu p register window for the selected module is displayed.
8. Click the Set button for th e setup register. Result: The Modify setu p register window for the selected register is displayed. 9. Click the Ok button to change a setup register setting. En ter the value or select an item in the drop down list. Result: A message box displays once the setu p register setting is changed in the selected meter.
2. To go back to the second level window for 9000 series meter programming, click the Up A Level button . Result: The second level win dow is displayed.
7. Double click an output register that will be the inp ut of another module. Result: On th e lower left-hand corner of the win dow, WinPM displays the output register of th e selected module. 8. Select the module to be connected to in the Select Module drop d own list.
9. Double click the inpu t register to connect to. Result: WinPM displays a warning message. 10. Click the Yes button. Result: WinPM displays a con firmation message box. 11. Click the Yes button. Result: WinPM creates the linkage between the two modu les.
3. Click the right mous e button, and then select Device Configuration from the dr op-do wn menu tha t is disp layed . Result: The 9000 Series M eter Configuration window of the selected meter is displayed. 4. Click the Advanced button . Result: The first level win dow for 9000 Series meter programming is displayed.
Ov erview of Module Gro ups This section lists differen t groups (types) of modules available in th e 9000 series meters and provides a brief description of each group. For a more detailed description of an y modules, refer to the Advanced Meter Config uration R efe rence Guide .
Module G roup Descripti on Event Lo g Contro ller Monit o rs the no de, and logs events as t hey oc c ur. Logged ev en t s includ e setpoi nts, resets, and communication p roble ms. Can be used to mo nitor breaker and tran s f er-s witch operatio ns, equipment starts and stop s, and m ore.
Module G roup Descripti on Periodi c Timer Provide s a running time r that pulses at pr ogrammable intervals. When used i n conjunction wi th other modul es, the Peri odic Ti mer can trigger ev ents on a regu lar bas is; for example, w hen used w ith a Recorder module, the Periodic Timer can trigger entrie s for a snapshot log .
Once you h ave connected the status inputs to the field equipmen t that they monitor, check th e 9700 Power Meter’s Digital Input modules to en sure they are configured appropriately.
Expansion B oa rd s Do not us e dig ital out p ut mod ules on I /O Expansio n B oard B fo r cont r ol applications. False triggers may result wh en supply power to the board is l ost.
Analog Device Rest rictions — Power Supplies Power requirements an d hardware restrictions limit the nu mber and placement of analog devices on I/O expansion boards. The allowable nu mber of analog devices the 9700 Power Meter can su pport increases significantly wh en two external power supplies are us ed to power the exp ansion bo ards.
Specifyin g a P ort in an Modul e The Analog O utput, Digital Output an d Pulser modules in the 9700 P ower Meter allow you to specify which port a signal is sent to. Similarly, the Analog Inpu t and Digital Input modu les allow you to specify which port to monitor for incoming sign als.
Using the Modbus R TU Pr ot ocol The 9700 Power M eter can make any real-time data available through the Modicon M odbus RTU protocol. Modbus M aster devices connected to the 9700 Power Meter can access this data. M odbus Master devices can also write data into registers, making device configuration chang es or initializing control actions.
Modbus Sla v e Module Set ti ngs The settings in th e Modbus Salve module setup registers are shown in the tables below. Modbus S lave Module #1 Modbus S lave Module #2 Setup Register Setting Setup Re.
Modbus Sla v e Modu le P aramet er Mappin g The following tables show wh ich measurements are provided by each of th e four Modbus Slave modu les. The source for each measuremen t is shown (“Sour ce Mod ule”) so t hat you c an easily delet e par amete rs if y ou want t o access different data.
Modbus Slave Module #2 Link s Measurem ent Label Source Modu le Modbus M odule and Input Number Modbus Register Phase A kW kW a Power M eter Mo dbus Slave #2 – S ource I n pu t #1 40027-40028 Phase .
Modbus Slave Module #3 Link s Measurem ent Label Source Modu le Modbus M odule and Input Number Modbus Register Maximum Av g L-L Voltage Vll avg m a x Maximu m Modbus Slave #3 – So urce Inpu t #1 40.
Modbus Slave Module #4 Link s Measurem ent Label Source Modu le Modbus M odule and Input Number Modbus Register Importe d kWh kWh imp Integrator Mo dbu s Slave #4 – So urce In pu t #1 40089-40090 Ex.
Using the DNP 3.0 Pr otocol The Distributed Network P rotocol Version 3.0 (DNP 3.0) is an open protocol used in the electric utility industry for communications and interoperability among substation compu ters, RTUs, IEDs, and Master Station s.
If your DNP network requires data in a format different than that provided by the factory DNP configu ration, you can edit the setu p registers in the DNP Slave Export modules an d the DNP Options modu le. Do not make any changes to the DNP Options module’s setup registers un less you understand the effects each change will cause.
DNP Options Mod ule Settings The DNP Option s module provides global settings that affect all DNP Slave Export and DNP Sl ave Import modules. The default setti ngs in this modu le are shown in th e following table.
Importing Data using DNP 3.0 Data can be imported into the 9700 P ower Meter from a DNP control relay or analog output device. DNP Slave Import modules are used to take a DNP Analog output or Bin ary output object and map them in to registers.
The cable that con nects the modem to the telephon e network must be disconnected before openin g the meter for servicing. Baud Rates The in ternal modem is capable of usin g all standard modem protocols from 300 bps to 33600 bps.
Connecting the Modem Connect the 9700 P ower Meter-MDM modem via th e RJ-11 jack located on the top of the meter. An FCC complian t telephone cord is provided that ha s two male RJ-11 plugs. Conn ect the meter to your telephone network u sing the cable provided (if you u se a different cable, ensure th at it is FCC Part 68 compliant).
LED Function CD This L ED in dicate s the pr esence of a carri er sig nal. It shoul d stay on as l ong as there is an acti ve connection to the mod em. TXD This LED flashes to ind icate the p resence signals transmi tted out on the tel ephone line. The two LEDs in dicating traffic on COMM 1 are marked RXD an d TXD.
Using Time S ync hr onization Time sync hronizatio n allows y ou to sy nchronize the inte rnal clo cks of multiple networked Siemens E nergy & Automation devices. Wh en your devices’ clocks are synchronized, all data logs will have timestamps that are relative to a uniform time base.
Communications P orts and Protocols Used Time sync hronizatio n signals from W inPM or a GPS rece iver are r e ceiv ed through th e communications ports on th e 9700 Power Meter base unit an d optional X PRESS C ARD .
Time S ync hronization using a GPS Receiver Use GPS receivers at each Site if you require time synchronization of your 9700 Power Meter devices to be within ± 1ms of Universal Time.
Time S ync hronization Diagnostics and Event Logging The 9700 Power Meter’s Diagn ostics module includes five output registers that provide time synchron ization diagnostics.
3. Press t he but ton that you wa nt to c onfigur e. 4. You will be prompt ed to enter the first line of the new button label you want to define. Use the keypad to en ter the first line of your new bu tton label, then press ENTER . (The first line of the label can be u p to 10 characters long.
Siemens Energy & Automation, contact Customer Service at 800- 427-2256 and request the parameter h andles for the 9700 Power Meter. Standard Charact er Scr eens Standard character screens are u sed for displaying numeric register values. They present data in small enough characters to in clude 15 different numeric registers on on e screen.
Larg e Charact er Screens Large character screens are also used for displayin g numeric register values. They display u p to four registers on one screen.
To set up a 4-channel bar gr aph screen: 1. Enter the parameter h andle of the first register you want to display on the screen, then press ENTER . If you want to keep the register that is currently in use, press the button labeled KEEP PREVIOUS . 1. Enter the min imum boundary for the bar graph scale, then press ENTER .
6. Steps 5 and 6 are repeated for the remainin g three registers to be displayed in th e bar graph. 7. You are prompted to specify if you want to display min and max bars on the bar graph. If you speci fied parameter handles in steps 5 or 6 an d you want to display these valu es, select 1, then press ENTER .
To set up a 6-channel bar gr aph screen: 1. Enter the parameter h andle of the first register you want to display on the screen, then press ENTER . If you want to keep the register that is currently in use, press the button labeled KEEP PREVIOUS . Repeat this step for the remaining 5 registers.
Harmonics Screen s The harmon ics screens allow you to display the values calcu lated by the Harmonics Analyzer module. Th ey appear in a histogram form to show the harmonic spectrum of the input for which harmonics are being calculated.
P aram eter T rending Screens The parameter trendin g screens plot the value of a register over time. These real-time displays allow you to view a register value graphically. You can specify the scale for the Y- axis of the graph (the register valu e) and the X-axis (time).
Stat us Displa y Screen s Status display screens are us ed for displaying Boolean register values. The data is presented usi ng small enough characters to include 3, 7, or 14 different Boolean registers on on e screen.
7 and 14 Status Display Screens The screens displayin g 7 and 14 values are best suited for viewing close-u p. To set up a 7 or 14 status di splay screen: 1. Enter the parameter h andle of the first register whose status you want to display on the screen, th en press ENTER .
W ave fo r m Di sp la y S c re en s Waveform display screens allow you to display the ou tput of a Waveform Recorder module. They read the data from th is module’s Wform Log output register and display it graphically based on the scale you define.
Integrat or Screens Integrator screens allow you to display n umeric outputs with greater resolution than other displays. They can display up to 4 ou tput values on the MGT at on e time, with up to 11 digits of resolution. By defau lt, the MGT includes the ENERGY display an d the outputs of Integrator modu les #1 throug h #4.
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The specifications th at follow are subject to change without n otice. -RXLMW'LETXIV ♦ Module Summary ....................................................................................... 5–2 Measurements .............................
Module Summar y The following table (pages 5–2 th rough 5–11) lists all of the modules available in the curren t version of the 9700 Power Meter. Th e table shows how many of each module are avail.
Module Summary Table, Co ntinued Modu le Name Total Availa ble in 9700 Used in Factory Config. High- Speed Capable Setup Registers Ra nge or Options Creation Default Zero Scale -1 x 10 9 to 1 x 10 9 0.
Module Summary Table, Co ntinued Modu le Name Total Availa ble in 9700 Used in Factory Config. High- Speed Capable Setup Registers Range or Options Creation Default Counter 30 11 none Data Acquis itio.
Module Summary Table, Co ntinued Modu le Name Total Availa ble in 7700 Used in Factory Config. High- Speed Capable Setup Registers Range or Options Creation Default DNP Slave Import Note: DNP is only .
Module Summary Table, Co ntinued Modu le Name Total Availa ble in 7700 Used in Factory Config. High- Speed Capable Setup Registers Range or Options Crea tion Default FrzCntEv ents • 32-Bit Froz en C.
Module Summary Table, Co ntinued Modu le Name Total Availa ble in 7700 Used in Factory Config. High- Speed Capable Setup Registers Range o r Options Creation Default AIChan geEvents • 32-Bit An alog.
Module Summary Table, Co ntinued Modu le Name Total Availa ble in 7700 Used in Factory Config. High- Speed Capable Setup Registers Range o r Options Cre a tion Default Options (read-only ) N/A options.
Module Summary Table, Co ntinued Modu le Name Total Availa ble in 7700 Used in Factory Config. High- Speed Capable Setup Registers Range o r Options Creation Defa ult Format • Uns igned 16B • Sign.
Module Summary Table, Co ntinued Modu le Name Total Availa ble in 7700 Used in Factory Config. High- Speed Capable Setup Registers Range or Options Creation Default Volts M o de 4W-WYE, 3W-WY E , DELT.
Module Summary Table, Co ntinued Modu le Name Total Availa ble in 7700 Used in Factory Config. High- Speed Capable Setup Registers Ra nge or Options Creation Default Unde r Drop out 0 to 1x10 9 %0 Sus.
Measurements (@50 Hz/60 Hz @ 25°C) @1% to 125% Fu ll Scale (FS) of input ratin g (50 mA to 6.25 A) Accuracy ±(%reading + %FS) MGT Resolution ( %F S) * Register Bounds Parameter 1 second 1 cycle 1 second 1 cycle 1 second 1 cycle Voltage (L-N) in Wy e; Vab, Vbc i n Del ta 0.
kW Measurement Accurac y The graphs below in dicate the accuracy of the 9700 Power M eter’s kW measurements at 25 ° C at Power Factor values of 1.0, 0.5 lead an d 0.5 lag. The graphs also compare 9700 P ower Meter accuracy with the IEC 687 Class 0.
High-Speed Measurements Dur ing F ault (@125% to 2000% of Rated Input, 6.25 A to 100 A) Parame ter Accuracy ±(%reading) MGT Reso lu tion (%FS) Range Current ( I1, I2 and I3 only) 5% 0.1% 0 to 10 6 kVA 5% 0.1% 0 to 3.3x10 7 kW, kVAR @ Unit y PF 5% 0.1% 0 to ± 3.
Input Ratings, co ntinued 20 mA AC/DC nominal full scale input (25 mA AC/ DC max. ) Overload wi thstand: 35m A continuous, 70m A for 1 second non-recurring Input I mpedance 100 Ω Accurac y : AC: ±0.25% F.S.; DC : ±(0.25% F.S. + 0.1% per Vcm*) to tal error 0-20 mA Option Maximum Common Mo de: 20 V 1.
Optional Input/Output Modules Analog In put Module s Voltage Inputs Current Inputs Part Number GAIVDC1 GAIVDC5 GAIVDC5B GAIVDC10 GAIVDC10B GAIIDC420 0 to 1 VDC 0 to 5 VDC -5 to 5 VDC 0 to 10 VDC -10 to 10 V DC 4 to 20 mA 244.1 µ V 1.22 mV 2.44 mV 2.44 mV 4.
Analog Output Mod ules Voltage Outputs Current Outputs Part Number GAOVDC5 GAOVDC5B GAOVDC10 GAOVDC10B GAOIDC42 0 Range 0 to 5 VDC -5 to 5 VDC 0 to 10 V DC -10 to 10 V DC 4 to 20 mA Resolut io n 1.22 mV 2.44 mV 2. 44 mV 4.88 mV 3.9 µ A Sou r c ing Capability 20 mA max.
Digital Input Dry Contact Modules Part Number GDICC Isolatio n, Inpu t t o Output 2500 V AC rms Storage T emperat u r e R a n ge -40 ° C to 125 ° C Operating Temperatur e R ange 0 ° C to 60 ° C Maximum Dry Contact V o ltage Rating 25 VDC Minimum Dr y Contact Current Rating 5 mA Maximum Turn-on Time 3.
Digital Output Modules Zero Voltage Turn-On, N ormally Open, Manual Override Output Mo dules AC Outputs DC Outputs Part Number GDOA C120MO GDOAC240MO GDODC60MO Nominal Line V oltage: 120 VAC 240 VAC N/A Frequency R ange: 25 Hz to 70 Hz 25 Hz to 70 Hz N/A Maximum Line Voltage: N/A N/A 60 VDC Clamping Voltage: N/A N/A 80 VDC max.
Normally Open, So lid S tate Relays AC Output s (Zero V oltage Turn On) DC Outputs Part Numbe r GDOAC120 GDOAC24 0 GDODC60 GDODC200 GDODC60L (Low Leak age) Nominal Line V oltage: 120 VAC 240 VAC N/A N/A N/A Load Power Fac t o r: 0.
Mechanical Relays Part Number GDODC100M Maximum Line V o ltage: 100 VDC / 120 VAC maximum Contact Rating: 10 Watts maxi mum Switc hing Cu r r e n t : 0. 5 A dc maximu m . Induc t ive loads r equ ire diode suppr es sion. Carry ing Curr en t: 1.0 A maxim u m .
AT&Fn R es tore Facto ry Configur ation (Profile) AT&F0 Restore factory configuration 0 AT&F1 Restore factory configuration 1 AT&Gn Select Guar d Tone AT&G0 Disables guard tone (de.
AT+MS Commands Selec t Modulation Selects the modulation; en ables or disables auto-mode; specifies the lowest and highest con nection rates; selects m-Law or A-Law codec type, and enables or disables.
Standards Compliance UL: Certified to UL 3111 CSA: Certified to CAN/CSA C22.2 No.1010-1 International: IEC 1010- 1 Registered under CB Scheme to E N61010-1 Measuring inpu ts comply with Installation Category III Power supply inputs comply with Installation Category II Surge Withstand: All inputs pass ANSI/IEEE C37.
Ordering Inf ormation Basic Model 9700 Power Meter With 85 - 240 VAC / 110 - 300 VDC power supply, MGT with 10 ft. (3.0 m) cable, a single optically isolated RS232C/RS485 communication s port and 512kB of on- board memory. Revenue Metering Models 9700 Power Meter -RMICAN M eets Canadian revenue- metering standards (un sealed).
Display MGT Modular Graph ics Terminal with 10 ft. cable (for ordering MG T separately) -50ft 50 ft. cable instead of 10 ft. cable -200ft 200 ft. cable instead of 10 ft.
Analog Output Devices GAOVDC5 0 to 5 V D C Analog Output De vice GAOVDC5B -5 to 5 VDC Analog Outpu t Device GAOVDC10 0 to 10 VDC Analog Outpu t Device GAOVDC10B -10 to 10 VDC Analog Outpu t Device GAO.
External Output De vice P art Number Summar y The following table summariz es the manufacturer’s part nu mbers for external devices used with th e 9700 Power Meter. ORDERING OPTION DESCRIPTION MANF. PART # Digital AC Outputs GDOAC120 120 VAC, 3. 5A, N.
W arr anty Siemens Energy & Automation, Inc. warrants that all equ ipment purchased hereund er is warr a nted on a “R ETU RN TO F ACTOR Y ” ba sis ag a inst all defe cts in w ork manship and mat eri a ls unde r nor mal and pro per use and service in its unmodified condition for a period of one (1) year from the d ata of initial shipment.
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I-1 9 9000 Series ’Not Available ’ Value, 4-4 Module Linking , 4-3 Module Linking Restrictio ns, 4-3 Online and Offline Mo dules, 4-4 Overview of Mod ule Groups, 4-14 The Registers, 4-3 9000 serie.
I-2 M measurements, p reconfigured, 2-8 Modicon Mod bus protocol , 4–21 factory con figura tion, 4–21 importing data, 4– 26 module setting s, 4– 22 Slave module parameters, 4– 23 Modular Gra.
INDEX I- 3 T technical refere nce, 5–1 additional sp ecificatio ns, 5–21 external ou tput devic e part no. summary, 5– 28 high-speed meas urements, 5– 14 input rating s, 5– 14 module sum mar.
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Siemens Energy & Automatio n, Inc. Power Management Techn ologies 3333 Old Milton Parkway Alpharetta, GA 30005 For Nearest Sales Offi ce For More Information Visit Siemens Energy & Automation, Inc. Siemens is a register ed trademark o f Siemens AG.
An important point after buying a device Siemens 9700 (or even before the purchase) is to read its user manual. We should do this for several simple reasons:
If you have not bought Siemens 9700 yet, this is a good time to familiarize yourself with the basic data on the product. First of all view first pages of the manual, you can find above. You should find there the most important technical data Siemens 9700 - thus you can check whether the hardware meets your expectations. When delving into next pages of the user manual, Siemens 9700 you will learn all the available features of the product, as well as information on its operation. The information that you get Siemens 9700 will certainly help you make a decision on the purchase.
If you already are a holder of Siemens 9700, but have not read the manual yet, you should do it for the reasons described above. You will learn then if you properly used the available features, and whether you have not made any mistakes, which can shorten the lifetime Siemens 9700.
However, one of the most important roles played by the user manual is to help in solving problems with Siemens 9700. Almost always you will find there Troubleshooting, which are the most frequently occurring failures and malfunctions of the device Siemens 9700 along with tips on how to solve them. Even if you fail to solve the problem, the manual will show you a further procedure – contact to the customer service center or the nearest service center
