KMB SMY 133 Operating Manual
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KMB SMY 133 Operating Manual

Power analyser & meter
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KMB systems, s. r. o.
Dr. M. Hor´ a kov´ e 559, 460 06 Liberec 7, Czech Republic
E-mail: kmb@kmb.cz, Web: www.kmb.cz
Operating Manual for
POWER ANALYSER & METER
SMY 133
Complete version 2.0
The complete and most actual version of this manual is available online at http://www.KMB.cz/

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  • Page 1 Dr. M. Hor´ a kov´ e 559, 460 06 Liberec 7, Czech Republic E-mail: kmb@kmb.cz, Web: www.kmb.cz Operating Manual for POWER ANALYSER & METER SMY 133 Complete version 2.0 The complete and most actual version of this manual is available online at http://www.KMB.cz/...

  • Page 2: Table Of Contents

    Time and date options ........2.5 Detailed configuration of SMY 133 on a PC ......
  • Page 3 4 Technical Specifications 4.1 Basic Parameters ..........4.2 Measured Quantities .

  • Page 4: General Description

    General Description The SMY 133 is specially designed for monitoring of energy and power quality in advanced power systems and smart grids. The instrument is designed for installation to the panel. Its graphical display presents advanced information locally without the necessity to use PC. It is suitable for a wide spectrum of automation tasks in modern buildings and industrial plants as well as for power generation and transmission systems.
  • Page 5 – option X/100mA for indirect measurement with special curerent transformers (nominal secondary current up to 100 mA) – optional X/333mV current inputs for split core CTs or flex-probes (RCTs) with nominal output 0.333 V. Aux. supply 5 V for RCT also available. –...

  • Page 6: Types And Accessories

    4 = USB, RS-485 E = USB, Ethernet 1OBaseT Figure 1: Schematics of the SMY 133 ordering options and variants. It includes special codes for proper current and voltage rating options. Complete and most up to date list of optional and other accessories are available on request from the device vendor.
  • Page 7 Table 1: Selected parameters for option X/100mA for indirect measurement with special types of supplied 100mA CTs. See chapter 2.2.3. Overvoltage Split-Core Model Inom [A] d [mm] Connection Dimmension [mm] Category 050, 100 JS17F – Inom/100mA Terminal 64×33×34 600V CAT III 125, 150 JS17S –...

  • Page 8: Operating The Meter

    Installation of the instrument The SMY 133 instrument is built in a plastic box to be installed in a distribution board panel. It’s position must be fixed with the provided locks. Natural air circulation should be provided inside the distribution board cabinet, and in the instrument’s neighborhood, especially underneath the instrument.

  • Page 9: Supply Voltage

    RJ-45 connector for Ethernet (option E), without in- tions RR, RI or II). puts and outputs (option N in I/O). Obr´ a zek 3: Back side of the SMY 133 with terminals for serial line, I/O and Ethernet options. 2.2.1 Supply voltage The supply voltage (according to the technical specifications and the instrument type) connects to terminals...

  • Page 10: Communication Peripherals

    PC. Use the supplied USB cable only. SMY 133 is a USB slave device. For correct operation it needs a driver installed in your operating system (see the ENVIS user guide for more info).
  • Page 11 20 ÷ 75VDC Figure 4: An example of typical installation of SMY 133 instrument in a low voltage network — option U (left) with power supplied from the measured channel in a star connection and option S (right) with low voltage DC power supply, measurement connected as delta connection —...
  • Page 12 SMY 133 U 400 X/5A N 4 MV/LV Transformer Figure 6: Special cases of connection for SMY 133 instrument: single phase three wire connection in LV network and Aron connection commonly used in MV and HV network. . SMY 133 U 100 X/5A N 4 SMY 133 L 100 X/5A N 4 20V ÷...

  • Page 13: Outputs And Inputs

    100mA Input 12÷48 Other Instrument Figure 9: An example of wiring connection for inputs and outputs in SMY 133 . 2.2.5 Outputs and inputs Instruments can be equipped with optional outputs and inputs. Two digital outputs DO1, DO2 (electromechan- ical relay or solid-state according to the option), one digital input DI1 and two virtual programmable alarms A1 and A2 are available in the instrument.

  • Page 14: Lock/Unlock The Instrument

    6. confirm your selection with pressing button 7. leave the locking screen by pressing button 8. press button and confirm locking of the instrument. Your SMY 133 is now locked and all local modifi- cations of configuration are not allowed. 2.3.2 Unlocking the instrument 1.

  • Page 15: Basic Instrument Setup (On Screen)

    Basic instrument setup (on screen) To navigate the screen and to configure the SMY 133 instrument locally there is 5 multifunction buttons located under the display area. its actual function is dynamic and is symbolized by a pictogram on the lower edge of the screen above each button (fig.

  • Page 16: Communication Options

    Figure 12: Set up screens of the SMY 133 analyzer. 7. select Connection Type according to the physical connection of the instrument. 8. insert correct value of voltage and current transformer ratio according to the used VT and CT.

  • Page 17: Detailed Configuration Of Smy 133 On A Pc

    If a USB instrument is connected to the PC for the first time it is necessary to install its driver in Windows. You can find the actual driver for our instruments online on the the WWW.KMB.CZ website. It is also located in the driver folder of ENVIS...
  • Page 18 (fig. 14). (d) Edit an address of the instrument (Default: 1) (e) Enter the device type: KMB 5. Press the Connect button or the ENTER key. application will attempt to connect to the instrument. In case of successful connection it reads the configuration from the instrument and displays new window with summary information (figure 15).

  • Page 19: Installation (Fig.16)

    – For standard instruments with X/5A and X/1A is specified as a ratio between primary and secondary current. Default value is 100 A/5A resp. 1 A. – For SMY 133 options X/100mA and X/20mA a nominal primary and nominal secondary current of the supplied transformer is used. Default value is 100 A/100 mA resp. 20 mA.
  • Page 20 (a) Configuration of basic installation parameters in ENVIS.Daq. (b) Instrument connection types for direct measurement (in LV networks). (c) Instrument connection types for indirect measurement — to be connected via VT (in HV networks). Figure 16: ENVIS.Daq - configuration of the device installation.

  • Page 21: Date And Time (Fig. 17)

    Figure 17: ENVIS.Daq - configuration of date and time options. 2.5.2 Date and time (fig. 17) This tab contains configurations related to the instrument internal time and date settings. Warning ! manipulation with the time configuration erases all instrument archives and related registers.

  • Page 22: Aggregation (Averaging, Fig. 18)

    ˆ Communication Speed — speed (baud rate) of the communication line. Default value is 9600 bps. ˆ Communication Protocol — to be chosen between KMB protocol and ModBus RTU. ˆ Parity — odd, even or none. Defines behavior of the parity bit control settings.

  • Page 23: Inputs & Outputs (Fig. 20)

    2.5.5 Inputs & Outputs (fig. 20) SMY 133 could be optionally assembled with 2 relay or SSR outputs and one logical input (RR, RI, II). ˆ output controll logic can be programmed into the instrument ˆ any output can be configured to provide meter pulse output. In such cases the control quantity can be either active or reactive energy in each quadrant.
  • Page 24 Figure 20: ENVIS.Daq - nastaven´ ı chov´ a n´ ı programovateln´ y ch vstup˚ u a v´ y stup˚ u . Figure 21: ENVIS.Daq - memory partitioning for each separate archive/data type.

  • Page 25: Main Archive Configuration (Archiv 1, Fig. 22)

    Figure 22: ENVIS.Daq - configuration of the recorded quantities for the main archive. 2.5.7 Main archive configuration (Archiv 1, fig. 22) Archive configuration options split into archive properties panel and puantity selection list panel. ˆ Record Name – naming the measurements helps users to identify them correctly during evaluation. For example the transformer or circuit breaker ID could be a good descriptor.

  • Page 26: Electricity Meter (Fig. 23)

    2.5.8 Electricity meter (fig. 23) SMY 133 can be used as a standalone energy meter and register for submetering applications to record four- quadrant active and reactive energies (watt- and var-hour meter). ˆ Record Interval: period of creation of the automated meter readings in memory.

  • Page 27: Downloading Data To Pc

    Figure 24: ENVIS.Daq - activation and deactivation of the supported special firmware options. Figure 25: A window providing information about the download progress. To write the new values for Object and Record Name push the Set button in the Identification panel. Other informative parameters of this tab group do indicate the type of connected device (model, serial number, firmware and hardware versions etc.) and they can not be changed.

  • Page 28: Energy Meter Readings

    Figure 26: Meter reading screens of SMY 133 . Scrolling the instrument screens vertically user lists meter readings for each tarif and sums (EP, EQL+, EQL-, EQC+ a EQC-) and single phase (L1, L2 and L3) values respectively.
  • Page 29 Figure 27: Sample pages of the embedded web server - actual data, electricity meter, oscilograms.

  • Page 30: The Method Of Measurement And Evaluation Of Individual Variables

    The Method of Measurement and Evaluation of Individual Vari- ables Measurement includes three continuously performed processes: frequency evaluation, sampling voltage and cur- rent signals and evaluation of these sampled data. Frequency of the fundamental harmonic voltage component is continuously measured and evaluated every 10 seconds.

  • Page 31: Harmonic Distortion Of Voltages And Currents

    where: k ....index of the order of each harmonic N ....highest harmonic (63) ..k-th harmonic of voltage and current (1 phase) ∆ϕ .... angle between U phase) Apparent and Distortion power (per phase, three phase): , 3S = S , 3D = Power factor (per phase, three phase): , 3P F =...

  • Page 32: Symmetrical Components

    where: U ....voltage TRMS (line-to-neutral or line-to-line) I ....current TRMS i ....order of the respective harmonic component , Ih ..i-th harmonic of voltage and current Power factor (of the fundamental harmonic components): ϕ 3Qf h 3cos ϕ = cos arctan 3P f h Reactive and reactive power of the fundamental harmonic component: P f h...

  • Page 33: Technical Specifications

    Technical Specifications Basic Parameters Instrument Auxiliary Power Supply Voltage model „U“ model „L“ model „S“ aux. voltage range 100 ÷ 275 V 20 ÷ 50 V 10 ÷ 26 V AC: f=40÷450 Hz; DC 90 ÷ 350 V 20 ÷ 75 V 10 ÷...
  • Page 34 EN 55022, class A (not for home use ) communication ports USB 2.0, optional RS-485 or Ethernet 10/100 Base-T communication protocols KMB, Modbus RTU and TCP, web server, DHCP display colour TFT-LCD, 320 x 240 pixels RTC : accuracy +/- 2 seconds per day backup battery capacity >...

  • Page 35: Measured Quantities

    Measured Quantities Voltage characteristics Frequency – nominal frequency 50 / 60 Hz measuring range 40 ÷ 57 / 51 ÷ 70 Hz uncertainty ± 10 mHz Voltage voltage input option „400“ „230“ „100“ )– rated voltage 300 ÷ 415 V 180 ÷...
  • Page 36 Measured Quantities – Current, Temperature Current „X/5A“ „X/100mA“ „X/333mV“ current input option ) – rated (basic) current 1 ÷ 5 A 0.1 A I @ 333mV measuring range 0.005 ÷ 7 A 0.001 ÷ 0.39 A 0.002 ÷ 0.5 V intrinsic uncertainty (t =23±2ºC) +/- 0.05 % of rdg ±...
  • Page 37 Measured Quantities – Power, Power Factor, Energy Active / Reactive Power, Power Factor (PF), cos φ ( P reference conditions “A” : ambient temperature ( t 23 ±2 ºC U, I U = 80 ÷ 120 % U , I = 1 ÷ 120 % I for active power, PF, cos φ...

  • Page 38: Inputs And Outputs

    Inputs and Outputs Digital Outputs & Digital Input „R“-type (relay) type N.O. contact load rating 250 V / 30 V , 5 A „I“-type (solid state, opto-MOS) type Opto-MOS, bipolar load rating 60 V / 100 V , 100 mA Digital Input type optoisolated, bipolar...

  • Page 39: 50160

    4.4.2 EN 50160 Voltage Quality acc EN 50160 (with optional firmware module „PQ S“ only) evaluation period weekly Interharmonics (up to 50 order ) reference conditions other harmonics up to 200 % of class 3 acc. to IEC 61000–2-4 ed.2 measuring range 10 ÷...
  • Page 40 Function characteristics according to IEC 61557-12 Model „230 X/5A“, U = 230 V, I = 5 A Symbol Function Class Measuring range Notes total effective power 0 ÷ 5400 W total reactive power 0 ÷ 5400 var total apparent power 0 ÷...

  • Page 41: Maintenance, Service, Warranty

    Type of product: SMY 133 ....Serial number: .

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