U niversal Measuring Device UMG 96 S. Little Fieldbus Giant. Modbus / Profibus. Harmonics. Memory. Analogue outputs. Digital I/O

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U niversal Measuring Device Little Fieldbus Giant Modbus / Profibus Harmonics Memory Analogue outputs Digital I/O

Modem Recorder Profibus Modbus PC I/O Universal Measuring Device Application Application The is a universal measuring device, which is suitable for measuring, saving and supervision of electrical quantities in low and medium voltage networks. The measurement is designed for one phase and three phase systems with neutral conductor, in low voltage networks for the range L-N =85...300V; L-L=148...520V and in medium voltage for the range L-N=49...140V; L-L=85...242V. One of the main features is the compact design (96x96mm) and the measurement of harmonic current and voltage in each outer conductor. In order to reach all features, about 15 other devices such as amperemeter, voltmeter, voltmeter changeover, power meter (kw, kva, kvar and cos phi),pulse senders (real/reactive), transducers etc. would be necessary. Therefore the costs for the project, installation, wiring and storage are much lower compared to analogue instruments. Possible applications are: Supervision and control of electrical quantities in energy distributions Transducer for PLC Functions The three phase electronic measuring system measures and digitizes the true RMS values of voltage and current in 50/60Hz networks. One random test is carried out each second and 6 periods are scanned for each random test. Memory The basic model saves energy (total) and the minimum and maximum values without date and time. Versions From those scanned values, the inserted microprocessor calculates the electrical quantities. The scanning frequency is 2.5 khz at 50 Hz and 3.0 khz at 60 Hz. Energy and minimum and maximum values, as well as the programmed data are saved in a none volatile memory (EEPROM). Versions of 2 digital outputs optionally activatable* 1 2 digital inputs 2 analogue outputs 4..20 ma optionally activatable* 2 RS 485 (Modbus) RS 232 (Modbus) Profibus (DP V0) Clock / memory supply voltage: 300V standard version L-N: 85V(140V) * 3.. 300V AC = Existing = not included Baud rate: Modbus 9.6, 19.2, 38.4 kbit/s; Profibus 9.6, 19.2, 93.75, 187.5, 500 kbit/s und 1,5 Mbit/s. supply voltage: 24V special version: Profibus with supply voltage 18.. 70V DC; 18.. 33V AC Item no. 52..001 52..005 52..009 52..0 52..017 52..021 52..025 52..029 memory Data memory It is possible to save up to 160.000 measured values or events in the data memory (option). For saving the measured values and events, 4 defined profiles are at your disposal. Each profile can be programmed separately or together with other profiles. Memory profile 1 Mean value P in L1 Mean value P in L2 Mean value P in L3 Mean value Q Sum Mean value S Sum Memory profile 2 Mean value I in L1 Mean value I in L2 Mean value I in L3 Mean value I in N Mean value cos phi Sum Memory profile 3 Mean value UL-N Mean value UL-L Mean value P Sum Mean value Q Sum Memory profile 4 Real energy (consump.) Reactive energy (ind.) Memory profile 5 Comparator 1-6 *1 combination options of inputs and outputs possible as follows: a) 2 digital outputs, b) 2 digital inputs, c) 2 analogue outputs, d) 1 digital output and 1 analogue output, e) 1 digital output and 1 digital input. *2 RS232 cannot be operated simultaneously with interface. *3 Auxiliary voltage for devices with Profibus: 140V.. 300V AC. Supply also possible as special version for supply voltage: L-N: 25.. 140V, L-L: 85.. 260VAC 2

Measured values Measured values Quantitiy Indication range Measuring range at L1 L2 L3 Sum Lowest Mean Peak Accuracy scale factor 1 value value* 2 value Current 0,01.. 60,0 ka 0,01.. 6 A +-0,5 % rng Current, N 0,01.. 180,0 ka 0,01.. 18 A +-1,5 % rng Voltage L-N 0,0.. 34 kv 50.. 300 V +-0,5 % rng Voltage L-L 0,0.. 60 kv 87.. 520 V +-1,0 % rng Frequency (U) 45,00.. 65,00 Hz 45,00.. 65,00 Hz +-0,1 % rdg Real power per phase 0,1 W.. 99,9 MW 0,1 W.. 1,8 kw +-1,0 % rng Apparent power per phase 0,1 VA.. 99,9 MVA 0,1 VA.. 1,8 kva +-1,0 % rng Reactive power per phase 0,1 var.. 99,9 Mvar 0,1 var.. 1,8 kvar ind. +-1,0 % rng Real power sum 1,0 W.. 99,9 MW 1,0 W.. 5,4 kw +-1,0 % rng Apparent power sum 1,0 VA.. 99,9 MVA 1,0 VA.. 5,4 kva +-1,0 % rng Reactive power sum 1,0 var.. 99,9 Mvar 1,0 var.. 5,4 kvar ind. +-1,0 % rng cos phi 0,00 kap... 1,00.. 0,00 ind. 0,00 kap... 1,00.. 0,00 ind. +-1,0 Degree Real energy, consumption 0.. 999.999.999 kwh Class 1(5A) 2 (1A) Reactive energy, inductive 0.. 999.999.999 kvarh Class 1(5A) 2 (1A) Working hour meter 0.. 999.999.999 h +-2 min. per day Total harmonic content THD U,I 0,1.. 100 % +-2 % rng Partial harmonic content I, 1-15* 3 0,01.. 60 ka 1,0 ma.. 6000 ma +-2 % rng Partial harmonic content U, 1-15* 3 0,0.. 34 kv 0,1 V.. 300,0 V +-2 % rng rng: of measuring range, rdg: of measured value *2 Integration over time: 5, 10, 30, 60, 300, 480 and 900 seconds *3 Only odd partial harmonics Display examples Rotating field indicator Peak value THD L3 Programming of current transformer Real energy, consumption Display examples Measured value display and display rotation The measured values are calculated once per second and can be retrieved in measured value displays. Two methods are available for retrieving the measured data: The display rotation of selected measured value displays with a changing time of 0 60 seconds. The selection of a measured value display via the key from a selected profile. Four display profiles are available and a specific profile can be created and transmitted to the instrument via PC. LCD Contrast The LCD contrast of the LCD display can be adapted by the user. To reach the best possible contrast over the full range of operating temperature, an automatical setting of the contrast is carried out caused by the measured inner temperature. Operating hours counter The working hour meter measures the time (solution 0.1 hour), after the device is put into service, and cannot be reset. Furthermore, up to 6 total running times can be programmed via the six comparators, and detected as total running time for the comparator. Measured values, limits and operands (>=<) serve as parameters. The total running times can be reset separately. 3

Digital outputs The digital outputs can be used as pulse outputs (max. 10Hz) for real and reactive energy or as switching outputs. The digital outputs can be programmed for supervision of measured data. Up to three comparators can be assigned to each digital output. Digital outputs The result of the comparators can be overwritten externally via Modbus RTU. The switching outputs can be set via Profibus- Remote as well. Basic PCB Comparator group 1 Comparator group 2 Output 1 Output 2 11 Example pulse output External 230V AC 1,5k 1,5k Example switching output External 230V AC 11 (MODBUS RTU) RXD TXD 14 15 Basic device without options Serial interface Comparators Comparators Two comparator groups with 3 comparators (A,B and C) each are available in the. Those compare a measured value by an operand >=< and the result can be written into the event memory as event / total running time. The result of the comparator can be combined by logic combinations AND or OR with other comparators. It can be inverted and given as comparator result at the switching outputs, or read via Modbus RTU. Comparator group 1 Comparator A Measured value (addr.015) Limit (addr.0) Minimum On time (addr.016) Run up time (addr. 064) Operand ">=", "<" (addr.017) Result (addr.386) Event memory (addr.500) Total running time (addr.396) Comparator B Measured value (addr.020) Limit (addr.018) Minimum On time (addr.021) Run up time (addr. 065) Operand ">=", "<" (addr.022) Result (addr.387) Event memory (addr.500) Total running time (addr.398) Combine results of comparators A, B and C - Combine results of the comparators A,B and C AND or OR (addr.043). - Invert result (addr.044). Comparator Tafel C Measured value (addr.025) Limit (addr.023) Minimum On time (addr.026) Run up time (addr. 066) Operand ">=", "<" (addr.027) Result (addr.388) Event memory (addr.500) Total running time (addr.400) Result of combination (addr.389) 1 (addr.002 = 1) Limit supervision 11 4

Analogue outputs Analogue outputs For the version with analogue outputs, the digital outputs can be configured either as analogue outputs, pulse outputs or switching outputs. For each analogue output, the following parameters are available: Measured values, scale starting value (4mA) and scale end value (20mA). Additional PCB 1 Analogue output 1 Measured value (047) Scale starting value, 4mA (050) Scale end value, 20mA (048) Analogue output 2 Measured value (052) Scale starting value, 4mA (054) Scale end value, 20mA (053) Clock with battery Event memory Basic PCB Comparator group 1 Comparator group 2 Serial interface Output 1 Analogue output Output 2 Analogue output (MODBUS RTU) RS232 (MODBUS RTU) B A TXD RXD GND + 11 11 14 15 RJ11 Sleeve External 230V AC + Max. 360 Ohm Analoguewriter External Basic device with options: Analogue outputs Clock / memory RS 232 230V AC + + L+ M M+ M- M+ M- Analogue inputs SPS Digital inputs / Profibus Digital inputs / Profibus At Profibus, the two digital outputs can be used as pulse output, switching output,, Profibus-Remote-switching output or digital input. The use as Profibus-Remote-output or digital input (e.g. for alarms, changeover, signal transmission etc.) is up to the user. For Profibus very many measured values are available for further processing. To keep the number data, transmitted via Profibus as small as possible, the measured data are available in 14 profiles in integer format and floating point format. As Baud rates are possible: 9.6, 19.2, 93.75, 187.5, 500 kbit/s and 1,5 MBit/s. Additional PCB Digital input 1 Digital input 2 Profibus DP 5 8 3 6 DSUB 9 Basic PCB Comparator group 1 Comparator group 2 (MODBUS RTU) - A B + TXD RS232 (MODBUS RTU) RXD SPS Serial interface Input/Output 1 Digital input Profibus-Remote Input/Output 2 Digital input Profibus-Remote B A GND 11 14 15 RJ11 Sleeve Basic device with options: Profibus Digital inputs External 230V AC Alarm message via Profibus-Remote Condition report via digital input 5

Example analogue output 4 20 ma All measured values except real and reactive energy can be given out at the analogue outputs. Example Modem communication...31 devices per modem Software RS232 Example PLC communication...31 devices (expandable up to 255 devices by a starrepeater) Profibus DP VO Example PLC communication...31 devices (expandable up to 255 devices by a starrepeater) Modbus RTU Example PC communication...31 devices (expandable up to 255 devices by a starrepeater) Software RS232 Example Com Server (TCP/IP) 31 devices per Com Server for local network Software Ethernet (TCP/IP) 100 BaseT Please note: The Com Server is suitable for a local network only Example fibre optic network...31 devices per line Software RS232 LWL 6

Technical data Technical data Overvoltage class: Pollution degree: Operating temperature: Storage temperature: Humidity: Mounting position: Measuring and : *4 Frequency: Current measurement: Minimum working current: s: Switching inputs: Analogue outputs: 4.. 20mA Protection front: Protection front with seal: Protection back side: CAT III 2-10 C.. +55 C -20 C.. +70 C 15% to 95% without dew Random L-N: 85.. 300V AC, L-L: 148.. 520V AC 45-65Hz.. /5A (../1A) 5mA NPN Transistor, Frequency: max. 10Hz, max. 50mA, 5.. (max. 27V DC) 20.. 27V DC, max. 5mA 8Bit, Load: max. 300 Ohm, 20.. 27V DC IP 50 according to IEC 60529 IP 65 according to IEC 60529 IP 20 according to IEC 60529 *4 Special voltage version: Profibus with supply voltage: 18.. 70V DC; 18.. 33V AC 50/60Hz max. 6 90 96 Cut out: 92x92mm DSUB-9 42 6 49 Profibus Voltage measurement See type plate Current measurement 0,01.. 5A Profibus DP (V0) Modbus RTU 1 2 3 4 5 6 7 8 9 10 11 14 15 RJ11 DSUB-9 11 14 15 L1 L2 L3 N 1k 1l 2k 2l 3k 3l bus cable 2.. 10A L1 L2 L3 PEN k l k../5(1)a../5(1)a l k l../5(1)a Consumer Switching inputs S1 S2 + DC - RS232 Profibus SPS Profibus s + DC - Profibus with switching inputs, RS 232 and Profibus without options 7

Janitza electronics GmbH Vor dem Polstück 1 D-35633 Lahnau +49 (0) 64 41/96 42-0 +49 (0) 64 41/96 42-30 e-mail: info@janitza.de Internet: http://www.janitza.de Representative Part.-No.: 021-021-01-003e, technical alterations reserved