Advanced Power Quality Analyzer. For Utility, Industrial and Commercial Power Quality Monitoring.

Transcription

1 dvanced Power Quality nalyzer F Utility, Industrial and Commercial Power Quality Moniting

2 Cost Effective High Perfmance Power Quality (PQ) is an imptant issue f many electricity consumers at all levels due to the recent proliferation of sensitive power electronic equipment and non-linear loads in industrial, commercial and domestic applications, which cause them to be much me sensitive to voltage dips and transients. t the same time, these loads are highly harmonic and would potentially pollute the supply netwks, cause safety concerns, reduce supply reliability and above all result in damages to capital-intensive appliances and significant economic losses. Utilities have recently raised their alert levels and started to invest heavily on power quality moniting and repting to obtain the much needed infmation to validate compliance, improve system stability as well as supply reliability. Further, the large-scale deployment of renewable energy generation as well as high penetration of solar inverters would cause additional PQ concerns and destabilize public electricity supply netwks. & are advanced power quality moniting products that have been certified f IEC Class compliance and therefe can provide a complete picture of PQ Compliance Level at any critical points in a power transmission distribution netwk. This allows both the suppliers and the consumers to understand power quality related issues as well as make decisions quickly and effectively to address any potential problems. CET s & provide complete IEC compliance measurements, generate EN 0160 repts and capture power quality events such as Dips, Swells, Transients and Interruptions with high-resolution and wavefms and extended duration. Typical pplications Utility PQ moniting at HV, MV and LV Utility Substations Benchmarking f Supply Reliability and PQ perfmance Identify the improvement areas on Power System Fault location and PQ Event investigation Substation utomation Industrial and Commercial PQ moniting at Mains and Critical feeders Harmonic and Disturbance Moniting EN 0160 & IEC Class Compliance Verification Energy Efficiency improvement International s IEC Class Certified IEC Flicker IEC Harmonics IEC Class 0.2S Compliant IEC 6180 f Smart Grid (optional) Industrial Grade Components Extended Temperature Range Tropicalization Extended Warranty Comm. & I/Os 2xRS-8 2xEthernet Pts () 1xEthernet Pt () 8xDIs, xros xdos () 2xDOs () Modbus RTU/TCP, HTTP, SNTP, SMTP Features Summary DIN 192 (186x186 Cutout) GB Log Memy Optional Split-Ce CT DIN 1 (18x18 Cutout) 2GB Log Memy Front Panel & Built-in Web Interface.7 Col LCD 60x80 EN 0160 Rept PQ Event with ITIC/SEMI F7 Plot High-resolution wavefm, and DWR Real-time Wavefm Capture Harmonic & Interharmonic Histogram Harmonic Power and Energy Phas Diagrams & PQ Log I/O status Device configuration Diagnostics Time Synchronization Battery-backed real-time 6ppm Time Sync. via Modbus RTU protocol, SNTP and 1PPS Optional IRIG-B input dvanced Power Quality Features Comprehensive Recding Statistical Recders Real-Time / HS Recders Interval Energy Log Max/Min Log Log PQ Log Enhanced Moniting, ing & PQ DI Trigger DO, Log, Recding, Wavefm Recding Dips/Swells, Transients, Flickers & Harmonics Moniting Disturbance Wavefm Recding (DWR) and Wavefm Recding 12 Samples/Cycle f Power Quality events Disturbance Direction Indicat () COMTRDE Compatible EN 0160 Compliance Repting PQDIF Suppt f Optional 102 Samples/Cycle f Comprehensive and Reliable PQ Guard f Your Infrastructure

3 PQ Moniting Multifunction Metering and perfm basic measurements at 1-second update rate and high-speed measurements f event detection at ½ cycle update rate. Basic Measurements (1-second update) -phase V&I, Power, PF, V, I, (I f only) and Phase ngles kwh, kvarh Impt/Expt/Net/Total and kvh Total High-speed Measurements (½ cycle update) -phase V&I, Power, PF, V, I, (I f only) High-speed detection - 1 cycle f - cycles f Power Quality (PQ) Metering Demands Demand is defined as the average power consumption over a fixed interval Sliding Window Demands with programmable interval (1 to 60 minutes) and No. of Demand Intervals Optional Demand Synchronization through DI PQ Demands f THD/TOHD/TEHD, etc. Max. Demands f This Month and Last Month Multi-Tariff TOU Capability Two independent sets of TOU Schedules, each suppting Up to 12 Seasons 90 Holidays lternate Days and Weekdays 20 Daily Profiles, each with 12 Periods in 1-minute interval 8 Tariffs, each providing the following infmation: - kwh/kvarh Impt/Expt and kvh - kw/kvar Impt/Expt Peak Demands - Register rollover at 100,000,000,000 kxh Both and comply with IEC Class, IEC , IEC and EN 0160, offering accurate harmonic measurements up to the 6 rd der and capable of capturing disturbance events such as Transients, Dips, Swells and Interruptions. In addition, the provides high-end fault recder feature with its Disturbance Wavefm Recder (DWR), capable of capturing events that last over 00 seconds in duration in varying resolutions. This feature likely gives the the highest Perfmance/Cost ratio of any panel-mount PQ nalyzers f the utility market today. IEC Compliance V & I THD. TOHD, TEHD, Harmonics & Inter-Harmonics up to 6 rd Harmonic kw, kvar, kv and PF from Fundamental to 6 rd Total harmonic kwh, kvarh Impt/Expt/Net/Total Individual harmonic Total kwh, kvarh Impt/Expt/Net/Total and Event Recders and offer GB and 2GB, respectively, of extended non-volatile memy f data and event recding. Recders suppt programmable Sources, Recding Intervals, Depths and Offsets in FIFO Stop-When-Full mode. Interval Energy Recder (IER) kwh, kvarh Impt/Expt and kvh Total, Total Harmonic kwh, kvarh Impt/Expt Recding interval from 1 to 6, minutes FIFO and Stop-When-Full mode Real-Time and High-Speed (HS) Recder Recding interval - 1s to 0 days f Real-Time Recder - ½ cycle to 60 cycles f HS Recder Max. 6, No. of Recders Real-Time High-Speed (HS) 8 (2 Parameters/Recder) (16 Parameters/Recder) 16 (16 Parameters/Recder) (16 Parameters/Recder) Max/Min Recder (MMR) Logging of Max/Min values f real-time measurements of V, I, kw, kvar, kv, PF, Freq., Unbalance, K-fact, THD PQ Log Recding the time and characteristic data of the captured PQ events such as Transients, Dips/Swells, Interruptions, Rapid Changes and all PQ related parameters with maximum 102 FIFO entries time-stamped to 1ms resolution. Log Setup changes, System events, Setpoint events and I/O operations 102 FIFO events time-stamped to 1ms resolution Statistical Recder (SDR) Log ( only) Recding of the Max, Min, vg. and 9 th percentile f real-time measurements including V, I, Freq., Flicker, Harmonics and Unbalances in 16 different recders of 6 parameters each Recding interval from 1 minute to 60 minutes 0 1-minute, minute, 0 1-minute On-board trending via Front Panel display PQDIF file fmat, downloadable from the on-board FTP and provide extensive control by allowing users to initiate an action in response to a specific condition from PQ events, parameters Digital Input status. Typical applications include PQ Log repting, Wavefm and Recding as well as DO Triggering f ctions. measurement accding to IEC ccurate to 0.00Hz 0.01% V and I accurate to 0.1% K-fact and Crest Fact Variation and In-rush Moniting Supply & Power Harmonics Power Quality Measurements EN 0160 & IEC Compliant & Unbalance Transients Zero, Positive and Negative Sequence Components V and I Unbalance based on Zero and Negative Sequence Components Transient events capture as sht as 0us with 12 samples/cycle In-rush Rapid Changes Dips/Swells Harmonics PQ Transients & PQ Log Recding DWR 26 Parameters 16 HS Parameters Log Recding Digital Input 1 Digital Input 8 DI PQ DI Log Recding Detection of quick RMS transitions between two steady state conditions accding to IEC Flicker measurements accding to IEC Rapid Changes & Flickers Dips and Swells Dips and Swells 10ms (½ cycle at 0Hz) with and 12 samples/cycle Interruptions Interruption events if the residual voltage is less than the Interruption Threshold Inputs and Outputs Digital Inputs and are equipped with 8 self-excited Digital Inputs f external status moniting, Demand Synchronization pulse counting with programmable weight f collecting WGES (Water, ir, Gas, Electricity, Steam) infmation. Internally wetted at 2 VDC with programmable debounce 1,000Hz sampling Time Sync. via GPS's 1PPS output Digital Outputs and come standard with Mechanical Relay Outputs (RO) f setpoint alarming and control as well as Solid State Digital Outputs (DO) f energy pulsing. RO DO 2 Fm Mechanical Relays 2 Fm C Mechanical Relays Solid State Digital Outputs (Optically Isolated) Fm Mechanical Relays 2 Solid State Digital Outputs (Optically Isolated) Comprehensive and Reliable PQ Guard f Your Infrastructure

4 High ccuracy Substation utomation RS-8 Both and are equipped with 2 RS-8 pts f serial communications Optically isolated with baud rate from 1.2 to 11.2 kbps Modbus RTU protocol Ethernet Pt 100BaseT f High-speed data connection suppting the following Protocols Modbus TCP Ethernet Gateway HTTP, SNTP, SMTP, FTP Optional IEC 6180 Ethernet pt (RJ connect) Simultaneous Client Connections Two Ethernet pts (one of which is an optional 100BaseFX pt) 10 Modbus TCP 12 IEC 6180 (optional) Time Synchronization Battery-backed real-time 6ppm ( 0.s/day) Time Synchronization via Modbus RTU protocol, SNTP, 1PPS optional IRIG-B input Typical Netwk pplication One Ethernet pt 10 Modbus TCP 8 IEC 6180 (optional) System Integration PecStar iems The is suppted by CET s PecStar iems software. In addition, the can be easily integrated into other rd party systems because of its suppt of multiple communications pts as well as different industry standard protocols such as Modbus and optional IEC rd Party System Integration Easy integration into Substation utomation Utility SCD systems via Modbus RTU, Modbus TCP IEC Web Interface The on-board Web allows complete access to its data and suppts the configuration f most Setup parameters via a web browser without using any proprietary software. The on-board, passwd protected FTP allows logged data in PQDIF COMTRDE fmat to be downloaded and then subsequently viewed using any rd -party software that suppts the industry standard PQDIF and COMTRDE file fmats. CT Clamp Selections Model No. Specification Output ccuracy Diameter Cable Length ppearance PMC-SCCP-0-00mV-B--B PMC-SCCP mV-B-B-B PMC-SCCP-00-00mV-B-B-B PMC-SCCP-9667 Web Client Internet Ethernet (0 Imax) 20/200 (200 Imax) 00 (00 Imax) 00/000 (00 Imax) Firewall C 10mV/ C 10mV/ (20) C 1mV/ (200) C 1mV/ C 1mV/ (00) C 0.1mV/ (000) Web Ethernet Switch ±0.% rdg. ±0.% rdg. ±0.% rdg. ±2.0% rdg. ±1.mV base SCD Client Wkstation 1mm 2mm 0mm 2mm G/G m m m m Printer ccuracy Parameters ccuracy Resolution (V) (I) kw, kv kvar kwh, kvh 0.1% 0.1% 0.2% 0.2% IEC Class 0.2S 0.01V kX 0.001kvar 0.1kXh kvarh IEC Class 2 0.1kvarh Power Fact 0.2% 0.% Hz 0.001Hz Harmonics IEC Class 0.01% Phase ngles Deviation 0.1% 0.01% Unbalance 0.1% 0.01% Unbalance 0.% 0.01% Technical Specifications Inputs (V1, V2, V, V, VN) (Vn) 20VLN/1VLL 00VLN/690VLL Optional (Vn) 00VLN/690VLL - Range 1V-10% of Vn 10V-120% of Vn Optional 1V-200% of Vn - Overload Burden PT Ratio 2xVn continuous, xvn f 1s Power Supply (L+, N-, G) 9-20VC/VDC 10%, 7-0 Hz Optional Burden <10W <8W Digital Inputs (COM, DI1, DI2,, DI7, DI8) Dry contact, 2VDC internally wetted Sampling 1,000Hz Hysteresis 1ms minimum 1.2xVn continuous, xvn f 1s <0.1V/phase Primary 1-1,000,000V Secondary V V Primary 1-1,000,000V V Secondary V 1-00V 0Hz 60Hz Inputs (I11, I12, I21, I22, I1, I2, I1, I2, I1, I2) (In) Optional (In) 1 0.1%-1,000% In (I1-I) Range 0.1%-00% (I-I) 0.1%-00% In (I1-I) Starting 0.1% In Overload Burden Optional SCCP0 CT Ratio Primary I Primary xin continuous, 20xIn f 1s <0.V/phase /0 (In/Imax) Split-Ce Probe 1-0,000 Secondary 1-1-0,000 I Secondary 1- xin continuous, 10xIn f 1s - Relay Outputs (RO1, RO2, RO, RO) Fm Mechanical Relay 20VC / 20VC / DC Fm C Mechanical Relay Loading 20VC / 2VDC - Digital Outputs (COM, DO1, DO2, DO, DO) Fm Solid State Relay Isolation Optical Max. Load 80V Max. Fward 0m GPS/IRIG-B (Optional) Hardware Interface D+, D-, SH (via COM2) D+, D-, SH (via COM1) LCD Display Col TFT LCD, Industrial Grade Resolution 60x80 View rea 11x86mm (.7 ) Safety s Safety Requirements LVD Directive 2006/9/EC Insulation Dielectric Test Insulation Resistance Impulse Between Power, C Circuits, and GND Between I/O, GPS and GND Between Power, C Circuits, and GND Between GPS and GND Between and GND Rated input voltage > 60V Rated input voltage 60V EN : 2001 IEC 602-: minute 1 minute >100MΩ >100MΩ >MΩ 6kV, 1.2/0µs 1kV, 1.2/0µs >10MΩ EMC Compatibility EMC Directive 200/108/EC (EN 6126: 2006) Immunity Tests Electrostatic Discharge EN : 2009 Radiated Fields EN : : : 2010 Fast Transients EN : 200+1: 2010 Surges EN : 2006 Conducted Disturbances EN : 2009 Magnetic Fields EN : 2010 Oscillaty Waves EN : 2006 Electromagnetic Emission EN 602-2: 2000 Emission Tests Limits and methods of measurement of electromagnetic disturbance characteristics of industrial, scientific and medical (ISM) radio-frequency equipment Limits and methods of measurement of radio disturbance characteristics of infmation technology equipment Limits f harmonic current emissions f equipment with rated current 16 Limitation of voltage fluctuations and flicker in low-voltage supply systems f equipment with rated current 16 Emission standard f industrial environments Testing and measurement techniques - Ring wave immunity test EN 011: : 2010 (CISPR 11) EN 022: 2010/C: 2011 (CISPR 22) EN : : : 2009 EN : 2008 EN : : 2011 EN : 2006 Comprehensive and Reliable PQ Guard f Your Infrastructure

5 Environmental and Mechanical Specifications Mechanical Characteristics Panel Cutout 186x186mm Unit Dimensions 192x192x187mm IP Rating 2 18x18mm 1x1x129mm Environmental Conditions Operating Temp. Stage Temp. -2 C to 70 C -0 C to 8 C Humidity % to 9% non-condensing tmospheric Pressure 70kPa to 106kPa Pollution Degree 2 Measurement Categy CT IV CT III Power Quality Mechanical Tests Vibration Test Shock Test Bump Test Response Endurance Response Endurance IEC : 1988 Level II IEC : 1988 Level I IEC : 1988 Level I IEC : 1988 Level I IEC : 1988 Level I characteristics of electricity supplied by public distribution systems General guide on harmonics and interharmonics measurements and instrumentation, f power supply systems and equipment connected thereto Flicker meter - Functional and design specifications Testing and measurement techniques Power quality measurement methods EN 0160 IEC IEC IEC (Certified by PSL) Ordering Infmation Product Code Sample/Cycle On-board Memy B * Description dvanced Power Quality nalyzer 12 Samples/Cycle 102 Samples/Cycle GB Input 1 1 SCCP0 * 0 Split-Ce Probe Option Include x0 Split-Ce Probes Input 20VLN/1VLL 00VLN/690VLL 9 * VC/DC, 7-0Hz Power Supply System 6 # 0Hz 60Hz I/O 8 DI + RO + DO 2 Ethernet Pts B * 2 Ethernet Pts + 2 RS-8 Pts 1 Ethernet Pt + 1 Fiber Pt + 2 RS-8 Pts IEC 6180 Language E 2 X E C * X * None IEC 6180 Protocol Suppt English -2XE ( Model) Product Code Input 1 Input Power Supply System I/O IEC 6180 * dditional charges apply # Please consult Facty f availability Language E 2 X E 2 6 * X * Description C&I dvanced Power Quality Monit 1 7V-00VLN 9-20VC/DC, 7-0Hz 0Hz 60Hz 8DI + RO + 2DO 1 Ethernet Pt + 2 RS-8 Pts None Suppt IEC 6180 Protocol English -2XE ( Model) Your Local Representative Phone: : sales@cet-global.com Website: