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126 

CET Electric Technology 

5.4.2.6 Temperature Max Demand Data Structure 

Offset

 

Property

 

Description

 

Format 

Scale 

Unit 

0 

RO 

RTD 1 

MAX16 

x10 

°С 

3 

RO 

RTD 2 

MAX16 

Table 5-26 Temperature Max Demand Data Structure 

Notes: 

1)

 

MAX16

 means a signed 16-bit Max Demand Log, the log data structure is illustrated in the following table.   

Offset 

Property 

Description 

Format 

+0 

RO 

Record Value   

UINT16 

+1 

RO 

Record Time (UNIX Time) 

UINT32 

Table 5-27 MAX16 Max Demand Log Data Structure 

5.5 Harmonics Measurements 

5.5.1 Mains Harmonic Measurements 

Register 

Property 

Description 

Format 

Scale 

Unit

 

4710 

RO 

Mains-I, Ia THD 

UINT16 

x100 

% 

4711 

RO 

Mains-I, Ia TOHD 

UINT16 

4712 

RO 

Mains-I, Ia TEHD 

UINT16 

4713 

RO 

Mains-I, Ib THD 

UINT16 

4714 

RO 

Mains-I, Ib TOHD 

UINT16 

4715 

RO 

Mains-I, Ib TEHD 

UINT16 

4716 

RO 

Mains-I, Ic THD 

UINT16 

4717 

RO 

Mains-I, Ic TOHD 

UINT16 

4718 

RO 

Mains-I, Ic TEHD 

UINT16 

4719 

RO 

Mains-II, Ia THD 

UINT16 

4720 

RO 

Mains-II, Ia TOHD 

UINT16 

4721 

RO 

Mains-II, Ia TEHD 

UINT16 

4722 

RO 

Mains-II, Ib THD 

UINT16 

4723 

RO 

Mains-II, Ib TOHD 

UINT16 

4724 

RO 

Mains-II, Ib TEHD 

UINT16 

4725 

RO 

Mains-II, Ic THD 

UINT16 

4726 

RO 

Mains-II, Ic TOHD 

UINT16 

4727 

RO 

Mains-II, Ic TEHD 

UINT16 

4728 

RO 

Mains-I, Uan/Uab THD

1

 

UINT16 

4729 

RO 

Mains-I, Uan/Uab TOHD

1

 

UINT16 

4730 

RO 

Mains-I, Uan/Uab TEHD

1

 

UINT16 

4731 

RO 

Mains-I, Ubn/Ubc THD

1

 

UINT16 

4732 

RO 

Mains-I, Ubn/Ubc TOHD

1

 

UINT16 

4733 

RO 

Mains-I, Ubn/Ubc TEHD

1

 

UINT16 

4734 

RO 

Mains-I, Ucn/Uca THD

1

 

UINT16 

4735 

RO 

Mains-I, Ucn/Uca TOHD

1

 

UINT16 

4736 

RO 

Mains-I, Ucn/Uca TEHD

1

 

UINT16 

4737 

RO 

Mains-II, Uan/Uab THD

1

 

UINT16 

4738 

RO 

Mains-II, Uan/Uab TOHD

1

 

UINT16 

4739 

RO 

Mains-II, Uan/Uab TEHD

1

 

UINT16 

4740 

RO 

Mains-II, Ubn/Ubc THD

1

 

UINT16 

4741 

RO 

Mains-II, Ubn/Ubc TOHD

1

 

UINT16 

4742 

RO 

Mains-II, Ubn/Ubc TEHD

1

 

UINT16 

4743 

RO 

Mains-II, Ucn/Uca THD

1

 

UINT16 

4744 

RO 

Mains-II, Ucn/Uca TOHD

1

 

UINT16 

4745 

RO 

Mains-II, Ucn/Uca TEHD

1

 

UINT16 

4746-4775 

RO 

Mains-I, Ia Individual Harmonic Distortion 

See Table 

5-29 

HD Data 

Structure 

 

 

4776-4805 

RO 

Mains-I, Ib Individual Harmonic Distortion 

 

 

4806-4835 

RO 

Mains-I, Ic Individual Harmonic Distortion 

 

 

4836-4865 

RO 

Mains-II, Ia Individual Harmonic Distortion 

 

 

4866-4895 

RO 

Mains-II, Ib Individual Harmonic Distortion 

 

 

4896-4925 

RO 

Mains-II, Ic Individual Harmonic Distortion 

 

 

4926-4955 

RO 

Mains-I, Uan/Uab Individual Harmonic Distortion 

 

 

4956-4985 

RO 

Mains-I, Ubn/Ubc Individual Harmonic Distortion

1

 

 

 

4986-5015 

RO 

Mains-I, Ucn/Uca Individual Harmonic Distortion

1

 

 

 

5016-5045 

RO 

Mains-II, Uan/Uab Individual Harmonic Distortion

1

 

 

 

Summary of Contents for PMC-592

Page 1: ...PMC 592 Multi Circuit Power Monitor User Manual Version V1 1 November 21 2018...

Page 2: ...he right to make changes without notice Please consult CET or your local representative for latest product specifications Standards Compliance DANGER This symbol indicates the presence of danger that...

Page 3: ...During normal operation of the meter hazardous voltages are present on its terminal strips and throughout the connected potential transformers PT and current transformers CT PT and CT secondary circu...

Page 4: ...not accept liability for any damage caused by meter malfunctions CET accepts no responsibility for the suitability of the meter to the application for which it was purchased Failure to install set up...

Page 5: ...3 Mounting 20 2 3 1 Mounting the Main Unit 20 2 3 2 Mounting the Branch CTs 20 2 3 3 Mounting the Optional 7 Touch Screen HMI 25 2 3 4 Mounting the Optional LCD Display 26 2 3 5 Mounting the Optional...

Page 6: ...ds 81 4 3 Alarm Setpoints 81 4 3 1 Alarm Status 81 4 3 2 Alarm Counters 82 4 3 3 Universal Hysteresis and Current ON OFF Status 82 4 3 4 Current Alarms 84 4 3 5 Voltage Alarm 86 4 3 6 Power and Power...

Page 7: ...8 5 2 Basic Measurements 118 5 2 1 Mains Measurements 118 5 2 2 SM Measurements 120 5 3 Energy Measurements 121 5 3 1 Mains Energy 121 5 3 2 SM Energy 121 5 3 3 Mains Tariff Energy 122 5 4 Demand 122...

Page 8: ...10 Control Setup 147 5 8 11 Data Recorder Setup 150 5 9 Time Registers 150 5 10 Meter Information 151 Appendix A SOE Event Classification 153 Appendix B DR Parameter and Default DR Setting 156 Appendi...

Page 9: ...Byte MIB Management Information Base MCPM Multi Circuit Power Monitor MMR Max Min Recorder MXR Max Recorder NMS Network Management System OID Object Identifier PQ Power Quality RTC Real Time Clock RTD...

Page 10: ...ndard feature supporting Modbus RTU TCP as well as SNMP the PMC 592 becomes a vital component of an intelligent multifunction monitoring solution for Data Center and Utility applications Typical Appli...

Page 11: ...g Factor kWh kvarh kVAh per 1 SM Demand Measurements I per phase kW Total kvar Total kVA Total for Mains I and Mains II I kW kvar kVA per 1 SM and kW Total kvar Total and kVA total per 2 or 3 SM RTD 1...

Page 12: ...l time parameters Programmable Log Depth 65535 max and Recording Interval 60 345600s Waveform Recorder WFR Log Support up to 16 WFR Log entries Record V1 V3 and I1 I3 for both Mains I and Mains II Pro...

Page 13: ...irmware upgrade via Ethernet port Configurable IP Port No for HTTP Modbus TCP and RTU over TCP IP since Firmware V1 00 10 Time Synchronization Battery backed real time clock 6ppm 0 5s day Time Synchro...

Page 14: ...tion of the PMC 592 should only be performed by qualified competent personnel that have the appropriate training and experience with high voltage and current devices The device must be installed in ac...

Page 15: ...onal Figure 2 5 7 Touch Screen HMI and Basic LCD Display 2 1 3 Accessories CT Strips Branch SCCT Adapter Board Figure 2 6 CT Strips and Branch SCCT Adapter Board Mains SCCT Branch SCCT Branch Cable Fi...

Page 16: ...ons 2 2 1 Main Unit Front View Side View Figure 2 9 Main Unit Dimensions 2 2 2 HMI Optional The following sections provide dimensions for the three HMI models TK6070iH TK6070iQ and TK6071iQ 2 2 2 1 TK...

Page 17: ...igure 2 11 TK6070iQ and TK6071iQ Dimensions 2 2 3 21 CT Strip with Spacing Top View Side View Figure 2 12 Dimensions of the 21 CT Strip with Spacing 2 2 4 21 CT Strip with 1 Spacing Top View Side View...

Page 18: ...op View Side View Figure 2 14 Dimensions of the 12 CT Strip with Spacing 2 2 6 CT Strip s Solid Core CT Figure 2 15 Dimensions of the CT Strip s Solid Core CT 2 2 7 SCCT Adapter Board Top View Side Vi...

Page 19: ...s are described below Mode A B C D E F G H I J K PMC SCCT 400A 1A A 20 30 50 89 110 34 47 40 32 52 5 67 5 PMC SCCT 600A 1A A 50 80 78 114 145 32 32 32 33 52 5 67 5 PMC SCCT 800A 1A A 80 80 108 144 145...

Page 20: ...ectric Technology 2 2 9 2 200A 40mA SCCT Figure 2 19 Dimensions of 200A 40mA SCCT 2 2 9 3 400A 40mA SCCT Figure 2 20 Dimensions of 400A 40mA SCCT 2 2 9 4 800A 40mA SCCT Figure 2 21 Dimensions of 800A...

Page 21: ...There are two types of Branch CT Solid Core CTs on a CT Strip and Split Core CTs Select the appropriate mounting instructions below based on the type of Branch CTs used 2 3 2 1 Mounting the Branch CT...

Page 22: ...entation may be different in the actual situation Before installation make sure that the 35mm DIN Rail is already in place Align the top of the mounting clip at the back of the CT Strip at an angle ag...

Page 23: ...unting holes based on the mounting diagrams below Mount the device by affixing the supplied screws to the mounting holes through the SCCT Adapter Board s mounting flange and then securing the adapter...

Page 24: ...Inputs please ensure to select the 1A Mains Current Input option for the PMC 592 Before installing the Mains SCCTs please ensure that SCCT s contact surface is clean and without contaminants for best...

Page 25: ...urface is clean and without contaminants for best accuracy performance 2 It s very important to first connect the SCCT s output wires to the SCCT Adapter Board before mounting the Branch SCCT Connect...

Page 26: ...en HMI The HMI should be mounted on the cabinet door with a minimum clearance of 105mm from the door to the inside components 1 Put the HMI through the cutout 2 Install the installation clips as per t...

Page 27: ...of LCD Display 1 Remove the installation clips from the LCD Display 2 Fit the LCD Display through a 103mm x 54mm cutout as shown in figure below 3 Re install the installation clips and push the clips...

Page 28: ...rms Single Panel Mode I with One Mains Only Application This configuration is the most common and applies to systems with a Single Mains Mains I only V1 Mains I Voltage Inputs I1 Mains I Current Input...

Page 29: ...Power II CT Strip A B CT Strip C D Frequency DI RTD Single Panel Mode II Application This configuration applies to systems with a Single Mains Mains I only However Mains II can be used to measure the...

Page 30: ...Branch Power V1 Branch Current A B C D Applicable Alarms Global Mains I Mains II Voltage I Voltage II Current Power I Current Power II CT Strip A B CT Strip C D Frequency DI RTD Dual Panel Mode II App...

Page 31: ...ication Modes II III I2 Mains II Current Inputs Applicable for Typical Application Modes II III Power Calculation The Branch Power calculation is associated with its voltage source For example the fol...

Page 32: ...the Serial Number Label to ensure that the voltage to be measured is less than or equal to the meter s rated Voltage Input specification 2 All spare terminals that are Not Used which include Mains II...

Page 33: ...with One Mains Only Delta Notes 1 Please consult the Serial Number Label to ensure that the voltage to be measured is less than or equal to the meter s rated Voltage Input specification 2 All spare te...

Page 34: ...ase consult the Serial Number Label to ensure that the voltage to be measured is less than or equal to the meter s rated Voltage Input specification 2 The spare Mains II Voltage terminals should be co...

Page 35: ...tes 1 Please consult the Serial Number Label to ensure that the voltage to be measured is less than or equal to the meter s rated Voltage Input specification 2 The spare Mains II Voltage terminals sho...

Page 36: ...t the Serial Number Label to ensure that the voltage to be measured is less than or equal to the meter s rated Voltage Input specification 2 The Mains Voltage Inputs support a maximum voltage of 480V...

Page 37: ...e to be measured is less than or equal to the meter s rated Voltage Input specification 2 The optional Mains II Voltage terminals should be connected to Ground if not used 3 The Mains Voltage Inputs s...

Page 38: ...Please consult the Serial Number Label to ensure that the voltage to be measured is less than or equal to the meter s rated Voltage Input specification 2 All spare Voltage and Current terminals that...

Page 39: ...ase consult the Serial Number Label to ensure that the voltage to be measured is less than or equal to the meter s rated Voltage Input specification 2 All spare Voltage and Current terminals that are...

Page 40: ...ut A B C or D with any Mains Input Mains I II using any Wiring Mode Wye Delta or 1P3W with complete flexibility based on the actual PDU installation without being restricted by the default Single and...

Page 41: ...the CT Strips are the Branch CT numbers The numbers outside the CT Strip represent their respective 1 SM assignments based on the Installation Mode Sequential or Cross over CT Strip Installation Dire...

Page 42: ...tallation Direction Reg 6528 1 Bottom CT Strip A Polarity Reg 6521 0 Normal CT Strip B Polarity Reg 6522 1 Reverse CT Strip C Polarity Reg 6523 1 Reverse CT Strip D Polarity Reg 6524 0 Normal Table 2...

Page 43: ...nstallation Direction Reg 6528 1 Bottom CT Strip A Polarity Reg 6521 0 Normal CT Strip B Polarity Reg 6522 1 Reverse CT Strip C Polarity Reg 6523 1 Reverse CT Strip D Polarity Reg 6524 0 Normal Table...

Page 44: ...The PMC 592 provides a second RS485 port P2 Up to 32 devices can be connected on a RS485 bus where the overall length of the RS485 cable connecting all devices should not exceed 1200m If the master st...

Page 45: ...n the PMC 592 Figure 2 47 DO Connections 2 8 RTD Input Wiring The following figure illustrates the Temperature Input connections on the PMC 592 Figure 2 48 Temperature Input Connections 2 9 Main Unit...

Page 46: ...e positive wire to the L terminal and the negative wire to the N terminal Please be reminded that the HMI requires a 24VDC power supply Figure 2 50 HMI Power Supply Connection 2 11 Chassis Ground Wiri...

Page 47: ...king Receiving data Red Blinking Transmitting data Table 3 1 Front Panel LED Indicators 3 2 Web Interface The default IP Address of the PMC 592 s Ethernet Port P3 is 192 168 0 100 Please make sure to...

Page 48: ...s Web Interface via Mobile Devices The PMC 592 with Firmware V1 00 10 or later supports the browsing of its webpage via mobile devices such as iPhone iPad or Android Devices Before browsing the PMC 59...

Page 49: ...ins I Mains II Displays the Global Mains I or Mains II Alarms Run Time Displays Main Unit s run time since the last power on Click the Refresh icon at the upper right hand corner and below the Logout...

Page 50: ...43 84 2 Phase 3 Phase and Virtual Meter Tab Function Mains Displays the parameters for Mains I and Mains II which include Loading Factor Voltage Current kW kvar kVA PF Current Unbalance and Temperatur...

Page 51: ...SM84 2 Phase Displays kWh kvarh kVAh for 2 SM1 to SM42 3 Phase Displays kWh kvarh kVAh for 3 SM1 to SM28 Virtual Meter Displays kWh kvarh kVAh for VM1 to VM10 T1 T2 Displays following T1 T2 energy mea...

Page 52: ...eal time Historical Max Demand Max Demand of This Month and Max Demand of Last Month The page displays the Demand of Real Time for Current kW kvar and kVA by default Tab Function Mains Displays the De...

Page 53: ...ge I Voltage II Current I Current II The second drop box provides the following options Ia Ib Ic for Current I and Current II Ua Uab Ub Ubc Uc Uca for Voltage I and Voltage II The web page shows the f...

Page 54: ...F 1 Phase 43 84 Displays the Max Min for the following parameters for the 1 SM43 to SM84 Current Loading Factor kW kvar kVA and PF 2 Phase Displays the Max Min for the following parameters for the 2 S...

Page 55: ...cludes Instant Alarm Latched Alarm and Alarm Count The following sections provide a quick overview of the web pages available under Alarm Status 3 2 4 3 1 Instantaneous Alarm The Instantaneous Alarm p...

Page 56: ...plays the Latched Alarm status for the SM1 to SM84 Sub Meters Current Table 3 9 Latched Alarm Description Figure 3 20 Latched Alarm Interface Click the Reset icon after left clicking on the correspond...

Page 57: ...pe drop box to filter events based on alarm type There are six options as shown in the following picture All DI DO Alarm Operation and Self Check The event filtering can be further narrowed by setting...

Page 58: ...wn the left mouse button and then drag it to the left After zooming in or out the and reset buttons appear at the upper right hand corner and beneath the color button The button indicates that it s cu...

Page 59: ...3 2 4 5 1 Basic Setup Click Basic Setup on the left hand pane and the above screen appears on the right hand pane where the following basic parameters can be changed Click Submit to save your changes...

Page 60: ...O2 Trigger Mode Specifies which alarm would trigger DO1 DO2 None Mains I Instant Alarm Mains II Instant Alarm Mains I Latched Alarm Mains II Latched Alarm Global Latched Alarm Global Instant Alarm Vol...

Page 61: ...t CT Strip Installation Specifies the CT Strip Installation Mode Please refer to Section 2 4 3 Branch Circuit Wiring and Sub Meter Assignment for more information Sequential Mode Cross over Mode Direc...

Page 62: ...re information Not Used Normal Reverse Label Specifies the Branch Label for each Branch Circuit Up to 20 characters including a z A Z 0 9 and the following symbols space _ and Advanced Setup Customize...

Page 63: ...Phase A Phase B Phase C Phase AB Phase BC Phase CA Depends on taking ULN or ULL Delta Phase AB Phase BC Phase CA Phase AB Phase BC Phase CA Table 3 14 Valid CT Phase Options 3 2 4 5 4 Virtual Meter S...

Page 64: ...t Enter the Breaker Ratings based on the actual situation Click Submit to save your changes or click Cancel to cancel your changes Notes 1 The range of the Mains breaker and Branch breaker rating is b...

Page 65: ...enabled Mains I Mains II Threshold Specifies the threshold for the following Alarm Levels High High High Low and Low Low High High and High are considered to be Over Setpoints while Low and Low Low a...

Page 66: ...me Delay Specifies the time delay for the various alarms Range 0 to 9999s Table 3 17 Power Alarm Description Figure 3 36 Power Alarm Setup Interface PQ Alarm Parameter Description Value Voltage Unbala...

Page 67: ...rate for calculating the Return Threshold the Interruption Alarm 0 to 100 Table 3 18 PQ Alarm Description Figure 3 37 PQ Alarm Setup Interface Misc Alarm Parameter Description Value PF Alarm Enable S...

Page 68: ...the External DI Module Number 1 to 247 100 DI Module 2 ID DI Module 3 ID DI Module 4 ID P3 Ethernet IP Address Specifies the IP address for P3 Default 192 168 0 100 Subnet Mask Specifies the Subnet M...

Page 69: ...r Frequency DI Energy Log Setup Interval Energy Recorder Recording Mode Specifies the IER s Interval Energy Recorder Recording Mode Disabled Stop When Full First In First Out Circular Recording Depth...

Page 70: ...ed Parameter Description Value Default Device Time PC s Date Time Check the Sync with PC checkbox to synchronize device time with PC time N A Device Time Present time on device N A Device Date Present...

Page 71: ...the right hand pane 1 Click the Reset icon on the right hand column for the specific item and a Confirmation dialog box appears 2 Click OK to confirm or Cancel to cancel the Reset operation Note 1 Al...

Page 72: ...re Backup or restore the device configuration Factory Defaults Reset the device configuration to Factory Defaults Internal calibration and any factory used only parameters would not be reset Firmware...

Page 73: ...3 3 1 Display Hierarchy and Menu Tree Category Topic Page Figure 3 48 Hierarchy of Menu The HMI Display is organized in a hierarchy that consists of Categories Topics and Pages There are 10 icons in...

Page 74: ...o display the available Pages or sub menu which include Voltage Current Power PF Unbal TC and IO At the Page level there may be other buttons which would allow the user to select the Voltage or Curren...

Page 75: ...echnology Category Topic Pages Mains Meter Real time Voltage Current Power PF Unbalance TC I O Mains Meter Energy Demand Energy Demand Mains Meter Harmonics Current Voltage TDD Available in Firmware V...

Page 76: ...75 CET Electric Technology Branch Meters Realtime Current kW kvar kVA PF Loading Branch Meters Energy kWh kvarh Branch Meters Demand Harmonics Demand Harmonics Alarm Summary Summary Details...

Page 77: ...Electric Technology Trend Wiring Diagram Trend Wiring Diagram Max Min Mains Max Demand Mains Max Min Branch Max Demand Branch Max Events Events Setup Login Basic Setup Panel Name Setup Breaker Rating...

Page 78: ...T Electric Technology Virtual Meter Setup Alarm Setup Communication Setup Record Setup Clock Setup Change Password HMI Setup Clear Reset Clear Reset About Overview Diagnostics Table 3 24 Display Hiera...

Page 79: ...ranch Circuit via the external DI module such as PMC 521D in Firmware V1 00 03 or later Up to 4 DI Modules or PMC 521D may be connected where each PMC 521D can be used for monitoring 21 breaker status...

Page 80: ...ins I II Latched Alarm Global Latched Alarm Global Instantaneous Alarm Voltage I II Phase Reversal Alarm Voltage I II Phase Loss Alarm TC1 TC2 Alarm DI1 DI2 Alarm DI3 DI4 Alarm 4xDIs option only Avail...

Page 81: ...ovides the following energy measurements kWh Import kWh Export kvarh Import kvarh Export kVAh Total Mains I II Branch Table 4 4 Energy Measurements The PMC 592 with Firmware V1 00 10 or later provides...

Page 82: ...0 Hour 23 and 1 Day 28 For example the value 1512 means that the Self Read will take place at 12 00pm on the 15th day of each month Default 0 Table 4 7 Demand Setup Parameters The PMC 592 provides the...

Page 83: ...n alarm I I Demand I Harmonics I Unbalance Current II Alarm Counter Increment by 1 when any of the following Mains II parameters has an alarm I I Demand I Harmonics I Unbalance Voltage I Alarm Counter...

Page 84: ...aker Rating correctly for each Current channel for the Current Alarms to work properly Current ON Limit Channel s Breaker Rating x Current On Threshold Current OFF Limit Current ON Limit x 1 Universal...

Page 85: ...Setpoint Channel Alarm Return Limit Channel Alarm Limit x 1 Universal Hysteresis The following table illustrates the Current Alarm setup parameters which apply to both Mains I II and all the Branch C...

Page 86: ...0 0 Current Demand L Alarm Time Delay s Current Demand L Alarm Time Delay 0 to 9999 s 0 Current Demand LL Alarm Threshold Current Demand LL Alarm Threshold 0 to 100 0 Current Demand LL Alarm Time Dela...

Page 87: ...diagram of Current L Alarm is illustrated in Figure 4 11 Figure 4 11 Current L Alarm Logic Diagram The logic diagram of the Current LL Alarm is illustrated in Figure 4 12 Figure 4 12 Current LL Alarm...

Page 88: ...illustrated in the Table below Voltage H Alarm Return Limit Voltage H Alarm Limit x 1 Universal Hysteresis Voltage L Alarm Return Limit Voltage L Alarm Limit x 1 Universal Hysteresis The following tab...

Page 89: ...6043 and 6046 Power OFF Limit Power ON Limit x 1 Universal Hysteresis Power H Alarm Return Limit Power H Alarm Limit x 1 Universal Hysteresis Power L Alarm Return Limit Power L Alarm Limit x 1 Univer...

Page 90: ...kvar Total Demand L Alarm Time Delay s kvar Total Demand L Alarm Time Delay 0 to 9999 s 0 kVA Total Demand H Alarm Threshold kVA Total Demand H Alarm Threshold 0 to 100 0 kVA Total Demand H Alarm Tim...

Page 91: ...Default Value FREQ H Alarm Limit Hz FREQ H Alarm Limit 45 to 65 Hz 65 Hz FREQ H Alarm Time Delay s FREQ H Alarm Time Delay 0 to 9999 s 10s FREQ L Alarm Limit Hz FREQ L Alarm Limit 45 to 65 Hz 45 Hz FR...

Page 92: ...is The logic diagram of Unbalance Alarm is illustrated in Figure 4 25 Figure 4 25 Unbalance Alarm Logic Diagram 4 3 9 Harmonic Distortion Alarm The following table illustrates the Harmonic Distortion...

Page 93: ...arm Time Delay 0 to 9999 s 0 RTD2 H Alarm Limit C RTD2 Temp H Alarm Limit 0 to 200 C 0 RTD2 H Alarm Time Delay s RTD2 Temp H Alarm Time Delay 0 to 9999 s 0 Table 4 17 Temperature Alarm Parameters The...

Page 94: ...ption Alarm The PMC 592 with Firmware V1 00 05 or later supports Dip Swell and Interruption Alarms according to IEC 61000 4 30 with 1 cycle update instead of cycle as specified by the standard The fol...

Page 95: ...Voltage x Dip Swell Interruption Alarm Threshold Dip Interruption Alarm Return Limit Dip Interruption Alarm Limit x 1 Universal Hysteresis Swell Alarm Return Limit Swell Alarm Limit x 1 Universal Hys...

Page 96: ...it 0 Mains I Bit 1 Mains II 0 Disable 1 Enable 0 Phase loss Alarm Enable Bit 0 Mains I Bit 1 Mains II 0 Disable 1 Enable 0 Phase loss Alarm Time Delay Phase loss Alarm Time Delay 0 to 9999 s 10s Table...

Page 97: ...Branch Inputs Current THD All Harmonic parameters are available through communications the built in Web Interface and the optional HMI Display The following equations illustrate how to calculate the i...

Page 98: ...ow where IL maximum demand of fundamental current which calculated via FFT Fast Fourier Transform h harmonic order 1 2 3 4 etc Ih rms load current at the harmonic order h K Factor and Crest Factor K f...

Page 99: ...tion on a per phase basis and can trigger the following parameters at the same time WFR SOE and Alarm Setpoints The timestamp duration and Maximum and Minimum of three phase voltage of each Dip Swell...

Page 100: ...6 51 26 52 27 11 12 53 54 13 7 5 14 8 6 55 28 19 56 29 20 15 16 57 58 17 9 18 10 59 30 60 31 19 7 20 8 61 21 62 22 21 11 22 12 63 32 64 33 23 24 65 66 25 13 9 26 14 10 67 34 23 68 35 24 27 28 69 70 29...

Page 101: ...Table 4 24 12 CT SM Assignment in Top Installation Sequential Mode 1 SM 2 SM 3 SM 1 SM 2 SM 3 SM 1 SM 2 SM 3 SM 1 SM 2 SM 3 SM 1 1 1 2 2 2 43 22 15 44 23 16 3 4 45 46 5 3 6 4 47 24 48 25 7 3 8 4 49 1...

Page 102: ...r to provide 3 SM readings because the wiring does not follow the pre determined 3 SM grouping The only way to solve this problem would be with Virtual Meters VM However if there are many similar assi...

Page 103: ...ween 1 and 10 000A Figure 4 41 Breaker Rating Setup page The PMC 592 with Firmware V1 00 10 or later supports of customizing 2 and 3 SMs via the optional HMI Firmware V1 02 01 or V1 03 05 via Setup Ba...

Page 104: ...lution The SOE Log can be viewed from the built in Web Interface and the optional HMI as well as retrieved via communications If there are more than 1000 events the newest event will replace the oldes...

Page 105: ...t and kVAh since Firmware V1 00 10 1 SM1 to SM84 kWh kvarh Import and kVAh 2 SM1 to SM42 kWh kvarh Import and kVAh 3 SM1 to SM28 kWh kvarh Import and kVAh VM1 to VM10 kWh kvarh Import and kVAh VM1 to...

Page 106: ...ecords the real time measurement for Mains I Mains II SMs and VMs since Firmware V1 00 04 There are 10 DRs of 64 parameters each that can be individually programmed to record different parameters at d...

Page 107: ...Web Interface for more details 4 8 3 SNMP Simple Network Management Protocol 4 8 3 1 Overview Simple Network Management Protocol SNMP is widely used in Network Management Systems NMS to monitor and ma...

Page 108: ...different for different firmware versions Please refer to the MIB file which can be downloaded from the Maintenance page of the Web Interface via Diagnostics Maintenance Misc and then click Download i...

Page 109: ...o browse what SNMP parameters are provided by the PMC 592 When a parameter is selected on the left hand panel the corresponding Object Identifier OID is displayed on the right hand pane along with oth...

Page 110: ...e c Edit and then Import SNF File based on the latest INF file Please refer to the PecStar User Manual for more information Figure 4 51 Edit SNF File d Save the configuration 4 Retrieve the SNMP data...

Page 111: ...T 9 00 GMT 9 30 GMT 10 00 GMT 11 00 GMT 12 00 GMT 13 00 Time Sync Interval 10 to 1440 minutes Default 60 minutes IP Address of Time Server Set the IP address of your Time Server Table 4 31 SNTP Setup...

Page 112: ...guration is correct the Receiver will receive a device test e mail Figure 4 56 Test Page 4 8 6 FTP File Transfer Protocol The PMC 592 can function as an FTP server where one can export certain data fi...

Page 113: ...ction iii Choose Properties and double click Internet Protocol Version 4 TCP IPv4 If the PC is set to obtain its IP via DHCP one can get the IP Address via following steps a Click Home and input cmd t...

Page 114: ...ate access 3 Click the folders that appear on the left or right pane to browse their contents The contents of the different folders are illustrated in the table below 4 Please make sure not to access...

Page 115: ...eral Status Notes 1 For the DI Status register the bit values of Bit 0 to Bit 3 represent the states of DI1 to DI4 respectively with 1 meaning Active Closed and 0 meaning Inactive Open If the PMC 592...

Page 116: ...RO Mains I I4 Alarm 0027 RO Mains I Ia Demand Alarm 0028 RO Mains I Ib Demand Alarm 0029 RO Mains I Ic Demand Alarm 0030 RO Mains II Ia Alarm 0031 RO Mains II Ib Alarm 0032 RO Mains II Ic Alarm 0033 R...

Page 117: ...Table 5 3 Instantaneous Alarm 5 1 3 Latched Alarm Register Property Description Format Note 0180 RW Global Total Alarm Status Bitmap Bit 0 Alarm Bits 1 15 Reserved 0181 RW Mains I Total Alarm Status 0...

Page 118: ...ved 0243 RW DI2 Alarm 0244 RW SM1 Alarm Bitmap Bit 0 HH Alarm Bit 1 H Alarm Bit 2 L Alarm Bit 3 LL Alarm Bits 4 15 Reserved 0245 RW SM2 Alarm RW 0327 RW SM84 Alarm 0328 RW Mains I Phase Reversal Alarm...

Page 119: ...x 17 Bit 1 DI Module x 2 Bit 9 DI Module x 10 Bit 17 DI Module x 18 Bit 2 DI Module x 3 Bit 10 DI Module x 11 Bit 18 DI Module x 19 Bit 3 DI Module x 4 Bit 11 DI Module x 12 Bit 19 DI Module x 20 Bit...

Page 120: ...Mains I PFa INT32 x1000 0578 RO Mains I PFb INT32 0580 RO Mains I PFc INT32 0582 RO Mains I PF Total INT32 0584 RO Mains II Ia UINT32 x1000 A 0586 RO Mains II Ib UINT32 0588 RO Mains II Ic UINT32 0590...

Page 121: ...INT32 0900 RO 2 SM42 Current Average UINT32 0902 RO 3 SM1 Current Average UINT32 0904 RO 3 SM2 Current Average UINT32 0956 RO 3 SM28 Current Average UINT32 0958 RO 1 SM1 kW INT32 x1000 kW 0960 RO 1 SM...

Page 122: ...rent Alarm ON Threshold Reg 6391 the SMx Loading Status is ON otherwise it s OFF 5 3 Energy Measurements 5 3 1 Mains Energy Register Property Description Format Scale Unit 2500 RO Mains I kWh Import U...

Page 123: ...32 x10 kWh 52812 RO Mains II T1 kWh Export UINT32 52814 RO Mains II T1 kvarh Import UINT32 x10 kvarh 52816 RO Mains II T1 kvarh Export UINT32 52818 RO Mains II T1 kVAh UINT32 x10 kVAh 52820 RO Mains I...

Page 124: ...T32 3952 RO 2 SM2 kW Demand INT32 4032 RO 2 SM42 kW Demand INT32 4034 RO 3 SM1 kW Demand INT32 4036 RO 3 SM2 kW Demand INT32 4088 RO 3 SM28 kW Demand INT32 4090 RO 1 SM1 kvar Demand INT32 x1000 kvar 4...

Page 125: ...ns Max Demand Data Structure Notes 1 MAX32U means an unsigned 32 bit Max Demand Log the log data structure is illustrated in the following table Offset Property Description Format 0 RO Record Value UI...

Page 126: ...ns an unsigned 32 bit Max Demand Log the log data structure is illustrated in the following table Offset Property Description Format 0 RO Record Value UINT32 2 RO Record Time UNIX Time Table 5 23 MAX3...

Page 127: ...RO Mains II Ic TEHD UINT16 4728 RO Mains I Uan Uab THD1 UINT16 4729 RO Mains I Uan Uab TOHD1 UINT16 4730 RO Mains I Uan Uab TEHD1 UINT16 4731 RO Mains I Ubn Ubc THD1 UINT16 4732 RO Mains I Ubn Ubc TO...

Page 128: ...Ia K Factor UINT16 x100 5201 RO Mains I Ib K Factor UINT16 x100 5202 RO Mains I Ic K Factor UINT16 x100 5203 RO Mains II Ia K Factor UINT16 x100 5204 RO Mains II Ib K Factor UINT16 x100 5205 RO Mains...

Page 129: ...Format Range Note 0 RO Reserved UINT16 1 RO High order Byte Event Classification UINT16 See Appendix A Low order Byte Sub Classification See Appendix A 2 RO High order Byte Year UINT16 0 99 Year 2000...

Page 130: ...r 124 RO Mains I kvarb 128 RO Mains I kvarc 132 RO Mains I kvar Total 136 RO Mains I kVAa x1000 kVA 140 RO Mains I kVAb 144 RO Mains I kVAc 148 RO Mains I kVA Total 152 RO Mains I P F a x1000 156 RO M...

Page 131: ...Uca TOHD 368 RO Mains I Ucn Uca TEHD 371 RO Mains II Uan Uab THD5 374 RO Mains II Uan Uab TOHD5 377 RO Mains II Uan Uab TEHD5 380 RO Mains II Ubn Ubc THD5 383 RO Mains II Ubn Ubc TOHD5 386 RO Mains I...

Page 132: ...ent 612 RO 3 SM28 Current 616 RO 1 SM1 kW MAX322 x1000 kW 620 RO 1 SM2 kW 948 RO 1 SM84 kW 952 RO 2 SM1 kW 956 RO 2 SM2 kW 1116 RO 2 SM42 kW 1120 RO 3 SM1 kW 1124 RO 3 SM2 kW 1228 RO 3 SM28 kW 1232 RO...

Page 133: ...cription Format 0 RO Record Value UINT16 2 RO Record Time UNIX Time Table 5 45 MAX16U Branch Max Log Data Structure 5 6 3 Data Recorder Log Register Property Description Format Unit Range 52500 RW DR...

Page 134: ...UINT32 x10 kWh 5370 RO VM4 kvarh UINT32 x10 karh 5372 RO VM4 kVAh UINT32 x10 kVAh 5374 RO VM5 kWh UINT32 x10 kWh 5376 RO VM5 kvarh UINT32 x10 karh 5378 RO VM5 kVAh UINT32 x10 kVAh 5380 RO VM6 kWh UINT...

Page 135: ...NT16 1A 1 to 30000 5A 1 to 6000 6005 RW Mains I I4 CT Ratio UINT16 1 to 10000 6006 RW Mains II CT Ratio UINT16 1A 1 to 30000 5A 1 to 6000 6007 RW Mains II I4 CT Ratio UINT16 1 to 10000 6008 RW Mains C...

Page 136: ...1 to 1 000 000 380V 6043 RW Mains I PT Secondary9 should be specified as Line Voltage UINT16 1 to 480V 380V 6044 RW Mains II PT Primary9 Should be specified as Line Voltage UINT32 1 to 1 000 000 380V...

Page 137: ...12 00 11 GMT 2 00 22 GMT 5 45 1 GMT 11 00 12 GMT 1 00 23 GMT 6 00 2 GMT 10 00 13 GMT 0 00 24 GMT 6 30 3 GMT 9 00 14 GMT 1 00 25 GMT 7 00 4 GMT 8 00 15 GMT 2 00 26 GMT 8 00 5 GMT 7 00 16 GMT 3 00 27 G...

Page 138: ...T1 Active T2 Table 5 55 Tariff Switch Mode 5 8 2 Communications Setup Register Property Description Format Range Note Default 6240 RW Port 1 unit ID UINT16 1 to 247 100 6241 RW Port 1 Baud rate UINT1...

Page 139: ...in the To field of the email This string may be up to 40 characters long Please add the value zero 0000 at the end of the string as the string terminator For example if the email address is receiver e...

Page 140: ...0 to 9999 s 6415 RW ULN L Alarm Threshold UINT16 0 to 3000 x0 1 6416 RW ULN L Alarm Time Delay UINT16 0 to 9999 s 6417 RW ULL Alarm Enable5 Bitmap 0 Disabled 1 Enabled 6418 RW ULL H Alarm Threshold UI...

Page 141: ...0 to 200 6473 RW RTD2 H Alarm Time Delay UINT16 0 to 9999 s 6474 RW I Unbalance Alarm Enable8 Bitmap 0 Disabled 1 Enabled 6475 RW I Unbalance H Alarm Threshold UINT16 0 to 1000 x0 1 6476 RW I Unbalanc...

Page 142: ...1 meaning enabled and 0 meaning disabled Bits 2 15 Bit 1 Bit 0 Power PF I Demand Power Demand Alarm Enable Reserved Mains II Mains I Table 5 65 Power PF I Demand and Power Demand Alarm Enabled 7 kW H...

Page 143: ...Voltage Phase UINT16 0 Not Used 1 Phase A 2 Phase B 3 Phase C 4 Phase AB 5 Phase BC 6 Phase CA 6530 RW SM2 CT Phase Voltage Phase UINT16 6531 RW SM3 CT Phase Voltage Phase UINT16 6532 RW SM4 CT Phase...

Page 144: ...guration Data Structure 6706 6711 RW VM2 Configuration UINT16 6712 6717 RW VM3 Configuration UINT16 6718 6723 RW VM4 Configuration UINT16 6724 6729 RW VM5 Configuration UINT16 6730 6735 RW VM6 Configu...

Page 145: ...52753 RW VM9 Sign Configuration UINT16 52754 52759 RW VM10 Sign Configuration UINT16 Table 5 83 VM Sign Configurations Notes 1 VM Sign configuration data structure Offset Property Description Format R...

Page 146: ...to get the whole File Name Writing the path strings what you want to read in File Name register and there are the following strings and XXX represents the file number WFR configuration file COMTRADE W...

Page 147: ...en to the register different values have different meanings the following table illustrates the details Key IER Log Meter Type IER Log Meter Number Description 1 0x01 Mains 0x01 Mains I IER Logs 0x010...

Page 148: ...kWh 2 RO Interval kvarh UINT32 kvarh 4 RO Interval kVAh UINT32 x10 kVAh 6 RO Record Time High order Byte Year UINT16 0 to 38 Year 2000 Low order Byte Month 1 to 12 7 RO High order Byte Day UINT16 1 to...

Page 149: ...ister trigger WFR 7209 WO Voltage Phase for Sequential Mode UINT16 Writing 0xFF00 to the register configures the Voltage Phase for Sequential Mode 7210 WO Voltage Phase for Cross over Mode UINT16 Writ...

Page 150: ...x Demand Logs Register Values Description High Order Low Order 1 0x00 Mains 0x00 Clear Mains I Max Demand Logs 0x0000 0x01 Clear Mains II Max Demand Logs 0x0001 2 0x01 SMx 0x00 Clear 1 SM1 Max Demand...

Page 151: ...RW Parameter64 UINT16 8676 8746 RW DR 7 UINT16 Please refer to DR 6 8747 8817 RW DR 8 UINT16 8818 8888 RW DR 9 UINT16 8889 8959 RW DR 10 UINT16 Table 5 103 DR Parameter Setup 5 9 Time Registers There...

Page 152: ...MAC Address UINT16 60234 9834 RO UINT16 60235 9835 RO UINT16 60236 9836 RO DSP Firmware Version UINT16 e g 10000 shows the version is V1 00 00 60237 9837 RO CPU Firmware Version UINT16 e g 10000 shows...

Page 153: ...Alarm Email Enable 0 Disabled 1 Enabled Bit 6 SNMP Enable 0 Disabled 1 Enabled Bit 7 SM CT Ratio Enable 0 Disabled 1 Enabled Bit 8 DI Type 0 2xDI 1 4xDI Bit 9 SCCT Adapter or CT Strip 0 SCCT Adapter...

Page 154: ...Current Demand H Alarm Active 17 Trigger Value x1000 Current Demand L Alarm Active 18 Trigger Value x1000 Current Demand LL Alarm Active 19 Trigger Value x1000 Mains kW Total Demand H Alarm Active 20...

Page 155: ...D Alarm Return 130 Return Value x100 Mains TOHD Alarm Return 131 Return Value x100 Mains TEHD Alarm Return 132 Return Value x10 Temperature HH Alarm Return 133 Return Value x10 Temperature H Alarm Ret...

Page 156: ...Mains I I4 25 DI1 6 Mains II Ia 26 DI2 7 Mains II Ib 27 Mains I Voltage Unbalance 8 Mains II Ic 28 Mains II Voltage Unbalance 9 Mains II I4 29 Mains I Current Unbalance 10 Mains I Uan 30 Mains II Cur...

Page 157: ...varb 52 Mains II Ia 80 Mains II Ib Dmd 25 Mains I kvarc 53 Mains II Ib 81 Mains II Ic Dmd 26 Mains I kvar Total 54 Mains II Ic 82 Mains II kW Total Dmd 27 Mains I kVAa 55 Mains II In 83 Mains II kvar...

Page 158: ...2 SM36 1120 2 SM9 1260 2 SM23 1400 2 SM37 1130 2 SM10 1270 2 SM24 1410 2 SM38 1140 2 SM11 1280 2 SM25 1420 2 SM39 1150 2 SM12 1290 2 SM26 1430 2 SM40 1160 2 SM13 1300 2 SM27 1440 2 SM41 1170 2 SM14 1...

Page 159: ...000 Mains I kWh Imp 2169 1 SM54 kWh 2338 2 SM26 kvarh 2001 Mains I kWh Exp 2170 1 SM54 kvarh 2339 2 SM26 kVAh 2002 Mains I kvarh Imp 2171 1 SM54 kVAh 2340 2 SM27 kWh 2003 Mains I kvarh Exp 2172 1 SM55...

Page 160: ...00 3 SM5 kWh 2063 1 SM18 kVAh 2232 1 SM75 kWh 2401 3 SM5 kvarh 2064 1 SM19 kWh 2233 1 SM75 kvarh 2402 3 SM5 kVAh 2065 1 SM19 kvarh 2234 1 SM75 kVAh 2403 3 SM6 kWh 2066 1 SM19 kVAh 2235 1 SM76 kWh 2404...

Page 161: ...SM40 kvarh 2297 2 SM12 kVAh 2466 3 SM27 kWh 2129 1 SM40 kVAh 2298 2 SM13 kWh 2467 3 SM27 kvarh 2130 1 SM41 kWh 2299 2 SM13 kvarh 2468 3 SM27 kVAh 2131 1 SM41 kvarh 2300 2 SM13 kVAh 2469 3 SM28 kWh 21...

Page 162: ...555 VM6 T2 kWh DR Default Settings PMC 592 with firmware V1 00 07 or later has included the default configuration for the Data Recorders as follows Parameter DR 1 DR 2 DR 3 DR 4 DR 5 Trigger Mode Trig...

Page 163: ...7 THD Parameter 48 Mains I Ub THD Mains II Uc THD 1 SM48 Current 1 SM28 PF 1 SM8 THD Parameter 49 Mains I Uc THD Reserved 1 SM49 Current 1 SM29 PF 1 SM9 THD Parameter 50 VM 1 kW Reserved 1 SM50 Curren...

Page 164: ...SM22 kW 1 SM2 kvar 1 SM66 kvar Parameter 39 1 SM63 THD 1 SM43 I Dmd 1 SM23 kW 1 SM3 kvar 1 SM67 kvar Parameter 40 1 SM64 THD 1 SM44 I Dmd 1 SM24 kW 1 SM4 kvar 1 SM68 kvar Parameter 41 1 SM65 THD 1 SM...

Page 165: ...rting Current Solid Core CT Strip 100A 5A Split Core CT 100A 200A 400A 800A 400 Max 0 05VA per phase 0 2 Imax In 100A Imax 100A Range 0 2 100A In 5A Imax 10A Range 0 05 10A In 10A Imax 120A Range 5 12...

Page 166: ...age 0 2 0 01V Mains I1 I4 0 2 0 001A kW kVA IEC 62053 22 Class 0 5S for Mains IEC 62053 21 Class 1 for Branches 0 001k kWh kVAh 0 1kXh kvar kvarh IEC 62053 23 Class 2 0 1kvar kvarh P F 1 0 0 001 Frequ...

Page 167: ...illatory waves EN 61000 4 12 2006 Emission Tests Limits and methods of measurement of electromagnetic disturbance characteristics of industrial scientific and medical ISM radio frequency equipment EN...

Page 168: ...592 in the Address area of your Internet Explorer and then press Enter 2 Log onto the Web Interface by clicking on the Login icon at the upper right hand corner and enter the password default passwor...

Page 169: ...a meaningful name with the ini extension Click Save 5 Upgrade firmware a Click Diagnostics Maintenance Firmware Upgrade and the following screen appears on the right hand pane b Click Browse to selec...

Page 170: ...irmware Version by following Step 3 above to confirm that the upgrade is successful 7 Restore the Factory Defaults Settings if the PMC 592 is upgraded from V1 00 09 or earlier to V1 00 11 or later due...

Page 171: ...170 CET Electric Technology PMC 592 will then be restored with the configuration saved in the selected ini file...

Page 172: ...with a lower firmware version may not display the new PMC 592 features in a higher Firmware version For example a HMI TK6070iQ with V2 04 firmware cannot display and configure new setup parameters in...

Page 173: ...ition of the connected CT Strips is incorrect Only Firmware V1 00 03 or above supports arbitrary CT Strip connection Please check the PMC 592 s firmware version to make sure that the CT strips are con...

Page 174: ...or CET Technical Support via support cet global com 4 The accuracy of an entire CT Strip doesn t meet stated specification This could happen in older PMC 592s if a CT Strip is inserted to a Branch In...

Page 175: ...lect Modify c Enter 5 in the Editing String box and then click OK 3 Enable NTPServer a In the Registry Editor window choose HKEY_LOCAL_MACHINE SYSTEM CurrentControlSet Services W32Time TimeProviders N...

Page 176: ...ed to send Alarm Email Please check if the SMTP parameters have been configured correctly Check SMTP configuration via the Web Interface Cannot access to Email server Check Email server parameter thro...

Page 177: ...ic Technology Headquarters 8 F Westside Building 201 Terra Industrial Tradepark Che Gong Miao Shenzhen Guangdong P R China 518040 Tel 86 755 8341 5187 Fax 86 755 8341 0291 Email Sales cet global com W...

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