Ethernet communications

Chapter 2—Hardware referencePowerLogic™ PM5500 series user manual

	Number of ports	2 (same MAC address — the second Ethernet jack
	Number of ports	functions as an Ethernet switch for daisy-chaining devices)
		functions as an Ethernet switch for daisy-chaining devices)

	Maximum cable length	100 m (328 ft), per TIA/EIA 568-5-A

	Mode	10Base-T, 100Base-TX, Auto-MDIX

	Protocol	Modbus TCP, HTTP, FTP, DHCP, BOOTP

	Firmware and language file update	Update via the communication port using DLF3000

Real-time clock

Clock drift	~ 0.4 seconds per day (typical)

Battery backup time	4.5 years without control power (typical)

Related topics

•For additional information, visit the website at www.schneider-electric.com and search for “PM5500 technical datasheet”.

30	HRB1684301-01

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Schneider Electric HRB1684301-01 user manual Ethernet communications, Real-time clock

Contents

PowerLogic PM5500 series Page Contents Front panel display and meter setup Remote meter setupMeter webpages Meter logging Viewing meter dataInput / Output Meter resets AlarmsMulti-tariff feature 103 Power quality Maintenance and upgradesMeasurements and calculations Power, energy and power factor Verifying accuracyMID compliance Safety information Important informationPlease note Reasonable use and responsibility UpdatesClass B FCC Part Trademarks Measured parameters Chapter IntroductionPM5500 series meter models Model Demand Power qualityEnergy Instantaneous Data recording Meter configurationData display and analysis tools Input/Output Firmware Meter display language Meter models ChapterHardware reference PM5500 series meter models and supplied hardware PM5560 Heartbeat / serial communications LED LED indicatorsAlarm / energy pulsing LED Location of LEDs Meter mounting Safety precautionsBefore you begin Ethernet communications LEDs Mounting the integrated display model PM5560, PM5561 Mounting the DIN rail mount model PM5563 Removing the PM5563 Connector locations Meter wiringPower system Direct connect voltage limits Symbol Power system setup parameters Power system descriptionMeter setting Direct connect maximum Voltage input protection Voltage and current input wiringBalanced system considerations Current input protection Neutral and ground current Control power wiringCommunications Serial communications RS-485 cable RS-485 wiringRS-485 network configuration RS-485 maximum cable length Digital outputs Ethernet configurationEthernet wiring Eth THERNETernet Switch / hub Ethernet communications Digital inputs Digital output connectionsDigital input connections Electrical characteristics SpecificationsMechanical characteristics Mechanical Active alarm / energy EMC electromagnetic compatibility Environmental characteristicsSafety RS-485 communications Ethernet communications Real-time clock Parts of the display Chapter Front panel display and meter setupHeartbeat / communications LED Front panel LEDs Notification icons Alarm / energy pulsing LED modesNotification icons Icon Navigation symbols Level 1 screen menus Ieee display modeLevel 1 screen menus IEC display mode Meter screen menus PM5560 / PM5561 meter display screen menus Level Configuring basic setup parameters Front panel meter setupMeter setup screen navigation Basic setup screen Parameter Values Description Basic setup menu treeBasic setup parameters 3VT Advanced setup parameters Configuring advanced setup parametersAdvanced setup menu tree ABC, CBA Demand setup Demand setup menu treePower, current, or input demand setup parameters Setting up serial communications Multi-tariff setupCommunications setup Serial communications setup menu tree Setting up Ethernet communications RS-485 port settingsEthernet communications setup menu tree Ethernet port settings Alarms setupInput / output setup Bootp Setting up regional settings HMI settingsSetting up the display Display setup menu tree Regional settings menu tree Resetting the languageSetting up the screen passwords Regional settings setup parameters Password setup menu tree Setting the clockLost password Password setup parameters Clock setup parameters Setting up the alarm / energy pulsing LEDClock setup menu tree Parameter Display format Description Front panel display and meter setup HRB1684301-01 Ethernet port setup Chapter Remote meter setupDownloading ION Setup Using a web browser to set up Ethernet Click Setup Ethernet RS-485 port setupMeter setup through Ethernet Ethernet & TCP/IP Using a serial communications converter to set up RS-485 Using an Ethernet gateway to set up RS-485Ascii 8, Ascii Meter setup through RS-485 Meter configuration using ION Setup Remote meter setup HRB1684301-01 Ethernet communications settings Accessing the meter webpagesWebpages setup Chapter Meter webpages Initial Ethernet configuration steps Configuring Ethernet settings using a browserConfiguring Ethernet settings using the front panel Final Ethernet configuration steps User setup Device log export setup Monitoring Setting the measurement rangeViewing the meter webpages Monitoring Basic Readings Diagnostics MeterCommunications Exporting data logs MaintenanceMaintenance Log Logging out Chapter Meter logging Setting up the data logSaving the data log contents Data log Data log export using ION Setup Alarm logMaintenance log Data log export using a web browser Meter data display screens Chapter Viewing meter dataViewing meter data from the front panel Displaying data screens Current VoltageHarmonics Power Power PQSEnergy E Total harmonic distortion Power FactorFrequency Unbalance Minimum / maximum AlarmAlarm Input / Output Maint TimerTimer LED Power Monitoring Expert Using ION Setup to view or modify configuration dataUsing software to view meter data Viewing meter data from a web browser PowerSCADA Expert Modbus command interface Input / Output Digital input applications Navigate to I/O configuration I/O Setup Digital input setupConfiguring digital inputs using ION Setup Wages monitoring Configuring digital inputs using the front panel Digital input setup parameters available through ION SetupDigital input setup menu tree Input metering Configuring input metering using the front panel Input metering setupConfiguring input metering using ION Setup Navigate to I/O configuration Input metering Input metering unit and demand measurements Input metering setup menu treeDemand measurements for input metering Unit Code Demand Code Description Using the meter’s display Viewing input metering dataDigital output applications Digital output setup Digital output wiring exampleDigital output application example Configuring digital outputs using ION Setup Digital output setup parameters available through ION Setup Configuring digital outputs using the front panel Digital output setup menu tree This can be modified only through software. Use this Energy pulsing Location of alarm / energy pulsing LEDAlarm / energy pulsing LED settings menu tree PM5560, PM5561 PM5563 Alarm / energy pulsing LED setup parameters Navigate to I/O configuration Energy PulsingOption or range Description Input / Output HRB1684301-01 Global resets Meter resetsFront panel meter reset screens Reset menu tree Alarm counter options Single resetsSingle reset options Alarm counter Option Description Over kW Meter resets HRB1684301-01 Alarm types Chapter AlarmsAlarm overview Unary alarms Digital alarms Standard alarmsDigital alarm with setpoint delay Setpoint conditions Over setpoint Under setpoint ΔT2 ΔT3 EV1 EV2 Maximum allowable setpoint Power factor PFStandard alarm maximum setpoint values PF quadrants and related values Leading PF Logic alarmsPhase loss Lagging PF Custom alarms Custom alarms parameter listAlarm parameter Unit Built-in error-checking Alarms setup overviewAlarm priorities Active alarms Setting up unary alarms Alarm setup using the meter displayAlarm setup using ION Setup Setting up digital alarms Setting up standard 1-sec alarms Nand Setting up logic alarmsLogic alarm setup parameters NOR Setting up custom alarms Logic alarm setup error promptsCustom alarm setup parameters LED alarm indicator Configuring the LED for alarms using the meter display Alarm screens Alarm display and notificationAlarm details Alarm counter Active alarmsAlarm history Acknowledging alarms Active alarms list and alarm history log Alarm memory usageResetting alarms Multi-tariff feature Multi-tariff feature exampleMulti-tariff feature overview Tariff validity Command mode overviewTime of day mode overview Tariff creation method Configuration 2 8 tariff assignment using 4 digital inputs Input mode overviewConfiguration 1 8 tariff assignment using 3 digital inputs1 Digital input requirements for required number of tariffs Configuring input mode tariffs using the front panel Configuring tariffsConfiguring time of day mode tariffs Tariff setup menu tree To configure input mode tariffs using the front panel Navigate to Meter Tariff Multi-tariff feature 108 HRB1684301-01 Real-time readings Power factorChapter Measurements and calculations Energy IEC mode Power factor min/max conventionPower factor sign convention Power factor minimum and maximum Ieee mode Power demandPower demand calculation methods Block interval demand Synchronized demand Block interval demand example Thermal demand Current demandPredicted demand Thermal demand example Peak demand Input metering demand TimerOperating timer Predicted demand example Load timer Measurements and calculations 116 HRB1684301-01 Crest factor and K-factor Chapter Power qualityHarmonics overview Total Harmonic Distortion and Total Demand Distortion Harmonic content calculations THD and thd calculationsTDD calculation Viewing harmonics using the front panel Displaying harmonics dataViewing TDD, K-factor and Crest factor data Viewing THD/thd using the front panel Crest Factor display screensTHD or thd display screens Troubleshooting LED indicators Chapter Maintenance and upgradesMaintenance Wrench icon Meter firmware and upgrade method Firmware upgradeClock battery Meter memory Click Add Device Using DLF300 to upgrade firmwareClick Continue FTP Click Edit Settings Upgrading the Ethernet card Info, Meter and Cl Pwr Diagnostics screenTechnical assistance Phasors 126 HRB1684301-01 Testing overview Chapter Verifying accuracyAccuracy test requirements Reference device or energy standard Energy pulsingLocation of energy pulsing LED Verifying accuracy test Calculating total power Percent error calculationCalculating the number of required pulses Watt-hour test points example Test pointsEnergy pulsing considerations Var-hour test points example Adjustments to allow energy pulsing at the digital outputs VT and CT considerationsExample calculations Typical sources of test errors Output is Verifying accuracy 134 HRB1684301-01 Power and the PQ coordinate system Chapter Power, energy and power factorPower PQS Power flow Current phase shift from voltage Power factor PFTrue PF and displacement PF Energy delivered / energy received PF sign convention PF sign in IEC modePower and PF lead / lag PF lead / lag summary Power factor sign in Ieee mode PF sign in Ieee modePower factor sign in IEC mode PF sign PF sign + PF value Power factor register formatHow PF value is stored in the PF register PPF register Quadrant PF range PF register PF formula Range MID overview Specifications relevant to MIDChapter MID compliance MID compliance for the meter Installation and wiring MID compliance Default PM5561 display screen Installing the terminal coversPM5561 default screen Location of terminal covers MID-protected setup parameters MID-protected setup parametersLock-protected setup parameters Setup menu Setup submenu MID-protected setup parameter Advanced setup menu Setting up the PM5561Basic setup menu Clock setup menu Initializing the meter Tariff setup menuPasswords setup menu Locking or unlocking the meterPage Schneider Electric