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ZL0119-0F 

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TM

E50F2A, E50F5A Installation Guide

Registration Instructions

The plugin installer registered the plugin globally, but as a system level plugin, it must be registered separately for each network 
that requires it. Registration can be accomplished either while opening a network or after a network is opened. Instructions here 
are for the latter method.

1.  Open the LonMaker network where the plugin is to be registered.

2.  Select the LonMaker menu (on the toolbar in Visio 2003; under the Add-ins toolbar in Visio 2010). From the drop-down list, 

select “Plugins,” and then “Register Plugins…”

3.  Select the “Veris E50 Device Plug-in” entry from the plugin list and press the “Register” button.

4.  Press the “Okay” button. 

Device Creation Instructions 

Creating an E50 device in LonMaker is no different than creating any other device. 

1.  Drag a “Device” from the LonMaker Basic Shapes stencil or other stencil to the drawing. This opens the new device wizard. 

2.  Click the “Commission device” checkbox unless the network is being created OffNet (“Engineered” mode), or if there is any 

other reason to delay commissioning.

3.  From the Device Template section, choose the “VerisE50” template from the drop-down list (the plugin added the template to 

the network when registering).

4.  Finish customizing using the wizard prompts and press “Finish”.  

5.  If commissioning was selected, press the service pin on the meter. 

Device Configuration Instructions

The plugin has two tabs useful for configuring the device. The “Meter Setup” tab includes details related to the installation (CT 
size, system type, system voltage, etc.), and other settings related to the demand interval and alarm configuration. The second 
tab for configuration of the device is the “Propagation Settings” tab, which includes configuration properties that control 
propagation (heartbeat, throttle, etc.). Settings can be written to both the database and the device if the device is online (or soft 
offline), commissioned, and the LonMaker mode is OnNet. Otherwise the settings can only be written to the database. There is 
some behavior to be noted if changes are made while the device is soft offline. Please read the “Important Information When 
Configuring While Soft Offline” section below.

1.  Right click on the E50 device and select “configure” from the context menu. This brings up the “Meter Setup” tab of the plugin.

2.  To get the current setting from the meter or the database, press the “GET PRESENT SETTINGS” button. If the configuration 

properties on the device do not match the database, a prompt appears to choose which values to load.

3.  Make the necessary changes to the Installation Details and Other Settings. Note that the Demand Subinterval Length is also the 

logging interval for E50F5 meters, so it can be configured at this point (see the “Configuring the Data Log” section below for a 

description of the meter’s data logging capabilities).

4.  Press “APPLY SETTINGS.” If the device is online (or soft offline), commissioned, and the LonMaker mode is OnNet, the 

configuration property settings are applied to both the network database and the device. If, however, the above conditions 

are not met, the configuration property settings are only written to the database. A dialog box appears when the write is 

finished, stating where the values were written to. If values were not written to the device (database only), the device must be 

resynchronized to the database at a later time. See the “Configuration Property Resynchronization” section below. 

5.  Switch to the “Propagation Settings” tab of the plugin (tab control is at the top of the plugin).

6.  To get the current setting from the meter or the database, press the “GET PRESENT SETTINGS” button.  If the configuration 

properties on the device do not match the database, a prompt will appear to choose which values to load.

Using the LNS Plugin 

(cont.)

Summary of Contents for E50F2A

Page 1: ...ions This device complies with part 15 of the FCC Rules Operation is subject to the following two conditions 1 This device may not cause harmful interference and 2 this device must accept any interfer...

Page 2: ...acteristics Back lit blue LCD Terminal Block Screw Torque 0 37 ft lb 0 5 N m nominal 0 44 ft lb 0 6 N m max Terminal Block Wire Size 24 to 14 AWG 0 2 to 2 1 mm2 Mounting Rail T35 35 mm DIN Rail per EN...

Page 3: ...ions 4 Data Outputs 4 Product Diagram 5 Display Screen Diagram 5 Installation 6 Supported SystemTypes 7 Wiring Symbols 7 Wiring 8 Control Power 9 Quick Setup Instructions 10 Pulse Contact Inputs 10 So...

Page 4: ...onfigurable for CT PT ratios system type and passwords Diagnostic alerts Current 3 phase average Volts 3 phase average Current by phase Volts by phase Line Line and Line Neutral Power Real Reactive an...

Page 5: ...CAT III 50 60 Hz Alarm Output Pulse Input LON FT Shield SERVICE X2 A X1 X2 B X1 X2 C X1 IA IB IC X2 X1 X2 X1 X2 X1 kWh 1234 5 Product Diagrams E50F5A Alarm Energy Two5 characterrows ofdisplaytext Topr...

Page 6: ...rd 35 mm DIN rail or screw mounted to the interior surface of the enclosure A DINRailMounting 1 Attach the mounting clips to the underside of the housing by sliding them into the slots from the inside...

Page 7: ...ular System Type display as on the User Interface or as QNAN in the LON variables Supported System Types CTs Voltage Connections SystemType Phase Loss Measurements Wiring Diagram Number of wires Qty I...

Page 8: ...1CT Diagram2 1 PhaseLine to Line2 Wire System1CT L1 L2 X2 X1 X2 X1 A B C N A B C N White Black White Black X1 X2 X1 X2 X1 X2 L1 L2 X2 X1 A B C N A B C White Black X1 X2 X1 X2 X1 X2 Diagram3 1 PhaseDir...

Page 9: ...NorL L Outputto meetmeterinputrequirements DCControlPowerfrom125VDCto300VDC ULandCEmax FuseRecommendations Keep the fuses close to the power source obey local and national code requirements For select...

Page 10: ...e Setup screens return to SETUP B ToEntertheCT CurrentTransducer outputvoltageandCTsizeranges 1 Press to go to the CT SZ screen and through the digits Use or to select the CT size in amps default is 1...

Page 11: ...r the short circuit current at the connection point All pulse inputs outputs and communication circuits are only intended to be connected to non hazardous circuits SELV or Class 2 Do not connect to ha...

Page 12: ...Voltage Line to Line HZ HZ Frequency KSh KVAh Accumulated Apparent Energy KQh KVARh Accumulated Reactive Energy KPh KWh Accumulated Real Energy PLOSS PLOSS Phase Loss LOWPF LOWPF Low Power Factor Err...

Page 13: ...erage of Active Phases Volts Line Neutral V Average of Active Phases Total Real Power P Power Factor Average of Active Phases 3 KVA Total Apparent Power S B A B VBC B KW B VLN C A C VAC C KW C VLN A K...

Page 14: ...B C Voltage Out of Range Current Out of Range Not used on E50Fx devices A B C INFO MODEL OS SN RS Serial Number Reset System Operating System ALERT INFO PLOSS A b C LOWPF A b C F ERR A I OVR A b C V O...

Page 15: ...Ratio RATIO Potential transformer step down is RATIO 1 Default is 1 1 No PT installed See Wiring Diagrams section Set this value before setting the system voltage to establish the proper range of Sys...

Page 16: ...ts To Setup p 1 S PWR SPLOS Back IMBAL 0 25 Next VOLTS 0 10 Set Phase Loss VOLTS Phase Loss Voltage Phase Loss Voltage Threshold in percent of system voltage Any phase as configured by the System Type...

Page 17: ...oad these files separately Note If using resource files install them before importing the device template into a network Resources Available for Downloading The following instructions are written for...

Page 18: ...and alarm configuration The second tab for configuration of the device is the Propagation Settings tab which includes configuration properties that control propagation heartbeat throttle etc Settings...

Page 19: ...file exists and select the file 3 Press the Open button FormattingPowerCorrectly LonMark Resource Files before version 13 04 set the default format in the U S for network variables of the type SNVT_p...

Page 20: ...Source of CP Values select LNS database Press Finish to complete commissioning Synchronization While Device is Commissioned and Online 1 Right click on the device in LonMaker and select Commissioning...

Page 21: ...gin is not open right click on it and select Plugins Veris E50 Download Log from the context menu If it is already open click on the Data Logging tab 2 Expand the LOG INFO section 3 Press the RESET LO...

Page 22: ...is OffNet the Data Logging tab will not be visible To show this tab click the Help menu and select Advanced Force Toggle Logging Visible 3 Expand the LOG SETUP section using the arrows on the right s...

Page 23: ...To get only a specific amount of the newest records select the Fixed Amount of latest entries option and enter the desired amount in the textbox The log can hold 5760 records but both options stop dow...

Page 24: ...r of them ConfiguringtheDevice All of the user defined configuration properties are implemented as configuration network variables so that they can be set as either configuration properties or as inpu...

Page 25: ...y Throttle Real Energy Consumption Phase B integer value nvoRlEnrgyPhCInt 55 Meter SNVT_elec_kwh_l kWh Scaled 51 cpAllEnergy Throttle Real Energy Consumption Phase C integer value nviEnergyReset 34 Me...

Page 26: ...0 Reset no more frequently than every 10 seconds VOLTAGE nvoAvgLLVoltage 73 Meter SNVT_volt_f Volt 269 cpAllVoltage Throttle Average Line to LineVoltage nvoAvgLNVoltage 74 Meter SNVT_volt_f Volt 271...

Page 27: ...of range Bit 4 Phase B Current out of range Bit 5 Phase C Current out of range Bit 6 Frequency out of the range of 45 to 65 Hz or insufficient voltage to determine frequency Bit 7 Internal data bus c...

Page 28: ...uble write first of the values saved from the previous cycle and then the present values If the read condition is not removed the meter continues to write the log data as it normally would This bit is...

Page 29: ...ion Guide NV Name NV Num Function Block Type Units Log Point Index Propagation Control Description Configuration Property Name Control Type nviLogRequestLen 32 Meter SNVT_count Number of Records retri...

Page 30: ...its UCPTdisplayUnits UCP_Type_4 w o resource files SNVT_count ref 13 R W Meter Function Block 0 1 1 IEEE Screen Display Units 0 IEC U V P Q S 1 IEEE VLL VLN W VAR VA cpCtPriRatio UCPTctPriRatio UCP_Ty...

Page 31: ...ore than the number of updates specified is queued to be sent out in any 1 second period the excess updates are delayed until the next second to reduce network traffic This configuration property is p...

Page 32: ...each power factor output network variable has its own independent throttle counter that resets to the value specified by this CP after it has been propagated cpFrequency SCPTminSndT 28 R W nvoFrequen...

Page 33: ...e provided as a column in the network variable table above cpLoggingPoint3 UCPTlogPoint3 UCP_Type_15 w o resource files SNVT_count ref 25 R W Meter Function Block See description nvoPresRealDmnd 325 S...

Page 34: ...ersions lower than 13 04 have the default format in the U S for SNVT_power_f variables in Btu hr See the section on Formatting Power Correctly The data displayed is inaccurate Incorrect setup values V...

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