Megacon EMA-11N User manual

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INSTRUCTION MANUAL
IM136-U-M v0.1
EMA-11N
Energy Measurement Analyzer

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Information in this document is subject to change without notice and does not represent a commitment on the part of Megacon. This documentation is consigned
to the customer to enable the correct and safe operation of the instrument; any other use of documentation is strictly prohibited.
The information contained herein is the property of Megacon, and by law, no part of it may be reproduced, transcribed, stored in any retrieval system, or
translated into any language by means (even for internal purposes by the customer) without the express written permission of Megacon.
In addition, no part of this manual may be transmitted in any form by any means, including photocopying and recording, for any purposes, without the express
written permission of Megacon. In case of Copyright violation the customer is directly responsible.
TERMS OF WARRANTY
The warranty is valid for the period of 24 months after material receipt.
The warranty covers free repair or replacement of equipment parts, which are recognized as faulty due to manufacturing defects.
Warranty does not cover those parts which results defective due to misuse or improper use, incorrect installation or maintenance, operation by unauthorized
personnel, damage during transportation, or which in any case do not show manufacturing defects of the equipment.
Not included in the warranty terms are technical interventions regarding equipment installation to electrical systems.
The manufacturer declines any responsibility for eventual injury or damage to persons, animals or things as result of failure to follow the instructions in the user
manual or caused by improper use of equipment.
The expenses of transport as well as the relative risks of same both to and from the place of repair, will be the sole responsibility of the user.
This warranty expires after the date of purchase and any assistance required after said date including spare parts, labour, transport of personnel and material
will be charged to the user following the tariffs in force for Technical Assistance Service at the time of such requested service.
In any case the replacement of the equipment as well as the extension of warranty after such breakdown is excluded.
Safety information
Important information
Read these instructions carefully and look at the equipment to become familiar with the device before trying to install, operate, service or maintain it. The
following special messages may appear throughout this bulletin or on the equipment to warn of potential hazards or to call attention to information that clarifies
or simplifies a procedure.

This is the safety alert symbol. It is used to alert you to potential personal injury hazards. Obey all safety messages that follow this symbol to
avoid possible injury or death.
Please note
Electrical equipment should be installed, operated, serviced and maintained only by qualified personnel. No responsibility is assumed by Contrel elettronica for
any consequences arising out of the use of this material.
A qualified person is one who has skills and knowledge related to the construction, installation, and operation of electrical equipment and has received safety
training to recognize and avoid the hazards involved.
Document scope
This manual is intended for use by designers, system builders and maintenance technicians with an understanding of electrical distribution systems and
monitoring devices.
Safety precautions
Installation, wiring, testing and service must be performed in accordance with all local and national electrical codes. Carefully read and follow the safety
precautions outlined below.
DANGER
HAZARD OF ELECTRIC SHOCK, EXPLOSION
• Apply appropriate personal protective equipment and follow safe electrical work practices.
• This equipment must only be installed and serviced by qualified electrical personnel.
• Turn off all power supplying this device and the equipment in which it is installed before working on the device or equipment.
• Always use a properly rated voltage sensing device to confirm power is off.
• Before performing visual inspections, tests, or maintenance on this equipment, disconnect all sources of electric power. Assume that all circuits are live
until they have been completely de-energized, tested and tagged. Pay particular attention to the design of the power system. Consider all power supply
sources, particularly the potential for back-feed.
• Do not exceed the device's ratings for maximum limits.
• Never short the secondary of a voltage transformer (VT).
• Never open circuit a current transformer (CT).
Failure to follow these instructions will result in death or serious injury.
UNINTENDED OPERATION
Do not use the meter for critical control or protection applications where human or equipment safety relies on the operation of the control circuit.
Failure to follow these instructions can result in death, serious injury or equipment damage.

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Description
The power meter measures currents and voltages and reports real-time RMS values for all 3-phases and neutral. In addition, the power meter calculates power
factor, real power, reactive power, and more.
The product functions of power meters provide the various measurement capabilities required to monitor an electrical installation with basic power quality
analysis (THD, harmonic analysis up to 63rd order).
The key features are:
•flush-mount housing, 144x144 mm
•true RMS measurements
•high accuracy
•easy and fast navigation
•electrical parameters monitoring such as I, In, U, V, PQS, E, PF, Hz
•power/current demand, peak demand
•basic power quality analysis (THD, harmonics up to 63rd order, dip, swell, interrupts)
•waveforms V, I
•advanced programmable I/O functions
•log memory
•minimum/maximum values for many parameters
•management of up to 16 timebands
•up to 2 digital inputs and 2 digital outputs
•up to 4 analog outputs
•Modbus, ModbusTCP, Profibus, M-Bus communication
The following table lists the metering characteristics of the power meter for the measurement:
Real-Time
Relative
Min/Max
Absolute
Min/Max
AVG
Max Demand
Graphics
Voltage L-N
●
●
●
●
●
●
Voltage L-L
●
●
●
Current
●
●
●
●
●
●
PF
●
●
●
●
●
●
Cos Phi
●
●
●
●
●
Tan Phi
●
●
●
●
●
Crest factor
●
●
●
Active power
●
●
●
●
●
●
Reactive power
●
●
●
●
●
●
Apparent power
●
●
●
●
●
●
Frequency
●
●
●
●
THD V & A
●
Harmonics
●
●
Counters
●
Expected power
●
Standard configuration
Power supply
90…250 VAC/DC
Current inputs
1 A or 5 A (Requires x/5A or x/1A current transformers)
Measurement accuracy
Class 1 (Active energy)
Digital I/O
2 Digital outputs (photo-mos)
Modbus RS-485
Number of ports:1
Basic Power Quality
Not available
Additional resources
Power supply
20…60 VAC/DC
Current inputs
1 A or 5 A + Neutral
Rogowski
Rogowski + Neutral
TT / TTA
Measurement accuracy
Class 0,5S
Class 0,2S
I/O
2 Digital outputs
2 Digital inputs
2 Digital outputs
2 Analog outputs
2 Digital outputs
4 Analog outputs
2 Digital outputs
2 Digital inputs
4 Analog outputs
Communication
Number of
RS-485 ports: 2
Modbus RS-485
Mobus TCP
Modbus RS-485
Profibus
Modbus RS-485
M-Bus
Basic Power Quality
H option
H+ option

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H option
Waveforms, Harmonics up to 63rd order, DIP/Swell
H+ option
Waveforms, Harmonics up to 63rd order, DIP/Swell, Interrupts (V)
Physical Description
1
Alarm and energy pulsing LED
2
Cancellation key
3
Up key
4
Down key
5
Left key
6
Right key
7
Confirmation key and menu
8
Power ON and energy pulsing LED
9
Display



1
Communication port x 2 (RS-485) or
Communication port x 1 (RS-485) and M-Bus
2
Digital outputs x 2
3
Digital inputs x 2
4
Ethernet port (RJ45) or
Profibus DP
5
Voltage inputs
6
Current inputs
7
AUX supply
8
Analog outputs x 4



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Startup (first time and at every system reset)
To start up the device, you must specify the operating parameters listed below in the device settings:
Steps for starting up the device
1. Apply the supply voltage
2. Parameterizing the device
2.1 Language selection (set the language in which the display text is to appear)
2.2 Type of wiring connection
2.3 CT primary
2.4 CT secondary
2.5 CT Neutral primary
2.6 CT Neutral secondary
2.7 VT primary
2.8 VT secondary
2.9 Date and time
3. Apply the measuring voltage
4. Apply the measuring current
5. Check the displayed measured values
NOTICE
Check the connections
Incorrect connection can result in malfunctions and failure of the device. Before starting up the EMA-11N, check that all connections are correct.
Device interface
The general display of the power meters is shown in the following picture:

1
Display of the measured values, device settings,
selection menus
2
Display title
3
Labelling of the function keys
4
Surfaces of the function keys




Display: Display - Display title - Key labelling
The display is structured as follows:
● Display area - represents the real-time measured values, min/max/avg/max demand values, graphics, device settings and selection menus.
● Header area - specifies the information visible in the display area.
● Footer area - specifies the functions assigned to the function keys.
Function keys: Key labelling - Key surfaces
The six function keys enable operator input to the device:
● Navigation in the menus
● Selection of the measured value displays
● Selection of the measured visualization type (numbers, trends, waveform, harmonics, analogical mode)
The keys have multiple assignments. Function assignments and key labelling change according to the context of operator input. The designation of the current
key function can be seen above the key number in the footer area of the display.

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Harmonic analysis page
-The EMA-11N provides the harmonic analysis up to the 63rd order of the followings measurements:
● phase-to-phase voltages
● phase-to-neutral voltages
● currents
-For each of these measurements, there is a display page that graphically represents the harmonic content through a bar graph.
-Every column is related to one harmonic order, even and odd.
-Every histogram represents each phase L1, L2, L3
-The value of harmonic content is expressed as a percentage.
-It is possible to show the harmonic content in numeric format, pressing →keys
-The vertical scale of the graph is automatically selected among full-scale values, depending on te column with the highest value.
Waveforms page
-This page graphically views the waveform of the voltage and current signal reads by the EMA-11N.
-It is possible to see one phase at a time or 3-phase, selecting it with →keys.
-The vertical scale is automatically scaled in order to fit the waveform on the screen.
Energy meters page
-Each energy meter page shows the following meters simultaneously:
●active energy Imported, total and each phase L1, L2, L3 meters
●active energy Exported, total and each phase L1, L2, L3 meters
●reactive energy Imported, total and each phase L1, L2, L3 meters
●reactive energy Exported, total and each phase L1, L2, L3 meters
●reactive energy each quadrant (1…4), total and each phase L1, L2, L3 meters
●apparent energy, total and each phase L1, L2, L3 meters
●net energy
-Pressing →keys, the display moves to sub-page with timeband meters.
-To clear energy meters, it’s necessary to access the commands menu.
Energies and Counters
-For the Energy billing, the EMA-11N can manage 16 different timebands in addition to the total Energy meters.
-The timebands selection is made by external digital inputs or through the dedicated command via communication protocol or internal preset mode.
-In preset control mode, the tariff switching is triggered by the real-time clock. The schedule modes for preset are:
-Daily mode
-Period mode
-Holiday mode
-The preload energy values will be added to the energy meters.
Trend graph page
-The trend graph page allows to show the changes in the time of one following measurements.
●voltages L1-N L2-N L3-N
●currents
-When the maximum storage capacity is exceeded, the newest data will overwrites the oldest, so that the most recent data is always shown.
-The vertical full scale is calculated automatically.
Bar graph page
-The bar graph page allows to show of the following measurements:
●daily active and reactive powers
●active energy consumption (daily, weekly, monthly day by day and yearly), Imported and exported
●reactive energy consumption (daily, weekly, monthly day by day and yearly), Imported and exported
-The vertical full scale is calculated automatically.
Phasor diagram
-The phasor diagram shows voltages and currents in relation to each other. The voltages and currents that belong together are depicted in similar colours
(red and orange L1, light-green and purple L2, light-blue and dark-blue L3). In this way, the phase angles can easily be assigned.
-The display shows:
●Voltages VL1, VL2, VL3
●Currents IL1, IL2, IL3
●Phase angle VL1-2, VL2-3, VL3-1
●Phase angle V-A L1, V-A L2, V-A L3
User pages
-The user can create a maximum of 6 customized display pages.
-Each of these pages can view 6 measurements, freely chosen among the available readings of the EMA-11N.
-The title of the page can be freely programmed by the user, allowing, for instance, indicating the part of the plant supervised by the analyzer.
-The footer area of the page can be freely programmed by the user specified the title assigned to the function keys.
-The user pages are placed in a position that allows the reach them easily starting from the first pages, by pressing the keys.
-Like all other pages, it is possible to set the EMA-11N to return automatically to the user page after time has elapsed without keystrokes.

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Data logger function
-The data logger allows to store at regular intervals up to 14 variables chosen freely among the analyzer measures.
-Provide two type of data logger: generic and smart. The smart logger store instantaneous value, average value, maximum and minimum value.
-Every record is marked with a time stamp taken from the real-time clock. The minimum sampling period (distance between two records) is of 1 second.
-The recording can be continuous (driven by a regular time intervals) or conditional, driven by the status of one internal variable. It’s possible to define
starting/stopping of the recording.
-When the memory is full, the user can choose to stop the recording (END MEMORY mode) or to continue overwriting the oldest records (FIFO mode).
-The display page dedicated to the data logger status shows all the fundamental information, like number of measures, total records, available free
memory, residual time before the memory is filled.
Logic expression
-It is possible to create max 8 internal variables named LE1…8, whose status depends on the combination of limit thresholds, inputs, measurements, etc.
-The operands can be combined each other with the following operators: sum, subtraction, multiplication, division.
-Every logic variable is the result of max 2 operands with 1 operations.
-The LOGIC EXPRESSION page displays, for every variable LE1…8, the status of the final result, that is the status of the selected Logic Expression.
Communication channels
-The EMA-11N supports a maximum of 2 communications protocols.
-The communication channels are completely independent, both for the hardware (physical interface) and for the communication protocol.
-The two channels can communicate at the same time.
-Type of communication:
●RS485 Modbus RTU
●Ethernet Modbus TCP
●Profibus DP
●M-Bus
Power factor convention
Power factor (PF) is the ratio of active power (P) to apparent power (S), and is a number between 0 and 1. The meter shows positive or negative power factor
according to standards.
The following diagrams show the correlation between kW, kVAR, PF, and inductive or capacitive loads for both the IEC, IEEE and SIGN standards.
The EMA-11N permits to select the power factor sign convention.

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Display page navigation
Measure
Voltage Line-Neutral
Power quality
Voltage Line-Line
Phasor diagram
Current
DIP / SWELL **
Power factor
Interrupts **
Cos phi
Expected power
Tan phi
Active power
Incoming data
Reactive power
Counter
Apparent power
Logic expression
Frequency
Custom
Active energy IN
External data
Active energy OUT
Reactive energy IN
Reactive energy OUT
Reactive energy Q1-4
Apparent energy
**: pages present in the H+ version
General
Password
Measure
Reset
Trasform ratio
Date/Time
Menu
Time window
Energies/Counters
Utility
Measure
Frequency
Preloaded energies
Display
Advanced functionality
DIP/SWELL
Mode
Graphics
Incoming data
Wiring/Conventions
Daily plan
Editing contacts
User pages
Setup
Type/Modality
Period plan
Setup
General
Energies/Counters
Holiday
Info
Measure
User pages
User pages
Communication
Type
Communication
Ethernet
Composition
I/O
COM 1
Titles
Setpoint
COM 2
Keys texts
Log
Logic expression
I/O
Service
Digital output
Setpoint
Digital input
Log
Parametrs
Analog output
Generic
Texts
Smart
Info
Device
Digital I/O
Setpoint
Setpoint
Summary
Date/Time
Log summary
Details
COM monitor
Setpoint
Log summary
Generic
Log details
***
Smart
On/Off events
Contacts
***: see log summary

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Visualization and measures
Navigation STANDARD menu using →keys
Voltage
L-N
Real
time
3PH
waveform
V1-A1
waveform
V2-A2
waveform
V3-A3
waveform
THD
Crest
factor
Trend
Min-Max
rel
Min-Max
abs
AVG
MD
Analog
Graph
L1…3
Harmonics
V L-N
Harmonics V L1
Harmonics V L2
Harmonics V L3
Harmonics V L-N
number format (page 1…4)
Voltage
L-L
Real time
3PH Waveform
THD
Crest factor
Min-Max relative
Min-Max abs
Harmonics
V L-L
Harmonics V L1-2
Harmonics V L2-3
Harmonics V L3-1
Harmonics V L-L
number format (page 1…4)
Current
Real
time
3PH
waveform
V1-A1
waveform
V2-A2
waveform
V3-A3
waveform
THD
Crest
factor
Load
bars
Trend
Min-
Max
rel
Min-
Max
abs
AVG
MD
Analog
Graph
3PH
Analog
Graph
L1…3
Harmonics
I
Harmonics I L1
Harmonics I L2
Harmonics I L3
Harmonics I L-N
number format (page 1…4)
Power
Factor
Real time
Min-Max
rel
Min-Max
abs
AVG
MD
Analog
Graph 3PH
Analog
Graph L1…3
CosPhi
Real time
Min-Max
rel
Min-Max
abs
AVG
MD
Analog
Graph 3PH
Analog
Graph L1…3
TANPhi
Real time
Min-Max
rel
Min-Max
abs
AVG
MD
Active
Power
Real
time
Min-Max
rel
Min-Max
abs
AVG
MD
Analog
mono
Analog
L1 mon.
Analog
L2 mon.
Analog
L3 mon.
Analog
3PH bid.
Analog
L1 bid.
Analog
L2 bid.
Analog
L3 bid.
Reactive
Power
Real time
Min-Max
rel
Min-Max
abs
AVG
MD
Analog Graph
3PH bid.
Analog Graph
L1 bid.
Analog Graph
L2 bid.
Analog Graph
L3 bid.
Apparent
Power
Real time
Min-Max
rel
Min-Max
abs
AVG
MD
Frequency
Real time
Min-Max
rel
Min-Max
abs
AVG
MD
Graph
Power
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday
Sunday
Active
Energy IN
Total meter
Timeband1 meter
…
Timeband16 meter
Active
Energy
OUT
Total meter
Timeband1 meter
…
Timeband16 meter
Reactive
Energy IN
Total meter
Timeband1 meter
…
Timeband16 meter
Reactive
Energy
OUT
Total meter
Timeband1 meter
…
Timeband16 meter
Reactive
Energy
Q
Quadrant 1
Quadrant 2
Quadrant 3
Quadrant 4
Apparent
Energy
Total meter
Timeband1 meter
…
Timeband16 meter
NET
Energy
Total meter
Graph
Energy
Daily
Weekly
Yearly
January …December
Table
Energy
January
Day 01-16
January 1
Day 17-31
…
December
Day 01-16
December
Day 17-31

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Visualization and measures
Navigation SMART menu with footer area - specifies the functions assigned to the function keys.
KEY 1
KEY 2
KEY 3
KEY 4
KEY 5
KEY 6
Voltage L-N
PREV.
Instantaneous
Harmonics 1 *
Trend
Analog Graph L1
NEXT
waveform three-phase
Harmonics 2 *
Min-Max relative
Analog Graph L2
waveform V1-A1
Harmonics 3 *
Min-Max ABS
Analog Graph L3
waveform V2-A2
Harmonics table 1/4 *
AVG
waveform V3-A3
Harmonics table 2/4 *
Max Demand
THD
Harmonics table 3/4 *
crest factor
Harmonics table 4/4 *
Voltage L-L
PREV.
Instantaneous
Harmonics 12 *
Min-Max relative
Min-Max ABS
NEXT
waveform three-phase
Harmonics 23 *
THD
Harmonics 31 *
crest factor
Harmonics table 1/4 *
Harmonics table 2/4 *
Harmonics table 3/4 *
Harmonics table 4/4 *
Current
PREV.
Instantaneous
Harmonics 1 *
Trend
Analog Graph 3PH
NEXT
waveform three-phase
Harmonics 2 *
Min-Max relative
Analog Graph L1
waveform V1-A1
Harmonics 3 *
Min-Max ABS
Analog Graph L2
waveform V2-A2
Harmonics table 1/4 *
AVG
Analog Graph L3
waveform V3-A3
Harmonics table 2/4 *
Max Demand
THD
Harmonics table 3/4 *
crest factor
Harmonics table 4/4 *
Load bars
Power Factor
PREV.
Instantaneous
Min-Max relative
AVG
Analog Graph 3PH
NEXT
Cos Phi
Min-Max ABS
Max Demand
Analog Graph L1
Analog Graph L2
Analog Graph L3
Tan Phi
PREV.
Instantaneous
Min-Max relative
Min-Max ABS
AVG
NEXT
Min-Max ABS
Max Demand
Active Power
PREV.
Instantaneous
Monday
Min-Max relative
Analog Graph 3PH-mono
NEXT
Tuesday
Min-Max ABS
Analog Graph L1-mono
Wednesday
AVG
Analog Graph L2-mono
Thursday
Max Demand
Analog Graph L3-mono
Friday
Analog Graph 3PH-bidi
Saturday
Analog Graph L1-bidi
Sunday
Analog Graph L2-bidi
Analog Graph L3-bidi
Reactive Power
PREV.
Instantaneous
Monday
Min-Max relative
Analog Graph 3PH-bidi
NEXT
…
Min-Max ABS
Analog Graph L1-bidi
…
AVG
Analog Graph L2-bidi
Sunday
Max Demand
Analog Graph L3-bidi
Apparent Power
PREV.
Instantaneous
Min-Max relative
Min-Max ABS
AVG
NEXT
Frequency
Max Demand
Active Energy IN
PREV.
Actual
DAY
MONTH 1
MONTH 1 - D01-16
NEXT
Active Energy OUT
TB1
WEEK
…
MONTH 1 - D17-31
Reactive Energy IN
…
YEAR
…
…
Reactive Energy OUT
…
…
MONTH 12 - D01-16
TB16
MONTH 12
MONTH 12 - D17-31
Reactive Energy Q
PREV.
Actual Q1
Actual Q2
Actual Q3
Actual Q4
NEXT
TB1
TB1
TB1
TB1
…
…
…
…
TB16
TB16
TB16
TB16
Apparent Energy
PREV.
Instantaneous
NET
NEXT
TB1
…
TB16
*: option

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Measuring inputs
Current measurement
The device is designed for connection of current transformers with secondary currents of 1 A and 5 A. It is only possible to measure alternating currents.
Optionally (during the order phase), Rogowski sensors can be used.
Voltage measurement
The EMA-11N with multi-range power supply is designed for measuring in systems with rated AC voltages to:
● 400 V phase-to-neutral
● 690 V phase-to-phase
Power supply
A supply voltage is required to operate the device. Please consult the technical data or the type plate for the type and level of the possible supply voltage.
The EMA-11N can be supplied with an AC / DC multi-range power supply or a AC / DC extra-low voltage power supply:
•AC/DC multi-range power supply:
Supply by 90 to 250 VAC ±10 % / 50 / 60 Hz or
90 to 250 VDC ±10 %.
•Extra-low voltage AC/DC power supply:
Supply by 20 to 60 VAC ±10 % / 50 / 60 Hz or
20 to 60 VDC ±10 %.
CAUTION
Observe limit values
Failure to do so may result in damage to the device and the equipment.
The limits given in the technical data and on the type plate must not be exceeded even at startup or when testing the device.
If a supply voltage is applied that does not comply with the specifications on the type plate, this can result in malfunctioning and failure of the device.
Wiring settings
-Set wiring parameters according to the used wiring diagram. See wiring diagrams at the end of the manual.
-The Device status page allows to verify if the connection of the EMA-11N device has been executed properly.
-The wiring status page and phasor diagram allows to verify the following points:
● reading of the three phases
● voltage phases (angles between phases is different by 120°)
● reverse polarity of each CT
● mismatch between voltage and current phases
-If something not succeed, the display shows NOT CORRECT otherwise CORRECT
PARAMETERS MENU
Configuration
Setup → General
PASSWORD
Range
Default
Level 1 [visual]
0 ÷ 999999999
0 (OFF)
If set to 0, password is disabled and the access to all viewing and setup is allowed
Level 2 [setup]
0 ÷ 999999999
0 (OFF)
If set, value to be specified to get setup parameters access
Validity key [min]
1 ÷ 60
5
Keys enabling time after setup parameters access
Keys protection
YES / NO
NO
When enabled, value to be specified to get setup parameters access
Communication protection
YES / NO
NO
When enabled, value to be specified before to sending set parameters
Enable options
0 ÷ 999999999
0
Special code value to enable software features (switch off/on the device to enable them)
RESET
Range
Default
Global
YES / NO
-
All device parameters are resetted to factory default value
Default setup
YES / NO
-
All setup parameters are resetted to factory default value
All energies
Clears energy meters
YES / NO
-
TB energies
YES / NO
-
Clears tariff energy meters (excluded total energies)

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Counters
Clears counters
YES / NO
-
TB counters
YES / NO
-
Clears all counters timebands (excluded total counters).
Min-Max
Reset of MIN and MAX of all readings
YES / NO
-
Max demand
Reset of Max Demand of all readings
YES / NO
-
Log energies
Clears all energy meters logs
YES / NO
-
Log setpoint
Clears all alarm setpoint logs
YES / NO
-
All logs
Clears all logs
YES / NO
-
ON/OFF events
Clears all switching on / off device logs
YES / NO
-
Manual reset SP-DO
YES / NO
-
Reset of the digital outputs used in setpoint menu
DATE / TIME
Range
Default
Hour
0 ÷ 23
-
Minute
0 ÷ 59
-
Seconds
0 ÷ 59
-
Day of week
Monday ÷ Sunday
-
Day
1 ÷ 31
-
Month
January ÷ December
-
Year
2000 ÷ 2099
-
UTILITY
Range
Default
Language
English / Italian / German / Polish / French / Swedish
English
Colour theme
blue-white …gray-black
Blue-black
Text dimension
normal / big
Normal
Setpoint advice
YES / NO
NO
Page visualization
STD / SMART
SMART
If set Advanced, footer area - specifies the functions assigned to the function keys
DISPLAY
Range
Default
Brightness
Backlight level
1 ÷ 15
15
Back default page [min]
1 ÷ 30
5
If set to a time delay, after that time the display page goes back to page set as default
Standby
OFF / ON
ON
Standby delay [min]
1 ÷ 60
10
If standby set to ON, after that time the display page goes to standby
Refresh [1 = 250 ms]
1 ÷ 60
4 (1 sec)
Display update time
SX Led
Metrological (0.1 kWh) –Setpoint
Metrological (0.1 kWh)
DX Led
Metrological (0.1 kVArh) –Status
Status
GRAPHICS
Range
Default
Clear max bar
YES / NO
NO
Reset the max value of bar graphs
Measurements
Setup →Measure
TRANSFORM RATIO
Range
Default
CT primary
CT primary winding rated current
1 ÷ 400000
1
CT secondary
CT secondary winding rated current
1 ÷ 400000
1
CT N primary
CT Neutral primary winding rated current
1 ÷ 400000
1
CT N secondary
CT Neutral secondary winding rated current
1 ÷ 400000
1
VT primary
VT primary winding rated voltage
1 ÷ 400000
1
VT secondary
VT secondary winding rated voltage
1 ÷ 400000
1

pag. 14 / 28
MEASURE WINDOW
Range
Default
Upgrade time [min]
1 / 2 / 3 / 5 / 6 / 10 / 12 / 15 / 20 / 30 / 60
15
The time used to calculate the average, maximum, minimum values and the expected power
Type
shifting / fixed
shifting
Selection of average reading calculation method:
Fixed = Readings are integrated for the set time. Every time the integration time elapses, the Average value is updated with the result of the last integration
Shifting = The values are integrated for a period time. Every time this interval elapses, the oldest value is replaced with the new one just calculated
FREQUENCY
Range
Default
Fundamental [Hz]
50 / 60 / 50 (fixed) / 60 (fixed)
50
System frequency network.
DIP/SWELL
Range
Default
DIP threshold [mV]
10000 ÷ 2000000000
190000
Value under which the voltage must go down to be considered as an event
DIP cycles [1 = 10 ms]
1 ÷ 10000
250
Time for which the voltage value must be above the set limit [1 = 10 ms @50Hz - 1 = 8.33 ms @60Hz]
SWELL threshold [mV]
10000 ÷ 2000000000
270000
Value above which the voltage must rise to be considered as an event.
SWELL cycles
1 ÷ 10000
250
Time for which the voltage value must be above the set limit. [1 = 10 ms @50Hz - 1 = 8.33 ms @60Hz]
Interruptions [mV]
10000 ÷ 2000000000
205000
Hysteresis interruptions [mV]
10000 ÷ 2000000000
215000
Storage
FIFO
End memory
End memory
When the memory is full, the user can choose to stop the recording (End memory mode) or to continue overwriting the oldest records (FIFO mode)
WIRING / CONVENTION
Range
Default
Wiring
See the wiring table
3 phases [4 o 3 wires]
…
Balanced 3 wires
3 phases [4 o 3 wires]
4° inputs current
Measured / Computed / Differential
Measured
On this item appears Measured if the CT is present or Computed if the CT is not present. The user can change the set showed.
Power factor convention
SIGN / IEC / IEEE
SIGN
See the following picture for details on the selected configuration.
Setpoint timing
1 s / 0,1 s
1 s
Checking time for setpoint
Rogowski full scale
175 mV / 350 mV / 700 mV
350 mV
Full scale range value for Rogowski coil sensor
TYPE / MODALITY
Range
Default
Unit measure
Unit of measure of the measurements
mV / mA / mW / Wh
mV / mA / W / kWh
V / A / kW / MWh
mV / mA / W / kWh
Modality
Monodirectional / Bidirectional
Bidirectional
If set Bidirectional, the energy meters shows imported and exported
Compute Isum (I 1+2+3+4)
YES / NO
NO
Viewing the SUM of current inputs
THD avg
1…10
1
Selection of average THD samples calculation

pag. 15 / 28
Energies and Counters
Setup →Measure →Energies/Counters
PRELOAD ENERGY
Range
Default
ΣWh IN [1 = 0.1kWh]
0÷1000000000
0
ΣWh OUT [1 = 0.1kWh]
0÷1000000000
0
ΣVArh IN [1 = 0.1kVArh]
0÷1000000000
0
ΣVArh OUT [1 = 0.1kVArh]
0÷1000000000
0
ΣVAh [1 = 0.1kAh]
0÷1000000000
0
Wh IN L1 [1 = 0.1kWh]
0÷1000000000
0
Wh OUT L1 [1 = 0.1kWh]
0÷1000000000
0
VArh IN L1 [1 = 0.1kVArh]
0÷1000000000
0
VArh OUT L1 [1 = 0.1kVArh]
0÷1000000000
0
VAh L1[1 = 0.1kAh]
0÷1000000000
0
Wh IN L2 [1 = 0.1kWh]
0÷1000000000
0
Wh OUT L2 [1 = 0.1kWh]
0÷1000000000
0
VArh IN L2 [1 = 0.1kVArh]
0÷1000000000
0
VArh OUT L2 [1 = 0.1kVArh]
0÷1000000000
0
VAh L2 [1 = 0.1kAh]
0÷1000000000
0
Wh IN L3 [1 = 0.1kWh]
0÷1000000000
0
Wh OUT L3 [1 = 0.1kWh]
0÷1000000000
0
VArh IN L3 [1 = 0.1kVArh]
0÷1000000000
0
VArh OUT L3 [1 = 0.1kVArh]
0÷1000000000
0
VAh L3 [1 = 0.1kVAh]
0÷1000000000
0
MODE [TIMEBAND]
Range
Default
Energy changing
manual / from DI / preset
manual
Timeband switching:
-Manual
-From DI: the combination of digital inputs selects the actual timeband (TB) used (see the following table)
-Preset (see timeband Daily and Period plan for more information)
Counter changing
manual / from DI
manual
It’s possible to select the modality for change the timeband:
-Manual.
-From DI: the combination of digital input selects the actual timeband (TB) used (see the following table).
DI4
DI3
DI2
DI1
TB
DI4
DI3
DI2
DI1
TB
DI4
DI3
DI2
DI1
TB
DI4
DI3
DI2
DI1
TB
0
0
0
0
1
0
1
0
0
5
1
0
0
0
9
1
1
0
0
13
0
0
0
1
2
0
1
0
1
6
1
0
0
1
10
1
1
0
1
14
0
0
1
0
3
0
1
1
0
7
1
0
1
0
11
1
1
1
0
15
0
0
1
1
4
0
1
1
1
8
1
0
1
1
12
1
1
1
1
16
DAILY PLAN (from 1 to 16)
Range
Default
Start Hour 1
00 ÷ 23
0
Hour at which the timeband will be changed.
Start Minute 1
00 ÷ 59
0
Minute at which the timeband will be changed.
Timeband Used 1
not used ÷ TB-XX* (band)
not used
New timeband set.
* XX in TB-XX, depends from the number of the Timeband enabled.
………………..
Start Hour 16
00 ÷ 23
0
Hour at which the timeband will be changed.
Start Minute 16
00 ÷ 59
0
Minute at which the timeband will be changed.
Timeband Used 16
not used ÷ TB-XX* (band)
not used
New timeband set.
* XX in TB-XX, depends from the number of the Timeband enabled.
PERIOD PLAN (from 1 to 16)
Range
Default
Enable
yes / no
no
Enable or disable the plan. WARNING: Set all the following parameters before to enable it.
Start Month
January ÷ December
January
Month at which the period start.
Start Day
1 ÷ 31
1
Day at which the period start.
End Month
January ÷ December
December
Month at which the period finish.
End Day
1 ÷ 31
31
Day at which the period finish.

pag. 16 / 28
Monday Plan
Plan 1 ÷ Plan 16
Plan 1
Plan used for this day.
………………
………………
Sunday Plan
Plan 1 ÷ Plan 16
Plan 1
Plan used for this day.
Holiday
Range
Default
Month holiday 1
January ÷ December
January
Day holiday 1
1 ÷ 31
1
Plan holiday 1
--- ÷ plan 16
---
Plan used for this holiday. When the plane setting is different from --- the Holiday Plan is enabled.
………………..
Month holiday 48
January ÷ December
January
Day holiday 48
1 ÷ 31
1
Plan holiday 48
--- ÷ plan 16
---
Plan used for this holiday. When the plane setting is different from --- the Holiday Plan is enabled.
Example of using the Preset function to plan the timebands consumption.
2 daily plans are defined, the first is used for weekdays, the second for Saturdays and Sundays.
Enabling is executed after the end of these settings (Daily Plan and Period Plan).
For two days (January 6 and April 21) as exceptions to the standard weekly schedule you used the menu Holidays.
Setup →Measure →Energies/Counters →Daily plan Daily Plan 1
Start hour 1 8
Start minute 1 30
Timeband used 1 TB-1
Start hour 2 18
Start minute 2 30
Timeband used 2 TB-2
Setup →Timeband →Preset →Daily Daily Plan 2
Start hour 1 7
Start minute 1 00
Timeband used 1 TB-1
Start hour 2 12
Start minute 2 00
Timeband used 2 TB-2
Setup →Timeband →Preset →Period Period Plan 1
Start month January
Start day 1
End month July
End day 31
Monday plan plan 1
Tuesday plan plan 1
Wednesday plan plan 1
Thursday plan plan 1
Friday plan plan 1
Saturday plan plan 2
Sunday plan plan 2
Enable yes
Setup →Timeband →Preset →Holiday Month holiday 1 January
Day holiday 1 6
Plan holiday 1 plan 2
Month holiday 2 April
Day holiday 2 21
Plan holiday 2 plan 2

pag. 17 / 28
User pages
Setup →User page
TYPE
Range
Default
User page 1
instant / averages / energies / setpoint
instant
User page 2
instant / averages / energies / setpoint
instant
User page 3
instant / averages / energies / setpoint
instant
User page 4
instant / averages / energies / setpoint
instant
User page 5
instant / averages / energies / setpoint
instant
User page 6
instant / averages / energies / setpoint
instant
USER PAGE X (from 1 to 6)
Range
Default
Row 1
If the type is:
instant →see Acronym table of Instantaneous group
averages →see Acronym table of Averages group
energies →see Acronym table of Energy group
setpoint →1 ÷ 32
---
Selection of the measure displayed on the 1st row of the user page X.
Row 2
See Row 1
---
Selection of the measure displayed on the 2nd row of the user page X.
Row 3
See Row 1
---
Selection of the measure displayed on the 3th row of the user page X.
Row 4
See Row 1
---
Selection of the measure displayed on the 4th row of the user page X.
Row 5
See Row 1
---
Selection of the measure displayed on the 5th row of the user page X.
Row 6
See Row 1
---
Selection of the measure displayed on the 6th row of the user page X.
EDIT TITLES
Range
Default
Title of user page 1
---
VOLTAGES
Title of user page 2
---
PHASE - PHASE
Title of user page 3
---
CURRENTS
Title of user page 4
---
POWER FACTOR
Title of user page 5
---
ACTIVE POWER
Title of user page 6
---
REACTIVE POWER
EDIT KEYS TEXTS
Range
Default
Key n°1
---
L-N
Key n°2
---
L-L
Key n°3
---
A
Key n°4
---
P.F.
Key n°5
---
W
Key n°6
---
VAr
Communication
Setup →Communication
COMn (n=1 and n=2)
Range
Default
Mode
SLAVE
MASTER
SLAVE
Slaves to read
1 ÷ 20
1
Number of devices slave connected (only for MASTER mode)
Master Timeout [ms]
0 ÷ 10000
800
Time after than it will be set the no slave response flag and increase the NO RESPONSE COUNTER if the answer isn’t received (Master Mode)
Scan rate [ms]
0 ÷ 10000
1000
Delay between two master requests (Master mode).
Note: this value must be greater than TIMEOUT
Node address
1 ÷ 247
1
Serial address (node number) for the communication protocol (only in Slave Mode)
Baud rate [kbit/s]
4800 / 9600 / 19200 / 38400 / 57600 / 115200
38400
Serial communication speed
Stop bits
1-2
1
Number of stop bits
Data format
8 bit, no parity
8 bit, odd
8 bit, even
8 bit, no parity
Min. response delay [ms]
5 ÷ 100
10
Modify this value if use a slow external converter

pag. 18 / 28
MENU AVAILABLE ONLY FOR MASTER MODE SELECTION
COM 1 & 2 SLAVE TIPOLOGY
Range
Default
Slave node 1
TTC-V / CTT-4 / …
---
Type of device connected to the address 1
………………..
Slave node 20
TTC-V / CTT-4 / ...
---
Type of device connected to the address 20
MENU AVAILABLE ONLY FOR MASTER MODE SELECTION
COM 1 & 2 EDITING SLAVES NAME
Range
Default
Slave name node 1
Slave 1
The name of the device slave can be freely programmed by the user
………………..
Slave name node 20
Slave 20
MENU AVAILABLE IF PROFIBUS PORT IS AVAILABLE
PROFIBUS
Range
Default
Address [profibus node]
1 ÷ 126
1
MENU AVAILABLE IF ETHERNET PORT IS AVAILABLE
ETHERNET
Range
Default
IP address
0.0.0.0 ÷ 255.255.255.255
10.0.0.100
Subnet mask
0.0.0.0 ÷ 255.255.255.255
255.0.0.0
IP gateway
0.0.0.0 ÷ 255.255.255.255
10.0.0.254
Port TCP #1
0 ÷ 65535
502
Port TCP #2
0 ÷ 65535
503
DHCP
enable or disable
disable
Timeout [s]
10 ÷ 100000
4200
MENU AVAILABLE IF M-BUS PORT IS AVAILABLE
M-BUS
Range
Default
Node [address MBUS]
1 ÷ 250
1
Baudrate [kbit/s]
300 / 600 / 1200 / 2400 / 4800 / 9600 / 19200 / 38400
2400
Stop bits
1 / 2 stop bit
1 stop
Data format
8-None / 8-Odd / 8-Even
8-Even
Min. response delay [ms]
5 ÷ 100
35
Modify this value if use a slow external converter.
M-BUS FRAME A
Range
Default
Group 1
See Acronym Group table
Energies
Group of the 1st measure read.
Measure 1
See acronym in the table of the group selected
ΣWh IN
1st measure read
………………..
Group 18
See Acronym Group table
not used
Group of the 18th measure read.
Measure 18
See acronym in the table of the group selected
not used
18th measure read.
M-BUS FRAME B
Range
Default
Group 1
See Acronym Group table
Instantaneous
Group of the 1st measure read.
Measure 1
See acronym in the table of the group selected
V1
1st measure read
………………..
Group 18
See Acronym Group table
not used
Group of the 18th measure read.
Measure 18
See acronym in the table of the group selected
not used
18th measure read.
Factoy setting frame A
Group
Measure
Factory setting frame B
Group
Measure
1
Energies
ΣWh IN
1
Instantaneous
V1
2
Energies
ΣVArh IN
2
Instantaneous
V2
3
Instantaneous
W
3
Instantaneous
V3
4÷18
not used
not used
4
Instantaneous
A1
5
Instantaneous
A2
6
Instantaneous
A3
7÷18
not used
not used

pag. 19 / 28
I/O
Setup →I/O
DIGITAL OUTPUT (n=1…2)
Range
Default
State
0 / 1
0
Select 1 for close the DO, 0 to open
Level
Active low / Active high
Active high
Normal status of the output. Allows to reverse the logic of the output function
Mode
Status / Pulse / Setpoint
Status
Function of the output:
Status: Status of the output
Pulse: Energy pulses
Setpoint: Status of a limit threshold setpoint
Pulse weight [Wh-VArh]
1 ÷ 10000
100
Quantity of energy each pulse (e.g. 10Wh, 100Wh etc.)
Pulse duration [ms]
60 ÷ 1000
500
The pulse has a duty cycle of 50% (Ton equal Toff) and the duration selected
Associated
See the acronym table of measurements
-
Associated measure to the digital output DO
DIGITAL INPUT (n=1…2)
Range
Default
Mode
Status
Counter
Change energy timeband
Change counter timeband
Change energy and counter timeband
External trigger
Reset setpoint DO
Inhibition
Status
DI‐4=0, DI‐3=0 DI‐2=1, DI‐1=1 - Timeband selected is 0011bin -> TB 3
Multiplier
1 ÷ 100000
1
If the digital inputs mode is Counter this parameter multiply the input pulse for the coefficient set
Divider
1 ÷ 100000
1
If the digital input mode is Counter this parameter divide the input pulse for the coefficient set
Level action
Normally Open
Normally Closed
Normally Open
Status of the input for activation
SP-DO level
active high / active low
active high
The output set in SP-DO reset will go backt to the initial status
SP-DO reset
DO1…8
disabled
If is set SP-DO reset mode on the input, this parameter allows to set the outputs that will be reset when the input status is the same indicated in the SP-DO
Level set
Measure unit
-
-
Measure unit displayed during the use of the Digital Input in the Counter mode
Name
-
-
The name of the input can be freely programmed by the user
ANALOG OUTPUT (n=1…8)
Range
Default
Range
0…20mA
4…20mA
0…20mA
Defines the type of the analog outputs connected
Source
Internal measures / External node (only for COM Master mode)
Internal measures
Group
Instantaneous
-
Selection of the measurements group
Associated measure
See acronym in the table
-
Electrical parameter that controls the value of the analog output
High threshold
-9999…+9999
0
Maximum value associated to the high threshold associated
High threshold unit
See below
See below underlined
Unit measure of threshold
Voltage: mV-V-kV-MV Active Power: W-kW-M-GW Temperature: °C
Current: mA-A-kA-MA Reactive Power: VAr-kVAr-MVAr-GVAr THD and harmonics: %*100
Apparent Power: VA-kVA-MVA-GVA Frequency: mHz Angle: degree*10
Low threshold
9999…+9999
0
Minimum value associated to the low threshold
Low threshold unit
See below
See below underlined
Unit measure of threshold
Voltage: mV-V-kV-MV Active Power: W-kW-M-GW Temperature: °C
Current: mA-A-kA-MA Reactive Power: VAr-kVAr-MVAr-GVAr THD and harmonics: %*100
Apparent Power: VA-kVA-MVA-GVA Frequency: mHz Angle: degree*10

pag. 20 / 28
Alarm setpoint
Setup →Setpoint
SETPOINT (n=1…32)
Range
Default
Enable
Yes / No
No
Enable or disable the setpoint function.
Source
Internal measures / Measures node X
Internal measures
Select the instrument from which the measure to analyze it will be read.
Group
See Acronyms Group table
---
Selection of the group for the actual setpoint if it is set Internal measures as Source.
Item
See acronym in the table of the group selected
---
Selection of the measure in the selected Measure Group of the actual setpoint.
High threshold
± 9999
0
The Action is executed if the measure exceed the set value.
High threshold unit
See below
See below underlined
With Measure node X as Source, the multiplier factor will be 1, 1000, 1000000 while with Internal measures there will be:
Voltage: mV-V-kV-MV Reactive power: VAr-kVAr-MVAr–GVAr Angle: degree*10
Current: mA-A-kA-MA Frequency: mHz Apparent energy: VAh*100-kVAh-MVAh-GVAh
Apparent power:VA-kVA-MVA-GVA Temperature: °C Active energy: Wh*100-kWh-MWh-GWh
Active power: W-kW-MW-GW THD and harmonics: %*100 Reactive energy: VArh*100-kVArh-MVArh-GVArh
Low threshold
± 9999
0
The Action is executed if the measure is lower than the set value.
Low threshold unit
See below
See below underlined
See the description of High threshold unit.
Over debounce [seconds]
0 ÷ 10000
0
0: instantaneous execution of the Action
1÷10000: execution of the Action if the condition is kept for the time set
Entry debounce [seconds]
0 ÷ 10000
0
0: instantaneous execution of the Action
1÷10000: execution of the Action if the condition is kept for the time set
Hysteresis (for high & low threshold)
See below
0
Setting a value different by 0, the hysteresis is enabled with a percentage value set.
Logic operation over
See below
no logic
- No logic: the Action is executed without to verify the status of others setpoint [Default].
- OR logic: the Action is execute after the check of result of the OR logic operation with the setpoint selected in operands.
- AND logic: the Action is execute after the check of result of the AND logic operation with the setpoint selected in operands.
WARNING: it’s not possible to set OR logic for logic operation over and logic operation entry at the same time.
Logic operation entry
See below
no logic
- No logic: the Action is executed without to verify the status of others setpoint [Default].
- OR logic: the Action is execute after the check of result of the OR logic operation with the setpoint selected in operands.
- AND logic: the Action is execute after the check of result of the AND logic operation with the setpoint selected in operands.
WARNING: it’s not possible to set OR logic for logic operation over and logic operation entry at the same time.
Operands (1-16)
See below
No Operands
Setpoint 1: select Yes to include the setpoint 01 in the logic.
- - - - - - - - - - - - - - - - - - -
Setpoint 16: select Yes to include the setpoint 16 in the logic.
Operands (17-32)
See below
No Operands
Setpoint 17: select Yes to include the setpoint 17 in the logic.
- - - - - - - - - - - - - - - - - - -
Setpoint 32: select Yes to include the setpoint 32 in the logic.
Action over
See below
None
It possible to select one, more or anything action:
- Display and save the event. - Increase a variable that indicates the number of events.
- Change the DO-X state. - Increase a variable that indicates the duration time of the event.
Action entry
See below
None
It possible to select one, more or anything action:
- Display and save the event. - Change the DO-X state
DO used
See below
None
It possible to select (with Yes) one or more DO: DO-1, DO-2, DO-3, DO-4, DO-5, DO-6, DO-7, DO-8.
WARNING: for a correct functioning before to select the output it’s necessary to set the SETPOINT mode under the item MODE in the setup page of the DO
group (DO-1, 2, 3, 4 or DO-5, 6, 7, 8).
Data logger function
Setup →Log
GENERIC LOG
Range
Default
Enable
none ÷ trigger
none
Before enabling the log function, it is necessary to disable the other enabled logs. Only one type of log can be used at a time.
How to use:
- always: the log is active immediately after setting;
- in the period: the log is active (on the selected days of the week) in the selected period only (month and day);
- in the timetable: the log is active (on the selected days of the week) in the set time;