Page 1
USER’S MANUAL 7M
SERIES OF THREEPHASE METERS 7M.38.8.400.XXXX:
7M.38.8.400.0112
7M.38.8.400.0212
7M.38.8.400.0312
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User’s Manual 7M 1
THREEPHASE ELECTRICAL ENERGY METER
USER AND INSTALLATION MANUAL
Page 3
User’s Manual 7M 2
SECURITY ADVICES AND WARNINGS
Please read this chapter carefully and examine the equipment carefully for potential damages which might arise during
transport and to become familiar with it before continue to install, energize and work with a three-phase energy meter
7M.38.8.400.xxxx.
This chapter deals with important information and warnings that should be considered for safe installation and handling
with a device in order to assure its correct use and continuous operation.
Everyone using the product should become familiar with the contents of chapter »Security Advices and Warnings«.
If equipment is used in a manner not specied by the manufacturer, the protection provided by the equipment may be
impaired.
PLEASE NOTE
This booklet contains instructions for installation and use of three-phase energy meter 7M.38.8.400.xxxx.
Installation and use of a device also includes handling with dangerous currents and voltages therefore should be installed,
operated, serviced and maintained by qualied personnel only. FINDER S.p.A assumes no responsibility in connection with
installation and use of the product.
If there is any doubt regarding installation and use of the system in which the device is used for measuring or supervision,
please contact a person who is responsible for installation of such system.
BEFORE SWITCHING THE DEVICE ON
Check the following before switching on the device:
• Nominal voltage
• Terminals integrity
• Protection fuse for voltage inputs (recommended maximal external fuse size is 80 A)
• External switch or circuit breaker must be included in the installation for disconnection of the devices’ power supply.
It must be suitably located and properly marked for reliable disconnection of the device when needed
• Proper connection and voltage level of I/O module
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User’s Manual 7M 3
USED SYMBOLS ON DEVICES’ HOUSING AND LABELS
SYMBOL EXPLANATION
Three-phase 4-wire connection (3L+N)
Three-phase 3-wire 3 system connection (3L)
!
Three-phase 3-wire 2 system connection (3L-2I Aron connection)
Single-phase connection (L+N).
WARNING
Indicates situations where careful reading of this manual is required and following
requested steps to avoid potential injury is advised
Double insulation in compliance with the EN 61010−1: 2010 standard
NFC communication
IR - infrared (optical) communication
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SYMBOL EXPLANATION
Modbus communication
MBus communication
Compliance of the product with directive 2002/96/EC, as rst priority, the prevention
of waste electrical and electronic equipment (WEEE), and in addition, the reuse,
recycling and other forms of recovery of such wastes so as to reduce the disposal
of waste. It also seeks to improve the environmental performance of all operators
involved in the life cycle of electrical and electronic equipment
User’s Manual 7M 4
Compliance of the product with European CE directives
DISPOSAL
It is strongly recommended that electrical and electronic equipment (WEEE) is not deposit as municipal waste.
The manufacturer or provider shall take waste electrical and electronic equipment free of charge.
The complete procedure after lifetime should comply with the Directive 2002/96/EC about restriction on the use of certain
hazardous substances in electrical and electronic equipment.
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User’s Manual 7M 5
TABLE OF CONTENTS
BASIC DESCRIPTION AND OPERATION page - 6
INTRODUCTION page - 6
DESCRIPTION OF THE DEVICE page - 6
THREEPHASE ENERGY METERS APPLICATION page - 7
MAIN FEATURES page - 7
TYPE DIFFERENCES page - 8
CONNECTION page - 9
MOUNTING
ELECTRICAL CONNECTION
FIRST STEPS page - 14
KEYBOARD NAVIGATION
LCD USER INTERFACE
CALIBRATION AND SETTING PARAMETERS
TECHNICAL DATA page - 26
ACCURACY
MECHANICAL CHARACTERISTICS OF INPUT
ELECTRICAL CHARACTERISTICS OF INPUT
SAFETY AND AMBIENT CONDITIONS
EU DIRECTIVES CONFORMITY
DIMENSIONS
ABBREVIATION/GLOSSARY page - 31
page - 9
page - 10
page - 14
page - 14
page - 26
page - 26
page - 27
page - 28
page - 29
page - 30
page - 30
APPENDICES page - 32
APPENDIX A: MODBUS COMMUNICATION PROTOCOL
APPENDIX B: MBUS
APPENDIX C: EQUATIONS
page - 54
page - 57
page - 32
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User’s Manual 7M 6
BASIC DESCRIPTION AND OPERATION
The following chapter presents basic information about a three-phase energy meter 7M.38.8.400.xxxx required to understand
its purpose, applicability and basic features connected to its operation. In this chapter you will nd:
• INTRODUCTION
• DESCRIPTION OF THE DEVICE
• THREEPHASE ENERGY METERS APPLICATION
• MAIN FEATURES
• TYPE DIFFERENCES
INTRODUCTION
Regarding the options of a three phase energy meter, dierent chapters should be considered since it might vary in functionality.
TABLES
Supported functions and measurements are listed in tables. Symbols in tables indicate support of enabled functions for
dierent connection schemes. Additionally a legend is placed below table of used symbols. Meaning of symbols is:
Function is supported
Function is not supported
Symbol meaning varies and is described in the legend below the table
DESCRIPTION OF THE DEVICE
The three-phase energy meters 7M.38.8.400.xxxx are intended for energy measurements in three-phase electrical power
network and can be used in residential, industrial and utility applications. Meters measure energy directly in 3-wire and
4-wire networks according to the principle of fast sampling of voltage and current signals.
A built-in microprocessor calculates active/reactive/apparent power and energy, current, voltage, frequency, power factor,
power angle and frequency (for each phase and total sum) from the measured signals. This smart meter can also perform
basic harmonic analysis (THDU, THDI). This enables quick overview of harmonic distortion either coming from a network
or generated by the load. Microprocessor also controls LCD, LED, IR communication and optional extensions.
A capacitive touch button on the front of the energy meter enables access to switch between measurements and settings
in the menu. Connecting terminals can be sealed up against non-authorised access with protection covers.
The meters are built to be fastened according to EN 60715 standard.
Figure 1: Appearance of three-phase electric energy meter 7M.38.8.400.xxxx
1 Current terminals – to load
2 AUX terminals (options):
• RS485 (MODBus)
• M-BUS
• PULSE INPUT AND OUTPUT (S0
3 NFC
4 Information display
5 DIN-Rail tting
6 IR communication port – ON SIDE
7 LED indicator
8 Cap touch
9 Tari clock input
10 Neutral input
11 Current terminal – source (max 80 A)
1,2
)
LCD Display type: Matrix (128 x 64)
Illumination: white (normal operation)
red (alarm indication)
LED Colour: red
Pulse rate: 1000 imp/kWh
LED on: no load indication
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User’s Manual 7M 7
THREEPHASE ENERGY METERS APPLICATION
Energy meters have built-in optical (IR) communication port on the side.
It can be used for controlling Bistable switch – or in combination with SG smart gateway.
It can be used for direct communication with a PC to change settings of devices without any communication installed.
Optional the meter can be equipped with the following communications:
• RS485 serial communication with the MODBUS protocol
• M-BUS serial communication
Communication modules enables data transmission and thus connection of the measuring places into the network for the
control and management with energy.
Besides of communication modules, there are also tari input and built-in pulse output.
Tari input provides measurement of two taris for selected energy registers.
Pulse output S01,2 is sending data to the devices for checking and monitoring consumed energy.
Energy meters are equipped with NFC communication for easy setting and downloading data via mobile app.
NFC communication is implemented for parametrization as well as for reading data (e.g. counters, measurements, etc.)
from the smart meter. Special application available from our internet site has to be used to perform such operations.
MAIN FEATURES
• Three-phase direct connected DIN-rail mounting meters up to maximum current 80 A (I
• MID approval
• Class 1 for active energy according to EN 62053-21 and B according to EN 50470-3
• Class 2 for reactive energy according to IEC 62053-23
• Bidirectional energy measurement (import/export)
• Temperature range climatic condition as indoor meter according EN 50470
• Display segment Matrix LCD
• Multifunctional front red LED
• IR serial communication
• Measurement of:
o power (active, reactive, apparent) and energy (each phase and total)
o voltage (each phase)
o current (each phase)
o phase to phase voltage
o phase to phase angle
o frequency
o power factor (each phase and total)
o power angle (each phase and total)
o active tari (option)
o THD of voltage
o THD of current
• 2nd multifunction pulse output (valid only for 7M.38.8.400.0112)
• RS485 Serial communication (valid only for 7M.38.8.400.0212)
• NFC (option) enables an easy setting and downloading meter data via mobile app
• M-bus Serial communication (valid only for 7M.38.8.400.0312)
• Tari input (230 V AC)
• Tari management (up to 6 taris manageable via communication)
• –25°C - 70°C ambient operation temperature
• 3-DIN rail width mounting according to EN 60715
• Sealable terminal cover
max
)
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User’s Manual 7M 8
TYPE DIFFERENCES
Dierent type dier on functionality and equipment as shown in the following table.
General hardware features 7M.38.8.400.0112 7M.38.8.400.0212 7M.38.8.400.0312
MID approval
Pulse output S0
Pulse output S0
Tari input
70°C display
Infrared (optical) communication - IR
MODBUS comm. Protocol RS485 – –
General software features 7M.38.8.400.0112 7M.38.8.400.0212 7M.38.8.400.0312
MODBUS comm. Protocol (IR) –
M-bus serial comm. – –
NFC communication
Table 1: General hardware and software features of dierent types of meters
1
2
– –
–
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User’s Manual 7M 9
CONNECTION
This chapter deals with the instructions for three-phase electrical energy meter 7M.38.8.400.xxxx connection.
Both the use and connection of the device includes handling with dangerous currents and voltages.
Connection shall therefore be performed ONLY by a qualied person using an appropriate equipment. FINDER S.p.A, does
not take any responsibility regarding the use and connection.
If any doubt occurs regarding connection and use in the system which device is intended for, please contact a person who
is responsible for such installations.
In this chapter you will nd:
• MOUNTING
• ELECTRICAL CONNECTION
MOUNTING
Threee-phase electrical energy meter 7M.38.8.400.xxxx is intended for DIN-rail mounting.
In case of using the stranded wire, the ferrule must be attached before the mounting.
Figure 2: Dimensional drawing and rear connection terminals position
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User’s Manual 7M 10
ELECTRICAL CONNECTION
WARNING
Wrong or incomplete connection of voltage or other terminals can cause non-operation or damage to the device.
Installation must be carried out and inspected by a specialist or under his supervision.
When working on the meter, switch o the mains voltage! It is recommended to use 3x80 A fuse for the line protection.
Meter is used for direct connection into the three-phase four-wire or three-wire networks.
It can be used also in single-phase network, connected in the phase L3. Three-wire 2 system connection network measures
only phase to phase values (phase values are not available).
After electrical installation for MID approved meters the installation should be also set and conrmed in software.
Until installation conrmation warning Installation not set is displayed on LCD.
PLEASE NOTE
Setting of installation can be done just once, so take care to conrm the connection which ts the required connection
and required use.
Recommended installation:
1 Mounting to DIN rail according to DIN EN60715
2 Power contacts:
• Power contacts capacity 2.5 mm2 – 25 mm
• Connection screws M5
• Max torque 3.5 Nm
3 Auxiliary terminals:
• Auxiliary terminals contact capacity 0.05 mm2 – 1.5 mm
• Auxiliary terminals screws M3
• Max torque 0.6 Nm
2
2
Mark Meaning
L1,2,3 Line input
N Neutral input
Table 2: Marks used on wire connection diagrams
Page 12
Figure 3: Three-phase 4-wire connection diagram (3L+N)
User’s Manual 7M 11
Figure 4: Three-phase 3-wire 3 system connection diagram (3L)
Figure 5: Three-phase 3-wire 2 system connection diagram (3L-2I)
Page 13
Figure 6: Single.-phase connection diagram L+N
User’s Manual 7M 12
Figure 7: Connection diagram of S0 output, impulse counter, impulse counter or controller and tari clock
Figure 8: Connection diagram of S0 output, impulse counter, RS485 - Modbus and tari clock
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User’s Manual 7M 13
Figure 9: Connection diagram of S0 output, impulse counter, M - bus and tari clock
AUXILIARY CIRCUIT CONNECTION
For communication with outside world multiple manners are used:
• IR communication module (option) using MODBUS protocol.
It can be used for setting and testing the meter using USB adapter.
• S01,2 output module is used for counting number of pulses depending on consumed energy.
• RS485 (option) communication module is galvanic isolated from meter main circuit.
It enables setting the meter, data readout in the network and tari setting.
• M-BUS (option) communication module is galvanic isolated from meter main circuit.
It enables setting the meter, data readout in the network and tari setting.
• NFC (option) enables an easy setting and downloading meter data via mobile app.
• Tari input (option) module is used to set active tari.
• LED diode is used for indication of no-load condition and test output proportional to measured active energy.
It can be also switched to reactive energy for test purpose using IR communication or cap touch.
• A capacitive touch button enables access to switch between measurements and settings in the menu.
AUXILIARY TERMINAL
Pulse output (S01, S02) + –
Tari input ~ ~
M-bus (COM) M+ M-
RS485 (COM) A *SC B
*It is intended to be used for shielding for RS485
Table 3: Survey of auxiliary circuit connection
PLEASE NOTE
Check markings on the side of the meter to check what modules are built in.
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User’s Manual 7M 14
FIRST STEPS
Programming a three-phase electrical energy meter 7M.38.8.400.xxxx is very transparent and user friendly.
Numerous settings are organized in groups according to their functionality.
In this chapter you will nd basic programming steps:
- KEYBOARD NAVIGATION
- LCD USER INTERFACE
CALIBRATION AND SETTING PARAMETERS
FREEZE COUNTERS
KEYBOARD NAVIGATION
The capacitive touch (symbol below) is used for shifting between screens, for selecting the specic segment of the menu
and for conrming the settings. Press the capacitive touch (short-touch) to move forward between the screens. Long-touch
(approximately 3 seconds) is used to conrm the selection, to sett the next digit, or to enter the sub-menu. Very-long-touch
(approximately 5 seconds) considers the function ESC (during the parameter setting the screen goes back to the explicit
parameter in the other cases the LCD returns in the initial cycling mode).
If the screen backlight is o, the rst touch turns on the backlight, then the long-touch to view the main menu.
If the lock of the capacitive touch is available, to activate it, a very long-touch is needed.
Figure 10: The symbol of capacitive touch
LCD USER INTERFACE
LCD DISPLAY AT START UP
SN: serial number
MID: Version and CRC of Part 2
FUN: Version and CRC of Part 2
HW: Hardware version; m.: CRC of phase measuring modules (high, low)
Run: Operational time (days hours minutes)
After the electrical connection, the display shows an info screen (picture on top) for two seconds.
The following is holding page (default setting) of last observed measurement on the screen.
Measurements consist of energy counters and other actual measured values.
The MID approved meter shows a warning screen (picture on the right) Installation
Not set every 5 seconds if the installation of connection mode is not set yet.
Besides the holding page of measurement, one can enter the display menu structure by using a long touch. If the capacitive
touch is not pressed for more than 90 seconds, that specic measurement screen will be shown again.
This is also in case of a powerdown.
Cycling page function is a function that cycles measurements on the screen regarding the period that is dened in settings
(for more details see chapter Settings, Device settings, General settings, Display). If the capacitive touch is not pressed for
more than 90 seconds, the cycling of measurements automatically begines again. The explicit settings can be changed
through the Setting menu (for more details see chapter Display of device setting), Fi-MIS software or mobile app using NFC.
PLEASE NOTE
All settings that are performed can be subsequently changed via Fi-MIS by means of communication
PLEASE NOTE
The meter can be set to Test measuring mode which displays energy registers with better resolution.
The test mode is used for test purposes during type testing and test of meter constant during initial verication.
After power o meter automatically goes back to normal operation.
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User’s Manual 7M 15
CAPACITIVE TOUCH SELF CALIBRATION PROCESS
In a reported xed 64s interval the average, minimum and maximum value of the capacitive touch sensor is calculated.
If the conditions are stable (without interruptions) then the average value of the capacitive touch sensor is used as a reference
value.
If the new reference value deviates suciently from the permanently stored value, it is permanently saved.
Permanently stored value is used when the power is turned on.
ENERGY COUNTERS
There are two sets of energy registers – four non-resettable registers which can be assigned for active energy (MID approved),
reactive energy (national approval) or apparent energy (no approval).
The meter with MID approval should have at least one register with active energy measurement.
There are additional 16 energy registers which can be parameterised by the user regarding type of energy, active quadrants,
direction of counting and tari and they can also be resetted using MODBUS command or cap touch.
On the LCD up to two energy counters are displayed.
There is the lock sign for the xed legally relevant non-resettable counters, the counter designation, the sign of currently
active register, an additional code and the unit.
For the code the user can choose between the OBIS code or letter description code (the latter is the default). The 9-digit
numerical number shows the value of the energy. The decimal dot is xed and resolution is xed to 100 Wh. The screen is
displayed for the pre-set cyclic period.
PLEASE NOTE
In compliance with the MID directive, where the nal test is done before selling the products, it may happen that the MID
energy meters show a low energy consumption even if they are new.
This can only happen to relatively small percentage of meters for each production lot and the highest value should be
around 6 kWh for the Active Imported Energy
Page 17
User’s Manual 7M 16
Legally relevant non-resettable registers are designated with letters 1 to 4 after the lock sign, while legally non-relevant
resettable registers are designated with 01 to 16. The code is specied in table 4 and table 5.
REGISTER DESCRIPTION E1 TO E4 OBIS CODE LETTER DESCRIPTION CODE
Active energy Q1+Q4 – all taris 1.8.0 A.I.0
Active energy Q2+Q3 – all taris 2.8.0 A.E.0
Active absolute energy– all taris
(Abs(Q1+Q4) + abs(Q2+Q3))
Reactive energy – Q1+Q2 - all taris 3.8.0 r.I.0
Reactive energy – Q3+Q4 - all taris 4.8.0 r.E.0
Reactive absolute energy– all taris 95.8.0 (manufacturer specication) r.A.0
Apparent absolute energy-all taris 9.8.0 S.A.0
Table 4: OBIS code and letter description code for E1 to E4
REGISTER DESCRIPTION C1 TO C16 OBIS CODE LETTER DESCRIPTION CODE
Active energy Q1+Q4 – all taris 1.8.0 A.I.0
Active energy Q1+Q4 – tari 1 to 6 1.8.1 to 1.8.6 A.I.1 to A.I.6
All energy types – tari 1 to 6 x.x.1 to x.x.6 x.x.1.to x.x.6
All energy types – mixed taris
(example tari 1 and tari 2)
Active energy Q2+Q3 – all taris 2.8.0 A.E.0
free 15.8.0 A.A.0
Active energy (signed)– all taris
(Abs(Q1+Q4) – abs(Q2+Q3))
15.8.0 A.A.0
x.x.9 x.x
16.8.0 A.b.0
Active energy Q1– all taris 17.8.0 A. .0
Active energy Q2– all taris 18.8.0 A. .0
Active energy Q3– all taris 19.8.0 A. .0
Active energy Q4– all taris 20.8.0 A. .0
Reactive energy – Q1+Q2 - all taris 3.8.0 r.I.0
Reactive energy – Q3+Q4 - all taris 4.8.0 r.E.0
Reactive energy – Q1 - all taris 5.8.0 r. .0
Reactive energy – Q2 - all taris 6.8.0 r. .0
Reactive energy – Q3 - all taris 7.8.0 r. .0
Reactive energy – Q4 - all taris 8.8.0 r. .0
Reactive absolute energy– all taris 95.8.0 (manufacturer specication) r.A.0
Apparent absolute energy-all taris 9.8.0 S.A.0
Apparent energy –Q1+Q4 – all taris 9.8.0 S.I.0
Apparent energy – Q2+Q3 – all taris 10.8.0 S.E.0
Other unspecied custom setting
regarding power, quadrants
0.0.y
y (0,1,2,3,4,9)
x (A,r,S), y (0,1,2,3,4,» «)
x. .y
x
Table 5: OBIS code and letter description code for C1 to C16
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User’s Manual 7M 17
INITIAL DISPLAY MENU STRUCTURE
The following is a main menu divided into several sub-menus (ESC, Measurements, Info, Settings, Resets, Installation).
MAIN MENU:
- ESC
MEASUREMENTS
INFO
SETTINGS
RESETS
INSTALLATION
www.ndernet.com / Temperature 27 °C
ESC
Long-touch ESC, the screen holds on to the chosen measurement on default mode.
The mode could be changed in Fi-MIS software, to counter n1 or to cycling mode
(cycling between measurements). Short-touch to shift between sub-menus.
DISPLAY OF DEVICE MEASUREMENTS
Short-touch Measurements, the sub-menu is entered (ESC, Present values, Limits).
Long-touch ESC to return to the main menu.
MEASUREMENTS
ESC
Present values
<= Main menu
PRESENT VALUES
PRESENT VALUES
ESC
Voltage
Current
Power
PF & Power angle
Frequency
Energy
THD
Custom
Overwiew
<= Measurements
Long- touch Present values, the sub-menu is entered (ESC, Voltage, Current, Power, PF & Power angle, Frequency, Energy,
THD, Custom, Overview). Long-touch ESC to return to the measurements menu. Short-touch to shift between sub-menus.
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User’s Manual 7M 18
VOLTAGE
Long-touch Voltage to observe the phase voltage, phase to phase voltage, voltage angle,
average values of phase voltage, and average values of phase to phase voltage.
CURRENT
Long- touch Current to observe the phase current, and average current.
POWER
Long- touch Power to observe the power (active, reactive, apparent),
phase power (active, reactive, apparent).
PF & POWER ANGLE
Long- touch PF & Power angle to observe the power factor and power angle,
phase power factor and phase power angle.
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User’s Manual 7M 19
FREQUENCY
ENERGY
Long- touch Energy to observe the measured energy.
Two dierent types of energy registers are shown (resettable and non-resettable).
Disabled energy counters are not shown on the screen.
The resettable energy counter (Non-MID meters) can be reset, while the non-resettable
(the symbol of lock representing it) has been measuring the quantity continuously.
The resettable energy counters enable to set the value of measured energy
(see chapter Settings, energy, counters).
The energy counter you reset starts to re-measure the value from the zero
THD
Long- touch THD to observe the total harmonic distortion of current and voltage.
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User’s Manual 7M 20
CUSTOM
Long- touch Custom to observe the measurements of phase one, measurements of phase
two, measurements of phase three and custom measurements.
OVERVIEW
Long- touch Overview to observe the custom screens.
DISPLAY OF DEVICE INFO
Long- touch Info to view informations about the energy meter (name, date, hour,
rmwhare/technical informations, informations of locking, error informations).
Instrument info abbreviations:
SN: serial number
MID: Version and CRC of Part 2, U: upgrade counter
FUN: Version and CRC of Part 2, L: unlock counter
HW: Hardware version, m. : CRC of phase measuring modules (high, low)
Run: Operational time (days hours minutes)
Page 22
DISPLAY OF DEVICE SETTINGS
Long- touch Settings to enter the sub menu (table below).
SETTINGS
ESC
General
Date & Time
Communication
LCD
Security
Energy
<= Main menu
User’s Manual 7M 21
GENERAL
GENERAL
ESC
Language
<= Settings
Long- touch General, the sub-menu is entered (ESC, Language). Long- touch ESC to return to the settings menu.
Long- touch Language to set language (the options are shown in pictures below).
Short-touch to chose the requested language, then long-touch ESC to conrm it.
DATE AND TIME
Long- touch ESC to return to the settings menu.
Long- touch Date to set the date and on Time to set the time. Long-touch Automatic S/W
time to set automatically change between summer or winter time.
Long- touch Date and time, the sub-menu is entered (ESC, Date, Time. Automatic S/W time).
PLEASE NOTE
The clock is for informational purposes only.
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User’s Manual 7M 22
COMMUNICATION
Communication menu is available at M-bus and MODBus RS485 option (7M.38.8.400.0312 and 7M.38.8.400.0212) and can
be used for setting communication parameters (communication addresses, bits per second, parity and stop bits).
Long-touch Communication, the sub-menu is entered (ESC, Device address, Bits per
second, Parity, Stop bits). Long-touch ESC to return to the settings menu.
DEVICE ADRREESS
Long-touch Device address to set the address number. Non congured devices have the
same factory Modbus address set to 33. Short-touch to move between the numbers.
Long-touch the selected number to save the value. Very long-touch to save the device address.
BITS PER SECOND
Long-touch Bits per second to set the value of specic communication.
PARITY
Set the party of communication (none, odd or even).
Long-touch to set the selection.
STOP BITS
Set the stop bits of communication (1 or 2). Long press to set the selected value.
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User’s Manual 7M 23
LCD
Long-touch LCD, the sub-menu is entered (ESC, Contrast, Backlight, Backlight time o,
LCD scroll interval). Long-touch ESC to return to the settings menu
Long-touch Contrast to set the value of the contrast of the screen (from -10 to 10).
Long-touch the selected value to save the settings.
Long-touch Backlight to change the screen brightness (from 0 to 10).
Long-touch the selected value to save the settings
Long-touch Backlight time o to set the period of turn o the backlight of the screen
(from 0 to 9 minutes or no).
Long-touch the selected value to save the settings.
Long-touch the LCD scroll interval to set the value of the interval of scrolling measurements
(from 5 seconds to 65 seconds).
Long-touch the selected value to save the settings.
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User’s Manual 7M 24
SECURITY
Long-touch Security, the sub-menu is entered (ESC, Password level 1, Password level 2,
Lock instrument, unlock instrument). Long-touch ESC LCD returns to the settings menu.
A password consists of four letters taken from the British alphabet from A to Z.
Settings parameters are divided into single groups regarding security level:
PL1 >password level 1, PL2 >password level 2 and BP >a backup password.
Long-touch Password level 1 to set the passworld (4 letters).
Long-touch the selected letter to save the settings.
Long-touch Password level 2 to set the passworld (4 letters).
Long-touch the selected letter to save the settings.
Long-touchLock instrument to lock the meter.
Long-touch Unlock instrument to write the password for unlock (4 letters).
Long-touch the selected letter to save the settings.
When setting a password, only the letter being set is visible while the others are covered with •
Long-touch Energy, the sub-menu is entered (ESC, Active tari, LED test).
Long-touch ESC to return to the settings menu.
Long-touch Active tari to set the tari (Tari input, tari 1, 2, 3, 4, 5, 6).
Long-touch the selection. Tari management is possible for 16 NON-MID counters.
As default management of 2 taris is possible using tari input.
In case all active MID registers from E1 to E4 are parameterized for cumulative energy
(all taris) it is possible to set any single tari as a set value.
In this case, it is possible to switch 6 taris through a communication interface using
the MODBUS register.
Long-touch LED test to set specics test.
Long-touch the selection.
This function shall be used only for testing purposes during type testing and metrological
verication of the meters.
TEST MODES:
Normal – 1000 imp/kWh, counter resolution 100 Wh/100 varh.
P fast (Test mode P Fast) – 100000 imp/kWh, counter resolution 1 Wh/1 varh.
P fast cnt (Test mode P Fast – counter only) – 1000 imp/kWh, counter resolution 1 Wh/1 varh.
P test (Test mode P) – 1000 imp/kWh, counter resolution 100 Wh/100 varh.
Q test (Test mode Q)– 1000 imp/kvarh, counter resolution 100 Wh/100 varh.
Q fast (Test mode Q fast) – 100000 imp/kvarh, counter resolution 1 Wh/1 varh.
Q fast cnt (Test mode Q fast - counter only) – 1000 imp/kvarh, counter resolution 1 Wh/1 varh.
Long-touch LED No. of pulses to set the number of puleses (). Long-touch the selection.
Page 26
User’s Manual 7M 25
DISPLAY OF DEVICE RESETS
Long-touch Reset, the sub-menu is entered (ESC, Energy counters, output).
RESETS
ESC
Energy counters
<= Main menu
ENERGY COUNTERS
Long-touch Energy counters to chose the counter to reset
(ESC, All energy counters, from energy counter C1 to C16).
Longtouch ESC to return to the Resets.
INSTALLATION
Long-touch Installation to set the connection mode of the MID approved meter.
Long-touch ESC LCD returns to the Main menu.
The connection mode can be set only once. Until the connection mode is not set,
the warning screen appears every 5 seconds (Installation Not set).
Long-touch Connection mode setting menu is entered to select one of three options
(see picture below):
- 3L+N, 3L, L+N – Vector (Evaluation of the sum of phases),
- 3L+N, L+N – Arithmetic (Evaluation of individual phases),
- 3L-2I – Vector (Evaluation of the sum of phases).
Evaluation of individulal phases means that in case of opposite energy ow in dierent phases the energy is registered
to both import and export registers taking into accout each individual phase. It is applicable only in 4-wire connection.
Default value is the common three-phase 4-wire connection (3L+N) which enables also
– export evaluation as the sum of phases.
the message Installation not set is switched o.
In case 4-wire arithmetic mode with import-export evaluation for individual phases or 3-wire 2-system connection are chosen
the password DCBA has to be entered to allow the modication. In 3L-2I connection the phase measurements are blocked
on LCD while in 3L connection they are not automaticly blocked.
It is recommended to remove phase voltage and power measurements at Displayed measurement setting as these are not
relevant at 3-wire connection.
single-phase measurement in L3 (L+N) and 3-system 3–wire connection (3L) with import
Also this connection has to be conrmed to block further changes and after conrmation
Page 27
User’s Manual 7M 26
ERROR DISPLAY ON LCD
If error is detected Error display appears on LCD after each cycle for 5 seconds.
The rst two bits are the summary description of CRC errors.
The decimal value of rst 3 Bits (0 ...7) is displayed as Error.
The other bits are shown with 2 values:
- Data CRC – shows Parameter CRC details – decimal value (0...3f) of bits 8 to 13
- Code CRC – shows Firmware CRC details – decimal value (0 ...1f) of bits 3 to 7
CALIBRATION AND SETTING PARAMETERS
Calibration parameters can only be changed in production.
They cannot be changed by upgrade or dierent processes.
Special factory software is used to calibrate the parameters for current, voltage, and phase angle.
If these parameters were tenaciously or accidentally changed, an error type 1 is detected and Error 1 is shown on the LCD.
Calibration parameters are checked every 64 seconds.
The parameters related to energy measurement can only be changed if the MID key is unlocked.
TECHNICAL DATA
In following chapter all technical data regarding operation of a three-phase electrical energy meter is presented.
• ACCURACY
• MECHANICAL CHARACTERISTICS OF INPUT
• ELECTRICAL CHARACTERISTICS OF INPUT
• SAFETY AND AMBIENT CONDITIONS
• EU DIRECTIVES CONFORMITY
• DIMENSIONS
ACCURACY
MEASURED VALUES ACCURACY CLASS
ACTIVE ENERGY
REACTIVE ENERGY
VOLTAGE ±1% of measured value
CURRENT
ACTIVE POWER
REACTIVE, APPARENT POWER
class 1 EN 62053-21
class B EN 50470-3
±1.5% from I
±1% from Itr to I
class 2 EN 62053-23
±2.5% from I
±2% from Itr to I
±1% of I
±1% of measured value from I
±1% of nominal power (U
±1% of measured value from I
±2% of nominal power from I
±2% of measured value from I
min
min
from Ist to I
ref
to I
max
to I
max
tr
tr
ref
n * Iref
ref
ref
to I
st
ref
to I
max
) from I
to I
max
ref
to I
max
to I
st
ref
FREQUENCY ±0.5% of measured value
Page 28
User’s Manual 7M 27
MECHANICAL CHARACTERISTICS OF INPUT
Rail mounting according DIN EN 60715. In case of using the stranded wire, the ferrule must be attached before the mounting.
TERMINALS MAX. CONDUCTOR CROSSSECTIONS
MAIN INPUTS
OPTIONAL MODULES
Contacts capacitiveacity: 1.5 mm
Connection screws: M5
Max torque:
Length of removed isolation: 10 mm
Contacts capacitiveacity: 0.5 mm
Connection screws: M3
Max torque: 0.6 Nm
Length or removed isolation: 8 mm
3.5 Nm (PH2)
2
... 25 (16) mm
2
... 1.5 mm
2
2
Page 29
ELECTRICAL CHARACTERISTICS OF INPUT
TERMINALS MAX. CONDUCTOR CROSSSECTIONS
Type (connection): three-phase (4u and 3u), single-phase (1b)
MEASURING INPUT
PULSE OUTPUT S0
PULSE OUTPUT S0
MBUS SERIAL COMMUNICATION
OPTION
RS485 SERIAL COMMUNICATION
OPTION
OPTICAL IR COMMUNICATION
NFC
TARIFF INPUT
OPTION
1
2
Reference current I
Maximum current (
Minimum current (I
Transitional current (Itr): 0.5 A
Starting current: 20 mA
Power consumption at I
Nominal voltage (U
Power consumption per phase at Un: < 8 VA
Nominal frequency (fn): 50 Hz and 60 Hz
Minimum measuring time: 10 s
Pulse rate: 500 imp/kWh
Pulse duration: 32 ms ± 2 ms
Rated voltage DC (max): 27 V
Switched current (max): 27 mA
Standard: EN 62053-31 (A&B)
Type: Programmable
Rated voltage DC (max): 27 V
Switched current (max): 27 mA
Type: M-BUS
Speed: 300 bit/s to 9600 bit/s (default 2400 bit/s)
Protocol: M-BUS
Primary address: 0 – (default)
Type: RS485
Speed: 1200 bit/s to 115200 bit/s (default 19200 bit/s)
Frame: 8, N, 2
Protocol: MODBUS RTU
Address: 33 – (default)
Type: IR
Connection: via USB adapter
Speed: 19200 bit/s
Frame: 8, N, 2
Protocol: MODBUS RTU
Address: 33
Remark: All settings are xed
Protocol: ISO/IEC 14443 Part 2 and 3 compliant
Frequency range: 13.56 Mhz
Baudrate: 106 kbps
Operating distance:
Rated voltage: 230 V (+15 % –20 %)
Input resistance: 450 kOhm
Rated voltage: 230 V (+15 % –20 %)
Maximum load current: 50 mA
ref
I
max):
): 0.25 A
min
: 0.1 VA
ref
): 3x230 V/400 V (–20 %...+15 %)
n
User’s Manual 7M 28
5 A
80 A
up to 15 mm from LCD
(distance depends on used reader)
Page 30
SAFETY AND AMBIENT CONDITIONS
According to standards for indoor active energy meters.
Temperature and climatic condition according to EN 62052-11.
DUST/WATER PROTECTION: IP50 (For IP51 it should be installed in appropriate cabinet.)
OPERATING TEMPERATURE: –25 °C - +70 °C (non-condensig humudity)
STORAGE TEMPERATURE: –40 °C - + 85°C
ENCLOSURE: self extinguish, complying UL94-V
INDOOR METER: Yes
DEGREE OF POLLUTION: 2
PROTECTION CLASS: II
INSTALLATION CATEGORY 300 Vrms cat.III
STANDARD: IEC 62052-31
MECHANICAL ENVIRONMENT: M1
ELECTROMAGNETIC ENVIRONMENT: E2
HUMIDITY: non condensing
User’s Manual 7M 29
MAX WEIGHT WITH PACKAGING: 225 g (258.5 g)
INSTALLATION: DIN Rail 35 mm
DIMENSIONS W X H X D: 52.5 mm x 91.7 mm x 68.2 mm
PACKAGE DIMENSIONS W X H X D: 74 mm x 106 mm x 80 mm
COLOUR: RAL 7035
Page 31
EU DIRECTIVES CONFORMITY
MID CERTIFIED METERS
MID APPROVAL APPLIES TO NONRESETTABLE ACTIVE ENERGY COUNTERS.
EU DIRECTIVE ON MEASURING INSTRUMENTS 2014/32/EU
EU DIRECTIVE ON EMC 2014/30/EU
EU DIRECTIVE ON LOW VOLTAGE 2014/35/EU
EU DIRECTIVE WEEE 2002/96/EC
EU RED DIRECTIVE 2014/53/EU
DIMENSIONS
DIMENSIONAL DRAWING
User’s Manual 7M 30
CONSTRUCTION APPEARANCE
All dimensions are in mm
DIMENSIONS
Page 32
ABBREVIATION/GLOSSARY
Abbreviations are explained within the text where they appear the rst time.
Most common abbreviations and expressions are explained in the following table:
TERM EXPLANATION
MODBUS Industrial protocol for data transmission
FIMIS Setting Software for FINDER S.p.A instruments
ETHERNET IEEE 802.3 data layer protocol
AC Alternating quantity
PI Pulse input module
IR Infrared (optical) communication
RMS Root Mean Square
TRMS True Root Mean Square
PO Pulse output
PA Power angle (between current and voltage)
User’s Manual 7M 31
PF: Power factor
THD Total harmonic distortion
RTC: Real-time clock
NFC Near Field Communication
NC Not connected
SC: Shield
SW Software
MID Measuring Instruments Directive
Table 10: List of common abbreviations and expressions
Page 33
User’s Manual 7M 32
APPENDICES
APPENDIX A: MODBUS COMMUNICATION PROTOCOL
Modbus protocol enables operation of device on Modbus networks. For 7M.38.8.400.XXXX\ with serial communication the
Modbus protocol enables multi drop communication via RS485 communication. Modbus protocol is a widely supported
open interconnect originally designed by Modicon.
The memory reference for input and holding registers is 30000 and 40000 respectively.
PLEASE NOTE
The Modbus table is subject to change without notice.
For the latest and complete Modbus table please visit FINDER S.p.A web page.
Communication operates on a master-slave basis where only one device (the master) can initiate transactions called ‘Requests’.
The other devices (slaves) respond by supplying the requested data to the master. This is called the ‘Request - Response Cycle’.
The master could send the MODBUS request to the slaves in two modes:
• Unicast mode, where the master sends the request to an individual slave. It returns a replay to the master after the request
is received and processed. A MODBUS transaction consists of two messages. Each slave should have an unique address.
• Broadcast mode, where the master sends a request to all slaves and an answer is never followed. All devices should accept
the broadcast request function. The Modbus address 0 is reserved to identify the broadcast request.
MASTER TO SLAVE REQUEST
Device addressDevice address Function Code nx8 bit data bytes Error check
SLAVE TO MASTER RESPONSE
Device addressDevice address Function Code nx8 bit data bytes Error check
REQUEST
This Master to Slave transaction takes the form:
• Device address: master addressing a slave (Address 0 is used for the broadcast address, which all slave devices recognize)
• Function code e.g. 03 asks the slave to read its registers and respond with their contents
• Data bytes: tells the slave which register to start at and how many registers to read
RESPONSE
This Slave to Master transaction takes the form:
• Device address: to let the master know which slave is responding
• Function code: this is an echo of the request function code
• Data bytes: contains the data collected from the slave
Page 34
User’s Manual 7M 33
REQUEST FRAME
Starting Register Register Count CRC
Slave Address Function Code HI LO HI LO LO HI
21 04 00 6B 00 02
RESPONSE FRAME
Register Data CRC
Slave Address Function Code Byte Count HI LO HI LO LO HI
21 04 04 FE 00 59 96
REQUEST RESPONSE CYCLE EXAMPLE
Address number of slave: 21
Function code: 04 –> 30000
Starting register HI…LO: 00…6B
(Meaning that actual measurement is U1. For further informations see REGISTER TABLE FOR THE ACTUAL MEASUREMENTS.)
Register count HI…LO: 00…02
Data type: T5 (Unsigned Measurement (32 bit) – see table of DATA types decoding)
Register data: FE 00 59 74
(16)
(16)
(16)
–> 2
–> 107
+30000
(10)
(Two registers: 30107 and 30108)
(10)
(10)
–> 22934 * 10–2 V = 229,34 V
= 30107
(10)
REGISTER TABLE FOR THE ACTUAL MEASUREMENTS
The tables below represent the complete set of MODBUS register map. Register refresh frequency for actual measurement
from register 30105 to register 30190 is one second. Register refresh frequency for energy counters (from 30406 to 30441)
is 40 ms.
The registers from 30426 to 30441 (1000 x Energy Counter from 30406 to 30413 and from 30418 to 30425) represent the
same energy counters at 1000-times higher resolution.
This registers cam be read to calculate the energy dierence in the time interval more accurate.
Page 35
User’s Manual 7M 34
Address
30000 Memory Reference
30001 30008 Model Number T_Str16
30009 30012 Serial Number T_Str8
30013 Software Reference T1 Software version
30014 Hardware Reference T_Str2 Hardware version
30015 Calibration voltage T16 V/100
30017 Calibration current T16 A/100
30019 Accuracy class T17 100=1,00
30020 MiNet Flag T1 0
30024 COM1: Communication Type T1
30028 Memory type T1 0 No memory
30029 I/O 1 T1
30030 I/O 2 T1 See I/O 1
30031 I/O 3 T1 See I/O 1
30032 I/O 4 T1 See I/O 1
30044 Status register T1 Bit-0 Locked
30055 30057 Ethernet MAC Address T_Hex6
30058 Ethernet Software Reference T1 Ethernet Software version
30059 30060 Ethernet: IP Address T_Hex4 Actual Ethernet IP Address
30061 phase module 1 Software reference T17 100=1,0
30062 phase module 2 Software reference T17 100=1,0
30063 phase module 3 Software reference T17 100=1,0
30064 phase module 1 CheckSum T1
30065 phase module 2 CheckSum T1
30066 phase module 3 CheckSum T1
30067 phase m. 1 Calibration Data CheckSum T1
30068 phase m. 2 Calibration Data CheckSum T1
30069 phase m. 3 Calibration Data CheckSum T1
30070 Measurement module Software ref. T17 100=1,0
30071 Measurement module CheckSum T1
30072 Meas. m. Calibration Data CheckSum T1
Contents Data Ind Values / Dependencies
Input Registers
READ ONLY INFO
READ ONLY INFO
0 No Communication
2 RS485
13 M-bus
15 WiFi
3 8 MB Flash
4 16 MB Flash
0 No I/O
5 Tari Input
10 Digital input
12 Pulse Output (SO)
Bit-1 Wrong connection
Bit-2 Low battery
Bit-3 Low supply
Bit-4 Clock not set
Page 36
User’s Manual 7M 35
Address
30073 MID Setting Data CheckSum T1
30074 Setting Data CheckSum T1
30075 Software Checksum T1
30076 MID lock status T1 0 unlocked
30077 30078 Calibration Time Stamp T_unix
30079 MID unlock counter T1
30080 FW upgrade counter T1
30081 Software Checksum HI T1
30082 Measurement module CheckSum HI T1
30083 phase module 1 CheckSum HI T1
30084 phase module 2 CheckSum HI T1
30085 phase module 3 CheckSum HI T1
30097 Software options T1
30098 Active Communication Port T1 1 COM1
30099 Modbus Max. Register Read at Once T1
39000 Device group T1 5 7M
Contents Data Ind Values / Dependencies
Input Registers
1 locked
Page 37
User’s Manual 7M 36
Address
30101 Phase valid measurement T1 Bit 0 Invalid measurement phase 1
30102 reserved
30103 30104 Run time T3 seconds
30105 30106 Frequency T5
30107 30108 U1 T5
30109 30110 U2 T5
30111 30112 U3 T5
30113 30114 Uavg (phase to neutral) T5
30115 j12 (angle between U1 and U2) T17
30116 j23 (angle between U2 and U3) T17
30117 j31 (angle between U3 and U1) T17
30118 30119 U12 T5
30120 30121 U23 T5
30122 30123 U31 T5
30124 30125 Uavg (phase to phase) T5
30126 30127 I1 T5
30128 30129 I2 T5
30130 30131 I3 T5
30132 30133 INc T5
30134 30135 Inm - reserved T5
30136 30137 Iavg T5
30138 30139 S I T5
30140 30141 Active Power Total (Pt) T6
30142 30143 Active Power Phase L1 (P1) T6
30144 30145 Active Power Phase L2 (P2) T6
30146 30147 Active Power Phase L3 (P3) T6
30148 30149 Reactive Power Total (Qt) T6
30150 30151 Reactive Power Phase L1 (Q1) T6
30152 30153 Reactive Power Phase L2 (Q2) T6
30154 30155 Reactive Power Phase L3 (Q3) T6
30156 30157 Apparent Power Total (St) T5
30158 30159 Apparent Power Phase L1 (S1) T5 30158 30159
30160 30161 Apparent Power Phase L2 (S2) T5 30160 30161
30162 30163 Apparent Power Phase L3 (S3) T5 30162 30163
30164 30165 Power Factor Total (PFt) T7 30164 30165
30166 30167 Power Factor Phase 1 (PF1) T7 30166 30167
30168 30169 Power Factor Phase 2 (PF2) T7 30168 30169
30170 30171 Power Factor Phase 3 (PF3) T7 30170 30171
Contents Data Ind Values / Dependencies
Input Registers
ACTUAL MEASUREMENTS
Bit 1 Invalid measurement phase 2
Bit 2 Invalid measurement phase 3
Page 38
User’s Manual 7M 37
30174 angle between U2 and I2 T17
30175 angle between U3 and I3 T17
30181 Internal Temperature T17
THD HARMONIC DATA
30182 U1 THD% T16
30183 U2 THD% T16
30184 U3 THD% T16
30188 I1 THD% T16
30189 I2 THD% T16
30190 I3 THD% T16
I/O STATUS
Bit 0..4
30191 Alarm Status Flags(G1, G2 T1
30192 Alarm Status Flags(G3, G4 T1 Bit 0..4 Group 3 Limit 1 .. 4
30193
30194
30195
30196
30197 External relay status T1 0 O
30198 Reserved for Load control output status T1 0 O
30199 Reserved for Digital input status T1 0 O
30200 Alarm Status Flags(GE T1 Bit 0..4 Group E Limit 1 .. 4
30201 Logic functions values T1 Bit 0 Logic function 1
30202 30395 Reserved
30396 30399 Actual time T_Time
I/O 1 Value
I/O 2 Value
I/O 3 Value
I/O 4 Value
T17
T17
T17
T17
Bit
8..12
250 Comm. Error
255 Not connected
Bit 1 Logic function 2
Bit 2 Logic function 3
Group 1 Limit 1 .. 4
Group 2 Limit 1 .. 4
1 On
1 On
1 On
Page 39
User’s Manual 7M 38
Address
30400 CheckSum Status T1
30401 Energy Counter n1 Exponent T2
30402 Energy Counter n2 Exponent T2
30403 Energy Counter n3 Exponent T2
30404 Energy Counter n4 Exponent T2
30405 Current Active Tari T1
30406 30407 Energy Counter n1 T3
30408 30409 Energy Counter n2 T3
30410 30411 Energy Counter n3 T3
30412 30413 Energy Counter n4 T3
30414 30415 Energy Counter 1 T3
30416 30417 Energy Counter 2 T3
30418 30419 Energy Counter 3 T3
30420 30421 Energy Counter 4 T3
30422 30423 Energy Counter 5 T3
30424 30425 Energy Counter 6 T3
30426 30427 Energy Counter 7 T3
30428 30429 Energy Counter 8 T3
30430 30431 Energy Counter 9 T3
30432 30433 Energy Counter 10 T3
30434 30435 Energy Counter 11 T3
30436 30437 Energy Counter 12 T3
30438 30439 Energy Counter 13 T3
30440 30441 Energy Counter 14 T3
30442 30443 Energy Counter 15 T3
30444 30445 Energy Counter 16 T3
Contents Data Ind Values / Dependencies
Input Registers
ENERGY
0 No Error (OK)
Bit 0 Error Parameter CRC
Bit 1 Error Firmware CRC
Bit 2 Error MID-lock
Bit 3 Error phase module 1 CheckSum
Bit 4 Error phase module 2 CheckSum
Bit 5 Error phase module 3 CheckSum
Bit 6 Error Measurement module CheckSum
Bit 7 Error Software Checksum
Bit 8 Error Calibration Data CheckSum
Bit 9 Error MID Setting Data CheckSum
Bit 10 Error Setting Data CheckSum
Bit 11 Error phase m. 1 Cal. Data CheckSum
Bit 12 Error phase m. 2 Cal. Data CheckSum
Bit 13 Error phase m. 3 Cal. Data CheckSum
Bit 15 Instalation not set
Page 40
User’s Manual 7M 39
Address
30446 Energy Counter 1 Exponent T2
30447 Energy Counter 2 Exponent T2
30448 Energy Counter 3 Exponent T2
30449 Energy Counter 4 Exponent T2
30450 Energy Counter 5 Exponent T2
30451 Energy Counter 6 Exponent T2
30452 Energy Counter 7 Exponent T2
30453 Energy Counter 8 Exponent T2
30454 Energy Counter 9 Exponent T2
30455 Energy Counter 10 Exponent T2
30456 Energy Counter 11 Exponent T2
30457 Energy Counter 12 Exponent T2
30458 Energy Counter 13 Exponent T2
30459 Energy Counter 14 Exponent T2
30460 Energy Counter 15 Exponent T2
30461 Energy Counter 16 Exponent T2
30462 30463 1000 x Energy Counter n1 T3
30464 30465 1000 x Energy Counter n2 T3
30466 30467 1000 x Energy Counter n3 T3
30468 30469 1000 x Energy Counter n4 T3
30470 30471 1000 x Energy Counter 1 T3
30472 30473 1000 x Energy Counter 2 T3
30474 30475 1000 x Energy Counter 3 T3
30476 30477 1000 x Energy Counter 4 T3
30478 30479 1000 x Energy Counter 5 T3
30480 30481 1000 x Energy Counter 6 T3
30482 30483 1000 x Energy Counter 7 T3
30484 30485 1000 x Energy Counter 8 T3
30486 30487 1000 x Energy Counter 9 T3
30488 30489 1000 x Energy Counter 10 T3
30490 30491 1000 x Energy Counter 11 T3
30492 30493 1000 x Energy Counter 12 T3
30494 30495 1000 x Energy Counter 13 T3
30496 30497 1000 x Energy Counter 14 T3
30498 30499 1000 x Energy Counter 15 T3
30500 30501 1000 x Energy Counter 16 T3
Contents Data Ind Values
ENERGY
Page 41
User’s Manual 7M 40
Address
32480 32481 Run time T_oat seconds
32482 32483 Reserved for Frequency (fast response) T_oat
32484 32485 Uavg (phase to neutral) T_oat
32486 32487 Uavg (phase to phase) T_oat
32488 32489 S I T_oat
32490 32491 Active Power Total (Pt) T_oat
32492 32493 Reactive Power Total (Qt) T_oat
32494 32495 Apparent Power Total (St) T_oat
32496 32497 Power Factor Total (PFt) T_oat
32498 32499 Frequency T_oat
32500 32501 U1 T_oat
32502 32503 U2 T_oat
32504 32505 U3 T_oat
32506 32507 Uavg (phase to neutral) T_oat
32508 32509 U12 T_oat
32510 32511 U23 T_oat
32512 32513 U31 T_oat
32514 32515 Uavg (phase to phase) T_oat
32516 32517 I1 T_oat
32518 32519 I2 T_oat
32520 32521 I3 T_oat
32522 32523 S I T_oat
32524 32525 I neutral (calculated) T_oat
32526 32527 I neutral (measured) T_oat
32528 32529 Iavg T_oat
32530 32531 Active Power Phase L1 (P1) T_oat
32532 32533 Active Power Phase L2 (P2) T_oat
32534 32535 Active Power Phase L3 (P3) T_oat
32536 32537 Active Power Total (Pt) T_oat
32538 32539 Reactive Power Phase L1 (Q1) T_oat
32540 32541 Reactive Power Phase L2 (Q2) T_oat
32542 32543 Reactive Power Phase L3 (Q3) T_oat
32544 32545 Reactive Power Total (Qt) T_oat
32546 32547 Apparent Power Phase L1 (S1) T_oat
32548 32549 Apparent Power Phase L2 (S2) T_oat
32550 32551 Apparent Power Phase L3 (S3) T_oat
32552 32553 Apparent Power Total (St) T_oat
32554 32555 Power Factor Phase 1 (PF1) T_oat
32556 32557 Power Factor Phase 2 (PF2) T_oat
32558 32559 Power Factor Phase 3 (PF3) T_oat
32560 32561 Power Factor Total (PFt) T_oat
32562 32563 CAP/IND P. F. Phase 1 (PF1) T_oat
32564 32565 CAP/IND P. F. Phase 2 (PF2) T_oat
32566 32567 CAP/IND P. F. Phase 3 (PF3) T_oat
Contents Data Ind Values
ENERGY
Page 42
32568 32569 CAP/IND P. F. Total (PFt) T_oat
32570 32571 j1 (angle between U1 and I1) T_oat
32572 32573 j2 (angle between U2 and I2) T_oat
32574 32575 j3 (angle between U3 and I3) T_oat
32576 32577 Power Angle Total (atan2(Pt,Qt)) T_oat
32578 32579 j12 (angle between U1 and U2) T_oat
32580 32581 j23 (angle between U2 and U3) T_oat
32582 32583 j31 (angle between U3 and U1) T_oat
32584 32585 Frequency T_oat
32586 32587 Reserved
32588 32589 I1 THD% T_oat
32590 32591 I2 THD% T_oat
32592 32593 I3 THD% T_oat
32638 32639 Energy Counter n1 T_oat
32640 32641 Energy Counter n2 T_oat
32642 32643 Energy Counter n3 T_oat
32644 32645 Energy Counter n4 T_oat
32658 32659 Internal Temperature T_oat
ENERGY
32750 32751 Aktiv Tari T_oat
32752 32753 Energy Counter n1 T_oat
32754 32755 Energy Counter n2 T_oat
32756 32757 Energy Counter n3 T_oat
32758 32759 Energy Counter n4 T_oat
32760 32761 Energy Counter 1 T_oat
32762 32763 Energy Counter 2 T_oat
32764 32765 Energy Counter 3 T_oat
32766 32767 Energy Counter 4 T_oat
32768 32769 Energy Counter 5 T_oat
32770 32771 Energy Counter 6 T_oat
32772 32773 Energy Counter 7 T_oat
32774 32775 Energy Counter 8 T_oat
32776 32777 Energy Counter 9 T_oat
32778 32779 Energy Counter 10 T_oat
32780 32781 Energy Counter 11 T_oat
32782 32783 Energy Counter 12 T_oat
32784 32785 Energy Counter 13 T_oat
32786 32787 Energy Counter 14 T_oat
32788 32789 Energy Counter 15 T_oat
32790 32791 Energy Counter 16 T_oat
NOMINAL VALUES
32985 32986 nominal phase voltage T_oat Unom
32987 32988 nominal phase current T_oat Inom
32989 32990 nominal phase power T_oat Pnom
32991 32992 nominal total power T_oat Ptot
32993 32994 nominal total current T_oat Itot
32995 32996 nominal frequency T_oat Fnom
34999 35000 Run time T3 seconds
User’s Manual 7M 41
Page 43
User’s Manual 7M 42
INTERVAL MEASUREMENTS
Interval measurements are intended for data collection and synchronization of the time for data reading, trough the
communication. The time interval of data reading is programmable, by default is one minute.
The minimum and maximum measurements could be read within a given time interval.
Address
35500
35501
35502
35503 35504
35505 35506 Frequency T5
35507 35508 U1 T5
35509 35510 U2 T5
35511 35512 U3 T5
35513 35514 Uavg (phase to neutral) T5
35515 j12 (angle between U1 and U2) T17
35516 j23 (angle between U2 and U3) T17
35517 j31 (angle between U3 and U1) T17
35518 35519 U12 T5
35520 35521 U23 T5
35522 35523 U31 T5
35524 35525 Uavg (phase to phase) T5
35526 35527 I1 T5
35528 35529 I2 T5
35530 35531 I3 T5 35530 35531
35536 35537 Iavg T5
35538 35539 S I T5
35540 35541 Active Power Total (Pt) T6
35542 35543 Active Power Phase L1 (P1) T6
35544 35545 Active Power Phase L2 (P2) T6
35546 35547 Active Power Phase L3 (P3) T6
35548 35549 Reactive Power Total (Qt) T6
35550 35551 Reactive Power Phase L1 (Q1) T6
35552 35553 Reactive Power Phase L2 (Q2) T6
35554 35555 Reactive Power Phase L3 (Q3) T6
35556 35557 Apparent Power Total (St) T5
35558 35559 Apparent Power Phase L1 (S1) T5
35560 35561 Apparent Power Phase L2 (S2) T5
35562 35563 Apparent Power Phase L3 (S3) T5
35564 35565 Power Factor Total (PFt) T7
35566 35567 Power Factor Phase 1 (PF1) T7
35568 35569 Power Factor Phase 2 (PF2) T7
35570 35571 Power Factor Phase 3 (PF3) T7
35572 Power Angle Total (atan2(Pt,Qt)) T17
35573 j1 (angle between U1 and I1) T17
35574 j2 (angle between U2 and I2) T17
35575 j3 (angle between U3 and I3) T17
Contents Data Ind Values / Dependencies
Input Registers
AVERAGE MEASUREMENTS
The last Average interval duration
Time since the last average meaurements
Average measurements counter
Timestamp (Run time)
T1
T1
T1
T_unix
Seconds/10
Seconds/10
‘= 0 after reset
Page 44
User’s Manual 7M 43
Address
35582 U1 THD% T16
35583 U2 THD% T16
35584 U3 THD% T16
35588 I1 THD% T16
35589 I2 THD% T16
35590 I3 THD% T16
35605 35606 Frequency T5
35607 35608 U1 T5
35609 35610 U2 T5
35611 35612 U3 T5
35613 35614 Uavg (phase to neutral) T5
35615 j12 (angle between U1 and U2) T17
35616 j23 (angle between U2 and U3) T17
35617 j31 (angle between U3 and U1) T17
35618 35619 U12 T5
35620 35621 U23 T5
35622 35623 U31 T5
35624 35625 Uavg (phase to phase) T5
35626 35627 I1 T5
35628 35629 I2 T5
35630 35631 I3 T5
35632 35633 Reserved: Inc T5
35634 35635 Reserved: Inm T5
35636 35637 Iavg T5
35638 35639 S I T5
35640 35641 Active Power Total (Pt) T6
35642 35643 Active Power Phase L1 (P1) T6
35644 35645 Active Power Phase L2 (P2) T6
35646 35647 Active Power Phase L3 (P3) T6
35648 35649 Reactive Power Total (Qt) T6
35650 35651 Reactive Power Phase L1 (Q1) T6
35652 35653 Reactive Power Phase L2 (Q2) T6
35654 35655 Reactive Power Phase L3 (Q3) T6
35656 35657 Apparent Power Total (St) T5
35658 35659 Apparent Power Phase L1 (S1) T5
35660 35661 Apparent Power Phase L2 (S2) T5
35662 35663 Apparent Power Phase L3 (S3) T5
35664 35665 Power Factor Total (PFt) T7
35666 35667 Power Factor Phase 1 (PF1) T7
35668 35669 Power Factor Phase 2 (PF2) T7
35670 35671 Power Factor Phase 3 (PF3) T7
35672 Power Angle Total (atan2(Pt,Qt)) T17
35673 j1 (angle between U1 and I1) T17
35674 j2 (angle between U2 and I2) T17
Contents Data Ind Values / Dependencies
Input Registers
AVERAGE MEASUREMENTS
THD HARMONIC DATA
MAXIMUM MEASUREMENTS
Page 45
User’s Manual 7M 44
Address
35675 j3 (angle between U3 and I3) T17
35681 Internal Temperature T17
35682 U1 THD% T16
35683 U2 THD% T16
35684 U3 THD% T16
35685 U12 THD% T16
35686 U23 THD% T16
35687 U31 THD% T16
35688 I1 THD% T16
35689 I2 THD% T16
35690 I3 THD% T16
35700 35704 Reserved
35705 35706 Frequency T5
35707 35708 U1 T5
35709 35710 U2 T5
35711 35712 U3 T5
35713 35714 Uavg (phase to neutral) T5
35715 j12 (angle between U1 and U2) T17
35716 j23 (angle between U2 and U3) T17
35717 j31 (angle between U3 and U1) T17
35718 35719 U12 T5
35720 35721 U23 T5
35722 35723 U31 T5
35724 35725 Uavg (phase to phase) T5
35726 35727 I1 T5
35728 35729 I2 T5
35730 35731 I3 T5
35736 35737 Iavg T5
35738 35739 S I T5
35740 35741 Active Power Total (Pt) T6
35742 35743 Active Power Phase L1 (P1) T6
35744 35745 Active Power Phase L2 (P2) T6
35746 35747 Active Power Phase L3 (P3) T6
35748 35749 Reactive Power Total (Qt) T6
35750 35751 Reactive Power Phase L1 (Q1) T6
35752 35753 Reactive Power Phase L2 (Q2) T6
35754 35755 Reactive Power Phase L3 (Q3) T6
35756 35757 Apparent Power Total (St) T5
35758 35759 Apparent Power Phase L1 (S1) T5
35760 35761 Apparent Power Phase L2 (S2) T5
35762 35763 Apparent Power Phase L3 (S3) T5
35764 35765 Power Factor Total (PFt) T7
35766 35767 Power Factor Phase 1 (PF1) T7
35768 35769 Power Factor Phase 2 (PF2) T7
35770 35771 Power Factor Phase 3 (PF3) T7
Contents Data Ind Values / Dependencies
Input Registers
AVERAGE MEASUREMENTS
THD HARMONIC DATA
MINIMUM MEASUREMENTS
Page 46
User’s Manual 7M 45
Address
35772 Power Angle Total (atan2(Pt,Qt)) T17
35773 j1 (angle between U1 and I1) T17
35774 j2 (angle between U2 and I2) T17
35775 j3 (angle between U3 and I3) T17
35781 Internal Temperature T17
35782 U1 THD% T16
35783 U2 THD% T16
35784 U3 THD% T16
35785 U12 THD% T16
35786 U23 THD% T16
35787 U31 THD% T16
35788 I1 THD% T16
35789 I2 THD% T16
35790 I3 THD% T16
RAM logger
36000 Measurement parameter T1 See OutTypes
36001 Time interval T1 minuteas
36002 Number of valid results T1
36003 Time stamp of last result T2 minutes since midnight (<0 if no time)
36004 36131 Logger table (newest to oldest) T17 Normalised values
Contents Data Ind Values / Dependencies
Input Registers
AVERAGE MEASUREMENTS
THD HARMONIC DATA
SETTINGS
SYSTEM COMMANDS
40001 40002 User Password (L1, L2) T_Str4 A…Z
40003 40005 Factory Password (FAC) T_Str6 A…Z
40006 40007 Lavel 1 - User password T_Str4 A…Z 1
40008 40009 Lavel 2 - User password T_Str4 A…Z 2
40010 Active Acces Level T1
40011 Manual password activation T1 1 Lock instrument 0
40012 Operator Command Register T1
40014 Reset command register 2 T1 Bit-0 Reset alarm ouptut relay 1 1
Bit-1 Reset alarm ouptut relay 2
Bit-8 Reset alarm ouptut IR
40015
IR external relay command action
Password to attempt user
access level upgrade
Password to attempt factory
access level upgrade
0 Full protection
1
Access up to level 1 user password
2
Access up to level 2 user password
3
Access up to level 2 (backup pass.)
4 Factory access level
1 Save Settings
3 Restart Instrument
0 O 0 1 0
0 0 0
1 5 12 Abort Settings
0
0
Page 47
User’s Manual 7M 46
1 On
40030 Select Active Tari T1 1 6 1
40031
40032
40051 40052 Instalation Password T_Str4 A…Z
40053
40101 40120
40121 40140
40143
40144
40145
40146
40147
40148
40149
40150
40151
40161 40162
40163 40164
40166
40170
40171
40172
40173
40174
40175
40176
40177
Reset energy command register 1
Reset energy command register 2
INSTALATION SETTINGS
Connection and Total Energy
Calculation
GENERAL SETTINGS
Description
Location
Conection Mode
CT Secundary
CT Primary
VT Secundary
VT Primary
Current input range (%)
Voltage input range (%)
Frequency nominal value
CT connection
Time
Date
Automatic change S/W time
LCD congurations
LCD Contrast
LCD Back Light Intesnity
LCD Back Light Time O
LCD scroll interval
LCD Custom screen 1 - Line 1
LCD Custom screen 1 - Line 2
LCD Custom screen 1 - Line 3
T1
T1 Bit-i Reset counter i+17 0 65535 1
T1
T_Str40 2
T_Str40 2
T1
T4 mA 2
T4 A/10 2
T4 mV 2
T4 V/10 2
T16 10000 for 100% 5,00 260,00 2
T16 10000 for 100% 2,50 100,00 2
T1 Hz 50 50 2
T1
T9 1
T10 1
T1 0 No 0 1 1
T1 Bit 0
T2 –10 10 2
T1 0=No Backlight 0 10 2
T1 Minutes (0=Always on) 0 60 2
T1 Seconds 5 60 2
T1 See OutTypes 0 100 2
T1 See OutTypes 0 100 2
T1 See OutTypes 0 100 2
Bit-0..7 Reset counter 1 .. 8
Bit-8...15 Reset counter 9 .. 16
Password to attempt
instalation access level
0 Not set
1 4u, 1b, 3u(3L) – Vector
2 4u, 1b - Aritmetic
3 3u(3L-2I) - Vector
0
No mode
1b - Single Phase
1
2
3b - 3 phase 3 wire balanced
3
4b - 3 phase 4 wire balanced
4
3u - 3 phase 3 wire unbalanced
5
4u - 3 phase 4 wire unbalanced
Bit-0
Bit-1 Reverse Energy ow direction
Bit-2 Reverse CT connection
Disable display
“Wrong connection”
Counter description mode
(*0=OBIS code; 1= letters)
0 65535 1
0 3 0
1 5 2
0 1 2
0
2
Page 48
User’s Manual 7M 47
40178 LCD Custom screen 2 - Line 1 T1 See OutTypes 0 100 2
40179 LCD Custom screen 2 - Line 2 T1 See OutTypes 0 100 2
40180
40181 LCD Custom screen 3 - Line 1 T1 See OutTypes 0 100 2
40182 LCD Custom screen 3 - Line 2 T1 See OutTypes 0 100 2
40183 LCD Custom screen 3 - Line 3 T1 See OutTypes 0 100 2
40184 LCD scroll parameters 1 T1
40185 LCD scroll parameters 2
40186 LCD scroll parameters 3
40187 LCD scroll parameters 4
40188 LCD return mode T1 0 Auto scroll 0 2 2
LCD Custom screen 2 - Line 3
T1 See OutTypes 0 100 2
Bit 0 Counter n1 (Allways) 1 65535 2
Bit 1 Counter n2
Bit 2 Counter n3
Bit 3 Counter n4
Bit 0..7 Counter 1 .. 8
Bit 8..15 Counter 9 .. 16
Bit 0 Active Power Total (Pt)
Bit 1 Active Power P1 .. P3 (P12)
Bit 2 Reactive Power Total (Qt)
Bit 3 Reactive Power Q1 .. Q3 (Q12)
Bit 4 Apparent Power Total (St)
Bit 5 Apparent Power S1 .. S3 (S12)
Bit 6 Uavg (phase to neutral)
Bit 7 Voltage U1 .. U3
Bit 8 Uavg (phase to phase)
Bit 9 Voltage U12 .. U31
Bit 10 Curent Total
Bit 11 Curent I1 .. I3 (I12)
Bit 12 Frequency
Bit 13 Active Tari
Bit 14 Power Factor Total (PFt)
Bit 15 Power Factor PF1 .. PF3 (PF12)
Bit 0
Bit 1 Power Angle 1 .. 3 (12)
Bit 2 THD of voltage
Bit 3 THD of current
Bit 4 Clock
Power Angle Total (atan2(Pt,Qt))
0 65535 2
0 65535 2
0 31 2
40192 Comm. & LCD average interval T1 10=1,0 sec 0,1 5,0 2
40193 Touch Key Control T1 Bit 0 Touch Key Lock enable 0 1 2
Page 49
User’s Manual 7M 48
Address Contents Data Ind Values min max P. Level
COMMUNICATION
40202 Port 1: Device Adress (Modbus) T1 1 247 2
0 Baud rate 1200
1 Baud rate 2400
2 Baud rate 4800
40203 Port 1: Boud Rate T1
40204 Port 1: Stop Bit T1
40205 Port 1: Parity T1
40206 Port 1: Data Bits T1
40207 Port 1: TCP Port T1 1 65535 2
40208 40227 Port 1: IP Host name T_Str40 2
40228 40229 Port 1: IP Address T_Hex4 0
40230 40231 Port 1: Subnet Mask T_Hex4 0
40232 40233 Port 1: Default Router T_Hex4 2
40234 40241 WIFI password T_Str16 2
40242 40249 WIFI SSID T_Str16 2
40250 Bluetooth ON/OFF T1
IR
40251
40252 Port 2: Device Adress (Modbus) T1 1 247 2
40253 Port 2: Boud Rate T1 see Port 1: Boud Rate 3 7 2
40254 Port 2: Stop Bit T1 see Port 1: Stop Bit 0 1 2
40255 Port 2: Parity T1 see Port 1: Parity 0 2 2
40256 Port 2: Data Bits T1 see Port 1: Data Bits 0 0 2
40257 40270 Reserved
40271 M-bus Primary address T1 0 250 2
40272 T1
40273 40274 M-bus Secondary address T3
40202 Port 1: Device Adress (Modbus) T1 1 247 2
40203 Port 1: Boud Rate T1 0 Baud rate 1200 1 7 2
40273 40274 M-bus Secondary address T3
res. for Port 2:
Device Adress (DNP3)
M-bus
T1 0 65519 2
3 Baud rate 9600
4 Baud rate 19200
5 Baud rate 38400
6 Baud rate 57600
7 Baud rate 115200
0 1 Stop bit
1 2 Stop bits
0 No parity
2 Even parity
0 8 bits
1 7 bits
0 O
1 On
0 Baud rate 300
1 Baud rate 600
2 Baud rate 1200
3 Baud rate 2400
4 Baud rate 4800
5 Baud rate 9600
Digits only
Serial number)
1 Baud rate 2400
4 Baud rate 4800
5 Baud rate 9600
Digits only (Default =
Serial number)
(Default =
1 7 2
0 1 2
0 2 21 Odd parity
0 0 2
1 5 2
0
99999999
99999999
0
2
2
2
Page 50
User’s Manual 7M 49
Address Contents Data Ind Values min max P. Level
ENERGY
0 Tari input
40401 Active Tari T1
5..6 Tari 5..6
40402
40403 40418 Reserved
40419 Total Energy Calculation T1
40420 Reactive power calculation T1
40421 Energy Counter n1 Parameter T1
40422
40423 Energy Counter n1 Exponent T2 –3 6 2
40424
40425 Energy Counter n2 Parameter T1
Common Energy Counter
Exponent
NON-RESETABLE COUNTERS
Energy Counter n1 Conguration
Energy Counter n1 Tarif Selector
T2 –3 4 2
Evaluation of the sum
0
of phases
Evaluation of individual
1
phases
Standard calculation
0
(Q^2=S^2-P^2)
1
Delayed Current method
0 No Parameter
1 Active Power
2 Reactive pover
3 Apparent Power
5 Active Power Phase 1
6 Reactive pover Phase 1
7
Apparent Power Phase 1
9 Active Power Phase 2
10 Reactive pover Phase 2
T1
T1
11
13 Active Power Phase 3
14 Reactive pover Phase 3
15
33
34
35
Bit-0 Quadrant I Enabled
Bit-1 Quadrant II Enabled
Bit-2 Quadrant III Enabled
Bit-3 Quadrant IIII Enabled
Bit-4 Absolute Value
Bit-5 Invert Value
Bit-0 Tarif 1 Enabled
Bit-1 Tarif 2 Enabled
Bit-2 Tarif 3 Enabled
Bit-3 Tarif 4 Enabled
Bit-4 Tarif 5 Enabled
Bit-5 Tarif 6 Enabled
Apparent Power Phase 2
Apparent Power Phase 3
Active Power
individual phases
Reactive Power
individual phases
Apparent Power
individual phases
see Energy Counter
n1 Parameter
0 6 11..4 Tari 1..4
0 1 2
0 1 2
0 95 2
0 63 2
0 63 2
0 95 2
Page 51
User’s Manual 7M 50
40426
40427 Energy Counter n2 Exponent T2
40428
40429 Energy Counter n3 Parameter T1
40430
40431 Energy Counter n3 Exponent T2
40432
40433 Energy Counter n4 Parameter T1
40434
40435 Energy Counter n4 Exponent T2
40436
40437 Energy Counter 1 Parameter T1
40438 Energy Counter 1 Conguration T1
40439 Energy Counter 1 Exponent T2
40440 Energy Counter 1 Tarif Selector T1
40441 Energy Counter 2 Parameter T1
40442 Energy Counter 2 Conguration T1
40443 Energy Counter 2 Exponent T2
40444 Energy Counter 2 Tarif Selector T1
40445 Energy Counter 3 Parameter T1
40446 Energy Counter 3 Conguration T1
40447 Energy Counter 3 Exponent T2
40448 Energy Counter 3 Tarif Selector T1
40449 Energy Counter 4 Parameter T1
40450 Energy Counter 4 Conguration T1
Energy Counter n2 Conguration
Energy Counter n2 Tarif Selector
Energy Counter n3 Conguration
Energy Counter n3 Tarif Selector
Energy Counter n4 Conguration
Energy Counter n4 Tarif Selector
RESETABLE COUNTERS
T1
T1
T1
T1
T1
T1
see Energy Counter n1
Conguration
see Energy Counter n1
Exponent
see Energy Counter n1
Tarif Selector
see Energy Counter n1
Parameter
see Energy Counter n1
Conguration
see Energy Counter n1
Exponent
see Energy Counter n1
Tarif Selector
see Energy Counter n1
Parameter
see Energy Counter n1
Conguration
see Energy Counter n1
Exponent
see Energy Counter n1
Tarif Selector
see Energy Counter n1
Parameter
see Energy Counter n1
Conguration
see Energy Counter n1
Exponent
see Energy Counter n1
Tarif Selector
see Energy Counter n1
Parameter
see Energy Counter n1
Conguration
see Energy Counter n1
Exponent
see Energy Counter n1
Tarif Selector
see Energy Counter n1
Parameter
see Energy Counter n1
Conguration
see Energy Counter n1
Exponent
see Energy Counter n1
Tarif Selector
see Energy Counter n1
Parameter
see Energy Counter n1
Conguration
0 63 2
–3 6 2
0 63 2
0 95 2
0 63 2
–3 6 2
0 63 2
0 95 2
0 63 2
–3 6 2
0 63 2
0 95 2
0 63 2
–3 6 2
0 63 2
0 95 2
0 63 2
–3 6 2
0 63 2
0 95 2
0 63 2
–3 6 2
0 63 2
0 95 2
0 63 2
Page 52
User’s Manual 7M 51
40451
40452 Energy Counter 4 Tarif Selector T1
40453
40454 Energy Counter 5 Conguration T1
40455
40456 Energy Counter 5 Tarif Selector T1
40457
40458 Energy Counter 6 Conguration T1
40459
40460 Energy Counter 6 Tarif Selector T1
40461
40462 Energy Counter 7 Conguration T1
40463 Energy Counter 7 Exponent T2
40464 Energy Counter 7 Tarif Selector T1
40465 Energy Counter 8 Parameter T1
40466 Energy Counter 8 Conguration T1
40467 Energy Counter 8 Exponent T2
40468 Energy Counter 8 Tarif Selector T1
40469 40472 Energy Counter 9 see Energy Counter n1 2
40473 40476 Energy Counter 10 see Energy Counter n1 2
40477 40480 Energy Counter 11 see Energy Counter n1 2
40481 40484 Energy Counter 12 see Energy Counter n1 2
40485 40488 Energy Counter 13 see Energy Counter n1 2
40489 40492 Energy Counter 14 see Energy Counter n1 2
40493 40496 Energy Counter 15 see Energy Counter n1 2
40497 40500 Energy Counter 16 see Energy Counter n1 2
Energy Counter 4 Exponent
Energy Counter 5 Parameter
Energy Counter 5 Exponent
Energy Counter 6 Parameter
Energy Counter 6 Exponent
Energy Counter 7 Parameter
T2
T1
T2
T1
T2
T1
see Energy Counter n1
Exponent
see Energy Counter n1
Tarif Selector
see Energy Counter n1
Paramete
see Energy Counter n1
Conguration
see Energy Counter n1
Exponent
see Energy Counter n1
Tarif Selector
see Energy Counter n1
Parameter
see Energy Counter n1
Conguration
see Energy Counter n1
Exponent
see Energy Counter n1
Tarif Selector
see Energy Counter n1
Parameter
see Energy Counter n1
Conguration
see Energy Counter n1
Exponent
see Energy Counter n1
Tarif Selector
see Energy Counter n1
Parameter
see Energy Counter n1
Conguration
see Energy Counter n1
Exponent
see Energy Counter n1
Tarif Selector
–3 6 2
0 63 2
0 95 2
0 63 2
–3 6 2
0 63 2
0 95 2
0 63 2
–3 6 2
0 63 2
0 95 2
0 63 2
–3 6 2
0 63 2
0 95 2
0 63 2
–3 6 2
0 63 2
SUPPORTED FUNCTIONS AND USAGE
Code
DEC
3 03 to read from holding registers (4XXXX memory references)
4 04 to read from input registers (3XXXX memory references)
6 06 to write to a single holding register (4XXXX memory references)
16 10 to write to one or more holding register (4XXXX memory references)
Code
HEX
FUNCTION REFERENCES
Page 53
User’s Manual 7M 52
DATA TYPES DECODING
Registers dened in the Modbus database will dene data as one of the data types described in the following table:
TYPE VALUE / BIT MASK DESCRIPTION
T1
T2
T3
T4
T5
T6
T7
T8
T9
T10
T_Str4
(T11)
T_Str6
(T12)
T_Str8
T_Str16
T_Str20
T16
T17
bits # 15..14
bits # 13..00
bits # 31..24
bits # 23..00
bits # 31..24
bits # 23..00
bits # 31..24
bits # 23..16
bits # 15..00
bits # 31..24
bits # 23..16
bits # 15..08
bits # 07..00
bits # 31..24
bits # 23..16
bits # 15..08
bits # 07..00
bits # 31..24
bits # 23..16
bits # 15..00
Unsigned Value (16 bit)
Example: 12345 stored as 12345 = 3039
(16)
Signed Value (16 bit)
Example: -12345 stored as -12345 = CFC7
(16)
Signed Long Value (32 bit)
Example: 123456789 stored as 123456789 = 075B CD 15
Short Unsigned oat (16 bit)
Decade Exponent(Unsigned 2 bit)
Binary Unsigned Value (14 bit)
Example: 10000*102 stored as A710
(16)
Unsigned Measurement (32 bit)
Decade Exponent(Signed 8 bit)
Binary Unsigned Value (24 bit)
Example: 123456*10–3 stored as FD01 E240
(16)
Signed Measurement (32 bit)
Decade Exponent (Signed 8 bit)
Binary Signed value (24 bit)
Example: - 123456*10–3 stored as FDFE 1DC0
(16)
Power Factor (32 bit)
Sign: Import/Export (00/FF)
Sign: Inductive/Capacitive (00/FF)
Unsigned Value (16 bit), 4 decimal places
Example: 0.9876 CAP stored as 00FF 2694
(16)
Time stamp (32 bit)
Minutes 00 - 59 (BCD)
Hours 00 - 23 (BCD)
Day of month 01 - 31 (BCD)
Month of year 01 - 12 (BCD)
Example: 15:42, 1. SEP stored as 4215 0109
(16)
Time (32 bit)
1/100s 00 - 99 (BCD)
Seconds 00 - 59 (BCD)
Minutes 00 - 59 (BCD)
Hours 00 - 24 (BCD)
Example: 15:42:03.75 stored as 7503 4215
(16)
Date (32 bit)
Day of month 01 - 31 (BCD)
Month of year 01 - 12 (BCD)
Year (unsigned integer) 1998..4095
Example: 10, SEP 2000 stored as 1009 07D0
(16)
Text String 4 characters
Two characters per 16 bit register
Text String 6 characters
Two charcters per 16 bit register
Text String 8 characters
Two characters per 16 bit register.
Text String 16 characters
Two characters per 16 bit register.
Text String 20 characters
Two characters per 16 bit register.
Unsigned Value (16 bit), 2 decimal places
Example: 123.45 stored as 123.45 = 3039
(16)
Signed Value (16 bit), 2 decimal places
Example: -123.45 stored as -123.45 = CFC7
(16)
(16)
Page 54
TYPE VALUE / BIT MASK DESCRIPTION
Time and Date (64 bit)
T_Time
bits # 63..56
bits # 55..48
bits # 47..40
bits # 39..32
bits # 31..24
bits # 23..16
bits # 15..00
1/100s 00 - 99 (BCD)
Seconds 00 - 59 (BCD)
Minutes 00 - 59 (BCD)
Hours 00 - 24 (BCD)
Day of month 01 - 31 (BCD)
Month of year 01 - 12 (BCD)
Year (unsigned integer) 1998..4095
Example: 15:42:03.75, 10. SEP 2000 stored as 7503 4215 1009 07D0
T_TimeIEC
T_Data
T_Str40
T_oat
bits # 63..55
bits # 54..48
bits # 47..44
bits # 43..40
bits # 39..37
bits # 36..32
bit # 31
bits # 30..29
bits # 28..24
bit # 23
bit # 22
bits # 21..16
bits # 15..00
bits # 31
bits # 30..23
bits # 22..0
Time and Date (64 bit) = IEC870-5-4 “Binary Time 2a” Reserved
Years (0 .. 99)
Reserved
Months (1 .. 12)
Day of Week (1 .. 7)
Day of Month (1 .. 31)
Summer Time (0 .. 1): Summer time (1), Standard time (0) Reserved
Hours (0 .. 23)
Invalid (0 .. 1): Invalid (1), Valid (0)
Reserved
Minutes (0 .. 59)
Miliseconds (0 .. 59999)
Example: 15:42, 1. SEP stored as 4215 0109
Record Data
Size and SubTypes depends on the Actual Memory Part
Text String 40 characters
Two characters per 16 bit register.
IEEE 754 Floating-Point Single Precision Value (32 bit) Sign Bit (1 bit)
Exponent Field (8 bit)
Signicand (23 bit)
Example: 123.45 stored as 123.45000 = 42F6 E666
Time (16 bit)
T9A
bits # 15..08
bits # 07..00
Minutes 00 - 59 (BCD)
Hours 00 - 24 (BCD)
Example: 15:42 stored as 4215
Date (16 bit)
T10A
bits # 15..08
bits # 07..00
Day of month 00 - 31 (BCD)
Month of year 00 - 12 (BCD)
Example: 30, SEP stored as 3009
T18
Signed Value (16 bit), 4 decimal places
Example: -0.2345 stored as -2345 = F6D7
Unix time (32 bit)
T_unix Bits # 31..00
Seconds since January 1, 1970
Example: 16 May 2012 10:36:46 GMT stored as 4FB3 833E
User’s Manual 7M 53
(16)
(16)
(16)
(16)
(16)
(16)
(16)
Page 55
User’s Manual 7M 54
APPENDIX B: MBUS
The M-BUS interface fully complies with M-BUS European standard EN13757-2. The entire communication
is ensured with 8 Data Bits, Even Parity, 1 Stop Bit and a Baud Rate from 300 to 9600 Bauds.
COMMUNICATION SETTINGS
Default communication settings are: 2400, 8, E, 1 primary address 0 and secondary address is set to serial number of device.
INITIALIZE MBUS SNK_NKE
This Short Telegram initializes the M-BUS 7M.38.8.400.XXXX.
The M-BUS 7M.38.8.400.XXXX conrms correct receipt by Single Character Acknowledgement (ACK = E5).
If the telegram was not correctly received the 7M.38.8.400.XXXX will not send an acknowledgement.
SELECT MBUS 7M.38.8.400.XXXX USING SECONDARY ADDRESS SND_UD
This Telegram enables to select M-BUS 7M.38.8.400.XXXX. The M-BUS 7M.38.8.400.XXXX conrms the correct receipt by ACK.
If the telegram has not been correctly received the M-BUS 7M.38.8.400.XXXX will not send an Acknowledgement.
After issue of the Single Character Acknowledgement the M-BUS 7M.38.8.400.XXXX is ready to transmit the entire Read-out
Data within 3 seconds from receiving the Telegram „Transmit Read-out Data“.
At the end of 3 seconds the M-BUS 7M.38.8.400.XXXX will switch back to normal mode.
TRANSMIT READOUT DATA VIA PRIMARY/SECONDARY ADDRESS REQ_UD2
This Short Telegram enables to select the M-BUS 7M.38.8.400.XXXX and to command it to transmit the Read-out Data
parameterized. The M-BUS 7M.38.8.400.XXXX conrms correct receipt by transmitting of the Read-out Data.
If the Short Telegram has not been received correctly; no Data will be transmitted by the M-BUS 7M.38.8.400.XXXX.
The Read-out Data are sent within 35 ms – 75 ms from receipt of the Short Telegram by the M-BUS Meter (fom more infomations
see section M-Bus telegrams).
SET BAUD RATE VIA PRIMARY/SECONDARY ADDRESS SND_UD
This telegram enables to set the desired Baud Rate. The M-BUS 7M.38.8.400.XXXX conrms the correct receipt by ACK.
If the telegram was not received correctly the M-BUS 7M.38.8.400.XXXX does not send an Acknowledgement.
The (ACK) is sent by the M-BUS 7M.38.8.400.XXXX in the Old Baud Rate. As soon as ACK is transmitted the M-BUS Meter
switches to the baud rate newly parameterized. If the 7M.38.8.400.XXXX now does not receive a new Telegram under the
new baud rate within a period of 30 seconds – 40 seconds, it automatically switches back to the old baud rate.
This is apt to prevent that a faulty setting of the baud rate may interrupt communication.
SET PRIMARY ADDRESS VIA PRIMARY/SECONDARY ADDRESS SND_UD
This Telegram enables to set a new Primary Address. The M-BUS 7M.38.8.400.XXXX conrms the correct receipt by ACK.
If the telegram has not been correctly received the M-BUS 7M.38.8.400.XXXX will not send an Acknowledgement.
SET SECONDARY ADDRESS VIA PRIMARY/SECONDARY ADDRESS SND_UD
This Telegram enables to set a new Secondary Address. The M-BUS 7M.38.8.400.XXXX conrms the correct receipt by ACK.
If the telegram has not been correctly received the M-BUS 7M.38.8.400.XXXX will not send an Acknowledgement.
Secondary Address (UD) consists of:
Identication Number: 00000000 – 99999999 8-digit Secondary Address number
Manufacturer’s Code: 73 26 2 Byte Company Constant (ISS = “73 26”)
Version Number: 01 – FF 1 Byte
Medium: 02 1 Byte Constant Electricit
Page 56
User’s Manual 7M 55
RESET, RESTART MBUS MC350 VIA PRIMARY/SECONDARY ADDRESS SND_UD
This Telegram reset/restarts M-BUS MC350. The M-BUS 7M.38.8.400.XXXX conrms correct receipt by ACK.
If the telegram was not correctly received the M-BUS 7M.38.8.400.XXXX will not send an acknowledgement.
MBUS TELEGRAM
TOTAL ENERGY COUNTERS 0, 1, 2, 3
Energy counters could represent: +/- active energy, +/-reactive energy or apparent energy and one of 4-th tari.
DIF DIFE DIFE VIF VIFE VIFE VIFE DATA
xx.xx.xx.xx
T0: 04 none none
T1: 84 10 none
T2: 84 20 none
A+: 05 none none none *10
A–: 85 3C none none *10
R+: FB 82 75 none *10
R–: FB 82 F5 3C *10
App: FB 84 75 none *10
5-3
5-3
5-3
5-3
5-3
Wh
Wh
varh
varh
VAh
ACTIVE TARIFF NUMBER
Tari number in progress (1 to 4)
DIF DIFE DIFE VIF VIFE VIFE VIFE D ATA
01 FF 01 xx
DATA: value represent as 8-bit integer
ACTIVE POWER TOTAL PT W
Active power total in 32 bit x 10
DIF DIFE DIFE VIF VIFE D ATA
04 2A 01 xx.xx.xx.xx
(2-3)
W
ACTIVE POWER TOTAL KVAR
Reactive power total in 32bit x10
DIF DIFE VIF VIFE VIFE VIFE DATA
04 FB 97 72 xx.xx.xx.xx
(2-3)
var
INSTANT APPARENT POWER TOTAL VA
Apparent power total in 32 bit x 10
(5-6)
VA
DIF DIFE VIF VIFE VIFE VIFE DATA
04 FB B4 75 xx.xx.xx.xx
n - 0…7
POWER FACTOR: : LEADING ET +: LAGGING: PF
Power factor as 32-bit integer * 10
DIF DIFE DIFE VIF VIFE VIFE VIFE D ATA
04 A8 B4 35 xx.xx.xx.xx
Unit : W/V/A
-3
Page 57
User’s Manual 7M 56
CURRENT TOTAL A
Total current as 32 bit x 10
DIF DIFE VIF VIFE VIFE D ATA
04 FD 59 xx.xx.xx.xx
(9-12)
A
SYSTEM FREQUENCY HZ/1000
Contains the line frequency 32-bit integer in mHz.
DIF DIFE DIFE VIF VIFE VIFE VIFE D ATA
04 FB 2C xx.xx.xx.xx
ACTIVE POWER IN PHASE 1, 2, 3 W
Active power in 32bit x 10
P1: AA FC 01
P2: AA FC 02
P3: AA FC 03
(2-3)
W
DIF DIFE DIFE VIF VIFE VIFE DATA
04 xx.xx.xx.xx
CURRENT IN PHASE 1, 2, 3, NEUTRAL A
Phase current as 32 bit x 10
DIF DIFE VIF VIFE VIFE VIFE DATA
04 xx.xx.xx.xx
I1: FD D9 FC 01
I2: FD D9 FC 02
I3: FD D9 FC 03
(9-12)
A
VOLTAGES V
Voltage as 32 bit x 10
U1: FD C7 FC 01
U2: FD C7 FC 02
U3: FD C7 FC 03
U12: FD C7 FC 05
U23: FD C7 FC 06
U31: FD C7 FC 07
(7-9)
V
DIF DIFE VIF VIFE VIFE VIFE DATA
04 xx.xx.xx.xx
Page 58
APPENDIX C: EQUATIONS
NUMBER SYMBOL DEFINITION
1 MP Average interval
User’s Manual 7M 57
2
3
4 N Total number of samples in a period
5 n Sample number (0 ≤ n ≤ N)
6 x, y Phase number (1, 2 or 3)
7 i
8 U
9 U
10
VOLTAGE
U
f
U
n
fn
n
f
Phase voltage (U1, U2 or U3)
Phase-to-phase voltage (U12, U23 or U31)
Current sample n
Phase voltage sample n
Phase-to-phase voltage sample n
Power angle between current and phase voltage f ( 1, 2 or 3)
Phase voltage
samples in averaging interval (up to 65 Hz)
CURRENT
Phase-to-phase voltage
ux, uy − phase voltages (Uf)
N − a number of samples in averaging interval
Phase current
N − samples in averaging interval (up to 65 Hz)
Page 59
POWER
= P1 + P2 + P
P
t
User’s Manual 7M 58
Active power by phases
N − a number of periods
n − index of sample in a period
f − phase designation
Total active power
3
t − total power
1, 2, 3 − phase designation
SignQ6(φ)
[0° − 180°] –> SignQ*(φ) = +1
φ
φ [180° − 360°] –> SignQ*(φ) = −1
I
S = U
f
f
St = S1 + S2 + S
Qt = Q1 + Q2 + Q
= a tan2 (Pf, Qf)
φ
s
φs = –180°, 179,99°
3
3
Reactive power sign
Qf − reactive power (by phases)
− power angle
?
Apparent power by phases
Uf − phase voltage
If − phase current
Total apparent power
St − apparent power by phases
Reactive power by phases
Sf − apparent power by phases
Pf − active power by phases
Reactive power by phases (displacement method)
N − a number of samples in a period
n − sample number (0 ≤ n ≤ N)
f − phase designation
Total reactive power
Qt − reactive power by phases
Total power angle
Pt − total active power
Qt − total reactive power
THD
Distortion power factor
P − active power
S −apparent power
Current THD
I1 − value of rst harmonic
n − number of harmonic
Phase voltage THD
U1 − value of rst harmonic
n − number of harmonic
Page 60
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FINDER si riserva il diritto di apportare modiche ai suoi prodotti in qualsiasi momento e senza preavviso. FINDER declina ogni responsabilità per i danni a cose o persone derivati da un uso errato o impropio dei suoi prodotti.7M38EN 03/22
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