HT instruments SOLAR300N User Manual
User manual
SOLAR300 – SOLAR300N
Copyright HT ITALIA 2013 Release EN 2.08 - 19/02/2013
SOLAR300 - SOLAR300N
Table of contents:
1. PRECAUTIONS AND SAFETY MEASURES ............................................................. 4
1.1. General ................................................................................................................................. 4
1.2. Preliminary instructions ......................................................................................................... 4
1.3. During use ............................................................................................................................. 5
1.4. After use ................................................................................................................................ 5
1.5. Measuring (overvoltage) categories definitions ..................................................................... 5
2. GENERAL DESCRIPTION ......................................................................................... 6
2.1. Introduction – PV and NPV systems ..................................................................................... 6
2.2. Functions ............................................................................................................................... 6
2.3. Initial screen .......................................................................................................................... 7
3. PREPARE TO USE ..................................................................................................... 7
3.1. Initial check ........................................................................................................................... 7
3.2. Instrument power supply ....................................................................................................... 7
3.3. Calibration ............................................................................................................................. 7
3.4. Storage .................................................................................................................................. 7
4. HOW TO OPERATE ................................................................................................... 8
4.1. Instrument description ........................................................................................................... 8
4.2. Keyboard description ............................................................................................................ 9
4.3. Display description .............................................................................................................. 10
4.4. Reset of meter ..................................................................................................................... 10
5. GENERAL MENU ..................................................................................................... 11
5.1. General settings .................................................................................................................. 12
5.1.1. Language selection .................................................................................................................. 12
5.1.2. Date/Time settings .................................................................................................................... 13
5.1.3. Display brightness adjust .......................................................................................................... 13
5.1.4. Protection Password setting ..................................................................................................... 14
5.1.5. Sound keys setting ................................................................................................................... 15
5.1.6. Auto power off setting ............................................................................................................... 15
5.1.7. Memory type setting ................................................................................................................. 16
5.1.8. “Touch screen” calibration ........................................................................................................ 16
5.2. Real Time Values ................................................................................................................ 17
5.2.1. Single-MPPT photovoltaic system screen – Single-phase output ............................................ 17
5.2.2. Single-MPPT photovoltaic system screen – Three-phase output ............................................ 18
5.2.3. Screen of photovoltaic systems with multi-MPPT inverter (only with MPP300) ....................... 18
5.2.3.1. Multi-MPPT photovoltaic system screen – Single-phase output ...................................................... 19
5.2.3.2. Multi-MPPT photovoltaic system screen – Three-phase output ...................................................... 20
5.2.4. Value screens for NPV systems ............................................................................................... 20
5.2.4.1. 4-wire three phase system – Screens sequence ............................................................................. 21
5.2.4.2. 3-wire three phase system – Screens sequence ............................................................................. 24
5.2.4.3. 3-wire ARON three phase system – Screens sequence ................................................................. 26
5.2.4.4. Single phase system – Screens sequence ...................................................................................... 28
5.2.5. SCOPE waveforms screens ..................................................................................................... 30
5.2.6. HARM analysis screens ........................................................................................................... 33
5.2.7. Vectorial diagrams screens ...................................................................................................... 37
5.3. Analyzer Settings ................................................................................................................ 41
5.3.1. Analyzer Configuration screen ................................................................................................. 41
5.3.1.1. Setting system frequency ................................................................................................................ 44
5.3.1.2. Setting clamp type ........................................................................................................................... 44
5.3.1.3. Setting full scale of clamps .............................................................................................................. 45
5.3.1.4. Setting VT ratio ................................................................................................................................ 45
5.3.2. Parameter setting screen – PV systems .................................................................................. 46
5.3.2.1. Setting the nominal power of the photovoltaic system ..................................................................... 46
5.3.2.2. Setting the Gamma parameter of photovoltaic panels ..................................................................... 46
5.3.2.3. Setting the NOCT parameter of photovoltaic panels ....................................................................... 47
5.3.2.4. Setting temperatures Tenv and Tpv ................................................................................................ 47
5.3.2.5. DC input N setting (only together with opt. MPP300) ...................................................................... 47
5.3.2.6. Selection of the relationship for Temperature effects compensations ............................................. 48
5.3.3. Advanced setting screen – PV systems ................................................................................... 49
5.3.3.1. Setting of remote unit ...................................................................................................................... 49
5.3.3.2. Setting the corrective factor of the pyranometer (only for SOLAR-01 unit) ...................................... 49
EN - 1
SOLAR300 - SOLAR300N
5.3.3.3. Setting of minimum irradiance threshold ......................................................................................... 50
5.3.3.4. Setting of corrective constant of DC clamp ...................................................................................... 50
5.3.4. Advanced Settings screen – NPV systems .............................................................................. 51
5.3.4.1. Zoom graphics option ...................................................................................................................... 51
5.3.4.2. Harmonics type option ..................................................................................................................... 52
5.3.4.3. Harmonics values option ................................................................................................................. 52
5.3.4.4. Zoom with respect to the 1st harmonic option ................................................................................. 53
5.3.4.5. Average value option ....................................................................................................................... 53
5.4. Recording settings .............................................................................................................. 54
5.4.1. Recorder setting screen – PV systems .................................................................................... 54
5.4.1.1. Item Comments ............................................................................................................................... 55
5.4.1.2. Use of the virtual keyboard .............................................................................................................. 55
5.4.1.3. Items Start and Stop ........................................................................................................................ 56
5.4.1.4. Item Integration period..................................................................................................................... 56
5.4.1.5. Item General Parameters for use with SOLAR01 or SOLAR02 units .............................................. 56
5.4.1.6. Description of the sub-levels of item General Parameters ............................................................... 58
5.4.1.7. Item SOLAR-01 and SOLAR-02 ...................................................................................................... 59
5.4.1.8. Default settings ................................................................................................................................ 59
5.4.1.9. Item General Parameters for use with MPP300 unit ....................................................................... 61
5.4.2. Recording settings screen – NPV systems .............................................................................. 62
5.4.2.1. Comments ....................................................................................................................................... 62
5.4.2.2. Use of virtual keyboard .................................................................................................................... 63
5.4.2.3. Start and Stop ................................................................................................................................. 63
5.4.2.4. Integration period ............................................................................................................................ 64
5.4.2.5. Cogenerations ................................................................................................................................. 64
5.4.2.6. General Parameters ........................................................................................................................ 65
5.4.2.7. General Parameters: sub-levels description .................................................................................... 67
5.4.2.8. Harmonics: sub-levels description ................................................................................................... 70
5.4.2.9. Voltage Anomalies .......................................................................................................................... 72
5.4.2.10. Inrush current ................................................................................................................ .................. 73
5.4.2.11. Flicker .............................................................................................................................................. 74
5.4.2.12. Unbalance ..................................................................................................................... .................. 75
5.4.2.13. Spike ......................................................................................................................... ...................... 75
5.4.2.14. Predefined configurations ................................................................................................................ 76
5.5. Start a test on PV system .................................................................................................... 84
5.5.1. While testing ............................................................................................................................. 86
5.5.2. Stop a test ................................................................................................................................. 87
5.6. Start a recording .................................................................................................................. 88
5.6.1. Recording settings screen – NPV systems (only for NPV systems) ........................................ 91
5.6.2. During a recording .................................................................................................................... 92
5.7. Saved data management section ........................................................................................ 94
5.7.1. Recording analysis (Reg type) ................................................................................................. 95
5.7.1.1. Recording information ..................................................................................................................... 95
5.7.1.2. Recording graph .............................................................................................................................. 96
5.7.1.3. Dips ans swells ................................................................................................................................ 98
5.7.1.4. Spikes (Transients) ......................................................................................................................... 99
5.7.1.5. Inrush currents .............................................................................................................................. 101
5.7.1.6. EN50160 ....................................................................................................................................... 103
5.7.1.7. Analysis of consumed energy ........................................................................................................ 105
5.7.1.8. Analysis of producted energy ........................................................................................................ 106
5.7.2. Recording analysis (RegPV type)........................................................................................... 107
5.7.2.1. Recording information ................................................................................................................... 107
5.7.2.2. Result for data of RecPV type ....................................................................................................... 108
5.7.2.3. Result for data of RecMPP type .................................................................................................... 110
5.7.2.4. Recording graph ............................................................................................................................ 111
5.7.3. Recording analysis (Istant type) ............................................................................................. 113
5.7.3.1. Recording information ................................................................................................................... 113
5.7.3.2. Graph ............................................................................................................................................ 114
5.7.3.3. Harmonics analysis ....................................................................................................................... 120
5.7.3.4. Vectors .......................................................................................................................................... 128
5.7.3.5. Measures ....................................................................................................................................... 134
5.7.4. Transfer recordings to a external Pen Driver USB ................................................................. 142
5.7.5. Saving recordings to external Compact Flash ........................................................................ 143
5.8. Meter information .............................................................................................................. 144
6. CONNECTION OF METER TO PC (WIN XP) ......................................................... 145
7. MEASURING PROCEDURES ................................................................................ 146
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7.1. Tes t o f P V - 1 sys t e m w i t h r e m o t e u n i t S O L AR-0 1 .................................................................. 147
7.2. Tes t o f P V - 1 sys t e m w i t h r e m o t e u n i t S O L AR-0 2 .................................................................. 149
7.3. Tes t o f P V - 3 sys t e m w i t h r e m o t e u n i t S O L AR-0 1 .................................................................. 151
7.4. Tes t o f P V - 3 sys t e m w i t h r e m o t e u n i t S O L AR-0 2 .................................................................. 153
7.5. Test of PV syst. with Single/Multi MPPT – Single/three phase AC ......................................... 155
7.6. Rec o r d i n g i n a P V - 1 s y s t e m w i t h r e mote u n i t S O L A R - 0 1 ...................................................... 161
7.7. Rec o r d i n g i n a P V - 1 s y s t e m w i t h r e mote u n i t S O L A R - 0 2 ...................................................... 163
7.8. Rec o r d i n g i n a P V - 3 s y s t e m w i t h r e mote u n i t S O L A R - 0 1 ...................................................... 165
7.9. Rec o r d i n g i n a P V - 3 s y s t e m w i t h r e mote u n i t S O L A R - 0 2 ...................................................... 167
7.10.Recor d i n g P V s y s t . w i t h S i n g l e / M ulti M P P T – S i n g l e / t h r e e p h a s e A C .................................... 169
7.11. Using the meter in a Single phase system .................................................................... 174
7.12. Using the meter in a Three phase 4 wire system .......................................................... 175
7.13. Using the meter in a Three phase 3 wire system .......................................................... 176
7.14. Using of meter in a Three phase 3 wire ARON system ................................................. 177
8. MAINTENANCE ...................................................................................................... 178
8.1. General ............................................................................................................................. 178
8.2. Situations relative to led of SOLAR-01 unit ....................................................................... 178
8.2.1. Replacement battery of SOLAR-01 and SOLAR-02 .............................................................. 178
8.3. Situations relative to internal battery of instrument ........................................................... 178
8.3.1. Replacement internal battery .................................................................................................. 179
8.4. Cleaning ............................................................................................................................ 179
8.5. End of life .......................................................................................................................... 179
9. TECHNICAL SPECIFICATIONS ............................................................................. 180
9.1. Technical features ............................................................................................................. 180
9.2. General features ............................................................................................................... 183
9.3. Environment ...................................................................................................................... 183
9.4. Accessories ....................................................................................................................... 183
10. APPENDIX – THEORETICAL OUTLINES ............................................................. 184
10.1. Testing PV systems ....................................................................................................... 184
10.2. Recording on PV systems ............................................................................................. 185
10.3. Notes on MPPT (Maximum Power Point Tracker) ........................................................ 186
10.4. Voltage Anomalies ........................................................................................................ 187
10.5. Voltage and current Harmonics ..................................................................................... 188
10.5.1. Theory ..................................................................................................................................... 188
10.5.2. Limit values for harmonic voltage ........................................................................................... 189
10.5.3. Presence of harmonics: causes ............................................................................................. 189
10.5.4. Presence of harmonics: consequences ................................................................................. 190
10.6. Inrush currents .............................................................................................................. 191
10.7. Flicker ............................................................................................................................ 192
10.8. Supply voltage unbalance ............................................................................................. 193
10.9. Voltage fast transients (spikes) ..................................................................................... 194
10.10. Power and power factor: definitions .......................................................................... 196
10.10.1. Conventions on powers and power factors ............................................................................ 197
10.10.2. Three phase 3 wire ARON system ......................................................................................... 198
10.11. Measuring method: outlines ...................................................................................... 199
10.11.1. Integration period .................................................................................................................... 199
10.11.2. Power factor calculations ........................................................................................................ 199
11. AFTER-SALE SERVICE ......................................................................................... 200
11.1. Warranty ........................................................................................................................ 200
11.2. Service .......................................................................................................................... 200
EN - 3
SOLAR300 - SOLAR300N
1. PRECAUTIONS AND SAFETY MEASURES
1.1. GENERAL
This meter has been designed in compliance to IEC/EN61010-1 directive. For your own
safety and to avoid damaging the instrument we suggest you follow the procedures hereby
prescribed and to read carefully all the notes preceded by the symbol
Before and during measurements please take care of below points:
The instrument consists in a main unit SOLAR300 or SOLAR300N and a remote unit
for acquisition (SOLAR-01 or SOLAR-02 generically called “SOLAR-0x except notation
specifically indicated”). If not otherwise indicated, all safety instructions are intended as
always referred to the main unit.
Do not measure voltage or current in wet or dusty places.
Do not measure in presence of gas, explosive materials or combustibles.
Do not touch the circuit under test if no measurement is being taken.
Do not touch exposed metal parts, unused terminals, circuits and so on.
Do not use the meter if it seems to be malfunctioning (i.e. if you notice deformations,
breaks, leakage of substances, absence of messages on the display and so on).
The below symbols are used in this manual and on meter:
Caution: keep to what prescribed by the manual. An incorrect use could damage
the instrument or its components
High voltage: risk of electric shock
Double insulation
Ground reference
1.2. PRELIMINARY INSTRUCTIONS
This instrument has been designed for use in places with pollution class 2.
It can be used for Voltage and Current measurements on installations of excess
voltage category IV 600V to earth and a 1000V maximum voltage between inputs.
Please keep to the usual safety standards aimed at ptrotecting against dangerous
currents and protecting the instrument against incorrect operations.
Only the accessories supplied with the instrument guarantee compliance with the
safety standards. Accordingly, they must be in good conditions and, if necessary, they
must be replaced with identical models.
Do not take measurements on circuits exceeding the specified current and voltage
limits.
Before connecting cables, crocodiles and clamps to the circuit under test, make sure
that the right function has been selected.
CAUTION
Please perform a complete charging of internal battery for at least 5 hours
before using the meter the first time.
Please press and hold the ON/OFF key for about 5s when turning on the
meter the first time.
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SOLAR300 - SOLAR300N
1.3. DURING USE
Please read carefully the below points:
CAUTION
Should you fail to keep to the prescribed instructions you could damage
the instrument and/or its components or endanger your safety
Do not touch any unused terminal when the meter is connected to the
circuit on test
When measuring current, other currents located near the leads may affect
the measuring accuracy
When measuring current, always position the wire in the very middle of the
jaws in order to obtain the highest accuracy
A measured value remains constant if the "HOLD" function is active.
Should you notice that the measured value remains unchanged, disable
the “HOLD” function
1.4. AFTER USE
After use, turn off the instrument by pressing ON/OFF key for a few seconds.
If you expect not to use the instrument for a long time please keep to the storage
instructions described at § 3.4.
1.5. MEASURING (OVERVOLTAGE) CATEGORIES DEFINITIONS
IEC/EN61010-1: Safety requirements for electrical equipment for measurement, control
and laboratory use, Part 1: General requirements, gives a definition of measuring
category, usually called overvoltage category. § 6.7.4: Measuring circuits:
(OMISSIS)
Circuits are divided into the following measurement categories:
Measurement category IV is for measurements performed at the source of the low-
voltage installation
Examples are electricity meters and measurements on primary overcurrent protection
devices and ripple control units
Measurement category III is for measurements performed in the building installation.
Examples are measurements on distribution boards, circuit breakers, wiring, including
cables, bus-bars, junction boxes, switches, socket-outlets in the fixed installation, and
equipment for industrial use and some other equipment, for example, stationary
motors with permanent connection to fixed installation
Measurement category II is for measurements performed on circuits directly
connected to the low voltage installation
Examples are measurements on household appliances, portable tools and similar
equipment
Measurement category I is for measurements performed on circuits not directly
connected to MAINS
Examples are measurements on circuits not derived from MAINS, and specially
protected (internal) MAINS-derived circuits. In the latter case, transient stresses are
variable; for that reason, the norm requires that the transient withstand capability of the
equipment is made known to the user
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SOLAR300 - SOLAR300N
2. GENERAL DESCRIPTION
2.1. Introduction – PV and NPV systems
The instrument allows a totally new approach to the measuring world when dealing with
photovoltaic systems and mains analyses on single-phase and three-phase electrical
systems; the combination between instruments provided with microprocessor and the
Windows CE technology allows analyzing a huge amount of data in such a simple and
quick way as with no other system available.
Further in this manual, the following acronyms will be used:
PV systems: Single-phase and three-phase photovoltaic systems.
NPV systems: Single-phase and three-phase non-photovoltaic electrical systems.
MPPT: Maximum Power Point Tracker (see § 10.3)
This manual covers two models: SOLAR300 and SOLAR300N. In this manual,
these models will be generically referred to as the “instrument”. In general,
whenever one of the following topics is dealt with:
Flicker (Pst, Plt)
Starting current / inrush current measurement
Analysis of fast transients on voltages (spikes)
EN50160 analysis (performed by the instrument)
Use of the accessory MPP300
this is to be considered (even if not expressly indicated) as referred to
model SOLAR300N only
2.2. FUNCTIONS
This meter is able to perform:
Real-time display of the values of the electrical and environmental quantities
(irradiation, temperature) of a photovoltaic system for generating single-phase or threephase electric power.
Calculation of the values regarding the maximum efficiency point.
Real-time display of the values of each electric quantity of a single-phase and three-
phase, 3-wire or 4-wire system, harmonic analysis of voltages and currents up to the
49th harmonic, voltage anomalies (dips and peaks) with 10ms resolution, Flicker (Pst,
Plt) display of the parameters of the unbalance on voltages, inrush current routines
and voltage spikes with 5s resolution
Real time display of any input signal waveform, histogram graphics of harmonics
analysis and vectorial diagrams of mutual angles between voltages and currents.
Recording (saving the values of the electric quantities over time in the instrument’s
memory) the values of the electrical and environmental quantities (irradiation,
temperature) of a photovoltaic system for generating single-phase or three-phase
electric power.
Recording (saving the values of the electric quantities over time in the instrument’s
memory) of this values: TRMS values of voltages, currents, corresponding harmonics,
Flicker active, reactive and apparent powers, power factors and cosphi, active,
reactive and apparent energies, voltage anomalies.
Saving (by pressing SAVE key) of a “Instant” sampled of instantaneous values of any
parameters present at instrument input inside memory.
CAUTION
EN - 6
SOLAR300 - SOLAR300N
R
2.3. INITIAL SCREEN
When turning on the instrument by pressing ON/OFF key, this below screen will appear for
a few seconds:
Here you can see (besides model code and
SOLA
300N
Sn:1303004 Rel:1.32
Calibration Date: 25/01/2010
HT
manufacturer name):
The serial number of the meter (Sn)
The release of internal meter Firmware
(Rel.:)
Date of last calibration (Calibration Date:)
3. PREPARE TO USE
3.1. INITIAL CHECK
This meter has been checked before shipment from an electrical and mechanical point of
view. All possible precautions have been taken in order to deliver it in perfect condition.
Notwithstanding, on receipt of the instrument we suggest that you check it summarily to
make sure that no damage has occurred in transit. Should you find irregularities please
contact the carrier immediately. Furthermore, please make sure that the parcel contains all
the accessories and parts listed at enclosed packing list. In case of discrepancies please
contact your dealer. Should it be necessary to return the instrument to the supplier please
keep to the instructions given at § 11.
3.2. INSTRUMENT POWER SUPPLY
The instrument can be powered only by a rechargeable Li-ION battery (3.7V, 1900mAh)
which is included with the meter. Use only the external adapter standard supplied with
meter for charging battery (see § 8.3).
For recordings use ALWAYS the external adapter (even the instrument
allows the operator to perform a recording using internal battery)
Please perform a complete charging of internal battery for at least 5
hours before the first use of meter
The meter uses the below options to increase the battery duration:
Automatically reduction of display brightness after about 30s from last operation
performed with meter, with external adapter not connected.
Auto Power OFF feature after about 5 minutes from the last operation on function keys
or display touch screen with external adapter not connected (see § 5.1.6)
3.3. CALIBRATION
The instrument complies with the standards mentioned in this manual. Its performance is
defined for 12 months from the purchase date.
3.4. STORAGE
To guarantee accurate measurements, after a long storage period in severe environmental
conditions wait until the instrument resumes its normal conditions (see § 9.3).
CAUTION
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SOLAR300 - SOLAR300N
g
4. HOW TO OPERATE
4.1. INSTRUMENT DESCRIPTION
CAPTION:
1. Voltage and Current inputs.
2. TFT display with “touchscreen”.
3. F1 – F4 keys.
4. Arrows keys and ENTER key.
5. GO/STOP key.
6. SAVE key.
7. ON/OFF key.
8. Input for external adapter.
9. HELP key.
10. ESC key.
11. Port for connection to external
Flash memory.
12. Connection to SOLAR- 0x / Port
for external USB Pen Driver.
13. USB output for PC connection.
Fig. 2: Description of meter's input terminals
ESD Warnin
Fig. 1: Description of meter's front panel
CAPTION:
1. Inputs A1-A2-A3 for the
connection of AC voltages.
2. Inputs D1-D2 for the connection
of DC voltages.and N, PE of AC
voltages.
3. Inputs for the connection of AC
current transducers on phases
L1, L2, L3.
4. Input for the connection of DC
current transducer.
CAPTION:
1. Input for external adapter
2. Slot for Compact Flash memory
(*).
3. Connection to SOLAR-0x / Port
for external USB Pen Driver (*).
4. RESET command.
5. USB output for PC connection
(*).
Fig. 3: Description of meter's output connectors
(*) Use the output connectors included into the lateral side only with meter OFF. This outputs should be
interested by electrostatic discharges (ESD).
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SOLAR300 - SOLAR300N
4.2. KEYBOARD DESCRIPTION
The below keys are available:
Key ON/OFF: press this key to turn on the meter. Press and hold the key for
few seconds to turn off the meter.
Keys F1, F2, F3, F4: multifunction keys. The various functions are intended from the
s shown on the bottom of display.
Key ESC: to leave a menu or a sub-menu. The smart icon which is
shown on screens performs the same function under interactive
mode.
Key ENTER: double function key:
ENTER: to confirm the settings made
HOLD: to block the value updating in all real time screens and also
during a recording operation. “H” symbol is shown at display by
any pressing of key as for Fig. 4:
Fig. 4: HOLD function active at display
Keys , , , /ZOOM in/ZOOM out: these arrows keys permit to select the
desired programmable parameters inside various screens. The
double function of ZOOM in and ZOOM out permits to change
manually the full scale of some graphics inside SCOPE section
in order to improve the global resolution on viewing waveforms
of signals (see § 5.3.2.5). Arrow keys and permit to
operate on internal pages inside some kinds of screen.
Key SAVE: saves an “Instant” type sampling of instantaneous values in
internal memory (see § 5.7). The same key permits also the
saving of various settings inside screens. The smart icon
which is shown on screens perform the same function under
interactive mode.
Key GO/STOP: permits to start/stop any recording (see § 5.6).
Key HELP: opens an help on line window on the meter screen with a short
description of the same screen which is instantaneously shown.
This key is active for any function.
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SOLAR300 - SOLAR300N
4.3. DISPLAY DESCRIPTION
The display is a graphic TFT colour type, 73x57mm sizes (VGA 320x240 pxls) with “touchscreen” which permits a really easy operations using standard PT400 pointer pen fitted in
lateral side of meter.
On first display’s row the system date/hour is shown by meter (see § 5.1.2 for settings).
There are also some icons relative to battery level indication or external adapter fitted and
for waiting and start of a recording. On second row the kind of selected measure is shown
and the last row shows the short s associated to F1, F4 function keys. An example of
possible screen is shown on (see Fig. 5):
Fig. 5: Example of screen
4.4. RESET OF METER
The meter is designed with internal Reset Hardware which can be used if any functions is
blocked at display, in order to restore all correct operations. Consider the below steps to
perform Reset actions:
1. Using the PT400 pointer pen or another object softly pressing the internal part of the
little hole which is present on the lateral side of meter (see Fig. 3 – Fig. 4). The meter
goes automatically off.
2. Turn on the meter by pressing ON/OFF key and verify the correct working.
RESET operation will not erase the meter’s internal memory.
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SOLAR300 - SOLAR300N
5. GENERAL MENU
Whenever you turn on the meter, the below “Analyzer Configuration” screen is shown,
relative to the last configuration used (see Fig. 6):
Fig. 6: Example of analyzer configuration
In this situation the user can decide whether modify the actual configuration by pressing
F1 key (or “CHANGE” at display – see § 5.3.1) or directly access to General Menu by
pressing F4 key (or the “OK” at display). If no action is performed within 10s the meter
automatically goes to GENERAL MENU screen.
The GENERAL MENU of meter is correspondent to the screen shown in (see Fig. 7):
Fig. 7: GENERAL MENU screen
The actual selected section is shown with red background at display and it’s title is shown
in the bottom of display. The below sections are available on meter:
General settings section which permits to set the system parameters of meter as
date/hour, language, display brightness, protection password, keys sound on pressure
auto power off and memory type (see § 5.1).
Real time values section which permits to see the real time measured values at
display under various formats (see § 5.2).
Analyzer settings section which permits to define the simple and advanced
configurations relative to connection of meter to the installation (see § 5.3).
Recorder settings section which permits to select the parameters for each recording
and see the information about the autonomy of meter during operation (see § 5.4).
Recording results section which permits to see the list of all recordings saved on
internal memory, for memory cancel operations and the transfer of date in external Pen
Driver USB (see § 5.7).
Meter information section which permits to access to general information about meter
(serial number, internal Firmware and Software release, etc...) (see § 5.8).
EN - 11
SOLAR300 - SOLAR300N
5.1. GENERAL SETTINGS
Fig. 8: MENU GENERAL screen - General settings section
This section permits to set the below control parameters:
System language
System Date/Hour
Display brightness
Protection password during recordings
Key sound on pressure
Auto Power OFF Enable/Disable
Type of memory in which to save the recordings
Perform “touch screen” display calibration (TOUCH)
Pressing ENTER key (or touch the relative icon at display). The below screen is shown by
meter:
Fig. 9: General Settings screen
5.1.1. Language selection
1. Move the cursor using arrows keys on field relative to “Language”, marked with blue
background.
2. Using F3 or F4 keys (or touch MOD(+) o MOD(-)) for selection of language choosing
among the different options.
3. Pressing SAVE or ENTER keys (or the smart icon ) to save the selected option and
confirm by “Ok”. This selected parameter will be present also the turning off of meter.
4. Pressing ESC key (or the smart icon ) to exit by screen without saving any modify.
EN - 12
SOLAR300 - SOLAR300N
5.1.2. Date/Time settings
1. Press the F1 key (or touch DATE at display) on screen of Fig. 9. The below screen is
shown by meter:
Fig. 10: Date/Time settings screen
2. Move the cursor using arrows keys on field relative to “Date format” and “Time format”,
marked with blue background.
3. Using F3 or F4 keys (or touch MOD(+) o MOD(-)) for Date setting choosing between
the two possible formats (European EU or American US):
DD:MM:YY
MM:DD:YY
Option EU
Option US
4. Using F3 or F4 keys (alternatively touch MOD(+) o MOD(-)) for Time setting choosing
between two possible format (24 hours or 12 hours):
HH:MM:SS
HH:MM:AM(PM)
Option 24h
Option 12h
5. Press SAVE or ENTER keys (or the smart icon ) to save the selected option and
confirm by “Ok”. This selected parameter will be present also the turning off of meter.
6. Pressing ESC key (or the smart icon ) to exit by screen without saving any modify.
5.1.3. Display brightness adjust
1. Move the cursor using arrows keys on the field relative to “Brightness”, marked with
blue background:
Fig. 11: Adjust brightness screen
2. Using F3 or F4 keys (alternatively touch MOD(+) o MOD(-)) for adjustment of display
brightness percentage. The meter increases or decreases this value in step of 5% for
each pressure of key.
3. Press SAVE or ENTER key (or the smart icon ) to save the selected option and
confirm by “Ok”. This selected parameter will be present also the turn off of meter.
4. Press ESC key (or the smart icon ) to quit without saving any modification.
EN - 13
SOLAR300 - SOLAR300N
5.1.4. Protection Password setting
The meter is provided with a protection password to avoid the risk of accidental recording
interruption.
1. Move the cursor using arrows keys on field relative to “Password” , marked it with blue
background:
Fig. 12: Protection password settings screen
2. Use F3 or F4 keys (alternatively touch MOD(+) o MOD(-)) to enable “YES” or disable
“NO” of Password.
3. With Password enabled, should GO/STOP key be pressed during a recording, the
meter will not stop the operation but will require the user to insert password as shown
in the below screen:
Fig. 13: Insert Password screen
4. The fixed password (not changeable by user) to insert on meter within 10s from
warning message is the below sequence of keys:
F1, F4, F3, F2
5. If a wrong password is fitted or if more of 10s elapse, the meter will give the warning
message “Wrong Password” and it’s necessary to repeat the operation. As soon as the
correct password is fitted, the meter will stop immediately the recording running and the
correspondent icon at display (see Fig. 13) will disappear.
6. Press SAVE or ENTER keys (or the smart icon
) to save the selected option and
confirm by “Ok”. This selected parameter will be present also after turning off the
meter.
7. Pressing ESC key (or the smart icon
) to quit without saving any modification.
EN - 14
SOLAR300 - SOLAR300N
5.1.5. Sound keys setting
The meter permits to enable a instantaneous sound for any key pressure of the frontal
panel.
1. Move the cursor using arrows keys on field relative to “Sound”, marked with blue
background:
Fig. 14: Keys sound settings screen
2. Use F3 or F4 keys (alternatively touch MOD(+) o MOD(-)) to enable “YES” or disable
“NO” of keys sound.
3. Pressing SAVE or ENTER keys (or the smart icon
) to save the selected option and
confirm by “Ok”. This selected parameter will be present also after turning off the
meter.
4. Press ESC key (or the smart icon ) to quit without saving any modification.
5.1.6. Auto power off setting
The meter permits to enable or disable the auto power off option in order to prevent a
quick discharge of internal battery. This feature, if selected, is active under each of the
following conditions:
No action was performed both any key or touch display for at least 5 minutes.
Meter does not supplied with the external adapter.
Meter does not in recording running.
The effect is a long sound before turn off of meter.
1. Move the cursor using arrows keys on the field relative to “Auto power off”, marked
with blue background:
Fig. 15: Auto power off setting screen
2. Use F3 or F4 keys (alternatively touch MOD(+) o MOD(-)) for enable “YES” or disable
“NO” auto power off.
3. Press SAVE or ENTER keys (or the smart icon ) to save the selected option and
confirm by “Ok”. This selected parameter will be present also after turning off the
meter.
4. Press ESC key (or the smart icon ) to quit without saving any modification.
EN - 15
SOLAR300 - SOLAR300N
5.1.7. Memory type setting
The meter permits saving of recordings both in its internal memory (about 15Mbytes) and
by using an external compact flash (see § 5.7.5 for details) fitted (see Fig. 3). Regardless
of the capacity of the memory inserted, the maximum size of a recording is set to
32Mbytes. A Compact Flash memory of higher capacity will therefore be able to contain a
high number of recordings, each one of which will have a maximum size of 32Mbytes. For
the selection of memory type follow the below steps:
1. Move the cursor using arrows keys on field relative to “Memory type”, marked with blue
background:
Fig. 16: Memory type setting screen
2. Use F3 or F4 keys (alternatively touch MOD(+) o MOD(-)) to choose “INTERNAL” or
“EXTERNAL” memory type.
3. Press SAVE or ENTER keys (or the smart icon ) to save the selected option and
confirm by “Ok”. This selected parameter will be present also after turning off the
meter.
4. Press ESC key (or the smart icon ) to exit by screen without saving any modify
5.1.8. “Touch screen” calibration
This operation is necessary if any internal features of “touch screen” display are not
correctly positionated or not more selectable by using the PT400 pointer
1. Select the “TOUCH” item inside the “General settings” section. The message “Do You
want to calibrate touch screen?” is shown by the meter. Confirm with “Ok”. The
herewith screen is shown:
Press and briefly hold stylus on the center of the target.
Repeat as the target moves around the sceen.
Fig. 17: Touch screen calibration screen
2. By pressing and soft hold the PT400 pointer on the central point of the cross cursor
(see Fig. 17) move the cursor to the four corners of display
3. Switch off and thane turn on the meter by means of ON/OFF key to complete the
operation
EN - 16
SOLAR300 - SOLAR300N
5.2. REAL TIME VALUES
Fig. 18: GENERAL MENU screen - Real time values section
In this section the real time measured values of parameters both on input channels and
internally calculated are shown by meter. In particular the following are shown:
1. Values of the electrical and environmental quantities (irradiation, temperature) of a
photovoltaic system for generating single-phase or three-phase electric power.
2. Values regarding the maximum efficiency point.
3. AC TRMS voltages, currents and all kind of electrical parameters for any single phase and
total, Flicker values and voltages Unbalanced.
4. Voltage and current waveforms for any single phase and total.
5. Voltage and current harmonics up to 49th component for any single phase and total both in
numerical and histograms graphical format in absolute or percentage value with respect to
each fundamental signal.
6. Vectorial diagrams of each vo ltage and current with the respective phase angles in order to
define the correct nature of system loads under test.
The type of data displayed is determined by the setting of the instrument in the Analyzer
Configuration mode (see §. 5.3). With reference to PV systems only, further in this manual, the
acronym MPPT (Multiple Power Point Tracker) shall indicate the characteristic of the DC/AC
converter (inverter), capable of maximizing the DC power which can be taken from the
photovoltaic field and the acronym PRp shall indicate the Performance Ratio evaluated through
active powers. See § 10.3 for further details.
5.2.1. Single-MPPT photovoltaic system screen – Single-phase output
The instrument displays the following parameters:
DC
PV
AC
PARAMETERS CAPTION:
PRp: Performance Ratio (ref. active powers)
Pdc DC power at inverter input
Photovoltaic panel performance
DC
Vdc DC voltage at inverter input
Idc DC current at inverter input
Pac AC power at inverter output
Pf Power factor at inverter output
Inverter performance
AC
Vac AC voltage at inverter output
Iac AC current at inverter output
Tc Default temperature of photovoltaic panels
Te Default environmental tem perature
The display of the Te or Tc values in blue indicates that
the mentioned values are the default ones, as the ones
measured by SOLAR-0x are not available (see §
5.3.2.4). If the remote unit SOLAR-0x is connec ted to the
main unit, the following values are also available:
Irr Solar irradiation
Pnom Nominal power of the photovoltaic system
Tc Measured temperature of the phot. panels
Te Measured environmental temperature
Fig. 19: Page of single-phase photovoltaic systems
EN - 17
SOLAR300 - SOLAR300N
5.2.2. Single-MPPT photovoltaic system screen – Three-phase output
The instrument displays the following parameters:
DC
PV
AC
PARAMETERS CAPTION:
PRp: Performance Ratio (ref. active powers)
Pdc DC power at inverter input
Photovoltaic panel performance
DC
Vdc DC voltage at inverter input
Idc DC current at inverter input
Pac AC power at inverter output
Pf Three-phase power factor at inverter
output
Vac1,2,3 AC voltage at inverter output
Iac1,2,3 AC current at inverter output
Tpv Default temperature of photovoltaic panels
Tenv Default environmental temperature
The display of the Tenv or Tpv values in blue
indicates that the mentioned values are the
default ones, as the ones measured by SOLAR0x are not available (see § 5.3.2.4).
If the remote unit SOLAR-0x is connected to the
main, the following values are also available:
Irr Solar irradiation
Pnom Nominal power of the photovoltaic system
Tpv Measured temperature of the photovoltaic
panels
Tenv Measured environmental temperature
Three-phase inverter performance
AC
Fig. 20: Three-phase photovoltaic system page
5.2.3. Screen of photovoltaic systems with multi-MPPT inverter (only with MPP300)
For the sake of simplicity, further in this manual, the word “string” will be used, although
often the term “photovoltaic field” would be more correct. From the point of view of the
instrument, the management of a single string or of more parallel strings (photovoltaic
field) is identical.
The instrument SOLAR300N, used together with remote units SOLAR-02 and MPP300
(optional), allows testing PV systems characterized by inverters with 1 or more MPPTs
connected to the relevant PV fields (consisting in PV modules with the same direction and
inclination) and single-phase or three-phase output.
The remote unit MPP300 communicates with SOLAR300N (to manage data setting,
synchronization and download) through the USB connection cable and with the remote
unit SOLAR-02 (for recording irradiation and temperature values) via a wireless
radiofrequency (RF) connection, which is active up to a maximum distance of 1m between
the units.
For further details on the use of MPP300, please see the unit’s user manual.
EN - 18
SOLAR300 - SOLAR300N
5.2.3.1. Multi-MPPT photovoltaic system screen – Single-phase output
When SOLAR300N is in connection with MPP300, the display shows the following
parameters:
DC
PV
AC
PARAMETER CAPTION:
PRp: Performance Ratio (ref. active powers)
Pdc Inverter input DC power
Photovoltaic panel performance
DC
Pac Inverter output AC power
Inverter performance
AC
Pnom Photovoltaic system rated power
If the remote unit SOLAR-02 is connected to the
MPP300, the following values are also available:
Irr Solar irradiation
Tpv Default photovoltaic panel temperature
Tenv Default environmental temperature
When Tenv or Tpv values are displayed in blue, it
means that these values are different from the
default ones, as those measured by SOLAR-02
are not available (see § 5.3.2.4)
Fig. 21: Multi-MPPT photovoltaic system screen – Single-phase output
Pressing the F3 (DC) key displays the following screen:
PARAMETER CAPTION:
Vdcx Inverter input DC voltage
Idcx Inverter input DC current
Pdcx Inverter input DC power
x=1,2,3 according to the number of MPPTs set
Fig. 22: Multi-MPPT photovoltaic system DC screen – Single-phase output
Pressing the F4 (AC) key displays the following screen:
PARAMETER CAPTION:
Vac1 Inverter output phase-neutral AC voltage
Iac1 Inverter output AC phase current
Pac1 Inverter output AC power
Fig. 23: Multi-MPPT photovoltaic system AC screen – Single-phase output
EN - 19
SOLAR300 - SOLAR300N
5.2.3.2. Multi-MPPT photovoltaic system screen – Three-phase output
When SOLAR300N is in connection with MPP300, the display shows the following
parameters:
DC
PV
AC
PARAMETER CAPTION:
PRp: Performance Ratio (ref. active powers)
Pdc Inverter input DC power
Photovoltaic panel performance
DC
Pac Inverter output AC power
Inverter performance
AC
Pnom Photovoltaic system rated power
If the remote unit SOLAR-02 is connected to the
MPP300, the following values are also available:
Irr Solar irradiation
Tpv Default photovoltaic panel temperature
Tenv Default environmental temperature
When Tenv or Tpv values are displayed in blue, it
means that these values are different from the
default ones, as those measured by SOLAR-02
are not available (see §5.3.2.4).
Fig. 24: Multi-MPPT photovoltaic system screen – Three-phase output
Pressing the F3 (DC) key displays the following screen:
PARAMETER CAPTION:
Vdcx Inverter input DC voltage
Idcx Inverter input DC current
Pdcx Inverter input DC power
x=1,2,3 according to the number of MPPTs set
Fig. 25: Multi-MPPT photovoltaic system DC screen – Three-phase output
Pressing the F4 (AC) key displays the following screen:
PARAMETER CAPTION:
Vacxy Inverter output phase x-phase y AC
voltage
Iacx Inverter output phase x AC current
Pacx Inverter output phase x AC power
x=1,2,3 - Phases of the system AC side
Fig. 26: Multi-MPPT photovoltaic system AC screen – Three-phase output
5.2.4. Value screens for NPV systems
Further in this manual the expression “Page x/y” will be used, to indicate that the current page
number (x) and the total number of pages (y) depend on the instrument settings. Pressing
cyclically F1 key or arrow keys left of right the meter shows the other pages of TRMS
measured values which are described in below pictures. Pressing ESC key to go back to
previous screens or back to GENERAL MENU
EN - 20
SOLAR300 - SOLAR300N
5.2.4.1. 4-wire three phase system – Screens sequence
PARAMETERS CAPTION
V1N Phase-Neutral voltage L1 phase
V2N Phase-Neutral voltage L2 phase
V3N Phase-Neutral voltage L3 phase
VNPE Neutral-Ground voltage
V12 Phase L1 – Phase L2 voltage
12/09/2006 – 16:55:10
TOTAL RMS VALUES – Page x/y
V1N
0.0
V12
0.0
NEG%
0.0
I1
0.0
PAGE SCOPE HARM VECTORS
V2N
0.0
V23
0.0
ZERO%
0.0
I2
0.0
V3N
0.0
V31
0.0
SEQ
000
I3
0.0
VNPE
0.0
Hz
0.0
IN
0.0 A
V
V
V23 Phase L2 – Phase L3 voltage
V23 Phase L3 – Phase L1 voltage
NEG% Un balance percentage of negative tern
ZERO% Unbalance percentage of zero tern
SEQ phases sequence indication as:
”123” = > Corrected
”132” = > Reversed
”023” = > Null voltage on the Black wire
”103” = > Null voltage on the Red wire
”120” = > Null voltage on the Brown wire
”100” = > Null voltage on the Red and Brown wires
”020” = > Null voltage on the Black and Brown wires
”003” = > Null voltage on the Black and Red wires
Hz Freque ncy
I1 Current on L1 phase
I2 Current on L2 phase
I3 Current on L3 phase
IN Current on Neutral
Fig. 27: Page of numerical values
12/09/2006 – 16:55:10
TOTAL POWER VALUES – Page x/y
Patt
Preatt
Papp
Pf
CosPhi
PAGE SCOPE HARM VECTORS
=
=
=
=
=
0 W
0 Var
0 VA
0.00i
0.00i
Fig. 28: Page of total power values
12/09/2006 – 16:55:10
PHASE 1 RMS VALUES – Page x/y
V1N
I1
Patt1
Preatt1
Papp1
Pf1
CosPhi1
=
=
=
=
=
=
=
0.0 V
0.0 A
0 W
0 Var
0 VA
0.00i
0.00i
PARAMETERS CAPTION:
Pact Total Active Power
Preact Total Reactive Power
Papp Total Apparent Power
Pf Total Power Factor
CosPhi Total Power factor considering fundamental
of voltage and current signals
PARAMETERS CAPTION:
V1N Phase-Neutral voltage L1 phase
I1 Current on L1 phase
Pact1 Active Power L1 phase
Preact1 Reactive Power L1 phase
Papp1 Apparent Power L1 phase
Pf1 Power factor L1 phase
CosPhi1 Power factor between fundamental of
voltage L1 and current L1
PAGE SCOPE HARM VECTORS
Fig. 29: Page of Phase 1 values
EN - 21
SOLAR300 - SOLAR300N
12/09/2006 – 16:55:10
PHASE 2 RMS VALUES – Page x/y
V2N
I2
Patt2
Preatt2
Papp2
Pf2
CosPhi2
=
=
=
=
=
=
=
0.0 V
0.0 A
0 W
0 Var
0 VA
0.00i
0.00i
PARAMETERS CAPTION:
V2N Phase-Neutral voltage L2 phase
I2 Current on L2 phase
Pact2 Active Power L2 phase
Preact2 Reactive Power L2 phase
Papp2 Apparent Power L2 phase
Pf2 Power factor L2 phase
CosPhi2 Power factor between fundamental of
voltage L2 and current L2
PAGE SCOPE HARM VECTORS
Fig. 30: Page of Phase 2 values
12/09/2006 – 16:55:10
PHASE 3 RMS VALUES – Page x/y
V3N
I3
Patt3
Preatt3
Papp3
Pf3
CosPhi3
PAGE SCOPE HARM VECTORS
=
=
=
=
=
=
=
0.0 V
0.0 A
0 W
0 Var
0 VA
0.00i
0.00i
PARAMETERS CAPTION:
V3N Phase-Neutral voltage L3 phase
I3 Current on L3 phase
Pact3 Active Power L3 phase
Preact3 Reactive Power L3 phase
Papp3 Apparent Power L3 phase
Pf3 Power factor L3 phase
CosPhi3 Power factor between fundamental of
voltage L3 and current L3
Fig. 31: Page of Phase 3 values
12/09/2006 – 16:55:10
FLICKER – Page x/y
V1N V2N V3N
Pst1’ 0.0
Pst
Pst max
Plt
Plt max
Recording Time: 00h – 00min
PAGE SCOPE HARM VECTORS
0.0 0.0 0.0
0.0 0.0 0.0
0.0 0.0 0.0
0.0 0.0 0.0
0.0 0.0
Fig. 32: Page of Flicker values
25/01/2013 – 16:55:10
TOT. ENERGY CONSUMPTION – Page x/y
Eact = 0 kWh
Ppeak = 0 kW
Date Ppeak : -- / -- / -- 00:00:00
Start rec. : -- / -- / -- 00:00:0 0
Stop rec. : -- / -- / -- 00:00:00
Rec. Time : - - Int. Per. : - - - Rec: - -
PAGE SCOPE HARM VECTORS
Fig. 33: Consumed energy page
PARAMETERS CAPTION:
Pst1’ Short term severity after 1 minute
Pst Short term severity
Pstmax Maximum short term severity
Plt Long term severity
Pltmax Maximum long term severity
Recording Time real time duration of recording
expressed in HH:MM
PARAMETERS CAPTION:
Eact Total active energy consumed when starting
recording.
Ppeak Maximum peak of consumed active power.
Date Ppeak Date and time in which the peak occurred.
Start rec. Date when recording was started.
Stop rec. Date when recording was stopped.
Rec. Time Time elapsed from Rec Start.
Int. Per. Value of the set integration period.
Rec Number of the recording in progress
EN - 22
SOLAR300 - SOLAR300N
CAUTION
The Total Consumed Energy page is shown only if the instrument has been
set for the Recording of the General Parameter Total “Active Power &
Energy” (see § 5.4.2.7). Values will be shown only during or at the end of a
recording and zeroed upon starting a new recording or when the instrument
is switched off
25/01/2013 – 16:55:10
TOT. ENERGY PRODUCTION – Page x/y
Eact = 0 kWh
Ppeak = 0 kW
Date Ppeak : -- / -- / -- 00:00:00
Start rec. : -- / -- / -- 00:00:0 0
Stop rec. : -- / -- / -- 00:00:00
Rec Time : - - Int. Per. : - - - Rec: - -
PAGE SCOPE HARM VECTORS
PARAMETERS CAPTION:
Eact Total active energy produced when starting
recording.
Ppeak Maximum peak of produced active power.
Date Ppeak Date and time in which the peak occurred.
Start rec. Date when recording was started.
Stop rec. Date when recording was stopped.
Rec Time Time elapsed from Rec Start.
Int. Per. Value of the set integration period.
Rec Number of the recording in progress
Fig. 34: Producted energy page
CAUTION
The Total Produced Energy page is shown only if recording parameter “Cogeneration” has been set in the instrument (see § 5.4.2.5) and if general
parameter Total “Active Power & Energy” has been selected (see § 5.4.2.7).
Values will be shown only during or at the end of a recording and zeroed
upon starting a new recording or when the instrument is switched off.
12/09/2006 – 16:55:10
AVERAGE RMS VALUE – Page 9/9
AVGV
AVGI
AVGPatt
AVGPreat
=
=
=
=
0.0 V
0.0 A
0 W
0 Var
PARAMETERS CAPTION:
AVGV Average value voltage V1, V2, V3
AVGI Average value current I1, I2, I3
AVGPact Average value active power on L1, L2, L3
AVGPreact Average value reactive power on
L1,L2,L3
PAGE SCOPE HARM VECTORS
Fig. 35: Page of numerical average values
The AVERAGE RMS VALUES page will be shown only if option AVERAGE
VALUES “YES” is enabled in the Advanced Settings section (see § 5.3.4.5)
CAUTION
EN - 23
SOLAR300 - SOLAR300N
5.2.4.2. 3-wire three phase system – Screens sequence
PARAMETERS CAPTION:
V1PE Phase L1-PE voltage
V2PE Phase L2-PE voltage
V3PE Phase L3-PE voltage
V12 Phase L1 – Phase L2 voltage
12/09/2006 – 16:55:10
TOTAL RMS VALUES – Page x/y
V1PE
0.0
V12
0.0
NEG%
0.0
I1
0.0
PAGE SCOPE HARM VECTORS
V2PE
0.0
V23
0.0
ZERO%
0.0
I2
0.0
V3PE
0.0
V31
0.0
SEQ
000
I3
0.0
Hz
0.0
V
V
A
V23 Phase L2 – Phase L3 voltage
V23 Phase L3 – Phase L1 voltage
NEG% Unbalance percentage of negative tern
ZERO% Unbalance percentage of zero tern
SEQ phases sequence indication as:
”123” = > Corrected
”132” = > Reversed
”023” = > Null voltage on the Black wire
”103” = > Null voltage on the Red wire
”120” = > Null voltage on the Brown wire
”100” = > Null voltage on the Red and Brown wires
”020” = > Null voltage on the Black and Brown wires
”003” = > Null voltage on the Black and Red wires
Hz Frequency
I1 Current on L1 phase
I2 Current on L2 phase
I3 Current on L3 phase
Fig. 36: Page of numerical values
12/09/2006 – 16:55:10
TOTAL POWER VALUES – Page x/y
Patt
Preatt
Papp
Pf
CosPhi
PAGE SCOPE HARM VECTORS
=
=
=
=
=
0 W
0 Var
0 VA
0.00i
0.00i
Fig. 37: Page of total power values
12/09/2006 – 16:55:10
PHASE 1 RMS VALUES – Page 3/6
V1PE
I1
Patt1
Preatt1
Papp1
Pf1
CosPhi1
=
=
=
=
=
=
=
0.0 V
0.0 A
0 W
0 Var
0 VA
0.00i
0.00i
PARAMETERS CAPTION:
Pact Total Active Power
Preact Total Reactive Power
Papp Total Apparent Power
Pf Total Power Factor
CosPhi Total Power factor considering fundamental
of voltage and current signals
PARAMETERS CAPTION:
V1PE Phase L1-PE voltage
I1 Current on L1 phase
Pact1 Active Power L1 phase
Preact1 Reactive Power L1 phase
Papp1 Apparent Power L1 phase
Pf1 Power factor L1 phase
CosPhi1 Power factor between fundamental of
voltage L1 and current L1
PAGE SCOPE HARM VECTORS
Fig. 38: Page of numerical values of Phase 1
EN - 24
SOLAR300 - SOLAR300N
12/09/2006 – 16:55:10
PHASE 2 RMS VALUES – Page 4/6
V2PE
I2
Patt2
Preatt2
Papp2
Pf2
CosPhi2
=
=
=
=
=
=
=
0.0 V
0.0 A
0 W
0 Var
0 VA
0.00i
0.00i
PARAMETERS CAPTION:
V2PE Phase L2-PE voltage
I2 Current on L2 phase
Pact2 Active Power L2 phase
Preact2 Reactive Power L2 phase
Papp2 Apparent Power L2 phase
Pf2 Power factor L2 phase
CosPhi2 Power factor between fundamental of
voltage L2 and current L2
PAGE SCOPE HARM VECTORS
Fig. 39: Page numerical values of Phase 2
12/09/2006 – 16:55:10
PHASE 3 RMS VALUES – Page x/y
V3PE
I3
Patt3
Preatt3
Papp3
Pf3
CosPhi3
PAGE SCOPE HARM VECTORS
=
=
=
=
=
=
=
0.0 V
0.0 A
0 W
0 Var
0 VA
0.00i
0.00i
PARAMETERS CAPTION:
V3PE Phase L3-PE voltage
I3 Current on L3 phase
Pact3 Active Power L3 phase
Preact3 Reactive Power L3 phase
Papp3 Apparent Power L3 phase
Pf3 Power factor L3 phase
CosPhi3 Power factor between fundamental of
voltage L3 and current L3
Fig. 40: Page numerical values of Phase 3
12/09/2006 – 16:55:10
FLICKER – Page x/y
V1PE V2PE V3PE
Pst1’ 0.0
Pst
Pst max
Plt
Plt max
Recording Time: 00h – 00min
PAGE SCOPE HARM VECTORS
0.0 0.0 0.0
0.0 0.0 0.0
0.0 0.0 0.0
0.0 0.0 0.0
0.0 0.0
Fig. 41: Page of Flicker values
25/01/2013 – 16:55:10
TOT. ENERGY CONSUMPTION – Page x/y
Eact = 0 kWh
Ppeak = 0 kW
Date Ppeak : -- / -- / -- 00:00:00
Start rec. : -- / -- / -- 00:00:0 0
Stop rec. : -- / -- / -- 00:00:00
Rec. Time : - - Int. Per. : - - - Rec: - -
PAGE SCOPE HARM VECTORS
Fig. 42: Consumed energy page
PARAMETERS CAPTION:
Pst1’ Short term severity after 1 minute
Pst Short term severity
Pstmax Maximum short term severity
Plt Long term severity
Pltmax Maximum long term severity
Recording Time real time duration of recording
expressed in HH:MM
PARAMETERS CAPTION:
Eact Total active energy consumed when starting
recording.
Ppeak Maximum peak of consumed active power.
Date Ppeak Date and time in which the peak occurred.
Start rec. Date when recording was started.
Stop rec. Date when recording was stopped.
Rec. Time Time elapsed from Rec Start.
Int. Per. Value of the set integration period.
Rec Number of the recording in progress
EN - 25
SOLAR300 - SOLAR300N
CAUTION
The Total Consumed Energy page is shown only if the instrument has been
set for the Recording of the General Parameter Total “Active Power &
Energy” (see § 5.4.2.7). Values will be shown only during or at the end of a
recording and zeroed upon starting a new recording or when the instrument
is switched off
25/01/2013 – 16:55:10
TOT. ENERGY PRODUCTION – Page x/y
Eact = 0 kWh
Ppeak = 0 kW
Date Ppeak : -- / -- / -- 00:00:00
Start rec. : -- / -- / -- 00:00:0 0
Stop rec. : -- / -- / -- 00:00:00
Rec Time : - - Int. Per. : - - - Rec: - -
PAGE SCOPE HARM VECTORS
PARAMETERS CAPTION:
Eact Total active energy produced when starting
recording.
Ppeak Maximum peak of produced active power.
Date Ppeak Date and time in which the peak occurred.
Start rec. Date when recording was started.
Stop rec. Date when recording was stopped.
Rec Time Time elapsed from Rec Start.
Int. Per. Value of the set integration period.
Rec Number of the recording in progress
Fig. 43: Producted energy page
CAUTION
The Total Produced Energy page is shown only if recording parameter “Cogeneration” has been set in the instrument (see § 5.4.2.5) and if general
parameter Total “Active Power & Energy” has been selected (see § 5.4.2.7).
Values will be shown only during or at the end of a recording and zeroed
upon starting a new recording or when the instrument is switched off.
5.2.4.3. 3-wire ARON three phase system – Screens sequence
12/09/2006 – 16:55:10
TOTAL RMS VALUES – Page x/y
V12
0.0
NEG%
0.0
I1
0.0
PAGE SCOPE HARM VECTORS
V23
0.0
ZERO%
0.0
I2
0.0
V31
0.0
SEQ
000
I3
0.0
Hz
0.0
Fig. 44: Page of numerical values
V
A
PARAMETERS CAPTION:
V12 Phase L1 – Phase L2 voltage
V23 Phase L2 – Phase L3 voltage
V23 Phase L3 – Phase L1 voltage
NEG% Unbalance percentage of negative tern
ZERO% Unbalance percentage of zero tern
SEQ phases sequence indication as:
”123” = > Corrected
”132” = > Reversed
”023” = > Null voltage on the Black wire
”103” = > Null voltage on the Red wire
”120” = > Null voltage on the Brown wire
”100” = > Null voltage on the Red and Brown wires
”020” = > Null voltage on the Black and Brown wires
”003” = > Null voltage on the Black and Red wires
Hz Frequency
I1 Current on L1 phase
I2 Current on L2 phase
I3 Current on L3 phase
EN - 26
SOLAR300 - SOLAR300N
12/09/2006 – 16:55:10
V12
I1
Patt12
Preatt12
Papp12
Pf12
CosPhi12
WATTMETER12 – Page x/y
=
=
=
=
=
=
=
0.0 V
0.0 A
0 W
0 Var
0 VA
0.00i
0.00i
PARAMETERS CAPTION:
V12 Phase L1 – Phase L2 voltage
I1 Current on L1 phase
Pact12 Active Power Wattmeter 12
Preact12 Reactive Power VARmeter 12
Papp12 Apparent Power VAmeter 12
Pf12 Power Factor Wattmeter 12
CosPhi12 Power Factor between fundamental of
voltage and current Wattmeter 12
PAGE SCOPE HARM VECTORS
Fig. 45: Page of numerical values Wattmeter-Varmeter 1-2
12/09/2006 – 16:55:10
V32
I3
Patt32
Preatt32
Papp32
Pf32
CosPhi32
WATTMETER32 – Page 4/5
=
=
=
=
=
=
=
0.0
V
0.0
A
0 W
0
Var
0 VA
0.00i
0.00i
PAGE SCOPE HARM VECTORS
PARAMETERS CAPTION:
V32 Phase L3 – Phase L2 voltage
I3 Current on L3 phase
Pact32 Active Power Wattmeter 32
Preact32 Reactive Power VARmeter 32
Papp32 Apparent Power VAmeter 32
Pf32 Power Factor Wattmeter 32
CosPhi32 Power Factor between fundamental of
voltage and current Wattmeter 32
Fig. 46: Page of numerical values Wattmeter-Varmeter 3-2
12/09/2006 – 16:55:10
FLICKER – Page 5/5
V12 V23 V31
Pst1’ 0.0
Pst
Pst max
Plt
Plt max
Recording Time: 00h – 00min
PAGE SCOPE HARM VECTORS
0.0 0.0 0.0
0.0 0.0 0.0
0.0 0.0 0.0
0.0 0.0 0.0
0.0 0.0
Fig. 47: Page of Flicker values
25/01/2013 – 16:55:10
TOT. ENERGY CONSUMPTION – Page x/y
Eact = 0 kWh
Ppeak = 0 kW
Date Ppeak : -- / -- / -- 00:00:00
Start rec. : -- / -- / -- 00:00:0 0
Stop rec. : -- / -- / -- 00:00:00
Rec. Time : - - Int. Per. : - - - Rec: - -
PAGE SCOPE HARM VECTORS
Fig. 48: Consumed energy page
PARAMETERS CAPTION:
Pst1’ Short term severity after 1 minute
Pst Short term severity
Pstmax Maximum short term severity
Plt Long term severity
Pltmax Maximum long term severity
Recording Time real time duration of recording
expressed in HH:MM
PARAMETERS CAPTION:
Eact Total active energy consumed when starting
recording.
Ppeak Maximum peak of consumed active power.
Date Ppeak Date and time in which the peak occurred.
Start rec. Date when recording was started.
Stop rec. Date when recording was stopped.
Rec. Time Time elapsed from Rec Start.
Int. Per. Value of the set integration period.
Rec Number of the recording in progress
EN - 27
SOLAR300 - SOLAR300N
CAUTION
The Total Consumed Energy page is shown only if the instrument has been
set for the Recording of the General Parameter Total “Active Power &
Energy” (see § 5.4.2.7). Values will be shown only during or at the end of a
recording and zeroed upon starting a new recording or when the instrument
is switched off
25/01/2013 – 16:55:10
TOT. ENERGY PRODUCTION – Page x/y
Eact = 0 kWh
Ppeak = 0 kW
Date Ppeak : -- / -- / -- 00:00:00
Start rec. : -- / -- / -- 00:00:0 0
Stop rec. : -- / -- / -- 00:00:00
Rec Time : - - Int. Per. : - - - Rec: - -
PAGE SCOPE HARM VECTORS
PARAMETERS CAPTION:
Eact Total active energy produced when starting
recording.
Ppeak Maximum peak of produced active power.
Date Ppeak Date and time in which the peak occurred.
Start rec. Date when recording was started.
Stop rec. Date when recording was stopped.
Rec Time Time elapsed from Rec Start.
Int. Per. Value of the set integration period.
Rec Number of the recording in progress
Fig. 49: Producted energy page
CAUTION
The Total Produced Energy page is shown only if recording parameter “Cogeneration” has been set in the instrument (see § 5.4.2.5) and if general
parameter Total “Active Power & Energy” has been selected (see § 5.4.2.7).
Values will be shown only during or at the end of a recording and zeroed
upon starting a new recording or when the instrument is switched off.
5.2.4.4. Single phase system – Screens sequence
12/09/2006 – 16:55:10
PHASE 1 RMS VALUES – Page x/y
V1N
VNPE
Freq
I1
Patt1
Preatt1
Papp1
Pf1
CosPhi1
PAGE SCOPE HARM VECTORS
=
=
=
=
=
=
=
=
=
0.0 V
0.0 V
0.0 Hz
0.0 A
0.0 W
0.0 VAr
0.0 VA
0.00i
0.00i
PARAMETERS CAPTION:
V1N Phase-Neutral voltage L1 phase
VNPE Neutral-Ground voltage
Freq Frequency
I1
Pact1 Active Power L1 phase
Preact1 Reactive Power L1 phase
Papp1 Apparent Power L1 phase
Pf1 Power factor L1 phase
CosPhi1 Power factor between fundamental of
voltage L1 and current L1
Current on L1 phase
Fig. 50: Page of numerical values
EN - 28
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