Fimer TRIO-5.8-TL-OUTD-400 User manual

Solar Inverter
TRIO-5.8/7.5/8.5-TL-OUTD
Quick Installation Guide
In addition to what is explained in this quick installation guide, the safety
and installation information provided in the product manual must be read
and followed. The technical documentation for the product is available at
the website.
The device must be used in the manner described in the manual. If this
is not the case the safety devices guaranteed by the inverter might be
ineffective.
APPLY HERE
THE WIRELESS
IDENTIFICATION LABEL

2
1. Labels and Symbols
The labels on the inverter have the Agency marking, main technical data and identification of the equipment and manufacturer
A
Inverter model
B
Inverter part number
C
Inverter serial number
D
Week/Year of manufacture
E
Main technical data
Fimer S.p.A.
Via Tortona, 25 - I 20144 Milano (MI)
B
C
D
V dc max
V dc Operating Range
V acr
f r
I ac max
P acr (cos = ±0.9) φ
P acr (cos = 1) φ
MODEL:
TRIO-8.5-TL-OUTD-400
1000 V
200 - 950 V
2 x 15 A
320 - 800 V
2 x 20 A
Made in Italy
DIN VDEV 0126-1-1
PROTECTIVE CLASS: I
400 V 3Ø
50 / 60 Hz
7650 W(*)
8500 W(*)
14.5 A
SOLAR INVERTER
(*): Up to 50 °C with Vdc>400 V
V dc MPP
I dc max
I sc max
IP65
-25 to +60 °C
-13 to +140 °F
10 minutes
A
E
ATTENTION –AThe labels attached to the equipment must NOT be removed, damaged, dirtied, hidden,etc...
If the service password is requested, use the serial number field -SN: YYWWSSSSSS- shown on the identification label (affixed to the side)
In the manual and/or in some cases on the equipment, the danger or hazard zones are indicated with signs, labels, symbols or icons.
Always refer to instruction manual Hot surfaces Without insulation transformer
General warning - Important safety
information
,3;;
Protection rating of equipment Direct and alternating current,
respectively
Dangerous voltage Temperature range Positive and negative pole of the input
voltage (DC)
Obligation to use protective clothing and/
or personal protective equipment
Point of connection of the protective
ground
;;
The discharge time of the stored energy
2. Inverter models and components
The inverter model should be chosen by a specialized technician who has a good knowledge of the installation conditions, the devices that will be installed
externally, and whether it will eventually be integrated into an existing system.
The following models of inverter are available(08):
TRIO-5.8-TL-OUTD-400 TRIO-5.8-TL-OUTD-S-400
• Number of input channels: 1
• DC disconnect switch (08): No
• Input connectors: screw terminal block
• Number of input channels: 1
• DC disconnect switch (08): Yes
• Input connectors: quick fit connectors (2 pairs)
TRIO-7.5-TL-OUTD-400
TRIO-8.5-TL-OUTD-400
TRIO-7.5-TL-OUTD-S-400
TRIO-8.5-TL-OUTD-S-400
• Number of input channels: 2
• DC disconnect switch (08): No
• Input connectors: screw terminal block
• Number of input channels: 2
• DC disconnect switch (08): Yes
• Input connectors: quick fit connectors (2 pairs
per channel)
Main components
01 Display 11 Handles
02 LED panel 12 Heat sink
03 Keypad 13 Bracket
04 Front cover 14 Locking screw
05 AC output board 15 AC cable gland
06 Communication and control board 16 Service cable glands
07 Scheda di ingresso DC 17 Anticondensation valve
08 DC disconnect switch 18 DC cable glands
09 bracket mounting slot 19 Input connectors (MPPT1)
10 Inverter 20 Input connectors (MPPT2)
3. Choice of installation location
Environmental checks
- Consult the technical data to check the environmental parameters to be observed
- Installation of the unit in a location exposed to direct sunlight must be avoided as it may cause:
1. power limitation phenomena in the inverter (with a resulting decreased energy production by the system)
2. premature wear of the electrical/electromechanical components
3. premature wear of the mechanical components (gaskets) and of the user interface (display)
- Do not install in small closed rooms where air cannot circulate freely
- To avoid overheating, always make sure the flow of air around the inverter is not blocked
- Do not install in places where gases or flammable substances may be present
- Do not install in rooms where people live or where the prolonged presence of people or animals is expected, because
of the noise (about 50dB(A) at 1 m) that the inverter makes during operation
- Avoid electromagnetic interference that can compromise the correct operation of electronic equipment, with
consequent situations of danger.
TRIO-5.8-TL-OUTDTRIO-5.8-TL-OUTD-STRIO-7.5/8.5-TL-OUTDTRIO-7.5/8.5-TL-OUTD-S
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I ON
0 OFF
TRIO
01
02
03
04
05
06
07
08
09
10
11
12
13
14 1516
1516
17
18
1516
17
18
08
17 19 20
151608
17 19

3
Installations above 2000 metres
On account of the rarefaction of the air (at high altitudes), particular
conditions may occur:
• Less efficient cooling and therefore a greater likelihood of the device
going into derating because of high internal temperatures
• Reduction in the dielectric resistance of the air that, in the presence of
high operating voltages (DC input), can create electric arcs (discharges)
that can reach the point of damaging the inverter
NOTE –DAll installations at altitudes of over 2000 metres must be
assessed case by case with the FIMER Service department.
Installation position
• Install on a wall or strong structure suitable for bearing the weight
• Install in safe, easy to reach places
• If possible, install at eye-level so that the display and status LEDs can
be seen easily
• Install at a height that considers the heaviness of the equipment
• Install vertically with a maximum inclination of +/- 5°
• To carry out maintenance of the hardware and software of the equipment,
remove the covers on the front. Check that there are the correct safety
distances for the installation that will allow the normal control and
maintenance operations to be carried out
• Comply with the indicated minimum distances
• For a multiple installation, position the inverters side by side
• If the space available does not allow this arrangement, position the
inverters in a staggered arrangement as shown in the figure so that heat
dissipation is not affected by other inverters
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cm
50
cm
15cm 15cm
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cm
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cm
15cm 15cm
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ATTENTION –AFinal installation of the inverter must not compromise
access to any disconnection devices that may be located externally.
ATTENTION –APlease refer to the warranty terms and conditions
available on the website and evaluate any possible exclusion due to
improper installation.
4. Instruments
LEDs and BUTTONS, in various combinations, can be used to view the status
or carry out complex actions that are described more fully in the manual.
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DC
AC
02 01 03
POWER
LED
GREEN On if the inverter is working correctly. Flashes
when checking the grid or if there is insufficient sunlight.
ALARM
LED
YELLOW The inverter has detected an anomaly. The
anomaly is shown on the display.
GFI LED RED Ground fault on the DC side of the PV generator. The
error is shown on the display.
ESC
It is used to access the main menu, to go back to the
previous menu or to go back to the previous digit to be
edited.
UP It is used to scroll up the menu options or to shift the
numerical scale in ascending order.
DOWN It is used to scroll down the menu options or to shift the
numerical scale in descending order.
ENTER
It can be used to conrm an action, to access the submenu
for the selected option (indicated by the > symbol) or to
switch to the next digit to be edited.
The operating parameters of the equipment are displayed through the
display (01): warnings, alarms, channels, voltages, etc.
Description of symbols and display fields.
DC
AC
b1
b2
b3
b4 b6
b7 b9 b10
b17
b16
b14
b13
b12
b11 b15 b18
b20 b22
b21
b19
b23
b8
b5
Description of symbols and display fields.
b1 RS485 data transmission b13 Daily energy produced
b2 RS485 line present b14 PV voltage > Vstart
b3 Radio line present. b15 DC voltage value
b4 Bluetooth line present (*) b16 DC current value
b5 WiFi line present (*) b17 DC/DC circuit part
b6 Warning b18 DC/AC circuit part
b7 Temperature derating b19 AC voltage value
b8 Instantaneous power b20 AC current value
b9 MPP scan running b21 Connection to the grid
b10 Graphic display b22 Grid status
b11 Power graph b23 Cyclic view on/off
b12 Total energy (*) NOT available
5. Lifting and transport
Transport and handling
Transport of the equipment, especially by road, must be carried out with
by suitable ways and means for protecting the components (in particular,
the electronic components) from violent
shocks, humidity, vibration, etc.
Lifting
Where indicated and/or where there is a
provision, eyebolts or handles, which can
be used as anchorage points, are inserted
and/or can be inserted.
The ropes and means used for lifting must
be suitable for bearing the weight of the
equipment.
Unpacking and checking
The components of the packaging must
be disposed on in accordance with the
regulations in force in the country of
installation.
When you open the package, check that the
equipment is undamaged and make sure all the components are present.
If you find any defects or damage, stop unpacking and consult the carrier,
and also promptly inform the FIMER.
Model Mass weight Lifting points n°#
TRIO-5.8-TL-OUTD(-S)-400 25 kg 4
TRIO-7.5-TL-OUTD(-S)-400 28 kg 4
TRIO-8.5-TL-OUTD(-S)-400 28 kg 4
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6. List of supplied components
Components available for all models Quantity
Connector for connecting the
configurable relay 2
Connector for the connection of
the communication and control
signals
2
L-key, TORX TX25 1
Two-hole gasket for M25 signal
cable glands and cap 2+2
Two-hole gasket for M20 signal
cable glands and cap 1+1
Three-hole gasket for M25 DC
cable glands and cap 2+4
Bracket for wall mounting+
Locking screw
1+2
Bolts and screws for wall
mounting 4+4
Quick Installation Guide 1
Additional components for 7.5 / 8.5kW models Quantity
Jumpers for configuration of
the parallel input channels 1+1
Additional components for models with disconnect switch (-S) Quantity
Female quick fit connectors
2 (5.8 kW)
4 (7.5 / 8.5 kW)
Male quick fit connectors
2 (5.8 kW)
4 (7.5 / 8.5 kW)
7. Assembly Instruction
Wall mounting
During installation do not place the inverter (10) with the front cover
(04) facing towards the ground.
• Position the bracket (13) perfectly level on the wall and use it as a drilling
template.
• Drill the 4 holes required using a drill with 10mm bit. The holes must be
about 70mm deep.
• Fix the bracket to the wall with the 4 wall anchors, 10mm in diameter,
supplied.
• Attach the inverter by inserting the two tabs on the bracket (13) into the
2 slots on the inverter (figures A1 and A2).
• Secure the inverter to the bracket by screwing the 2 lock screws (14)
on both sides of the inverter (figure A3).
• Unscrew the 8 screws and open the front cover (04) as described in the
following paragraph to make all necessary connections.
The cover is fitted into fixed rails and cannot be removed.
6 x Ø 10 mm
A 1
A 2
A 3
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8. Opening the cover
The front cover can be easily opened by sliding it over the two rails on both
inner sides of the inverter, as described in the procedure below:
• Unscrew the 8 screws that secure the front cover (04) (step 1)
• Open the cover by pulling it towards you, then push it upwards from both
sides (steps 2 and 3).
At this stage, avoid misplacing the cover.
• Secure the cover open by pushing it forwards and then downwards (steps
4 and 5)
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42
135
9. Line cable and protection
devices
Load protection breaker (AC disconnect switch) and line cable sizing
To protect the AC connection line of the inverter, we recommend installing a
device for protection against over current and leakage with the following
characteristics:
TRIO-5.8/7.5/8.5-TL-OUTD
Type Automatic circuit breaker with differential thermal
magnetic protection
Voltage/Current rating 400V /16A
Magnetic protection
characteristic B/C
Number of poles 3/4
Type of differential
protection A/AC
Differential sensitivity 300mA
FIMER declares that the FIMER transformerless inverters, in terms of their
construction, do not inject continuous ground fault currents and therefore
there is no requirement that the differential protection installed downstream
of the inverter be type B in accordance with IEC 60755 / A 2.
Characteristics and sizing of the line cable
For the connection of the inverter to the grid, you can choose between a
star connection (3 phases + neutral) and a delta connection (3 phases).
The cross-section of the AC line conductor must be sized in order to
prevent unwanted disconnections of the inverter from the grid due to high
impedance of the line that connects the inverter to the power supply point
Cross-section of the
line conductor (mm2) Maximum length of the line conductor (m)
TRIO-5.8-TL-
OUTD
TRIO-7.5-TL-
OUTD
TRIO-8.5-TL-
OUTD
455m 40m 35m
680m 60m 55m
10 135m 105m 90m
The values are calculated in nominal
power conditions, taking into account:
1. a power loss of not more than 1% along
the line. 2. copper cable, with HEPR
insulation, laid in free air
Max 10mm
2
13 ÷ 21 mm

5
10. Input configuration (DC)
The 7.5 and 8.5 kW power inverter versions are equipped with two
independent input channels (and therefore with double maximum power
point tracker MPPT), which can however be connected in parallel using
a single MPPT.
• Independent channel configuration (default configuration)
This configuration is factory-set and uses both input channels (MPPT) as
independent. This requires the jumpers (supplied) between the positive
and negative poles of the two DC input channels not to be installed and
the independent channel mode to be set in the relevant section of the
SETTINGS menu.
Input Mode
INDEPENDENT
• Parallel channel configuration
This configuration uses the two input channels (MPPT) connected in parallel.
This requires the jumpers (supplied) between the positive and negative poles
of the two DC input channels to be installed and the parallel channel mode
to be set in the relevant section of the SETTINGS menu.
07
07
07
07
-S Version
Standard Version
Input ModeInput Mode
PARALLELPARALLEL
11. Input connection (DC)
WARNING –BCheck for correct polarity in the input strings
and absence of any leakage to ground in the PV generator.
When exposed to sunlight, the PV panels supply DC direct voltage to the
inverter.Theinsideoftheinvertermayonlybeaccessedaftertheequipment
has been disconnected from the grid and from the photovoltaic generator.
The inverter is only to be used with photovoltaic units with ground
insulated input poles unless accessories allowing grounding of the inputs
have been installed. In this case it is compulsory to install an isolation
transformer on the AC side of the system.
• Connection of inputs on the Standard models
The input connections on inverter models that are not equipped with a DC
disconnect switch can be made in 2 different modes, based on the number
of available input channels.
TRIO-5.8-TL-
OUTD
TRIO -7.5 -TL-
OUTD
TRIO-8.5-TL-
OUTD
No. of input channels 122
DC cable gland 2 x M25
For all inverter models the DC terminal block (23) can be connected by feeding
the cables inside the DC cable glands (18). The cable gland accepts cables of
maximum diameter from 10 to 17 mm, while each terminal of the terminal block
accepts a cable with maximum cross-section of 16 mm2 (1.5 Nm tightening torque).
Unscrew the cable gland, remove the cover, feed a cable of suitable cross-
section and connect it to the terminals on the DC input terminal block.
Three-hole gaskets are supplied for insertion in the cable gland,
which allow three separate cables with cross-section of up to 7mm
to go through.
Once the connection to the terminal block has been made, firmly screw the
cable gland (7.5 Nm tightening torque) and check the tightness.
07
23
22
18
+− − +
MPPT1 MPPT2
07
23
18
+−
TRIO 7.5/8.5kW (2 MPPT)
TRIO 5.8kW (1 MPPT)
• Connection of inputs on models with disconnect switch
The string connections for inverter versions equipped with DC disconnect
switch (08) use quick fit connectors (multicontact or weidmuller), placed at
the bottom of the mechanism.
The number of quick fit connectors changes based on the number
of input channels. Each input channel is normally equipped with two
pairs of connectors for the connection of two strings.
TRIO-5.8-TL TRIO -7. 5-TL TRIO-8.5-TL
No. of input channels 1 2
No. of quick fit connectors 4 (2 pairs) 4 + 4 (2 pairs per MPPT)
I ON
0 OFF
MPPT1 MPPT2
TRIO 5.8kW (1 MPPT)
I ON
0 OFF
MPPT1 MPPT2
TRIO 7.5/8.5kW (2 MPPT)
Connect all the strings included in the system design and always check the
tightness of the connectors.
If some of the string inputs are left unused, check that all relevant
connectors are covered with caps and install caps where needed. This is
necessary to ensure the tightness of the inverter and to avoid damaging the
unused connectors so that they can be ready for later use.
12. Output connection (AC)
The inverter should be connected to a three-phase system with an earthed
common star point. When connecting the inverter to the network, either
a four-wire connection (3 phases + neutral) or a three-wire connection (3
phases) can be used.
ATTENTION –AWhichever connection is used, the inverter must be
connected to earth. To avoid the risk of electrocution, all connection
operations much be carried out with the disconnector downstream
from the disarmed inverter (network side).
For all models, connection is carried out with the AC (31) output terminal
by passing the cables through the inside of the AC cable gland (15). The
maximum accepted cable diameter is between 13 and 21 mm; however,
each individual clamp in the terminal accepts
a cable with a maximum section view of 10
mm2(tightening torque 1.5 Nm).
Unscrew the cable gland, remove the plug,
insert the appropriately sized cable, and
connect the
conductors (Neutral, R, S, T and Ground) to
the clamps on the AC output terminal (31).
Take care to not invert one of the phases with
neutral!
Once connection to the terminals is
completed, securely retighten the screws
(tightening torque 8.0 Nm) on the cable gland
and check the sealing barrier.
Set up the S1 (33) switch based on the configuration
of the output connections:
- position 3W for three-wire configurations (R+S+T)
- position 4W for four-wire configurations
(R+S+T+Neutral)
R S T N
3W 4W
33
05
31
15
1
R S T N
/G
3W 4W
33

6
13. Connection of the communication and control signals
The following table shows the main components and the connections available on the control and communication board.. Each cable that must be
connected to the communication card must go through the three service cable glands (16).
Ref.
manual
Ref.
inverter Description
(24) J14 SLOT 3 - Connector for WIFI modules installation (NOT ACTIVE)
a01 A2 Inverter data memory card housing
(25) A1 SD CARD housing
a02 S2 Switch to set the inverter to normal or service mode
a03 BT1 Battery housing
(26) J2
Terminal block connecting to the configurable relay that allows
connection of external devices which, according to the mode
selected in the menu SETTINGS>Alarm can, for example,
signal malfunctions. The operating modes that can be set are:
-Production -Alarm -Alarm (configurable) -Crepuscolar
(30) J7 e J11 Connection of the RS485 (PC) line on RJ45 connector
(27) J9 Connector for radiomodule or Ethernet board installation
(28) J3 SLOT 2 - Connector for PMU board installation
a04 A3 RS485 (PC) communication card housing
(29) J4
Terminal block for:
- PC RS485 serial connection (to connect local or
remote monitoring systems)
- Remote ON/OFF connection
- Tachometer signal (WIND version) connection
a05 S2 Switch for setting the termination resistance of the RS485 (PC) line
READ THE MANUAL –EPlease refer to the manual for details of the connections and functions available on the control
and communication board
NOTE –DOnce the connection and the configuration of the inverter is completed, the front cover must be closed by
tightening the screws (2.4 Nm tightening torque) in the order shown.
14. Commissioning
The inverter commissioning procedure is as follows:
• Close the AC disconnect switch to supply the inverter with the grid voltage
• Close the DC disconnect switch to supply the inverter with the photovoltaic generator voltage.
If the inverter is equipped with a DC disconnect switch (-S models), turn the DC disconnect switch (14) to the ON position.
• When the inverter is connected to the power supply, the display will show a guided configuration procedure. Press ENTER to set the following:
- Parallel or independent mode
configuration of the input channels
-Inverter time and date - Selection of grid standard and
corresponding display language
Config. Wizard
ENTER to START
Time hh:mm
Date DD MMM YYYY
Input Mode
PARALLEL/INDEP
GRID=
Lang=
ENTER
Once the guided configuration is completed, the inverter restarts to apply the parameter settings
• When the inverter has power, the first check performed is the one relating to the input voltage:
If the DC input voltage is lower than the Vstart voltage (voltage required to begin the inverter’s grid connection) the b14 icon remains off and the “Waiting
sun” message is displayed b10.
If the DC input voltage is higher than the Vstart voltage the b14 icon is displayed and the inverter goes to the next stage of the controls.
In both cases the voltage levels and input current are displayed in the b15 and b16 fields.
• The inverter performs a control of grid parameters. The b22 icon, which represents the grid distribution, can have different statuses:
not present, if the mains voltage results as absent.
flashing, if the mains voltage is present but outside the parameters dictated by the standard of the country of installation.
turns on, if the mains voltage is present and within the parameters dictated by the standard of the country of installation. In this condition, the inverter
starts the sequence of grid connection.
ATTENTION –ADo not place objects of any kind on the inverter during operation!
Do not touch the heatsink while the inverter is operating!Some parts may be very hot and cause burns.
READ THE MANUAL –EIf the input voltage and the grid voltage are within the inverter operating intervals, connection to
the grid will commence. After the inverter is connected, the icons on the whole line b21 will come on steady.
Once the connection sequence has been completed, the inverter starts to operate and indicates its correct operation by making a sound and by the
green LED coming on steady on the LED panel (02).
• Check for updated Firmware versions on the website
If the inverter signals any errors/warnings the messages and their codes will be indicated on the display (01). This state will also cause switching of the
multi-function relay (set to alarm mode in the menu SETTINGS>Alarm) which activates any external signalling device that may be connected.
1
a04
a05
a01
a02
a03
24
25
29
28
27
26
30
1
1
86
57
32
4
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15. Components & accessories
The accessories can be bought separately and installed directly by a qualified technician or by the installer.
For information on the installation, compatibility and use of the accessories, refer to the relevant part documentation.
PMU EXPANSION BOARD ETHERNET EXPANSION BOARD
Added features:
• PMU - Management of active/reactive power
• 2 analogue and 1 PT100/ PT1000 inputs.
• Analogue sensor power supply (24 V)
• RS485 (ModBus protocol)
• RS485 (Aurora protocol)
Added features:
Ethernet connection for:
• Local monitoring (internal webserver)
• Remote monitoring (“Aurora Vision/Easy View” portal)
LAB1
J6
16
15
2
1
LAB1
J6
16
15
2
1
R28
U2
U1
R29 R30 R31
D3
D2
U4
R2 R1
C1
R32 R33 R34
R22 R23
C12
U5
R5 R4 R3
Q1
D4 R24
C11
U6
R7 R6
C21
R35 L2
L1
U7
R8
R36 R37
R27 R26 R25
C13
U8
R10
R9
D6
R39
L3
C14
LED1
R12 R11
R13
C43 C44 R58
C31
R52
C29
C26
C23
D7
R67 R68
R21
LED2
LED3
R16
C5
C2
R59
C45
U11
D5
C24
C27
XTAL2
C15
C9
C7
U3
R60 C36
C37
L4
R38
LAB1
R56
R53
R48
R51
R54
C6
C3
C30
C25
XTAL3
R47
R44
R45
C8
R20
R18
R19
R15 R17
C4
C34 C38 C10
U10
C39
R49 R46C28
C35
U12
U9
D1
R14
C19
C40
R57
C32
C48 R61
R55C41
C47
C20
R62
R63
R65
R64
R66
C33
L5
C22
R40
R41
LED4
LED5
TP5
TP14
TP22 TP24
TP23
TP13
TP3
TP12
TP6
TP4
J3
TP7
TP25
TP2
J1
TP21
TP18
TP17
TP20
J2
28
7
17
23
24
AC
1
1
2
16. Structure of the display menu
The display (01) has a section b10 (graphic display)
for moving through the menu using the buttons of the
LED panel (02). Section b10 consists of 2 lines with 16
characters per line:
Viewing of the GENERAL INFORMATION is cyclic.
This information relates to the input and output parameters
and the inverter identification parameters.
By pressing ENTER it is possible to lock scrolling on
a screen to be constantly displayed.
Press ESC to access the three main menus,
which have the following functions:
STATISTICS>Displays the statistics;
SETTINGS>Modify the settings of the inverter
INFO>View service messages for the operator;
Refer to the manual for details regarding use
and functions available in the menu.
17. Characteristics and technical data
TRIO-5.8-TL-OUTD T RI O-7.5 -T L- OUTD TRIO-8.5-TL-OUTD
Input Side
Absolute maximum input voltage (Vmax,abs)1000 V
Start-up DC Input Voltage (Vstart)350 V (adj. 200...500 V)
Operating DC input voltage range (Vdcmin...Vdcmax) 0.7 x Vstart...950 V
Rated input DC power (Pdcr)5950 Wp 7650 Wp 8700 Wp
Number of independent MPPTs 1 2 2
Maximum Input power for each MPPT (PMPPTma x)
6050 WLinearDerating FromMAX
to Null [800V≤VMPPT≤950V]
4800 W 4800 W
DC input voltage range (V
MPPT min
... V
MPPT max
) at P
acr
320…800 V - -
DC Input Voltage Range with Parallel Configuration
of MPPT at Pacr
-320…800 V 320…800 V
DC Power Limitation with Parallel
Configuration of MPPT -Linear Derating From MAX to Null [800V≤VMPPT≤950V]
DC Power Limitation for each MPPT with
Independent Configuration of MPPT at Pacr ,
max unbalance example
-
4800 W [320V≤VMPPT≤800V]
the other channel: Pdcr-4800W
[215V≤VMPPT≤800V]
4800 W [320V≤VMPPT≤800V]
the other channel: Pdcr-4800W
[290V≤VMPPT≤800V]
Maximum DC Input Current (Idcmax) / for each
MPPT (IMP PTm ax)18.9 A 30 A / 15 A 30 A / 15 A
Maximum Backfeed current (from AC to DC side) Negligible
Number of DC Inputs Pairs for each MPPT 2 (-S Version)
DC Connection Type Tool Free PV Connector WM / MC4 (Screw Terminal Block on Standard Version)
Type of photovoltaic panels that can be
connected at input according to IEC 61730 Classe A
Input protection
Reverse polarity protection Yes, from a limited current source
Input overvoltage protection for each MPPT- Varistor 2
Riso X.XM©
Ileak XmA
Inverter OK
STATISTICS
Total
Partial
Today
Last 7 days
Last month
Last 30 days
Last 365 days
User Period
SETTINGS
Address
Display Set.
Service
New PW
Cash
Time
Language
V Start
Autotest
Alarm
Remote ON/OFF
Sleep Mode
UV Prot. Time
Power Reduction
Input mode
PMU Board
INFORMATION
Part No.
Serial No.
Firmware
Country Select
Press
ESC
*1
*1 Available only for grid standard CEI-021
GENERAL INFORMATION
(cycle view) Structure of the main menu
password 0000
Date Time
Type OUTD
P/N -XXXX-
SN XXXXXX
Fw rel. XXXX
E-day XXX.XkWh
$-day XX.XEUR
Pout XXXXXW
E-tot XXXXXXkWh
E-par XXXXXXkWh
COSp X.XXX
Tipo regolazione
Tint XX.X°C
Tboost XX.X°C
Ppk XXXXXW
PpkDay XXXXXW
VoutR XXXV
Vout avg XXXV
VoutS XXXV
Vout avg XXXV
VoutT XXXV
Vout avg XXXV
VoutRS XXXV
VoutST XXXV
VoutTR XXXV
IoutR XX.XA
FoutR XX.XXHz
IoutS XX.XA
FoutS XX.XXHz
IoutT XX.XA
FoutT XX.XXHz
Vin1 XXXV
Iin1 XX.XA
Vin2 XXXV
Iin2 XX.XA
Pin1 XXXXXW
Pin2 XXXXXW
Vbulk XXXV
Vbulk_m XXXV
*3
*2
*3 Available only with Ethernet board installed
*2 Available only with PMU board installed
Reactive Power
MPPT
Scheda PMUPot. Reattiva
Ethernet Board

FIMER_TRIO-5.8_7.5_8.5-TL-Quick Installation Guide_EN_RevG
8
TRIO-5.8-TL-OUTD T RI O-7.5 -T L- OUTD TRIO-8.5-TL-OUTD
Maximum Input Short Circuit Current for each MPPT 24.0 A 20.0 A 20.0 A
Photovoltaic Array Isolation Control According to local standard
DC Switch Rating for each MPPT (Version
with DC Switch) 13 A /1000 V 23 A / 800 V
Output Side
AC Grid Connection Type Three phase 3W or 4W+PE
Rated AC grid voltage (Vacr)400 V
AC Voltage Range 320...480 Vac (1)
Rated AC Power (Pac max@cosφ=1)5800 W 7500 W 8500 W
Maximum apparent power (Smax)5800 VA 7500 VA 8500 VA
Maximum AC output current (Iac max)10.0 A 12.5 A 14.5 A
Contributory fault current 12.0 A 14.5 A 16.5 A
Inrush Current Negligible
Maximum output fault current <20Arms(100mS)
Rated output frequency (fr)50 / 60 Hz
Output frequency range (fmin...fmax)47...53 / 57...63 Hz (2)
Nominal Power Factor and adjustable range
(Cosphiacr)
>0.995, adj.±0.9 with
Pacr=5.22kW,
adj. ± 0.8 with max 5.8kVA
>0.995, adj.±0.9 with
Pacr=6.75kW,
adj. ± 0.8 with max 7.5kVA
>0.995,adj.±0.9
with Pacr=7.65kW,
adj. ± 0.8 with max 8.5kVA
Total current harmonic distortion < 2%
AC connection type Screw terminal block, maximum cross-section 10 mm2
Output Protection
Anti-islanding protection According to local standard
Maximum AC overcurrent protection 10.5 A 12.0 A 15.0 A
Output overvoltage protection - Varistor 4 plus gas arrester
Operating Performance
Maximum efficiency (ηmax)98.0%
Weighted efficiency (EURO/CEC)
97.4% / - 97.5% / - 97.5% / -
Feed In Power Threshold 32 W 36 W 36 W
Stand-by Consumption < 15 W
Communication
Wired Local Monitoring Ethernet card with webserver (opt.), PVI-USB-RS232_485 (opt.), PVI-DESKTOP (opt.)
Remote Monitoring Ethernet card (opt.), PVI-AEC-EVO (opt.), VSN700 Data Logger (opt.)
Wireless Local Monitoring PVI-DESKTOP (opt.) with PVI-RADIOMODULE (opt.)
User Interface Graphic display
Environmental
Ambient temperature range -25...+60°C /-13...140°F con derating sopra i 50°C/122°F
Relative humidity 0...100% condensing
Noise Emission < 45 db(A) @ 1 m
Maximum Operating Altitude without Derating 2000 m / 6560 ft
Environmental pollution classification for
external environment 3
Environmental category External
Physical
Environmental Protection Rating IP 65
Cooling system Natural
Overvoltage Category in accordance with IEC
62109-1 II (DC input) III (AC output)
Dimensions (H x W x D) 641mm x 429mm x 220mm / 25.2” x 16.9” x 8.7”
855mm x 429mm x 237mm / 33.7” x 16.9” x 9.3” with open front cover
Weight 25.0 kg / 55.1 lb 28.0 kg / 61.7 lb 28.0 kg / 61.7 lb
Mounting system Wall bracket
Safety
Isolation level Transformerless
Marking CE (50Hz only)
Safety class I
1. The AC voltage range may vary depending on specific country grid standard
2. The Frequency range may vary depending on specific country grid standard
Remark. Features not specifically listed in the present data sheet are not included in the product
For more information
please contact your
local FIMER
representative or visit:
fimer.com
We reserve the right to make technical changes or
modify the contents of this document without prior notice.
With regard to purchase orders, the agreed particulars
shall prevail. FIMER does not accept any responsibility
whatsoever for potential errors or possible lack of
information in this document.
We reserve all rights in this document and in the
subject matter and illustrations contained therein. Any
reproduction, disclosure to third parties or utilization of
its contents – in whole or in parts – is forbidden without
prior written consent of FIMER. Copyright© 2021 FIMER.
All rights reserved.
07/05/2021