3000W True Sine Wave DC-AC Inverter with Solar Charger
TN-3000
series
■
Features :
True sine wave output (THD<3%)
High surge power up to 6000W
U.P.S. mode and energy saving mode (selectable)
High efficiency up to 92%
Power ON-OFF switch
Standby saving mode can be selectable
Front panel indicator for operation status
Thermostatically controlled cooling fan
Protections: Bat. low alarm / Bat. low shutdown / Over voltage / Over temp.
/ Output short / Input polarity reverse / Overload / AC circuit breaker
Application : Home appliance, power tools, office and portable
equipment, vehicle and yacht ...etc.
Built-in solar / AC charger
Computer-based monitoring software (Note.7)
3 years warranty
SPECIFICATION
MODEL
RATED POWER (Typ.)
TN-3000-112□
3000W
TN-3000-124□
TN-3000-148□
TN-3000-212□
TN-3000-224□
E
13
TN-3000-248□
MAXIMUM OUTPUT POWER (Typ.)
3450W for 180 sec. / 4500W for 10 sec. / surge power 6000W for 30 cycles
AC VOLTAGE
OUTPUT
FREQUENCY
WAVEFORM
AC REGULATION (Typ.)
TRANSFER TIME (Typ.)
SAVING MODE (Typ.)
FRONT PANEL INDICATOR
BAT. VOLTAGE
DC CURRENT (Typ.)
INPUT
Factory setting set at 110VAC
100 / 110 / 115 / 120VAC selectable by setting button S.W
Factory setting set at 230VAC
200 / 220 / 230 / 240VAC selectable by setting button S.W
60
±
0.1Hz
±
3%
10ms inverter
50/60Hz selectable by setting button S.W
50
±
0.1Hz
50/60Hz selectable by setting button S.W
Note.8
True sine wave (THD<3%)
by pass
Default disabled. Load
≦
5W will be changed to standby mode
Battery voltage level, output load level, saving mode, fault and operation status
12V
Note.4
300A
24V
48V
42 ~ 60VDC
75A
12V
10.5 ~ 15VDC
300A
24V
21 ~ 30VDC
150A
48V
42 ~ 60VDC
75A
VOLTAGE RANGE (Typ.)
Note.3,6
10.5 ~ 15VDC
21 ~ 30VDC
150A
NO LOAD DISSIPATION (Typ.)
≦10W
@ standby saving mode
OFF MODE CURRENT DRAW (Typ.)
≦1mA
EFFICIENCY (Typ.)
BATTERY TYPES
Note.1
88%
90%
Open & sealed lead acid battery
91%
20A*6
45V
42V
85
℃±
5
℃
89%
40A*12
11.3V
10.5V
80
℃±
5
℃
91%
40A*6
22.5V
21V
75
℃±
5
℃
92%
20A*6
45V
42V
75
℃±
5
℃
FUSE
40A*6
40A*12
BATTERY
BAT. LOW ALARM
11.3V
22.5V
Note.6
INPUT
21V
BAT. LOW SHUTDOWN
Note.6
10.5V
PROTECTION
By internal fuse open
REVERSE POLARITY
OVER TEMPERATURE
OUTPUT SHORT
OUTPUT
PROTECTION OVER LOAD (Typ.)
CIRCUIT BREAKER
GFCI PROCTECTION
WORKING TEMP.
ENVIRONMENT
WORKING HUMIDITY
STORAGE TEMP., HUMIDITY
VIBRATION
SAFETY STANDARDS
SAFETY &
EMC
LVD
WITHSTAND VOLTAGE
ISOLATION RESISTANCE
EMC EMISSION
EMC IMMUNITY
CHARGE CURRENT (Typ.)
CHARGE VOLTAGE
90
℃±
5
℃
85
℃±
5
℃
Protection type : Shut down o/p voltage, re-power on to recover
Protection type : Shut down o/p voltage, re-power on to recover
105 ~ 115% load for 180 sec., 115% ~ 150% load for 10 sec.
Protection type : Shut down o/p voltage, re-power on to recover
AC output: 40A, AC receptacle:15A
Optional (Only type F)
Note.2
0 ~ +40
℃
@ 100% load ; 60
℃
@ 50% load
AC output: 20A, AC receptacle: 15A
None
20% ~ 90% RH non-condensing
-30 ~ +70
℃
/ -22 ~ +158 F, 10 ~ 95% RH non-condensing
o
10 ~ 500Hz, 3G 10min./1cycle, 60min. each along X, Y, Z axes
UL458 (only for Type G ),
EAC TP TC 004 EAC TP TC 004
EN60950-1
None
Bat I/P - AC I/P:3.0KVAC Bat I/P - AC O/P:3.0KVAC AC O/P - FG:1.5KVAC
Bat I/P - AC O/P, Bat I/P - FG, AC O/P - FG: 100M ohms / 500VDC / 25
℃
/ 70% RH
Compliance to EN55032 class A, 72/ 245/ CEE, 95/ 54/ CE, E-Mark,
EAC TP TC 020
Compliance to FCC class A,
EAC TP TC 020
Compliance to
EAC TP TC 020
Compliance to EN61000-4-2,3,4,5,6,8,11,
EAC TP TC 020
25A
12A
28.5V
45V
6A
57V
75V
25A
14.3V
25V
12A
28.5V
45V
6A
57V
75V
AC
CHARGER
SOLAR
PANEL
OTHERS
NOTE
Note.6
14.3V
MAX OPEN CIRCUIT VOLTAGE
25V
SHORT CIRCUIT CURRENT (max.)
30A
CONTROL WIRING
Note.7
RJ11 -RS232
DIMENSION
PACKING
466.8*283.5*100mm (L*W*H)
12.9Kg; 1pcs/14Kg/1.49CUFT
1.Efficiency is tested by 2100W, linear load at 13V, 26V, 52V input voltage.
2.Output derating capacity referenced by curve 1.
3.Input derating capacity referenced by curve 2.
4.DC current is tested by 3000W, linear load at 12V, 24V, 48V input voltage.
5.All parameters not specified above are measured at rated load, 25
℃
of ambient temperature and set to factory setting.
6.The tolerance of each voltage value by models is:112/212
→±
0.5V;124/224
→±
1V;148/248
→±
2V.
7.The cable is enclosed for the connection between TN-3000 and computer for software monitoring.
8.THD is tested by 3000W, linear load at 13,26,52V input voltage.
9.Please
do not turn on the inverter before start the engine if inverter connect to vehicle’s battery directly.
10.The ambient temperature derating of 3.5
℃
/1000m with fanless models and of 5
℃
/1000m with fan models for operating altitude higher than 2000m(6500ft).
File Name:TN-3000-SPEC
2018-
01-15
3000W True Sine Wave DC-AC Inverter with Solar Charger
TN-3000
series
Instructions for TN-3000 monitoring software
1. The monitoring software can be downloaded from product section (with TN-3000 specification) on MEAN WELL’s official website,
http://www.meanwell.com
2.The monitoring software can run on Windows 7 English version, Windows 7 Chinese (Traditional, Taiwan) version, Windows 8 English version
and Windows 8 Chinese (Traditional, Taiwan) version
3. Installation of TN-3000 unit and PC
1
6
Phone Jack
RJ11
DB9 FEMALE
RJ11
PIN NO.
DB9
PIN NO.
2
3
3
5
4
2
9
8
7
6
5
4
3
2
1
Figure 1
4. Explanation of Monitoring Manu
4.1 Main Page
Inverter TN V1.38
Setting
Statistics
R.C. Power off
Pause
Exit
1
2
3
4
Solar Charge
AC Charge
100
0
Battery
Battery Voltage
13.5
V
INVERTER
100
0
Loading
O/P Voltage
230
V
O/P Frequency
50.0
Hz
5
AC In
Utility Voltage
0.0
V
Internal Temperature
10.0
℃
By pass
TN-3000-212
Start Date
2010/01/01 03:13:33 PM
Reset Date
2010/01/01 01:40:56 PM
6
Power on
Remote off
Battery low
Battery used up
Stand by saving mode
Abnormal Shutdown
Figure 2
1. Setting: Adjustment for output voltage, charging related voltage, frequency, and operation mode. Please refer to Figure 3 for details.
2. Statistics: Calculate for the percentage of operating period for each operation mode. Please refer to Figure 4 for details.
3. R.C. Power off: Power can be turned ON or OFF at the remote location.
4. Pause: Stop refreshing the page of monitoring software.
5. Status of unit: Indicating current operating status of TN-3000.
6. Signals that display current condition of the unit.
File Name:TN-3000-SPEC
2018-
01-15
3000W True Sine Wave DC-AC Inverter with Solar Charger
TN-3000
series
4.2 Setting Page
Inverter Setting
File Name
D:\TN_110RR\20100101\REV\TN_110RR\TNF\TN_3K0_512.TNF
Model name TN-3000-212
Manufacture MeanWell
Revision REV:1.38
I/O Type
Voltage
Frequency
Stand-by saving mode
UPS mode
Energy saving mode
212
230
50
On
On
On
1
Lead
Hz
Off
V
Series Number
Date Of Manu.
Equalization Volt.
Floating Volt.
Alarm Volt.
Shutdown Volt.
LOC-1234567890
01/01/2010
14.3
13.3
11.3
10.5
V
V
V
V
13.6 ~ 15.0V
13.0 ~ 13.5V
1
11.1 ~ 11.5V
10.0 ~ 11.0V
Comm Ports
Read
Write
Bauds Rate
9600
Exit
Read OK!!
2
3
4
Figure 3
1. User can adjust the settings based on the characteristics of batteries been used: Equalization Voltage, Floating Voltage, Alarm Voltage,
and Shut-down Voltage. UPS Mode / Energy Saving Mode selection and AC output voltage and frequency can also be set in this page.
2. Read: Read current settings of the unit.
3. Write: Write the revised setting into the unit.
4. Load: Load in factory default settings.
4.3 Statistic Page
Inverter Setting
Start Date
2010/01/01 03:13:33 PM
91.2
%
Inverter time rate
0.0
%
Bypass time rate
8.8
%
Shut Down rate
0.0
%
Solar time rate
24.7
%
Loading average
Start Date
2010/01/01 01:40:56 PM
31.9
%
Inverter time rate
0.0
%
Bypass time rate
68.1
%
Shut Down rate
0.0
%
Solar time rate
63.7
%
Loading average
RESET
Exit
Figure 4
1. Start Date: Date that installing the monitoring software.
2. Reset Date: Date that resetting the statistics. The Start Date will not be influenced by resetting the statistics or turning off the unit.
3 .Inverter time rate: Operating period of "Inverter Mode" represents how many percent of the whole operating period.
4. Bypass time rate: Operating period of "Bypass Mode" (energy provides directly by the utility) represents how many percent of the whole
operating period.
5. Shut down rate: Percentage of time period that the unit is under the condition of shut down.
* Inverter time rate + Bypass time rate + Shut down rate = 100%
6. Solar time rate: Percentage of time period that the solar charger is functioning after turning on the TN-3000 unit.
7. Loading average: Average loading after turning on the TN-3000 unit.
File Name:TN-3000-SPEC
2018-
01-15
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