Mean Well TS-1500, TN-1500 Instruction Manual

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TN/TS-1500

Inverter Instruction Manual

Page 2

Index

TN/TS-1500 Instruction Manual Inverter

1. Safet y Guide lines

2. Intro duction

3. User Interface

4. Expla nation of Op erati ng Logic

5. Initi al Setu p of TN/TS-1 500

6. Prote ction

7. Insta llation & Wi ring

8. Failu re Correction Not es

9. Wa rranty

2.1 Features

3.2 LED Indicator on Front P anel

3.1 Front Panel

2.2 Main Specification

2.3 System Block Diagram

3.3 Fun ctional Indicat ion and Al arm

3.4 Rea r Panel

4.1 Exp lanation of UPS Mod e Control Logic

4.2 Exp lanation of Energ y Saving Mode Contr ol Logic

5.1 Initi al State

5.2 Ini tial Se t Point for Tra nsition Voltag es

5.3 Pro cedur e of Se tting O perating M ode, Output Voltage,

5.4 Remote Mon itoring So ftware

Frequ ency, and Saving Mode

6.1 Inp ut Prot ect ion

6.2 Output Protection

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Jan. 2015 Version 17

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Inverter Inverter

Inverter

Do n't

di sass emb le

Away fro m

moistu re

Awa y fro m fir e or

hi gh te mperatu re

Do n't st ack o n

the inverte r

Ke ep go od ve ntilati on

1.Saf ety Guid elines ( Please read through this manual before assem bling

TN/TS -1500)

‧Risk of elect rical shock an d energy ha zard. All fa ilure s should be ex amine d b y

the q ualified tec hnician. Pl eas e do not remove the case of th e inver ter by

‧After connec ting the AC i nput of the inver ter t o the utilit y, the AC outlet of the

‧It is highly recommended t o mount the un it hori zontally. ‧Please do not in stall the in verter in pl aces wi th high mois ture or n ear water. ‧Please do not install the invert er in places with high ambient temperature or

‧Please only connect batteries wit h the same br and and model nu mber in one

‧Never a llow a spark or flame in the vicinit y of the batterie s because th ey ma y

‧Ma ke sure the air flow fro m the fan is not ob structed at both sides (front and

‧Please do not st ack any obje ct on the inverter.

‧Fully dig ital control led by an advan ced CPU, TN -1500 i s a true si ne w ave

‧TS-15 00 s eries only possess the inve rter functio n. I t uses batt eries as the in put

‧TN-15 00 is ca pable of dr awing en ergy from solar pan el thus provide

yourself!

inver ter wi ll have AC out put even i f the p ower s witch on the front pan el is i n the OFF pos ition .

under direct s unlight.

battery ban k. U sing b atter ies from d iff erent man ufacturers or d iff erent capacity

generate exp losive gases during normal operation.

back) o f the inverter. (Ple ase all ow at l east 15 cm of space)

inver ter equip ped with an AC cha rger and sol ar charger. It can also operate

source and con verts the en ergy in to AC ou tput.

unint errupted powe r (UP S mode). Besi des prov iding uninter rupted power, it also has user adj ustab le energy saving mode. The main purpo ses of ener gy reduction and bui lding an independ ent su b powe r stat ion ar e real ized. We can

say tha t TN-150 0 series is a multi -functional a nd designed to be e nvi ronmenta lly frien dly.

under UPS an d Ene rgy s aving modes. (Description s whi ch are hig h lighted

represents f unctions o nly for the TN-1500 series)

is stri ctly pr ohibited !

2. Introdu ction

WARNING:

It is sug ge sted to e xe cute re gu lar bat te ry main te nance

Batteries will have agin g problem after years of operation.

(e.g. every year). Once aged, the batteries should be changed by professional technician, or the failed batteries may cause fire or o ther ha zar ds.

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2.2 Mai n Speci fication

2.1 Fea tures

‧Tru e sine wa ve output (T HD<3%)

‧Selectable U PS or Energy s aving mode

‧1500W rated output ‧High efficiency u p to 90% ‧Complete LED indication for operating status ‧Batte ry low al arm and indi cator ‧Surge p ower ca pability u p to 3000W ‧Outpu t volta ge / frequen cy selectable ‧Fully digita l controll ed ‧Compliance to UL458 / FCC / E / CE

‧Can be us ed for most of electr onic pr odu cts with AC input ‧3 year global wa rranty

‧Solar chargi ng current 3 0A max ‧Fast tr ansfe r time 10ms (Ty p.)

‧Computer-based monitoring software

(optional for TS-1500)

1500W max. continuously, 1750W max. for 180 seconds, 1875W max. for 10 seconds, 3000W for 30 cycle

I N P U T

C H A R G E R

BAT. VOLTAGE

DC CURRE NT

EFFIC IENCY

OFF MODE CURRENT DRAW

PROTECTION CHARGE

VOLTAG E AC CHARGE

CURRENT SOLAR OPEN CIRCUIT VOLTAGE

CHARGE

SOLAR

10.5 ~ 15.0V

150A

87%

14.5V

5. 5A 0. 5A±

25Vma x

30A m ax.

Un der 1 .0m A at pow er switch OF F

21.0 ~ 30.0V

75A

89%

29.0V

2. 7A 0. 4A±

45Vma x

42.0 ~ 60.0V

37.5A

89%

58.0V

1. 35A 0 .2A±

75Vma x

10.5 ~ 15.0V

150A

88%

14.5V

5. 5A 0. 5A±

25Vma x

21.0 ~ 30.0V

75A

90%

29.0V

2. 7A 0. 4A ±

45Vma x

42.0 ~ 60.0V

37.5A

91%

58.0V

1. 35A 0 .2A±

75Vma x

MODEL Rated

power

Out put v oltage

Frequency

Sur ge Curren t

Factor y set tin g

WAVEFORM

O U T P U T

PROTECTION

112 124 148 21 2 22 4 248

110V 60H z

100 / 110 / 115 / 1 20V

60 0. 1Hz±

40A (50 0ms t yp. )

Tru e sin e wave (THD <3 .0% )

AC s hor t Ov erl oad Ov er Temp era tur e、、

230V 50 Hz

200 / 220 / 2 30 / 240V

50 0. 1Hz±

20A (50 0ms t yp. )

Over current battery polarity reverse by fuse battery low shutdown battery low alarm、、、

CURRENT

‧TN-15 00 series will automat ically de tect the inpu t so urces (wh ether AC main or

‧With pure s ine wav e outpu t, TN/TS-1 500 can provid e 1500W continuous ly,

solar panels exist) and then a dju st i ts internal setting. Users can also set u p th e operating mode, output voltage, fre quency, and sav ing mode by themselves based on t hei r special needs, geo gra phi c area, and en vironm ent al conditions.

1750W f or 3 minu tes, or 20~40A of peak current for all kinds of loa d such as induc tive, capacitive, or resis tive. Ge ner al appli cations incl ude PC, ITE, vehic les, yachts, home ap pli ances , mo tor s, p ower tools, indu strial c ontrol

equip ments, AV system, a nd etc. ..

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2.3 Sys tem Block Diagram

Figur e 2.1 Sys tem Block Di agram

TN-15 00 Inve rter

Inp ut

Out put

AC ch arge r

Sol ar cha rger

Bat tery

Fus e

12V /24V /48V

DC /DC

Con vert er

Sol ar Pan el

EMI fil ter

200 V

CPU

Con trol ler

Pol arit y

det ect

DC /AC Inv erte r

LOA D

120 V/23 0V

Cir cuit Bre aker

50H z/60 Hz

/40 0V

LED

Dis play

3.1 Front Panel

POWER on/off switc h: The inverter will tur n OFF if the switch i s in the OFF

AC outp ut outlet: To s atisf y applicat ion dem and of differen t geographic area s

No F use Bre aker; R eset: U nder "B ypass M ode", w hen the AC out put is

Ventil ation holes: Th e inverter requ ires suit able ventilati on to work prope rly.

Funct ion Se tting : Opera ting Mode, Outp ut voltage, frequ ency, and saving

LED Ind icati ng Panel: Op erating st atus, l oad condit ion, and all types of

Communication Port: For remote monitoring purpose, the unit can be connected

posit ion.

all over the world, there ar e many optional AC outlet s to choo se from.

shorted or t he load cu rrent exceeds t he rated c urren t of the No Fuse Brea ker,

Please ma ke s ure the re i s go od ventilati on and the life span of the inv erter can

mo de can be set th rough this b utton.

warni ngs wil l be display ed on this pan el.

to a PC t hro ugh t his c omm uni cat ion p ort b y us i ng th e cab le an d mo n it o ri n g software.

preserved.

the No Fuse Breake r will open a nd that stops by passi ng ener gy from the utility getting t o pr event possib le danger. W hen the abnormal operating condi tion is removed, use r can press do wn on the R ese t button to resume op erati on.

3.Use r interface

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3.2 LED Indicator on Front P anel

3.3 Fun ction Indicatio n and Alarm

LED 1 ON

LED 1~ 2 ON

LED 1 ~ 3 ON

LED 1 ~ 4 ON

Batte ry Capac ity

LED Display

0 ~ 25% 26 ~ 50% 51 ~ 75% 76 ~ 100%

AC O UTP UT

SOLAR CH ARGE

AC CHARG E

B F

BATTERY

100

Savi ng

Bat Low

Sett ing

LOAD

INVERT ER

BY PASSAC IN

Figure 3.1: Fr ont Panel (T N-1500)

OFF

Remot e

port

0 ~ 30% 30 ~ 50% 50 ~ 75% 75 ~ 100%

Batte ry C apaci ty I ndicator: represents the remaining capa city of external

◎ On : The in verter started up a nd output is normal .

◎ Bat Low : Voltage of external batteries is too l ow. The inverter will s end out

◎ Saving : T he inv erter is operat ing un der th e "Saving Mode" and th ere's no

a "Beep " sound to warn the use rs.

AC outp ut.

batteries.

Load Conditi on Indicat or: represents th e magnitud e of outp ut loads.

◎ AC CHARG E : The built-in AC charger is chargi ng externa l batterie s. ◎ S OLAR CHA RGE : Th e ext ernal solar p anels are pro viding e nergy to the

◎ AC IN : The status of utili ty is normal. ◎ BY PASS : The uni t is work ing un der "Bypass Mo de". The AC electr icity

◎ INVERTER : The unit is working under "In verte r Mod e" Th e AC electric ity

◎BATTERY: Disp lay the rema ining c apa city of external ba tteries. ◎LOAD: D isplay the output l oad status.

exter nal bat ter ies thr ough th e built-in s olar charg er.

consu med by th e loads is pro vided by the u tilit y instead of t he inve rter.

consu med by th e loads is con verte d fro m the bat teries.

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3.4 Rear Panel

Batte ry inpu t (+), (-).

Utili ty / AC inlet (IEC320) .

Solar panel input termin al.

Frame ground ( FG).

Fig 3.2 : Rear Pa nel ( TN-15 00)

4.Exp lanat ion of Opera ting Logic

TN -1500 ( CP U control le d inverter) is designed to a ch ie ve th e goal of en er gy sa ving an d possesses b ot h UPS a nd Energy saving m od es . Th ese 2 m od es ar e us er a dj us table. The unit will be fac tory s et i n th e UP S mo de . Depending on we at her and utility conditions , users ca n m an ua ll y a dj us t o r u se th e m on itoring

software to s witch to the Ener gy saving m ode. The main differenc e bet ween UPS and Energy saving mode is the am ount of

energy conserv ed. Under the UPS mode, the unit will rem ain in the Byp ass mode

as long a s utility is avail abl e. Thus l ess en ergy i s cons erved (refer to Fig. 4.1 for

UP S mo de con trol logi c). Un der the En ergy savi ng mode, the priority of inp ut

source chosen is solar panel AC mai n batte ry. If availa ble , th e CPU wil l select

exter nal solar pa nels as its first priority in order to conse rve energy. In case of

insufficient sol ar power and util ity failure , b attery powe r w ill be draw n as the las t

resort. When the capacity of batteries is aroun d 10~20 %, the CPU will remind

end users by cont inuou sly sending out warn ing siren until the syst em s huts down.

AC INPUT

Chassis Ground

Reverse Polar ity Will Damage The Unit.

Solar Input (30A max)

NEG POS

DC INPUT

Cat.No.(1GG1HS-21 2) Wire Range(10-4 AWG Str Cu Soldered Wires) Torque (17.7-26.5 in lb)

Page 8

4.1 Explanation of UPS Mod e Control Logic

28.5V

26.5V

28.5V

OFF

ONON

By pass

mode

Inverter

Mode

Battery voltage

OFF

Solar charger

state

AC charger

state

OFF

26.5V

28.5V

OFF

29.0V

OFF

Power-On Re-power-on

21V( Shut-down)

Utility

Power

OFF

22.5V

(Alarm)

OFF

25.4V

t1 t2 t3 t4 t5 t6 t8 t9 t10 t11 t12t7

26.5V

Figure 4.1: Di agram of UPS M ode Control Logic

t1: To en sure the b atter y is at full capa city, whe n the TN-1 500 i s tur ned on, the

t2: Whe n the batteries are full (bat tery volta ge around 28 .5V), both the AC and

CP U wi ll e xecute th e "B ypass Mode" a utomatically conn ecting th e AC main to the load. I n the mea ntime, it w ill ac tivate bot h th e AC charger and solar

solar ch arger w ill be t urned o ff by the CPU to prevent ov erchargi ng a nd reducing the batt ery lifeti me. In the meanti me, the syst em will remain in the "Bypass Mod e" and AC e lectr ici ty provided to the lo ads is coming from publi c utility.

charger to sim ultaneou sly charge t he batt eries.

Page 9

t3: At this ti me perio d, TN-1500 is still in the Bypass m ode. The ba ttery vo ltage

t4: I f t he energy p rovided by the char ger is larg er than wha t i s consum ed by the

t5: Si nce the chargers are in the OFF mode, the battery voltage will gradually

t6: Onc e utili ty recover s, the CPU will switch back to the bypass mo de. t7: When batt ery vo lta ge drop s to be low 26 .5V, the battery charger will be

t8: Same as t4. t9: Due to l ack o f uti lity, TN-150 0 wil l swi tch t o the invert er mode. AC char ging

t10: As the battery di scharges to below 26.5V and utility remai ns unavaila ble.

t11: Sam e as Energy Sa ving mode. t12: When s olar ch arger i s provi ding current o f large r than 3A, th e volta ge leve l of

level will de crease grad ually du e to standb y power dissipat ion. When the batteries are consumed to ar ound 75% of th eir capac ity (battery voltage around 26.5V) th e CPU wil l resta rt the char ger. The CPU will use cha rging current of 3A as a guide po int. Whe n the provide d chargi ng current is unde r 3A, the AC charg er wi ll be turned ON (e .g. N ight time or cloud y day ). As for

load, voltage of batter y bank will increase gradua lly un til 28.5V is reached then the CPU will be shut off the ch arger to prevent overchargin g. At this

decrease to the range of 26 .5~28.5V (floating voltag e leve l). If utili ty wer e to fail at thi s m oment , the CPU will autom atically sw itch (<10ms ) t o t he inver ter mo de insurin g uninterr upted power.

activ ated to charge the ba ttery b ank ( refer t o t3 for detai led descri ption ).

funct ion will be turned off . Si nce AC output relies pu rely on bat tery power, the

Only the solar cha rger is tu rned ON. The battery bank could be dep leted rathe r quick ly.

the batter y bank w ill rise slow ly. Once the batt ery volt age r eac hes inverter mo de re activ ation leve l, the inverter will be revived .

battery bank will be deple ted rather quickl y.

charging current of over 3 A, the solar c harge r will be turn ed ON instead.

point , outpu t load is stil l suppl ied b y utility.

Page 10

4.2 Explanation of Energ y Saving Mod e Control Logic

OFF

28 .5V

26. 5V

28. 5V

22V

28. 5V

OFF

ONON

OFF

Bypass

mode

Inverter

mode

Battery

voltage

OFF

Solar charger

state

26. 5V

ON ON

OFF

26 .5V

28. 5V

OFF

21. 0V (Shu t-dow n)

Utility Power

Power-On

OFF

22. 5V

(Al arm) 22. 5V

(Al arm)

AC charger

state

t1 t2 t3 t4 t5 t6 t 7 t8

OFF

Figure 4.2 Dia gram of Energy Savi ng Mode Cont rol Logic

t1 : When the TN-15 00 is turned on, CP U will execute the " Bypass Mo de"

t2 : Whe n t he batte ries are fu ll (battery volt age around 28. 5V), bot h the AC and

t3: When the ba tteries are deplet ed to around 75% of their capacity (battery

t4: If the en ergy prov ided by the solar panels i s larger than th e load requirem ent,

automatica lly connecting the AC main to the loa d. In the mean time, it will activ ate both the AC charg er and so lar ch arger to simultaneo usly c harge the

solar c harger wil l be turned off to prevent overcharging and re ducin g the battery l ifeti me. In the meantim e, t he s ystem w ill switch to the " Inverter Mode" and the AC el ectricity pr ovided to the l oads will be co ming from the batteries.

volta ge around 26.5V), C PU will rest art the s olar charg er but not the AC

volta ge of bat tery bank will increase graduall y unti l reac hin g 90% capaci ty (batt ery voltag e around 28.5V) and then the solar charger wil l be sh ut off to

charger to ach ieve the pur pose of e nergy-sa ving.

prevent the batteries fr om overcharging .

batteries.

Page 11

Factory Sett ing

AC C har ger Tra nsition Voltage

AC C har ger Start U p Voltage

Solar Charge r Start U p Voltage

112 212 124 224 148 248

14.3V

11V

13.3V

28.5V

22V

26.5V

57V

44V

53V

Solar Charge r Shut Do wn Voltage

Inver ter Shut Do wn

14.3V

10.5V

28.5V

21V

57V

42V

t5: When the capacity of bat ter ies go down to ab out 75% (batter y voltage aroun d

t6: If th e energy provided b y the solar panels is l ower than consumed by the loads ,

t7: I f t he power co nsumption of the lo ads does no t d ecrea se and the AC main is

t8: When lac king AC main, the CPU will shu t dow n the w hol e system if the capacity

26.5V), sola r charger wi ll restart and begi n charging .

the use rs to take proper act ion.

"Solar Charger" charge t he batteri es to ach ieve the goa l of energy-savin g.

the CPU w ill provide LED ind ication to the user know why the in verter has shut off.

The initial state of TN/TS-1500 is set to 120Vac/60Hz or 230Vac/50Hz, "UPS mode" and disabled "Saving Mode " is activated. If th e users need to re vise it for certain application, it can be do ne th rough the setting button on the front pa nel ( Ple ase refer to section 5.3). The unit will start up automatically after the setting procedure is finish ed and the new settings will be executed. These new settings will be kept even if AC, ba ttery, and sola r is disc onnec ted or oc currenc e of faul t condi tions leadin g to failure of output voltage thus requiring powering the inverter OFF a nd ON.

volta ge of ba ttery ba nk will decreas e grad ually to 20 % of its capacity (batt ery volt age around 22V), th e b uilt-in buzzer will be acti vated and i nform

normal, C PU w ill detect this and the un it w ill be tran sferred to "Bypa ss M ode ". The utility will pro vide e nergy to the loads and char ge the batte ry bank at the same t ime in order to preven t the u nit fr om shutti ng off. If th e sola r current is highe r th an 3 A, the CPU will not activa te t he " AC char ger" and just l et t he

of e xternal batt ery bank i s less than 10% (bat tery voltage around 21V) in orde r to prev ent over-d ischarging and re ducing its l ifeti me. After shu t down,

5. Initi al Setup of TN /TS-1500 (O perating Mo de, Output Voltage , Frequency,

and Saving Mod e)

TN/TS -1500

5.1 Ini tial State

5.2 Ini tial Set Point for Tra nsition Voltag es

Page 12

Energ y Savin g Mo de

UP S Mod e

Bat Low

Saving

● Light ○ Dark ★ Flash ing

●

★

○

Table 5.1 O per ating Mode

Figure 5.1: Adjustment of O utput Mode, Outpu t Voltage, Frequ ency, and Sav ing Mode

Use an insu lated s tic k to press t hi s setting butt on

AC OUTPU T

SOLAR C HARGE

AC CHAR GE

OFF

BATTERY

100

Savin g

Bat Low

Setti ng

LOAD

INVERT ER

BY PASSAC IN

Remote

port

5.3 Pro cedur e of Sett ing Ope rating Mode, Output Voltage, Frequency, and Savin g Mode

Note: TS-1500 doe s not have Ste p 3~5. STEP 1: The in verte r should be turned off wh ile rese tting. Input bat teries

STEP 2: Use an insula ted stick to p ress th e setting bu tton and the n turn on t he

STEP 3: Please refer to Table 5.1 and check the LED status to see if th e

STEP 4: The LEDs will chan ge state by pres sing the sett ing butt on fo r 1

STEP 5 : After selec ting t he Ope ratin g Mode , press the settin g button for 3~5

STEP 6: Please ref er to Table 5.2 and check wh ether the combi nat ion of

should be connected, AC main can either be connected or disconnected,

power switch. After pressing for 5 se conds , th e in verter wi ll send out

Opera ting Mode is the one you need . If yes, pl ease s kip to STEP 5.

secon d a nd then r ele ase. Op erating Mo de can be adju sted as

secon ds and the inverter will sen d out a "Beep" sound. The bu tton

output vo ltage and f reque ncy is the one you need. If y es, please skip to STEP 8. If ch ange is r equired, p lease follow STEP 7~11.

can be rele ased and y ou can go on to the sett ing se cti on of "Voltage/frequency."

required.

If chan ge is required, ple ase follow STEP 4~11.

a "Beep" s ound. Use rs c an releas e the button and g o in to t he s ettin g procedure.

and the l oads sh ould be remo ved.

Page 13

Bat Low

Saving

Table 5.3 LED In dication for Savi ng Mode O N/OFF

● Light ○ Dark ★ Flash ing

●

★

○

Figure 5.2: St ate Circul ation D iag ram of Output Voltag e and Frequency

Table 5.2 : LED Indicat ion of Outpu t Voltage / Frequenc y Combi nat ion

50Hz

60Hz

100Vac 110 Vac 115Vac 120Vac

(200Vac)

●

● Light

●

○ Dark

●●

●

○

Bat Low

○

Saving

○

★

★ Flash ing

★★★ ○ ○ ○ ○

(220Vac) (230Vac) (240Vac)

Output Voltage

Frequency

10 0Vac

(200Vac)

50 Hz

110Vac

(220Vac)

50 Hz

115Vac

(230Vac)

50 Hz

10 0Vac

(200Vac)

60 Hz

120Vac

(240Vac)

50 Hz

12 0Vac

(240Vac)

60 Hz

110Vac

(220Vac)

60 Hz

115Vac

(230Vac)

60 Hz

Saving Mode ON

Saving Mode OFF

STEP 7: The LEDs will chan ge state by pres sing the sett ing butt on fo r 1

secon d and then release (r efer to Figu re 5.2). Please sel ect the combi nation of output vo ltage and frequen cy you need.

STEP 8: Af ter sel ecting the output voltag e and fre quency, pre ss the se tting

STEP 9: Please refer to Tab le 5.3 and ch eck whe ther the "Saving Mode " is set

button for 3 ~5 secon ds an d the inverter w ill send o ut a " Beep"

as required. If ye s, please skip to STEP 11. If cha nge is re quired, pleas e follo w STEP 10~11.

sound . The bu tton can be releas ed an d it wil l go into the setting secti on for "Saving Mode ."

Page 14

STEP 10: The LEDs will cha nge st ate by pr essing the set ting button fo r 1

STEP 11: After activating or canceling the "Sa ving Mode" , press the se tting

secon d and then relea se. You can activa te or can cel the "Savin g

button for a round 5 se conds and the inverter wi ll send out a "Be ep" sound . The bu tton can be released and all th e se tting s ar e finishe d. The inverter will automati cally store a ll th e settin gs and t hen s tart to oper ate.

Mo de" functi on by this adj ustment.

5.4 Remote Mon itoring So ftware

6.1 Inp ut Prot ection

(A)Ba ttery P ola rity Protection: If th e battery in put is connected in reverse

(B)Ba ttery Under Voltage Pro tecti on: When the b attery vol tage is l ower than

(C)Ba ttery Over Voltage Protec tion: When the battery voltage is too high,

(D)Solar Charger Ove r Current Prote ction: Th e maxi mum charg ing current

Pleas e choose suitab le ba tteries th at is with in the rated input DC volta ge of T N/TS-150 0 (refer to the S PEC). If the input DC voltage is too low (ex. using 12Vdc bat tery bank fo r 24Vdc input model s), TN/TS1500 can't be star ted u p proper ly. If the input DC volta ge is to o high (ex. usin g 48 Vdc battery bank for 24V dc input models) , TN /TS-1 500

wi ll be dam age d!

polar ity, the in ternal fu se will blow and the in ver ter sh ould be se nd back to

the preset val ue, the inverter will automa tical ly term inate the output and

inver ter will autom atica lly te rminate the ou tput and the built-in b uzzer will

of the buil t-in solar charge r i s 3 0A. If th e c harging cur rent is t oo high, the internal fus e will blow an d the invert er shou ld be send bac k to MEAN WELL for repair.

activ ate to i nform t he u sers. Please ref er t o Table 6.1 for mor e detail ab out the fai lure si gnals disp layed through the " Load Meter. "

"Batt ery Low" signal on th e front p ane l will li ght up. Plea se refe r to Tabl e 6.1 for more detail abo ut the failure signals display ed throu gh the "Loa d Meter."

MEAN WE LL fo r repair.

6. Prot ection

WARNING:

Users can make operating mode, voltage / frequency, saving mode, and transition vol tage adjustments by using this software. The monitoring software can run on Windows 7 English versio n, Wind ows 7 Chines e (Tradi tional, Taiw an) versio n, Windows 8 English version and Windows 8 Chinese (Traditional, Taiwan) version from the MW website. Please contact us or our distributor if you have any questions.

Page 15

100

LO AD

100 100

100

0 0

LO AD LOA D

LOA D

LO AD

Table 6.1: Failu re Message s On Front Panel

100

LOA D

LO AD

(>1875W)

Output Overload

(1500W~1750W )

Failure Message

Output Overload

Over Temperature

(1750W~1875W )

LED Indicator

AC Output Short Circuit

Failure Message

Abnormal AC Output Voltage

Abnormal Battery Voltage

6.2 Out put Protec tion

(A)By pass Mode: Us es "No Fuse Breaker" as automat ic over curr ent

(B)Inverte r Mode: Under the "Inv erter Mode ", if any abnor mal si tuation

(1)Over Temperat ure Pro tection: When the int ernal temperature is hig her

(2)AC Output Abnorma l Protecti on: Whe n the AC o utput volt age of th e

(3)AC Output Shor t Ci rcuit P rotec tion: When a s hort circuit si tuation

(4)Ba ttery Voltage Abno rmal Protect ion: Wh en the batter y volta ge is too

(5)Output Ov erload Pro tection: W hen out put is overl oaded between 150 0W

prote ction . When ov er current occ urs, t he butto n of the cir cuit b reaker on

occur s, th e fro nt panel w ill send o ut failure mess ages throu gh the "Load

than th e limit value, the "Over Temperat ure P rotectio n" will be activated.

inver ter is too high o r too low, the uni t will tur n off and s hould be r estarted

occur s at th e out put side of the inverter or t he load incr ease greatly in a

high or too low, thi s protection will be activat ed. The inver ter will auto-

~ 1750 W, the inverter c an con tin uousl y provide power for 3 minu tes. After that, if the overload con dit ion is not remove d, the ov erloa d prot ectio n w ill be activa ted. When t he l oad is higher than 1875W, the overlo ad prot ection will activa te instan tly. For these overl oad prote ction s, once ac tivat ed, you shoul d reset t he unit.

recover once the batte ry voltage go back to a safe level and users do not need to r estart it.

short period of time, the un it will turn o ff and shoul d be restart ed agai n.

again .

The uni t will au tomatica lly tur n off and sh ould be r estar ted a gain.

Me ter " (Plea se refer to Table 6.1 ).

the front panel wil l pop up and the inverter wil l shut down. At thi s ti me, users should remov e the load s, restart th e in verter and pr ess down on the button of th e circuit break er and the AC o utput ca n now be p rovid ed normally.

Page 16

(B)Suggest ed Battery Type an d Capac ity

5A ~ 25A

Batte ry Type

Batte ry Capac ity

Lead-acid

12V / 120 Ah ~ 24V / 60A h ~ 48V / 30A h ~ 12V / 400 Ah 24V / 200Ah 4 8V / 100Ah

112 212 124 224 148 248

TN/TS -1500

10A ~ 13A 1.25

1.5

2.5

Choos ing suitable wires based on t he rating of solar panels and dis tance f rom the inv erter

Mo del s using 4 8V batteries

Mo del s using 2 4V batteries

Mo del s using 1 2V batteries

13A ~ 16A

16A ~ 25A

25A ~ 32A

32A ~ 40A

40A ~ 63A

63A ~ 80A

80A ~ 100A

100A ~ 125A

≧125A

AWG Note

Cross -sect ion of

Lead (m m )

Rated C urren t of

Equip ment (A mp)

Table 7.1 : Suggesti on for Wi re Selecti on

Input Current from Solar Panel

(A)Wi ring for Batteries: Wire connections should be as short as possible and

less t han 1.5 me ter is hig hly recom mended. M ake sure t hat suita ble wires are chose n based on Saf ety requir ement and ra tin g of current. Too small cr osssecti on will resul t in low er effici enc y, le ss output pow er, and the wir es may also becom e overheate d and ca use danger. Pleas e refer to Table 7. 1 and consu lt our lo cal distri butor if you have any q uestions .

7. Inst allation & W iring

(C)Re quire ment of Inst allation :

The unit should be mou nted on a flat surface or holding rack with suitable strength. In orde r to en sure the lifesp an of t he unit, you should refr ain from operating the unit in environment of high dust or moistur e. This is a pow er suppl y w ith buil t-in DC f an. Please make sure the venti lation is not blo cked. We recommend tha t there sho uld be n o barri ers withi n 15cm of the ventilat ing

holes .

Page 17

Solar Panel

LOAD

TN/TS -1500 Inver ter

AC O /P

AC I /P DC I/P

Cha ssis

Sol ar I/P

Wall o r syst em FG

Ba tter y

(D)Example o f System Dia gram

Figur e 7.1: Example of Ins tallation

>1 5cm

Inver ter

Air

>1 5cm

Air

As shor t as poss ible

Larger

than

15cm

Should less th an 1.5m

Based on the act ual length o f wiring and choos e suita ble cross- section of the lead s

Where , the installatio n of the DC input and cha ssis groun ding is shown below :

Cat . No. (1GG 1HS-1 91) Rat ing (150 A ) Sui table ca bles (c ables wi th 75℃ tem peratu re rati ng, conn ected w ith rin g termin al) Torqu e (32~10 6.2 in- lbs)

Page 18

0 10 20 30 4 0 50 60 70

100

21VDC 23VDC 30VDC (HORIZONTAL)

100

(E)Deratin g

Battery Inpu t Voltage (V) - 24V Mod el

Ambi ent Temperat ure ( )℃

Figure 7.2: Ou tput Derat ing Curve Figure 7.3: I nput Derating Curve

(F) Not es on Out put Loads:

TN/ TS -15 00 S er ies can po wer mos t of eq uip me n ts tha t ne ed an AC sou rc e of 15 00W. Bu t fo r cer tai n sp eci fic t yp e of lo ad, t he un it m ay no t work pr operl y.

(1)Si nce inducti ve loads or motor ba sed eq uipme nts ne ed a large start up

(2)Wh en the output are capacitive or recti fied equipm ents (such as switching

current (6~ 10 times of its rated curren t), please ma ke sure th is sta rt up

power supply), we sug gest operating th ese equipm ent at no load or li ght load conditi on. Inc rease the load s sligh tly only after the TN /TS-1 500 has started up to en sure prope r operation.

current is les s than the max imum current capa bility of the inverter.

Cha ssis

Cat .No.( 1GG1HS -212) Sui table wi res (10 -4 AWG tin ned copp er wire s) Torqu e (17.7- 26.5 in -lbs)

Page 19

Ma lfu nction of the charg er (no cha rging v oltage)

Repai r required. Pleas e send it back to us or an y of our distributo rs

Clog wi th foreign object s Remo ve the forei gn objects

Fan doe s not spi n

Ma lfu nction of the fan

Repai r required. Pleas e send it back to us or an y of our distributo rs

Short c ircui t pro tecti on

Ma ke su re the output is not overloaded or short circ uit

Batteries are aging or broken Repl ace the batteries

Disch argin g period of batteries is too sho rt

Battery capacity is too small

Reconfirm the specification and enlarge the bat tery ca pacity as su ggested

Statu s Possi ble Rea sons Way s to Eliminate

Abnormal inp ut

Check the AC or DC input source s. Ma ke su re the vo ltage is wit hin the required ran ge.

No inpu t (batt ery, AC main , or sola r energy)

Ma ke su re the wi ring and pol arity is corr ect.

Over te mperature prote ction

Ma ke su re that the ventila tion is not block ed or whe ther the amb ient tempe rature is too high. P lease derate outpu t usage or red uce the am bie nt temp erature.

Overl oad protection

Ma ke su re the output load do es not excee d the rat ed value or th e insta ntane ous start up c urrent is not too hig h (for in ductive or c apacitive loads ).

No AC output volta ge

TN/TS -1500 shoul d se rviced by a professional techn ician. Im proper us age or mo dif ication m ay d amage the uni t or result in sho ck hazard . If you are not able to clear the failure c ondition , pl ease cont act Mean WELL or any of our distr ibutors for repair ser vice.

8. Fail ure Cor rection No tes

Three years of global warranty is provided for TN/TS-1500 under normal operating conditions. Please do not change components or modify the unit by yourself or MEAN WELL may rese rve the right not to provide the com plete warra nty.

9.Warranty

Page 20

N o. 28 , Wu qu an 3 rd R d. , Wu gu D is t. , Ne w Tai pe i Ci ty 2 48 , Tai wa n

Mean Well TS-1500, TN-1500 Instruction Manual

Specifications and Main Features

Frequently Asked Questions

User Manual