TN/TS-1500 Inverter Instruction Manual

Transcription

1 TN/TS-15 Inverer Insrucion Manual

2 TN/TS-15 Inverer Insrucion Manual Index 1. Safey Guidelines Inroducion Feaures Main Specificaion Sysem Block Diagram User Inerface Fron Panel LED Indicaor on Fron Panel Funcional Indicaion and Alarm Rear Panel Explanaion of Operaing Logic Explanaion of UPS Mode Conrol Logic Explanaion of Energy Saving Mode Conrol Logic Iniial Seup of TN/TS Iniial Sae Iniial Se Poin for Transiion Volages Procedure of Seing Operaing Mode, Oupu Volage, Frequency, and Saving Mode Remoe Monioring Sofware Proecion Inpu Proecion Oupu Proecion Insallaion & Wiring Failure Correcion Noes Warrany Feb. 212 Version 12

3 1.Safey Guidelines (Please read hrough his manual before assembling TN/TS-15) Risk of elecrical shock and energy hazard. All failures should be examined by he qualified echnician. Please do no remove he case of he inverer by yourself! Afer connecing he AC inpu of he inverer o he uiliy, he AC oule of he inverer will have AC oupu even if he power swich on he fron panel is in he posiion. I is highly recommended o moun he uni horizonally. Please do no insall he inverer in places wih high moisure or near waer. Please do no insall he inverer in places wih high ambien emperaure or under direc sunligh. Please only connec baeries wih he same brand and model number in one baery bank. Using baeries from differen manufacurers or differen capaciy is sricly prohibied! Never allow a spark or flame in he viciniy of he baeries because hey may generae explosive gases during normal operaion. Make sure he air flow from he fan is no obsruced a boh sides (fron and back) of he inverer. (Please allow a leas 15cm of space) Please do no sack any objec on he inverer. WARNING: I is suggesed o execue regular baery mainenance Baeries will have aging problem afer years of operaion. (e.g. every year). Once aged, he baeries should be changed by professional echnician, or he failed baeries may cause fire or oher hazards. Inverer Inverer Inverer Inverer Don' disassemble Away from moisure Away from fire or high emperaure Don' sack on he inverer Keep good venilaion 2.Inroducion Fully digial conrolled by an advanced CPU, TN-15 is a rue sine wave inverer equipped wih an AC charger and solar charger. I can also operae under UPS and Energy saving modes. (Descripions which are high lighed represens funcions only for he TN-15 series) TS-15 series only possess he inverer funcion. I uses baeries as he inpu source and convers he energy ino AC oupu. TN-15 is capable of drawing energy from solar panel hus provide uninerruped power (UPS mode). Besides providing uninerruped power, i also has user adjusable energy saving mode. The main purposes of energy reducion and building an independen sub power saion are realized. We can say ha TN- 15 series is a muli- funcional and designed o be environmenally friendly. 1

4 2.1 Feaures Selecable UPS or Energy saving mode Solar charging curren 3A max True sine wave oupu (THD<3%) Fas ransfer ime 1ms (Typ.) 15W raed oupu High efficiency up o 9% Complee LED indicaion for operaing saus Baery low alarm and indicaor Surge power capabiliy up o 3W Oupu volage / frequency selecable Fully digial conrolled Compliance o UL458 / FCC / E 13 / CE Can be used for mos of elecronic producs wih AC inpu 3 year global warrany 2.2 Main Specificaion I N P U T C H A R G E R TN-15 series will auomaically deec he inpu sources (wheher AC main or solar panels exis) and hen adjus is inernal seing. Users can also se up he operaing mode, oupu volage, frequency, and saving mode by hemselves based on heir special needs, geographic area, and environmenal condiions. Wih pure sine wave oupu, TN/TS-15 can provide 15W coninuously, 175W for 3 minues, or 2~4A of peak curren for all kinds of load such as inducive, capaciive, or resisive. General applicaions include PC, ITE, vehicles, yachs, home appliances, moors, power ools, indusrial conrol equipmens, AV sysem, and ec... MODEL Raed power BAT. VOLTAGE DC CURRENT EFFICIENCY MODE CURRENT DRAW PROTECTI CHARGE VOLTAGE AC CHARGE CURRENT SOLAR OPEN CIRCUIT VOLTAGE SOLAR CHARGE CURRENT W max. coninuously, 175W max. for 18 seconds, 225W max. for 1 seconds, 3W for 3 cycle Surge O Curren U Facory T 11V 6Hz seing 23V 5Hz P Oupu volage / 11 / 115 / 12V 2 / 22 / 23 / 24V U T Frequency 6.1Hz 5.1Hz WAVEFORM True sine wave (THD <3.%) PROTECTI AC shor Overload Over Temperaure 1.5 ~ 15.V 21. ~ 3.V 42. ~ 6.V 1.5 ~ 15.V 21. ~ 3.V 42. ~ 6.V 15A 87% Under 1.mA a power swich 14.5V 5.5A.5A 25Vmax 3A max. 75A 89% 29.V 2.7A.4A 45Vmax 37.5A 89% 58.V 1.35A.2A 75Vmax 15A 88% 14.5V 5.5A.5A 25Vmax 75A 9% 29.V 2.7A.4A 45Vmax 37.5A 91% Over curren baery polariy reverse by fuse baery low shudown baery low alarm 2 58.V 1.35A.2A 75Vmax

5 2.3 Sysem Block Diagram TN-15 Inverer AC Inpu EMI filer Fuse AC charger Solar charger CPU Conroller 2VDC/4VDC LED Display Circui Breaker 12V/23V 5Hz/6Hz Baery 12V/24V/48V Fuse Polariy deec DC/DC Converer DC/AC Inverer AC Oupu Solar Panel Figure 2.1 Sysem Block Diagram 3.User inerface 3.1 Fron Panel A POWER on/off swich: The inverer will urn if he swich is in he posiion. B AC oupu oule: To saisfy applicaion demand of differen geographic areas all over he world, here are many opional AC oules o choose from. C No Fuse Breaker; Rese: Under "Bypass Mode", when he AC oupu is shored or he load curren exceeds he raed curren of he No Fuse Breaker, he No Fuse Breaker will open and ha sops bypassing energy from he uiliy geing o preven possible danger. When he abnormal operaing condiion is removed, user can press down on he Rese buon o resume operaion. D E F G Venilaion holes: The inverer requires suiable venilaion o work properly. Please make sure here is good venilaion and he lifespan of he inverer can preserved. Funcion Seing: Operaing Mode, Oupu volage, frequency, and saving mode can be se hrough his buon. LED Indicaing Panel: Operaing saus, load condiion, and all ypes of warnings will be displayed on his panel. Communicaion Por: For remoe monioring purpose, he uni can be conneced o a PC hrough his communicaion por by using he opional cable and monioring sofware. 3

6 P r B F AC OUTPUT SOLAR CHARGE A AC CHARGE BATTERY INVERTER Seing On E C Ci rc u i Br eake r AC IN BY PASS Ba Low Saving e s s o e s R e G Remoe por Figure 3.1: Fron Panel (TN-15) 3.2 LED Indicaor on Fron Panel Baery Capaciy Indicaor: represens he remaining capaciy of exernal baeries. LED Display LED 1 LED 1~ 2 LED 1 ~ 3 LED 1 ~ 4 Baery Capaciy ~ 25% 26 ~ 5% 51 ~ 75% 76 ~ % Load Condiion Indicaor: represens he magniude of oupu loads. LED Display LED 1 LED 1~ 2 LED 1 ~ 3 LED 1 ~ 4 Baery Capaciy ~ 3% 3 ~ 5% 5 ~ 75% 75 ~ % 3.3 Funcion Indicaion and Alarm On : The inverer sared up and oupu is normal. D Ba Low : Volage of exernal baeries is oo low. The inverer will send ou a "Beep" sound o warn he users. Saving : The inverer is operaing under he "Saving Mode" and here's no AC oupu. AC CHARGE : The buil-in AC charger is charging exernal baeries. SOLAR CHARGE : The exernal solar panels are providing energy o he exernal baeries hrough he buil-in solar charger. AC IN: The saus of uiliy is normal. BYPASS: The uni is working under "Bypass Mode". The AC elecriciy consumed by he loads is provided by he uiliy insead of he inverer. INVERTER: The uni is working under "Inverer Mode" The AC elecriciy consumed by he loads is convered from he baeries. BATTERY: Display he remaining capaciy of exernal baeries. : Display he oupu load saus. 4

7 3.4 Rear Panel A B C D Baery inpu (+), (-). Uiliy / AC inle (IEC32). Solar panel inpu erminal. Frame ground (FG). AC INPUT Solar Inpu (3A max) C B DC INPUT NEG Reverse Polariy POS Will Damage The Uni. Chassis Ground Ca.No.(1GG1HS-212) Wire Range(1-4 AWG Sr Cu Soldered Wires) Torque ( in lb) A D 4.Explanaion of Operaing Logic Fig 3.2: Rear Panel (TN-15) TN-15 (CPU conrolled inverer) is designed o achieve he goal of energy saving and possesses boh UPS and Energy saving modes. These 2 modes are user adjusable. The uni will be facory se in he UPS mode. Depending on weaher and uiliy condiions, users can manually adjus or use he monioring sofware o swich o he Energy saving mode. The main difference beween UPS and Energy saving mode is he amoun of energy conserved. Under he UPS mode, he uni will remain in he Bypass mode as long as uiliy is available. Thus less energy is conserved (refer o Fig. 4.1 for UPS mode conrol logic). Under he Energy saving mode, he prioriy of inpu source chosen is solar panel AC main baery. If available, he CPU will selec exernal solar panels as is firs prioriy in order o conserve energy. In case of insufficien solar power and uiliy failure, baery power will be drawn as he las resor. When he capaciy of baeries is around 1~2%, he CPU will remind end users by coninuously sending ou warning siren unil he sysem shus down. 5

8 4.1 Explanaion of UPS Mode Conrol Logic Uiliy Power Power-On Re-power-on By pass mode Inverer Mode Baery volage 28.5V 26.5V 28.5V 28.5V 26.5V 26.5V 22.5V (Alarm) 21V(Shu-down) 25.4V 28.5V 29.V Solar charger sae AC charger sae Figure 4.1: Diagram of UPS Mode Conrol Logic 1: To ensure he baery is a full capaciy, when he TN-15 is urned on, he CPU will execue he "Bypass Mode" auomaically connecing he AC main o he load. In he meanime, i will acivae boh he AC charger and solar charger o simulaneously charge he baeries. 2: When he baeries are full (baery volage around 28.5V), boh he AC and solar charger will be urned off by he CPU o preven overcharging and reducing he baery lifeime. In he meanime, he sysem will remain in he "Bypass Mode" and AC elecriciy provided o he loads is coming from public uiliy. 6

9 3: A his ime period, TN-15 is sill in he Bypass mode. The baery volage level will decrease gradually due o sandby power dissipaion. When he baeries are consumed o around 75% of heir capaciy (baery volage around 26.5V) he CPU will resar he charger. The CPU will use charging curren of 3A as a guide poin. When he provided charging curren is under 3A, he AC charger will be urned (e.g. Nigh ime or cloudy day). As for charging curren of over 3A, he solar charger will be urned insead. 4: If he energy provided by he charger is larger han wha is consumed by he load, volage of baery bank will increase gradually unil 28.5V is reached hen he CPU will be shu off he charger o preven overcharging. A his poin, oupu load is sill supplied by uiliy. 5: Since he chargers are in he mode, he baery volage will gradually decrease o he range of 26.5~28.5V (floaing volage level). If uiliy were o fail a his momen, he CPU will auomaically swich (<1ms) o he inverer mode insuring uninerruped power. 6: Once uiliy recovers, he CPU will swich back o he bypass mode. 7: When baery volage drops o below 26.5V, he baery charger will be acivaed o charge he baery bank (refer o 3 for deailed descripion). 8: Same as 4. 9: Due o lack of uiliy, TN-15 will swich o he inverer mode. AC charging funcion will be urned off. Since AC oupu relies purely on baery power, he baery bank will be depleed raher quickly. 1: As he baery discharges o below 26.5V and uiliy remains unavailable. Only he solar charger is urned. The baery bank could be depleed raher quickly. 11: Same as Energy Saving mode. 12: When solar charger is providing curren of larger han 3A, he volage level of he baery bank will rise slowly. Once he baery volage reaches inverer mode reacivaion level, he inverer will be revived. 7

10 4.2 Explanaion of Energy Saving Mode Conrol Logic Uiliy Power Power-On Bypass mode Inverer mode Baery volage 28.5V 26.5V 28.5V 22V 28.5V 26.5V 22.5V 26.5V (Alarm) 22.5V (Alarm) 21.V (Shu-down) 28.5V Solar charger sae AC charger sae Figure 4.2 Diagram of Energy Saving Mode Conrol Logic 1 : When he TN-15 is urned on, CPU will execue he "Bypass Mode" auomaically connecing he AC main o he load. In he mean ime, i will acivae boh he AC charger and solar charger o simulaneously charge he baeries. 2 : When he baeries are full (baery volage around 28.5V), boh he AC and solar charger will be urned off o preven overcharging and reducing he baery lifeime. In he meanime, he sysem will swich o he "Inverer Mode" and he AC elecriciy provided o he loads will be coming from he baeries. 3: When he baeries are depleed o around 75% of heir capaciy (baery volage around 26.5V), CPU will resar he solar charger bu no he AC charger o achieve he purpose of energy-saving. 4: If he energy provided by he solar panels is larger han he load requiremen, volage of baery bank will increase gradually unil reaching 9% capaciy (baery volage around 28.5V) and hen he solar charger will be shu off o preven he baeries from overcharging. 8

11 5: When he capaciy of baeries go down o abou 75% (baery volage around 26.5V), solar charger will resar and begin charging. 6: If he energy provided by he solar panels is lower han consumed by he loads, volage of baery bank will decrease gradually o 2% of is capaciy (baery volage around 22V), he buil-in buzzer will be acivaed and inform he users o ake proper acion. 7: If he power consumpion of he loads does no decrease and he AC main is normal, CPU will deec his and he uni will be ransferred o "Bypass Mode". The uiliy will provide energy o he loads and charge he baery bank a he same ime in order o preven he uni from shuing off. If he solar curren is higher han 3A, he CPU will no acivae he "AC charger" and jus le he "Solar Charger" charge he baeries o achieve he goal of energy-saving. 8: When lacking AC main, he CPU will shu down he whole sysem if he capaciy of exernal baery bank is less han 1% (baery volage around 21V) in order o preven over-discharging and reducing is lifeime. Afer shu down, he CPU will provide LED indicaion o he user know why he inverer has shu off. 5. Iniial Seup of TN/TS-15 (Operaing Mode, Oupu Volage, Frequency, and Saving Mode) 5.1 Iniial Sae The iniial sae of TN/TS-15 is 12Vac/6Hz or 23Vac/5Hz and boh he "UPS mode" and "Saving Mode" is acivaed. If he users need o revise i for cerain applicaion, i can be done hrough he seing buon on he fron panel (Please refer o secion 5.3). The uni will sar up auomaically afer he seing procedure is finished and he new seings will be execued. These new seings will be kep even if AC, baery, and solar is disconneced or occurrence of faul condiions leading o failure of oupu volage hus requiring powering he inverer and. 5.2 Iniial Se Poin for Transiion Volages TN/TS-15 Facory Seing AC Charger Transiion Volage AC Charger Sar Up Volage Solar Charger Sar Up Volage Solar Charger Shu Down Volage Inverer Shu Down V 11V 13.3V 14.3V 1.5V 28.5V 22V 26.5V 28.5V 21V 57V 44V 53V 57V 42V 9

12 P r 5.3 Procedure of Seing Operaing Mode, Oupu Volage, Frequency, and Saving Mode Noe: TS-15 does no have Sep 3~5. STEP 1: The inverer should be urned off while reseing. Inpu baeries should be conneced, AC main can eiher be conneced or disconneced, and he loads should be removed. STEP 2: Use an insulaed sick o press he seing buon and hen urn on he power swich. Afer pressing for 5 seconds, he inverer will send ou a "Beep" sound. Users can release he buon and go ino he seing procedure. STEP 3: Please refer o Table 5.1 and check he LED saus o see if he Operaing Mode is he one you need. If yes, please skip o STEP 5. If change is required, please follow STEP 4~11. Table 5.1 Operaing Mode Energy Saving Mode UPS Mode On Ba Low Saving On Ba Low Saving Ligh Dark Flashing STEP 4: The LEDs will change sae by pressing he seing buon for 1 second and hen release. required. Operaing Mode can be adjused as STEP 5: Afer selecing he Operaing Mode, press he seing buon for 3~5 seconds and he inverer will send ou a "Beep" sound. The buon can be released and you can go on o he seing secion of "Volage/frequency." STEP 6: Please refer o Table 5.2 and check wheher he combinaion of oupu volage and frequency is he one you need. If yes, please skip o STEP 8. If change is required, please follow STEP 7~11. AC OUTPUT AC CHARGE SOLAR CHARGE e Ci rc u s s i Br eake r o s R e e AC IN BATTERY INVERTER BY PASS Seing On Ba Low Saving Use an insulaed sick o press his seing buon Remoe por Figure 5.1: Adjusmen of Oupu Mode, Oupu Volage, Frequency, and Saving Mode 1

13 Table 5.2 : LED Indicaion of Oupu Volage / Frequency Combinaion Oupu Volage Frequency 5Hz 6Hz On Ba Low Saving On Ba Low Saving Vac 11Vac 115Vac 12Vac (2Vac) (22Vac) (23Vac) (24Vac) Ligh Dark Flashing STEP 7: The LEDs will change sae by pressing he seing buon for 1 second and hen release (refer o Figure 5.2). Please selec he combinaion of oupu volage and frequency you need. Vac (2Vac) 5Hz 11Vac (22Vac) 5Hz 12Vac (24Vac) 6Hz 115Vac (23Vac) 5Hz 115Vac (23Vac) 6Hz 12Vac (24Vac) 5Hz 11Vac (22Vac) 6Hz Vac (2Vac) 6Hz Figure 5.2: Sae Circulaion Diagram of Oupu Volage and Frequency STEP 8: Afer selecing he oupu volage and frequency, press he seing buon for 3~5 seconds and he inverer will send ou a "Beep" sound. The buon can be released and i will go ino he seing secion for "Saving Mode." STEP 9: Please refer o Table 5.3 and check wheher he "Saving Mode" is se as required. If yes, please skip o STEP 11. If change is required, please follow STEP 1~11. Table 5.3 LED Indicaion for Saving Mode / Saving Mode Saving Mode On Ba Low Saving On Ba Low Saving Ligh Dark Flashing 11

14 STEP 1: The LEDs will change sae by pressing he seing buon for 1 second and hen release. You can acivae or cancel he "Saving Mode" funcion by his adjusmen. STEP 11: Afer acivaing or canceling he "Saving Mode", press he seing buon for around 5 seconds and he inverer will send ou a "Beep" sound. The buon can be released and all he seings are finished. The inverer will auomaically sore all he seings and hen sar o operae. 5.4 Remoe Monioring Sofware (A)Users can also make Operaing Mode, volage/frequency, saving mode, and ransiion volage adjusmens by using his sofware. Sofware updae can be downloaded from he MW websie. Please conac us or our disribuor if you have any quesions. (B)DB9-USB conversion cable should no be used because i will no be compaible wih he monioring sofware. 6. Proecion 6.1 Inpu Proecion (A)Baery Polariy Proecion: If he baery inpu is conneced in reverse polariy, he inernal fuse will blow and he inverer should be send back o MEAN WELL for repair. (B)Baery Under Volage Proecion: When he baery volage is lower han he prese value, he inverer will auomaically erminae he oupu and "Baery Low" signal on he fron panel will ligh up. Please refer o Table 6.1 for more deail abou he failure signals displayed hrough he "Load Meer." (C)Baery Over Volage Proecion: When he baery volage is oo high, inverer will auomaically erminae he oupu and he buil-in buzzer will acivae o inform he users. Please refer o Table 6.1 for more deail abou he failure signals displayed hrough he "Load Meer." WARNING: Please choose suiable baeries ha is wihin he raed inpu DC volage of TN/TS-15 (refer o he SPEC). If he inpu DC volage is oo low (ex. using 12Vdc baery bank for 24Vdc inpu models), TN/TS- 15 can' be sared up properly. If he inpu DC volage is oo high (ex. using 48Vdc baery bank for 24Vdc inpu models), TN/TS-15 will be damaged! (D)Solar Charger Over Curren Proecion: The maximum charging curren of he buil-in solar charger is 3A. If he charging curren is oo high, he inernal fuse will blow and he inverer should be send back o MEAN WELL for repair. 12

15 6.2 Oupu Proecion (A)Bypass Mode: Uses "No Fuse Breaker" as auomaic over curren proecion. When over curren occurs, he buon of he circui breaker on he fron panel will pop up and he inverer will shu down. A his ime, users should remove he loads, resar he inverer and press down on he buon of he circui breaker and he AC oupu can now be provided normally. (B)Inverer Mode: Under he "Inverer Mode", if any abnormal siuaion occurs, he fron panel will send ou failure messages hrough he "Load Meer" (Please refer o Table 6.1). (1)Over Temperaure Proecion: When he inernal emperaure is higher han he limi value, he "Over Temperaure Proecion" will be acivaed. The uni will auomaically urn off and should be resared again. (2)AC Oupu Abnormal Proecion: When he AC oupu volage of he inverer is oo high or oo low, he uni will urn off and should be resared again. (3)AC Oupu Shor Circui Proecion: When a shor circui siuaion occurs a he oupu side of he inverer or he load increase grealy in a shor period of ime, he uni will urn off and should be resared again. (4)Baery Volage Abnormal Proecion: When he baery volage is oo high or oo low, his proecion will be acivaed. The inverer will auorecover once he baery volage go back o a safe level and users do no need o resar i. (5)Oupu Overload Proecion: When oupu is overloaded beween 15W ~ 175W, he inverer can coninuously provide power for 3 minues. Afer ha, if he overload condiion is no removed, he overload proecion will be acivaed. When he load is higher han 225W, he overload proecion will acivae insanly. For hese overload proecions, once acivaed, you should rese he uni. Table 6.1: Failure Messages On Fron Panel Failure Message Oupu Overload (15W~175W) Oupu Overload (175W~225W) Oupu Overload (>225W) LED Indicaor Failure Message LED Indicaor Abnormal AC Oupu Volage AC Oupu Shor Circui Abnormal Baery Volage Over Temperaure 13

16 7. Insallaion & Wiring (A)Wiring for Baeries: Wire connecions should be as shor as possible and less han 1.5 meer is highly recommended. Make sure ha suiable wires are chosen based on Safey requiremen and raing of curren. Too small crosssecion will resul in lower efficiency, less oupu power, and he wires may also become overheaed and cause danger. Please refer o Table 7.1 and consul our local disribuor if you have any quesions. Raed Curren of Cross-secion of Equipmen (Amp) Lead (mm ) 1A ~ 13A A ~ 16A 16A ~ 25A 25A ~ 32A 32A ~ 4A 4A ~ 63A 63A ~ 8A 8A ~ A A ~ 125A 125A (B)Suggesed Baery Type and Capaciy TN/TS-15 Baery Type Baery Capaciy Inpu Curren from Solar Panel Table 7.1: Suggesion for Wire Selecion Lead-acid V / 12Ah ~ 24V / 6Ah ~ 48V / 3Ah ~ 12V / 4Ah 24V / 2Ah 48V / Ah 5A ~ 25A Choosing suiable wires based on he raing of solar panels and disance from he inverer 6 Models using 48V 4 baeries 2 1 Models using 24V baeries Models using 12V baeries (C)Requiremen of Insallaion: The uni should be mouned on a fla surface or holding rack wih suiable srengh. In order o ensure he lifespan of he uni, you should refrain from operaing he uni in environmen of high dus or moisure. This is a power supply wih buil-in DC fan. Please make sure he venilaion is no blocked. We recommend ha here should be no barriers wihin 15cm of he venilaing holes. 14

17 >15cm Air Inverer >15cm Air Figure 7.1: Example of Insallaion (D)Example of Sysem Diagram As shor as possible AC O/P Larger han 15cm Solar Panel Baery + - Larger han 15cm AC I/P TN/TS-15 Inverer DC I/P - + Solar I/P Chassis Should less han 1.5m Wall or sysem FG Based on he acual lengh of wiring and choose suiable cross-secion of he leads Where, he DC I/P and chassis fix manner as following : 15

18 1. Company Name : Mean Well Enerprises Co Ld 2. Model Name : 1GG1HS Raing : 15A 4. Torque : 16.2 Ib.in max. 5. Suiable Wire : Copper wire (emp raing : 75C ) 6. Inended for erminaion ono a Lised ring ongue connecor 7. To Be Sold Only Wih Insallaion Insrucions 8. A mouning screw ha is firs insered hrough he ang and is hreaded ino he connecor o secure he connecor o he ang shall be orqued o 32 in-lbs minimum 9. Mouning Screws - Plaed Seel. Two provided, size M4 Ca.No.(1GG1HS-212) Wire Range(1-4 AWG Sr Cu Soldered Wires) Torque ( in lb) Chassis (E)Deraing 8 8 (%) 6 4 (%) Ambien Temperaure ( ) Figure 7.2: Oupu Deraing Curve 21VDC 23VDC 3VDC (HORIZTAL) Baery Inpu Volage (V) - 24V Model Figure 7.3: Inpu Deraing Curve (F) Noes on Oupu Loads: TN/TS-15 Series can power mos of equipmens ha need an AC source of 15W. Bu for cerain specific ype of load, he uni may no work properly. (1)Since inducive loads or moor based equipmens need a large sar up curren (6~1 imes of is raed curren), please make sure his sar up curren is less han he maximum curren capabiliy of he inverer. (2)When he oupu are capaciive or recified equipmens (such as swiching power supply), we sugges operaing hese equipmen a no load or ligh load condiion. Increase he loads slighly only afer he TN/TS-15 has sared up o ensure proper operaion. 16

19 8. Failure Correcion Noes TN/TS-15 should serviced by a professional echnician. Improper usage or modificaion may damage he uni or resul in shock hazard. If you are no able o clear he failure condiion, please conac Mean WELL or any of our disribuors for repair service. Saus Possible Reasons Ways o Eliminae No AC oupu volage Abnormal inpu No inpu (baery, AC main, or solar energy) Over emperaure proecion Check he AC or DC inpu sources. Make sure he volage is wihin he required range. Make sure he wiring and polariy is correc. Make sure ha he venilaion is no blocked or wheher he ambien emperaure is oo high. Please derae oupu usage or reduce he ambien emperaure. Discharging period of baeries is oo shor Fan does no spin Overload proecion Shor circui proecion Baeries are aging or broken Baery capaciy is oo small Malfuncion of he charger (no charging volage) Clog wih foreign objecs Malfuncion of he fan Make sure he oupu load does no exceed he raed value or he insananeous sar up curren is no oo high (for inducive or capaciive loads). Make sure he oupu is no overloaded or shor circui Replace he baeries Reconfirm he specificaion and enlarge he baery capaciy as suggesed Repair required. Please send i back o us or any of our disribuors Remove he foreign objecs Repair required. Please send i back o us or any of our disribuors 9.Warrany Three years of global warrany is provided for TN/TS-15 under normal operaing condiions. Please do no change componens or modify he uni by yourself or MEAN WELL may reserve he righ no o provide he complee warrany. 17

20 No.28, Wuquan 3rd Rd., Wugu Dis., New Taipei Ciy 248, Taiwan