SC-UE15R Operation Manual - ツインバード工業
Contents
1. 51 8 5 1 List Pn OOk Pin Pin Specificatin Lp Specification CN1 ns PBX10C51 2 CN7 hk 1 Y ML 700 NV CN1 YOSHIDA ELECTRIC INDUSTRY PBX10C51 2 CN7 SATO PARTS ML 700 NV Ba TAL M3 5 35 C ER Screw M3 5 Acceptable Wire BIEL 0 8 1 2Nm Bigg 60 32 0 65mm Proper Torque 0 8 1 2Nm Solid wire 0 32 0 65mm 28 22 AWG 28 22 AWG 1 fs ERAJ EUR 0 08 0 32mm2 ke ENA ea Stranded wire 0 08 0 32mm2 2 ke 28 22 AWG A 28 22 AWG CN2 JST B2B PH K E B FRE d 0 12mm ELE CN2 JST B2B PH K E Blue Element wire 0 12mm Min 3i 3274 JST PHR 2 GERD ES 9 10 mm Acceptable Connector JST PHR 2 Strip Length 9 T0 mm 1 BEZAENH ZA 1 HEAD d 1 Warm Side Thermistor 1 Setting of Output 1 2 2 HAREATD 2 2 2 Setting of Output 2 CN6 JST B3B EH A 3 CN6 JST B3B EH White 3 X8 2775 JST EHR 3 4 ar SES AJ Acceptable Connector JST PHR 2 4 Drive Stop of FPSC 1 20FED 5 ETESHi 1 Output to Blower 5 Emergency Signal 2 6 SAS 1 2 6 Alarm Signal 1 3 ZSHRLY A 7 amp f85H72 3 NC 7 Alarm Signal 2 CN8 ns PBX10C51 2 8 GND f amp S fill CN8 YOSHIDA ELECTRIC INDUSTRY PBX10C51 2 8 GND Signal Side RTL M3 5 9 DC5V Screw M3 5 9 DCSV 38 IE ABT L7 0 8 1 2Nm FG 1 8 mm CA Proper Torque 0 8 1 2Nm 1 8 mm Hole 1 FPSC HA GND SS SEI 1 Output to FPSC GND Power Source Side 2 2 DIP SW SW1 DIP S2. Kl EESLTWERANEARADNTNTIWVOBZ lI BEADMBEENET 1 Input voltage has priority over input current PJ AIJEE TWINBIRD CORPORATION http fpsc twinbird ip TWINBIRD 11 15 ANANA Available Input Range 1 Step No 1 m 256 1 Step No 1 vs 256 2 AB mA OSV lt 4 4 vs 20 20 I 1 2 Input Current mA 0XV 4 4 sou 20 20 lt 1 lt 21 CN7 Pin2 3 16 255 mA Step CN7 Pin2 3 16 255 mA Step 3 HABE V 0 0 Se 33 5 33 5 3 Output Voltage V 0 ee 33 5 33 5 CN8 33 5 255 V Step CN8 33 5 255 V Step ADJEK l Input Circuit l I JESh A 73 94 Q w Differential input impedance 94 Q Ref No SCDD 090007 No tk tk No Specification CN7 Pin4 E ILE SAD CN7 Pin4 Drive stop of FPSC 1 High DC5V JS 1 High DC5V Stop Open Open 2 Low GND 3i n 2 Low GND Drive ADJEK Vref Input Circuit Vref og 47kQ 1009 ikg 1009 Q Vref DC5V 10 Vref DC5V 10 CN7 Pind amp 548 173 CN7 Pin5 Emergency signal output 1 High AT 1 High Emergency FPSC RUZAFZAQEEHA IEIESF4 Power supply to the FPSC and the blower will be stopped 2 Low Ee 2 Low Normal KXRRORE Emergency situations 1 HAA ECU YHDEN SW2 TIRE S47 BEM Alig EE RIEL 2 1 Temperature sensor at warm side has reached the limit temperature set by SW2 2 BERIMBI I ev OARS TU CU US MIL alt 3 AJ SIR FE 2S BE 9 CHS
3. 2 Temperature sensor at warm side is disconnected or wire is cut 3 The power source voltage is out of allowable range X RUE RSS B FILE Condition for cancellation of the emergency signal output 1 1B FRIES S A ET gel 1 When the on off signal goes off tH Z3 eles Output Circuit m IS B MIN TYP MAX RE Vret Item MIN TYP MAX Condition HJ High Vref O 5V Vref I 1mA Output High Vref 0 5V Vref I 1mA SE Low GND GND 0 5V I imA Voltage Low GND GND 0 5V FimA or HZ High 8mA 10mA V 4 5V our Output High 8mA 10mA V 4 5V Sit Low 104A 124A V 0 5V Current Low 104A 124A V 0 5V Vref DC5V 410 PJ AIJEE TWINBIRD CORPORATION http fpsc twinbird ip TWINBIRD 12 15 Vref DC5V 410 Ref No SCDD 090007 No tk tk No Specification CN7 Pin6 amp amp S EJ 1 CN7 Pin6 Alarm signal 1 1 High SEMI 1 High Alarm 2 Low E 2 Low Normal xXZEORH Situation for alarm signal 1 output 1 Haan S IZELR KE SS ami RT M S ll Lt CN7 Pin amp 1 amp H7 2 LIR tYHY ORE NS SW C ZL Ax AE ehf umEUt CEU 1 The temperature of the sensor on the warm side reaches 5 deg C lower than the temperature set by SW2 Condition for cancellation of the emergency signal output 1 When the temperature of the sensor on the warm side goes down 5 d
4. CU EF RE CHP SAW TR FEOBZANDYES 16 FPSC EYA LOMAEBRUE OAL 38 PHRMA AFIS ra TKS L Etc BIR CO STEER C TRA PEA BLE AIL BREESE RIK PDSAUMBE CHEMI CES a Fe CHETDANBEADIE BILD ANY BRIT T 8 Pee OVS RIK PAM OMA ILM 5 6 c BAA RAYA bL TRIELEKY KRORAIZZ okYLEFQT HATEEN 17 FPSC EVa LOMAMASWATYULARCHMEN THY ABIL BIC HOITHVYEF OT FAME OMY HIT OME RARBG HASMABLGE SL MIEORAERVEF 18 FPSC ABIZE EOHAMHASH CET OC BEORILBAECCHE S AP Ref No SCDD 090007 10 Direct exposure of the FPSC Module and PCB to fire or excessive heat could cause internal damage 11 Warning Placing the FPSC Module into fire or excessive heat could cause expansion of the contained gas and explosion 12 Do not put excessive strain on the electrical cords It could cause damage to the wire and cause the FPSC Module stop operating 13 Do not disassemble the FPSC Module 14 To avoid the danger of burns avoid touching the heat reject fin and certain parts on PCB with your bare hands during or immediately after operation 15 To avoid the danger of frostbite avoid touching the cold side and its immediate surroundings with your bare hands during or immediately after operation 16 Please provide thermal insulation around cold side to prevent frost and dew condensation If conditions require that you need to operate the FPSC Module without thermal insulation the cold side may develop a coating frost or water If this occurs please cle
5. RAN Cold Side P am Bi s g m i po l Gs es a 79 5 Se e amp HEGER 58 Sas M Mount Plate CT e e e a un H ai g i e e f a E kaz a e nd H 2 e e E 2 E co ME Electric u e e e e e 4 825 a Thermistor se E 146 160 T 180 o ka 8 65 SRR Hole for mount H dH e 707 Blower oo to QM277 M Fan Plate mm FJ UUELE TWINBIRD CORPORATION http fpsc twinbird ip 6 15 Ref No SCDD 090007 3 3 EHR 3 3 Main Specification No IH H t B No Item Specification 1 SUE W 180 xH 159 x D 423 mm 1 Product Dimension W 180 x H 159 x D 423 mm 2 RRES f 9 kg 2 Weight Approx 9 kg 3 a NJILA 3 Refrigerant Helium 4 wis 1 3g 4 Amount of Refrigerant Approx 3 g 5 ED 2 2 MPa 20 C 5 Inside Pressure of Stirling Cooler 2 2 MPa 20 deg C 6 BREE DC 48 V 10 BRS HAD 6 Power Source Voltage DC 48 V 10 for Drive PCB 7 RABE 9A peak 48V A Dm 7 Maximum Current 9A peak at 24 V Input 8 Ise 120W 15 8 Cooling Capacity 120W 15 RA OR BABB ima BE 23 3 C Condition Cold Side Temp 23 3 deg C AAE 25 C 5OW 15 Ambient Temp 25 C 50W15 EJERE ERA IRALERRIE 80 C Output Setting Max Cold Side Temp 80 deg C 9 TARE GERE ARE 0 40 C 9 Operating Conditions Ambient Temp 0 40 deg C 10
6. Ug SALE 120 70 C 10 of Temperature and Cold Side Temp 120 70 deg C 11 BESTE 0 70 C 11 Humidity Warm Side Temp 0 70 deg C 12 mE 0 90 RH 12 Humidity 0 90 RH tie L L No Dew Condensation 13 HBS B ent th 13 Accessories Drive PCB 1 FRESH EN 1 TDK Lambda ZWS240PAF 48 F227A T1 37 ORBEA 80CELRIZZE A42 MEIZIIKRLTEAJA 2 TDK Lambda HWS300P 48 Krieg B47 X2 AVR REAM RIES RRE EI LC Stu Saz CIR USE SUN X3 1 URSABR E DS CE EBA THAT 1285 ARNm bET FPSC 0H ABE BART OB FACTESLY 2 KRAZE IFFRARDETAAIZZIb ti cem Us b FELSICIGUCSER E he EL LN CEAS AG KRENAZETI 1 Power Supplies tested with Drive PCB 1 TDK LAMBDA ZWS240PAF 48 It must to keep the T1 trans core temperature lower than 80 deg C It may be required to use air blow cooling 2 TDK Lambda HWS300P 48 Covered type 2 Cooling capacity changes depends on the cold side temperature ambient temperature etc Please contact us for more information 3 1 If you use the cold side temperature over 0 deg C condition please turn the FPSC voltage down accordingly the application product 2 An abnormal noise may occur from the FPSC when the cold side temperature is changed suddenly Please use accordingly the application product to prevent the abnormal noise PJ yy CELLET TWINBIRD CORPORATION http fpsc twinbird jp TWINBIRD 4 EREA 4 1 SEI MEM BE DC48V Bit 9A peak 2 alae rim n
7. 1 Setting of Output Voltage Change SW1 FEEFEE LS swi BEA iLRE ESSA SW1 Change speed of Ramp time SWi Change speed of Ramp time output voltage output voltage 0000 Direc E 1000 1 step 4 8 sec 20min24sec 0000 Direct 1000 1 step 4 8 sec 20min24sec 0001 1 step 0 4 sec 1min42sec 1001 1 step 5 6 sec 23min48sec 0001 1 step 0 4 sec 1min42sec 1001 1 step 5 6 sec 23min48sec 0010 1 step 0 8 sec 3min24sec 1010 1 step 6 4 sec 27min12sec 0010 1 step 0 8 sec 3min24sec 1010 1 step 6 4 sec 27min12sec 0011 1 step 1 2 sec 5min06sec 1011 1 step 8 0 sec 34min00sec 0011 1 step 1 2 sec 5min06sec 1011 1 step 8 0 sec 34min00sec 0100 1 step 1 6 sec 6min48sec 1100 1 step 10 4 sec 44min12sec 0100 1 step 1 6 sec 6min48sec 1100 1 step 10 4 sec 44min12sec 0101 1 step 2 4 sec 10min12sec 1101 1 step 12 8 sec 54min24sec 0101 1 step 2 4 sec 10min12sec 1101 1 step 12 8 sec 54min24sec 0110 1 step 3 2 sec 13min36sec 1110 1 step 16 0 sec 1h08minOO0sec 0110 1 step 3 2 sec 13min36sec 1110 1 step 16 0 sec 1h08minOOsec 0111 1 step 4 0 sec 17min00sec 1111 1 step 19 2 sec 1h21min36sec 0111 1 step 4 0 sec 17min00sec 1111 1 step 19 2 sec 1h21min36sec X1 OV A5 33 5V 33 d AETR X2 HA SI 30 SIEIXIBETEZETOUS d aE RRSEyT IVT AVAVEWI HRA ST GET BMEO RINT IUE T TACHECESL 1 The time from OV to 33 5V 2 Out voltage changes directly Sudden change of output setting could cause HITTING or unst
8. 256 93 6168 Facsimile 81 256 93 6168 7959 0292 im Reha ABA 2084 2 Address 2084 2 Yoshida nishiota Tsubame shi Niigata ken 959 0292 Japan FJ yy CELA TWINBIRD CORPORATION http fpsc twinbird ip 15 15
9. BEER EAT YF 4 2 EFIE 1 DC48V BIROALVYFEANS 2 ER ey SR RIK EU ITAL YF ONCLOSE IZ F4 4 3 f i1E FIIB AER SPE ARIK EU TIFT AL VA OFF OPEN IZ F5 2 DC48V ENDRI YFA 4 4 R Wiring ISS A 730032 amp Voltage Input ima at Ee SO Drive PCB Temp Controller FPSC EZa j 757 FPSC Module Blower iE UU Temp Sensor DC48V Bi e DC48V Power Supply 3 Ref No SCDD 090007 4 Basic Operation 4 1 Preparation 1 Power source Voltage DC48V Output current 9A peak 2 Temp controller and Temp sensor 3 Wire and Switch 4 2 Start Procedure 1 Turn on the Switch of Power supply 2 Turn on the Switch of the Drive PCB 4 3 Stop Procedure 1 Turn off the Switch of the Drive PCB 2 Turn off the Switch of Power supply SRA DOIA Current Input LAN Se rm Drive PCB Temp Controller 4 20mA FPSC ELa jL FPSC Module Bey Temp Sensor DC48V BIR DC48V Power Supply 3 FJ YY CELT TWINBIRD CORPORATION http fpsc twinbird ip 8 15 45 W i RAN AY AVR SFIZIAYBSEYLAL AD Z40L ATA RSRELTBiSFEYEBLVEY SE AAA II AAA Del E LI IRE NY A oKYULEF MARIA BEV ST SEM ANA UC AS ERE 73 004 amp F LPHEDRAIZZYES Et WEA SEUBEZIS EO 6 WS Id SO EES ZER E Ad BT BER IBI DTREO R HESUEERR OO BL Nd 4 6 Krak MAAERCBEMAAO RAT im e 28 BR dU 4 7 8023 A SEA TAL EP SS ei Brand E ET AIS DOE EI ORY BRITT REP EOU F ROAM ORB A net 5c BARV kL TELLY BE BDIRAIZZ otz YL
10. EF Br ERI SEPA III EU MARMOT CIE OBAL BEER Z4 0 yr CO iam EA el d LEE e Heat Reject Fin Insulation Area Intake Air Cold Side a IUZIUJE FIERTE TWINBIRD CORPORATION 9 15 Ref No SCDD 090007 4 5 Heat Rejection Provide with some air intake filters or remove dust regularly on the heat reject fin to prevent the heat reject fin from being filled by dust The dust filling reduces heat rejection and cooling capacity and may cause damage of FPSC In order to have better heat rejection and cooling capacity get fresh air for the intake In particular separate the intake duct and exhaust duct to prevent the exhaust air leakage to the intake 4 6 Thermal Insulation Cover with the insulation material over the area the temperature can be lower than ambient between the cold side and the warm side which is called Insulation Area to prevent having frost or condensation Having frost or condensation on the Insulation Area can cause an apparent reduction of cooling capacity Also if water drips down on a read wire or inner mechanical parts as it defrosts it could cause a short circuit or corrosion The Insulation Area may be closed to the cold side or up to near the heat reject fin depend on the operation condition The insulation must not inhibit the intake airflow 207 k Blower http fpsc twinbird jp 5 EKEIZKRO A D 5 Input and Output of Drive PCB Ref No SCDD 090007
11. ION http fpsc twinbird ip TWINBIRD 2 15 2 EE RUE 1 FPSC EZ a JV Free Piston Stirling Cooler Module X DC48V Sid DC12V 24V HALLIE AC100 240V SS 1I OD EFE CCS FRU U CCEA MIO ER EAT ER JEF 2 O 40 CO Bat COB FACTESLY CHUA CTE BREEOD IRE TUS 3 RARO A im EBA IL 120 70 C C3 MAT SEWEIRM SE BIL TES US Ek cAi E CMBLE CK SL MEO RALZVET 4 MEAD ne KEY BEV ELE CDCL 5 T amp SR Z4 4S Bu URL OI in tin Ee EL EK MMII ORE WILDES 6 FPSC EZVI JLASDEFAAKELI TIT HH 73 ERE SEE HEEL C FPSC 00 H1 D SH CSL th e EE EE AR DEES 7 FPSC EVa LIZ58LVREBA SZSLVG SUN MEOQRALJSYEF 8 FPSC EZ a J V PERKIZIKSORIKTEANTIZLYTC ESL MIO RIA TU d 9 BR FILAVSORBRHEOAARURA Sina RIES AKT 3 6 8 eet RICIESUS SRONSEALT U Sep iu C o1 Ud SRA DUE Ref No SCDD 090007 2 Warning and Caution 1 The Free Piston Stirling Cooler Module FPSC Module must be used with a 48 V DC power source Internal damage can result from operating this FPSC Module directly with any input voltage other than 48 V DC 2 The FPSC Module is designed for use in ambient temperatures between 0 40 deg C Internal damage could result from operating the FPSC Module temperature range outside this 3 The cold side of the FPSC Module should be maintained between 120 and 70 deg C Operation outside of this temperature range could result in internal damage to the FPSC Module To avoid the possibility
12. Ref No SCDD 090007 BN tet HA Operation Manual CET Jb Model SC UE15R SE Name FPSC 2 a Jb UE15R UR tu 7 kit FPSC Module UE15 with Thermal Conductor YfUIN FLRRASH SC BEAR TWINBIRD CORPORATION SC Business Operation FJ yy CELT TWINBIRD CORPORATION http fosc twinbird jp 1 15 1 AAA Er CS HH ERUIT UNC Ref No SCDD 090007 1 Field of Application and Restriction of Export EE ene E ng EENEG EE KORAL EEN E EC GEES E E ENEE RENE RAO BMH HL FH ER M 7 3 i EH SED SBMS ZEIT TOHORMH 069 C RSL EA SATB EI HRW SR OO ERU gu HESIR 1 1018 2 8 EFES BSAIIAABAO USA REEXPORT CONTROL CCL ECCN 6A002 d 2 a Cryocoolers for Optical sensors iL REKETA SHICRASCBSMICSHUADECESLY ES COMMAS 2008 4E 1 ARAETHY ABILMIESNSZCENBHVETF The following regulations shall apply to Stirling Cooler and permission for export by the Ministry of Economy Trade and Industry is required before exporting Stirling coolers from Japan for abroad Foreign Exchange and Foreign Trade Law section 1 of article 48 Foreign Exchange and Foreign Trade Law section 1 of article 67 Export Trade Control Ordinance section 2 of article 8 If you wish to export our Products from Japan for abroad please contact us prior to exporting The above regulations were applied at the time of January 2008 Laws and regulations may be revised according to the legal revisions PJ AIEEE TWINBIRD CORPORAT
13. W i CN CNS CNS CN2 CN7 Setting of Output Voltage Change BERILRERE Y DIP SW SW2 DIP SW Setting of Warm Side Temperature Limit WESS LIREZTE DIP SW SW3 DIP SW FG Setting of Output Current Limit Bin fll IRERE PJ IJE EIZE TWINBIRD CORPORATION TWINBIRD SW3 SW2 SW1 10 15 http fpsc twinbird jp Ref No SCDD 090007 5 2 SC 5 2 Details No tk tk No Specification CN1 BRAD CN1 Power Source Input 1 EREE DC 48 V 1 Rating voltage DC 48 V 2 aS SE SG BH DC 43 2 52 8 V DC 48 V 10 2 Allowable voltage DC 43 2 52 8 V DC 48 V 10 3 SAnS 9A peak 48V A J 3 Maximum input current 9A peak at 48V input CN6 Zoe CN6 Output to Blower 1 HA FPSC ER 1 Condition for output While FPSC is driven 2 HZ Bit DC 12 V 10 2 Output voltage DC 12 V 10 3 BOX U N T 2A 3 Output current capacity 2A CN7 Pint W7IEEADA 1 77 CN7 Pint Setting of Output 1 AJARA Available Input Range 1 Step No 1 wich 256 1 Step No 1 SES 256 2 ANA BEL 0SV 1 1 5 5 lt V lt 6 2 Input Voltage V 0SV 1 1 nn 5 5 lt V lt 6 CN7 Pin1 4 255 V Step CN7 Pin1 4 255 V Step 3 HHS V 0 0 wee 33 5 33 5 3 Output Voltage V 0 Sen 33 5 33 5 CN8 33 5 255 V Step CNS8 33 5 255 V Step AJER Input Circuit 4 pi IN CN7 Pin2 3 HAZEAA2 X A DAS 200 kQ CN7 Pin2 3 Setting of Output 2 Impedance 200 kQ
14. able operation Please operate it much carefully HITTING causes percussive noise EvT4720i UX dU tEEUCI ARAE FUR Shen S mU L8 L 3840 SE AS dS Ud Ek EET RRITI A Belt REL Kai NETZIHALENDYEF ABIKSELIZ FPSC SROREMRE FOECOHOCETT CyT427 litj TEE MS Ai X bU d HITTING may be caused in the following conditions lower ambient temperature higher cold side temperature just after startup etc It may be also caused in the transient state the state before the temperatures of all parts of FPSC become stable It is necessary to ratchet up the output voltage to prevent the HITTING X3 ESL IEBRO TEFEZE ERIS 10 step 0 13 sec SW2 BERAB E EAR ee 3 Change speed of output voltage is fixed in process for stop 10 step 0 13 sec SW2 Setting of Warm Side Temperature Limit Sw2 BERE EW SW2 Warm Side Temperature Limit 1010 70 C 1010 70 deg C KODE COMPACTS Please use with this setting SW3 Sie SW3 Setting of Output Current Limit SW3 iit ml BRA SW3 Current Limit 1000 7 6A 1000 7 6A XIN ETIA Please use with this setting PJ wLy j t E IEMECESE TWINBIRD CORPORATION http fpsc twinbird jp TWINBIRD 14 15 Ref No SCDD 090007 6 ER 6 Contact VALIN E LER Ht TWINBIRD CORPORATION SC BEAR SC BRB SC Business Operation E mail sc twinbird co jp E mail scGtwinbird co jp Tel 0256 92 6173 Phone 81 256 92 6173 Fax 0
15. an the cold side with a soft cloth Having frost or condensation on the cold side surface can cause an apparent reduction of cooling capacity Also if water drips down on a power cord or inner mechanical parts as it defrosts it could cause a short circuit or corrosion 17 Failure of the FPSC Module could result from subjecting the cold side to a strong force It is made of thin stainless steel sheet surrounding a precision structure 18 The Stirling cooler uses a high pressure gas inside please contact Twinbird if you intend to scrap the Stirling cooler FJ YY CELA TWINBIRD CORPORATION http fpsc twinbird ip 4 15 19 BEER AR 3 BIRO 3E EE RRALLE CHV ETA FEAVLI KIEL TH ERUSRUMCIE SU A Ris BERIZANTALT R L B EKRAMYIDIENIE FHASZ AZWAS AWiSBMExCBESeO cC nne c Sin ADTEYITKLTETRANMRIELEY SR Lea CAE 535 a Us FAFRIIZAITETRANILTAYEFOT CEB F l 20 AR OL AL bt Lut PERERA LOO PAGE ZI LISRETOMAMHVET 21 TRR 43 AREORA ECONTRA T CCH BRET 3 t Specification 3 1 M Exterior FPSC ELa JL FPSC Module WEDE F Heat Reject Fin DOF Blower FAP U K RR Blower Read Wire Shap Cold Side Kee d gt Thermistor Read Wire FPSC J F 4 FPSC Read Wire Za AU CELI TWINBIRD CORPORATION Ref No SCDD 090007 19 Although the drive PCB is protected against reverse connection use caution to prevent static electricity or short circuit A Keep the PCB in the static shieldi
16. eg C lower than the temperature set by SW1 CN7 Pin7 Alarm signal 2 1 High SEMI 1 High Alarm 2 Low E 2 Low Normal EE Situation for alarm signal 1 output 1 FPSC AH XE BS BERI BESS OO L JU NE OD ANCHO UI SERLO SEMEL RA SLACK Salas 1 RUZE 2 OMAK vref 1 The level of output set signal is out of the allowed range Condition for cancellation of the emergency signal output 1 When the level of output set signal is within the allowable range Output Circuit of Alarm signal 1 and Alarm signal 2 Vref es W T vs m FE Item MIN TYP MAX Condition BE Low GND GND 05V ElmA Output High Vref 0 5V Vref I 1mA 8 EJ High 8mA 10mA V 4 5V our Voltage SE GND GND 0 5V I imA Ze Output High 8mA 10mA z V 4 5V FIL Low 104A 12u A V 0 5V Current Low 104A 124A V 0 5V Vref DC5V 10 Vref DC5V 10 CN8 FPSC 00 H7J CN8 Output to FPSC 1 ER Sy RAZ PWM SIS 1 Drive wave shape PWM 2 AAW AR 80 0 Hz 2 Frequency 80 0 Hz 3 AVY ARMA 28 8 kHz 3 Carrier frequency 28 8 kHz 4 HS SG BR AC 0 7 33 5 V RMS at 80 0Hz 4 Output voltage range AC 0 7 33 5 V RMS at 80 0Hz 5 RRAHJE 9A RMS 5 Output current capacity 9A RMS PJ AIEEE TWINBIRD CORPORATION http fpsc twinbird jp TWINBIRD 13 15 Ref No SCDD 090007 m ER m SW1 Stier SW
17. ng bag before use B Discharge static electricity from your body using wrist straps etc C Electric parts may be damaged by the short circuit when the backside of the PCB touches some metal parts It may be damaged by static electricity Use caution to prevent damage of backside electric parts 20 In order to improve the performance the FPSC and associated parts may be changed within the scope of the specification without any consultation or advice 21 Please ensure that local laws or standards are met for final products that are equipped with this FPSC Module IER SN 4R Drive PCB BRAD FPSC s DOP Ht Statu EASE Power Source Input FPSC Blower Warm Side Thermistor http fpsc twinbird jp 5 15 Ref No SCDD 090007 3 2 XE XT Main Size FPSC EVa L FPSC Module EKEAZik Drive PCB 3 146 g Se GU ZS JA U Shape Rubber a QWAI4Y Heat Reject Fin RES D Qu M Duct SE OMBR74 YR M Exhaust Fins Plate Zam olo nd 218 O15 0WBIY EARYAS Y99 5 P 150W Free Piston Stirling Coller
18. of damaging to internal parts by overheating the FPSC Module do not apply heating elements directly to the cold side 4 Use caution to prevent the Heat Reject Fin from being filled by dust 5 Use caution when handling the Heat Reject Fin assembly to prevent damage or injury Inspect the Heat Reject Fin assembly for deformity or breakage before use 6 Reduce the output setting of the FPSC Module if unusual noises are observed coming from inside the pressure vessel Please contact Twinbird if the reduced output setting does not eliminate the unusual noises 7 Avoid subjecting the FPSC Module to excessive shock It could cause internal damage 8 Direct exposure of the FPSC Module and PCB to water or other liquid could cause electrical failure 9 Do not use the FPSC Module and the drive PCB in acidic reactive gases or around places that reactive gases are made Rust or other corrosion may damage them integrity and shorten the life span FJ YY CELT TWINBIRD CORPORATION http fpsc twinbird jp 3 15 10 FPSC EVa JL PRIER 2 X9 SODIIKIZ3T2U0 UV CT SU MIO RA Luz 11 FPSC EVI LILEKORIZIKYIKEZALY G F ly AOH AT SRL BETS maus 12 a F 5 amp 5 2 RS UC RSL Briel SREROOIRIN LIU s 13 FPSC EZ JU00 Y f amp 3 58 0427 GCT2 SU 14 FPSC EZ a JV OD SZ 1 X S M OD B MIL JERA UI IB ENT dech U5ccAAUsd dxFco o 5 Ta KEDENMBAVET 15 FPSC ELVa LOIREERUZOANDIE Emp OLEI KI ELEGIR ITI
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