スポットキュア シリーズ
Contents
1. Capable of measuring three wavelengths 254 365 and 405 nm in central wavelength and temperature by replacing detectors Capable of measuring light intensity peak intensity total light quantity irradiance distribution and temperature distribution Long irradiance distribution measurement of up to 4 minutes thanks to memory Extension cable available between cabinet and detector 2 meters long as standard option Automatic power on off switching Serial communication with a personal computer running on Windows XP 2000 Read irradiance distribution data Check samples second Switch measurement ranges Measure light intensity temperature oar O N Temperature sensor specifications Mitte Specifications MI MHEEtJOtik HESS JT 3X Model UIT 250 Hest Model UVD TK ES WaT DRIVE REAM FAR ICS ON AE in S SBBR C 0 350 Display Liquid crystal display 4 digit irradiance 5 digit total light quantity Temperature range measured 0 to 350 ise HE UP IWS LARS E TIRE ARIE REO HE SRL UA 4 7 47 55 SABE Xt ie ZEDUV 7 v2 Vi Function Real time irradiance peak irradiance total light quantity irradiance distribution temperature 3 step range switching auto power OFF in 5 minutes Thermocouple Chromel alumel wire RRE Ah HD 7 H20 VH7 Illuminance distribution output Analog output of 0 to 1V FUPIVL h SOSA 247 37 144 SCRE 16 71432 H TILE Sample rate 16 or 32 samples per se2. 11 1 13 Iris in operation signal Shutter open signal Lamp life signal 17 a 18 E 19 20 21 UL B8x amp 531 JV Relay driving t max 200mA e L 424VEREJD b D CF IU I 7 155 Error signal 50mA B5t200mA TTI The relay should be of the 24V drive type GND A current of 50 mA can be applied per signal A total of up to 200 mA can be applied PA wy a HES Shutter close signal 76 SP omm SPOTCURE H Appearance HERA Th PSOE Tap to fasten the cabinet for vertical attitude 12 E h HE 4 5 1 KKI R TASA VITA SD Light guide fiber connection N00000040000000 KKO JE Vent holes on both sides KS OI4EE55cmll E BELT BAU X SE FA 7 KFH Tap to fasten the cabinet for horizontal attitude 4 M3 4 M3 KEHE vI ER PHET ZKAAA R YMMI Mounting holes for ventilation duct spacer BAIRI LDYEE F IEORHOPT FRE NITRA bat SCEMCTESMHTS UVEIERI OBIE IZ MIA FN AOE HFA Recipe Mode B V Bll euES 7 Irradiance up 100 Radiation Pattern Samples QI v YEARS ORD IRL Repetition of radiation shutter close radiation EBU ZRIECEET Co eo 100 This function can vary the light intensity stepwise in a single irradiation With this function you can suppress shrinkage of UV adhesives as much as possible and prevent device distortions optical and positional deflections
3. O eo 40 TAKIA RRE 96 Relative radiation irradiance 20 0 80 ER UR U Repeated X R R L 60 Repeated E 40 TAKAS E 96 Relative radiation irradiance 20 0 50 I 88 7 100 150 200s 0 25 50 75 100s serine BS Time SS 1S E e 2B X2o0LLZU AJIC amp BYUVECEICAAZT Y FE CAAABECT o You can register two recipes and set up to 4 steps for each recipe ADVay FOr WANT TIL 3L KENERL BRE CHRD CET RAE 4 6 10 50K C HEROL TDIA S HL BGI Sec TE ES p 50mmMLIMHld LU AAT Yay RTE Uniform Radiation Optical Unit This unit incorporating an original integrated lens allows uniform radiation at high irradiance The radiation diameter ranges from 10 to 50 mm and can be easily changed by a combination of radiation unit lenses A radiation diameter other than 50 mm requires lens options H FRR CARES FUB Radiation diameter and irradiance typical example OT O O mW cm MARR E mW cm o O c S o c 2 U o E 30 20 10 0 10 20 30 FR Hub 2 5 OERE mm Distance from radiation surface center mm UVD 365SD5 3E83 Detector UVD 365SD ONER GIRAF FESSES External dimensions SP 9 with Uniform Radiation Optical unit 75 EF amp RRS For upward radiation 114 4 TA 75 5 75 170 L FASEB RH Distance of radiation Raat E Radiation surface RR St
4. 6 4 Re 4 6 8 Re 4 5 R2 45 Re 8 5 Re 6 3 R 415 R2 10 6 300mW cm R2 9 8 460mW cm po grs 890mW cm Re 6 1193mW cm Re 8 8 674mWi cm Re 15 197mW cm ei 255mWicm 2 99 2mWicm 59 sSe mW em did 1145mW cm P 315mW cm ii 792mWicm i 80mWi cm KL murnnl ac o c i Ho wa K K AN 40 40 Ri 28 Ri 415 Ri 4132 Ri 419 Ri 4158 Ri 264 Ri 622 Ee ic Eng ic pos Ri 11 2 Ri 628 R2 4 8 6 Re 6 4 Re 6 1 Re 11 9 R2 8 7 Re 22 Re 126 202mW cm Re 115 260mW cm R 482mW om i di 750mW cm AA 408mW cm Re 2 76mW cm Re 9 131mW em 975 o80mWiem 95 481mW cm 637mW cm ds 206mW cm 496mW om 48mW cm n l i i 50 mme a ie s am 50 as EA lc ie ss Ri 438 Ri 420 5 Ri 4 19 6 Ri 423 Ri 619 4 Ri 434 Ri 431 ME KO ET cn iban M Re 417 Re 415 Re 4 12 8 l R2 48 6 Ro 4146 Re 24 R24156 2 2 f 2 i 2 i 2 130mW cm 180mW cm 317mW cm 510mW cm 280mW cm 48mW cm S 82mW cm 193mW cm 304mW cm 372mW cm 140mW cm 351mW cm 35mW cm j i 1 1 1 60 gt e ie E ie lt 60 mm ai as i 1 Ri 452 Ri 425 Ri 25 5 Ri 29 5 Ri 4242 Ri 43 Rs 186 HEC E EL EI K po R2 23 Re 417 Re 4 15 4 i R2 4 9 6 Re 4 17 2 Re 4 34 4 2 6 i id 90mW om dd 140mW om 2 9 222mW em d 358mW
5. BRE Range of measurement Light receiving sensitivity Maximum measurement value Minimum resolution UVD 365PD Rit Using UVD 365PD 12 0 150 0 u A W cm 1999mW cm 0 01 mW cm UVD 405PD i Using UVD 405PD 120 1500 x A W cm 199 9MW cm 0 001 mW cm ZTH4Z2Hu7 HJ SEE 1 999V 7JL gt A4r V E Output voltage 1 999V full scale Analog output HZ E APA 2k0LUF Output impedance 2 kilo ohms or less DERE KJ50msec Response speed Approx 50 ms EI HAE MIK EKISACT AZ A24 S5 DSR SROIBAAT YF COR Power supply ejt b FAAS LR E EAITTKIASISEI EMEA AE ACTAJASAT Za AID Three C size batteries or external power supply by an AC adaptor selectable by the power switch Batteries Continuous running of about 45 hours in normal service AC adaptor option s mm Dimensions 80 W X180 D X19 H H g Weight 150g ZAC DI FE Precautions for Use QA CRE ELEC Db ZFX TT SBICUIEBI SN c BUE ED bes EBORE HJK RSIS SWE CRU EES Robes UET OSRE AN LAIR EAR LET SEPMRLEIEHORACIR o T RERDEC OE KECRKI 5 CMR E SEE LET OC t ORBE D 5155 AREER E CBR ER OKKE MI CHIR EPR Ud Bo TESTA L LABS PRAM KO TARE SED AEE SH 0 Cd SMU OM GRA BOE UL URBIS LET UC CRI C EU ORECH AALS R NUR DEC EGET 5 500 BAHAI KSMENLEOLONG ET 58HEOBIHIC THR EEO Q Be sure to read the attached user s guide to understand well the outline operation and safety of this system before operating or servicing the system Q This system radiates p
6. RE WE c lis C MRR G pnazato 000 EISA amp ODUVRIEURSIESOOGIS itt Rm cS CU VETE DNE SOME x SERLEG OFCI HEH CORN CIR CKD SP 9I amp UAD SBGm S CUVRRIS ORE DV TS amp ZELELI ZEB SRRLKI amp 5lc REUMS Ebib JEMENEKIVI YF IA NAVAT LEE T3300 ZITTRA L TREE CRE je ESKOUVSIUI EIo TURT 7 CE eS o rb HE HE SE REM UV KT XE SPOT CURE BAEK JI MPIK Caa MEIT IO SURUVILSI Low Attenuation UV Lamp That Maintains High Irradiance Throughout Its Life Greatest BREA IESE GI 250W Irradiance Attenuation Characteristics Ex when the 250W lamp is on MEE amp BF Vertical posture JRE a hF Horizontal posture 0 o SS S g ed B O af Bo Re 2 I 0 tc The deep UV lamp developed especially for the SPOT CURE series features long life while greatly 1000 1500 2000 2500 3000 minimizing attenuation of irradiance Only USHIO has achieved a guaranteed UV irradiance of 8096 after EVA R h Service Time 2000 hours of use during operation of the lamp vertically mounted This excellent characteristic allows the SP 9 to operate on a production line under stable conditions with minimal change in UV irradiance from the beginning to the end of the lamp life This is an ideal UV lamp provided with features immediately meeting field needs such as quick start capability and a guick focus system that reguires no optical adjustment UVY JIk CHET S TUITDUT Ozone generated by UV lamp SUTT
7. Stas 500mW cm SEE UVD S365 Test Unit SP9 250DB SF 101AQ Radiation object Plastic lens Radiation distance 15mm Irradiance 500mW cm UVD S365 o x 2 J x o o E o HF O 365nm V F7 NXAZ4 JVA With 365nm band path filter 30 40 50 60 70 80 90100 E m28C KAJE 5 Time sec Room temp of 28 degrees C LA mE LRRAWOME KES BRC ho THREW EF n temperature rise depends upon materials sizes colors and shapes of objects to be illuminated B 4 4505765765 Spectral Absorption Characteristic of Each Filter 24Jv21 U No filter BR7I7h74Jv8 With heat ray cut filter o Q9865nm 3Z K VX 24Jv4 With band path filter gt o O gt U RT D gy E 5 S Uo nn x FE o 2 I o a 450 MAR nm Wavelwngth nm avy 7 MIE Lt TUT A Lamp life IV oR o E 250W TES UV irradiation when the 250W lamp is on abis a ETA tii A 727a Specifications Option SP9 250DB DeepUVRNSE A 4 7 al SP9 250UB EE BUNS AT 7 SP9 250DB deep UV reflecting mirror type SP9 250UB standard reflecting mirror type DeepUV3 7 7 UXM Q256BY XSP5 SP6 SP7 E B 7 7 7 Light source Deep UV lamp UXM Q256BY Compatible with lamps of SP 5 SP 6 and SP 7 EE ATR 2000h 809 oft fs KFAR 2000h 709ofE 5 Vertical operating 2000 hours 80 of initial UV irradiance Horizontal operating 2000 hours 70 of initial UV irradianc
8. cm 2 9 209mW cm j i _33mW cm i 56mW om ds 138mW cm e 979 204mW om 779 241mWom d 103mW cm 260mW cm ae j 23mW cm Ec m 5 Mo o Ri 458 RH 430 Ri 4 31 5 Ri 231 5 Ri 228 7 R1 245 R1 245 R1 430 Ri 4 24 1 RH 226 Ri 431 7 Ri 22 7 Ri p47 Re 24 2 z Re 420 R2 4 18 1 N Re 4 10 9 R2 4 19 3 n Re 39 4 Re 420 N Re 15 Re 11 5 Re 4 10 9 N Re 4 19 9 N Re 14 1 Re 38 i 64mW cm 90mW cm 162mW cm 261mW cm 156mW cm 23mW cm 40mW cm 100mW cm 142mW cm 163mW cm 80mW cm 199mW cm 17mW cm Ri 64 Ri 32 Ri 437 5 Ri 36 Ri 431 8 Ri 450 B E E E A i i EM E io vm E E Me peaz 48mW cm Doe 70mW cm P2 208 125mWi cm Re 193 199mwiom 19 118mW em2 18mW em ey j 28mW cm rene 77mWIem sa 110mW cm enim 115mW cm 9 64mWi cm ds 157mW cm f 13mW cm 90 lt gt e e nue 90 en _ skn mum Ri 271 Ri 437 Ri 243 6 Ri 52 Ri 36 8 Ri 4 57 Ri 452 D 29 E i E E E a E E E E L 388mWiom 8995 eomwom P 95 j 101mW em P 165 j _152mWiom RPM o7mWiom DA 15mW cm ges j 2 18mWiem dd 61 W cm S 85mW cm 87mW cm i j 52mW cm dd 126mwim 11mW em2 1n en ed e emm n gt Ri 450 Ri 640 5 Ri 643 Ri 492 e Ri 33 7 Ri 461 EE Ri 456 E 1 40
9. cm j 1730mW cm A412mW cm 970mW cm 3 m Ri 49 6 Ri 4 10 6 Ri 7 1 Ri 47 5 R 23 R T Ri 48 2 Ri 29 Ri 46 6 Ri 48 Ri 282 Ri 416 1 9 61 1 1f 14 5 1 96 2 1 9 8 Ri 13 6 Re 54 Re 4 3 Re 4 4 Re 23 9 Re 44 Re 7 2 Re 4 2 4 8 R2 5 3 R2 3 3 N R2 5 0 n R2 42 5 Re 8 P 2010mW cm 1800mW cm 4600mW cm 4100mW cm 1850mW cm 1077mW cm 1585mW cm 1780mW cm 2810mW cm 4088mW cm 1070mW cm 2820mW cm 480mW cm 20 4 L K P s 20 K K L yo P i L Ri 411 Ri 912 Ri 46 Ri 47 RH 48 4 RH 6 4 Ri 418 Ri 613 4 Ri 10 Ri 67 Ri 48 5 Ri 484 Ri 418 6l E 2 5 6 Re 44 8 Re 43 5 R2 3 4 Re 46 0 Re 43 8 Re 10 6 Re 62 1310mW cm R2 5 8 4440mW cm Ra paa 2930mW cm Me 2800mW cm He 55 1190mW cm Re 9 552mW cm 965mW cm 95 1o60mw cm Pe 3022mWiem f j 2840mW om 730mW cm 1902mW cm 290mW cm 25 a MN i w 5 MER do AN 25 fo 1 NN je K ooo Wo e Ri 416 2 Ri 411 E Ri 8 8 Ri 4 11 E E 5 15 5 13 E 5 6 R1 46 Ri 212 Ri 6 9 Ri 419 2 5 2 A 6 5 6 3 2 Re 4 3 Re 7 5 Re 5 2 Re 413 ESL 620mW cm He 75 yanm 1670mWiom i 2100MW cm ida 660mW cm 303mW cm di 603mW cm 99 ee2mW cm 94 oootmW cm i j 208amWiom ui 510mW cm EY j 1331mW cm 2918 190mW em Ri 421 6 Ri 412 Ri 48 4 Ri 11 Ri 11 6 Ri 423 6 Ri 417 Ri 614 Ri 45 6 Ri 47 Ri 413 Ri 46 9 Ri 423 i Re 4
10. mm tub RR BE HORE HORE HORE HORE adiauon Radiation diameter mm Central irradiance Central irradiance Central irradiance Central irradiance i Central irradiance adiation Radiation diameter mm Central irradiance Central irradiance Central irradiance Central irradiance 2 i Central irradiance distance for irradiance at least 1 2 1275mW cmf AE 1050mW cm KET 1280mW cm RAER 680mWicm REA REA 4482mW cm distance for irradiance at least 1 2 1060mW cm TEIT 745mW cmf HTA 591mW cm FUR TIR 357mW cm RUBER RRE 2230MWem REA 4530mW cm uu of central irradiance d Radiation area Radiation area Radiation area Radiation area Radiation area uus of central irradiance Da Radiation area gt Radiation area Radiation area Radiation area Radiation area Radiation area R 49 6 Ri 47 8 Ri 4 10 7 Ri 410 Ri 6 5 Ri 49 6 E 42 5 A E p A 5 A fasi 5 g a toa Re 58 Re 4 6 Re 48 6 R2 8 1 N n Re 5 3 1 4 Re 3 4 9500mW cm 3250mW cm 1960mW cm 2700mW cm 4400mW cm 4078mW cm 5762mW cm 1790mW cm 917mW cm 889mW cm 3480mW cm 2677MW cm 2580mW cm i Ri 68 Ri 49 Ri 48 1 m 485 Ri 48 1 1521 Dom EU B AE Ed m 08 E R2 2 Re 4 Re 46 Re 4 6 4 R2 2 2 2 4 2 6 2 6 2 39 2 PA 2 4090mW cm i 2975mW cm en 2830mW cm i 5826mW cm 3000mW cm 2180mW cm 3633mW cm 2605mW cm 1475mW cm j A110mW
11. 0 RRT I B Ei 215 Irradiance Data Reference values B 774 02 REIT d 5 REKOR Z Intensity comparison by number of branches referential value FR ST REAR C BR TE RS BS ath OO BI RR St EES FARR SI ITA BE JI b AAR 274 I2 4 J AF 93 5mm Fiber type AF 3 5mm B71 NOWRA Ko REKOA Z Intensity comparison by number of branches referential value JIPLIXIL J2 SF o 5mm Fiber type SF 5mm No lens ARS TB RE C ARS D tes ARE on OO BS GS AR 5 ER ES FOR SH TAR BE oP f B ARS TIKEN Number of branches AUKENI Number of branches AFA 47 SF247 No lens Relationship of radiation distance radiation area and distribution Relationship of radiation distance radiation area and distribution Typ e SF FR Relative intensity 100 85 65 50 Typ e AF FIR Relative intensity 100 90 80 Dik eS 1m 250W8f UIT 250 UVD S365 lt T UB HS 1m A814200 250W iY 447 UIT 250 For UIT250 UVD S365 when the number of branches is 1 the length is 1m and the power is 250W single branch 1 m fiber length 200 250W switchable UIT 250 A B P NSF SFH N L XL no lens A B P NSF AFH SFH N LZX amp UL nolens BUv 25217 ere cas Lens Type Lens Type a At ta Fa ot te Radiation area Radiation area Ri RHE Ri RRR Fes BE Radiation diameter THEN Radiation diameter onm RD POREDE PRERE REDA TM CORRI OKE mm HORE HORE HORE HORE PORE OREORHE
12. 1 1 49 M i Rt 475 Ri 445 Ri 4 49 1 RH 459 Ri 4 42 3 RH 464 Ro 32 Re 429 Re 426 Re 195 Re 5267 Re 354 Re 30 4 Re 21 Re 17 8 Re 19 5 Re 27 6 R2 19 1 Re 54 M RE Radiation irradiance distribution HRES t B BRE MR Radiation irradiance distribution ERE 100 iioi ee ee a tab qoc SN VTTIEI RKK IITTI E 100 o ULL UI m RU TEL 5 AN E M A Fe Ee B Fe Eee P RRSP Be NSF PR JEERE SFH FRET ERE N RRSP Re A RRSP Be B RRS PERE P PRATER NSF i Fe Ee AFH RRS TEBE SFH RITER FREE RE se 90 Radiation distance 1 Radiation distance Radiation distance Radiation distance Radiation distance Radiation distance se 90 Radiation distance Radiation distance Radiation distance Radiation distance Radiation distance Radiation distance Radiation distance a Si EINE x Mecum LINSSI MEITSI PIONI S MEMINI an 5mm 25mm 5mm 5 lmm nnn Sg gg gg lg og IP Imm 5 X ME uM Gn 0 a QM M pot E E 50 15mm 20mm 5mm E c 20mm 15mm cc t e Aem ber maton ENT Pittin seen e 5mm 25mm l n o S 30 30 W E NI 20mm RS d 20mm mm EE Dd T i n ec LT J A eee ee reete A mtn etttt nn LLLLLLLSSSLLSS SQ SS SLE W E E N 40mm Et JA 25mm J N 30mm E 7 H mm N i N 30mm 40 am 10 ALi n JUSA omm I 1 A AN 40mm JAN 50mm gi N AERO 50mm AZ N I Wx LENS 5 20 15 10 5 0 5 10 15 20 20 15 10 5 0 5 10 15 20 20 15 10 5 0 5 10 15 20 20 15 10 5 0 5 10 15 20 20 15 10 5 0 5 10 15 20 20 15 10 5 0 5 10 15 20 15
13. 10 5 0 5 10 15 15 10 5 0 5 10 15 15 10 5 0 5 10 15 15 10 5 0 5 10 15 15 10 5 0 5 10 15 15 10 5 0 5 10 15 15 10 5 0 5 10 15 FADD 5 OEM mm Distance from radiation surface center mm HRHD 5 OEM mm Distance from radiation surface center mm RAM D 5 OEM mm Distance from radiation surface center mm Ref D 5 NERE mm Distance from radiation surface center mm FD 5 OSB mm Distance from radiation surface center mm Fathi 5 ORBR mm Distance from radiation surface center mm RHEA 5 ORBR mm Distance from radiation surface center mm RRE D 5 ORBR mm Distance from radiation surface center mm RAE D 5 ORBR mm Distance from radiation surface center mm RHEA 5 OEM mm Distance from radiation surface center mm RRE 5 0EM mm Distance from radiation surface center mm HRHD 5 OEM mm Distance from radiation surface center mm HRHD 5 EERE mm Distance from radiation surface center mm 13 Beason IA KT an Related products KI MMA Jbeeat UIT 250 DIGITAL UV INTENSITY METER UIT 250 f Features E SR SBOE C SERE HLNRR254nm 365nm 405nm SKUBERIZE ARB E 288 Re RE Any BRJIX OSSIS MENDORE XEURSSECIRJ AA BROSSIS AER IE o BER 7 TIL 288 823CBB BEA TY 372m Kiho A4 HJXZ2 00N OFFyJ Jb RZ PCEOTUU FILMERE OS Windows XP 2000 RENT 905 TUTIL DOES KEL SOUND KIMKESITESITUIT 250 O 01 FB O R
14. 300 mW cm 2571 2 branches RR at iat Radiation area FRR REE 30 67 60 m ae a Radiation distance E i ETTA Radiation distance indes 900 distance AN iD l N O d E E S j T a S lt T 200 mW cm2 Radiation area 2518 2 branches a area 2 240 mW cm 130 mW cm RRA PE AF Pai MN REN EE RE Radiation distance Rastat m 5 P Radiation distance pa a 46 120 300 Radiation area 27 16 70 9 Deiat N T pe ote Radiation area Wy MEE ceo 9 ll gt R 1 si FRS Ia 600 mW cm2 Radiation area 2231 2 branches YH 130mW cm 4516 4 branches 50mmfE SRE 40mW cm3 53 68 58 72 100 40 mW cm2 at 50 mm distance 30 47 58 UVRRAT g Feat TERI 10 E UV Radiation E Radiation distance E sa o s ME I s 3 A 168 158 172 Radiation area RUE o TI Radiation distance 3500mW cm 16 a tt 18 25 71 N 16 W UV O F 12 1 4X8 2 ER 5 2354 6597U RA4 WSD i UV radiation t 12 1 4 x 8 2 equally spaced 1 4 2 7 23 5 drill hole 6 5 Hi kS d i counterbore depth 4 5 S e r 3 e S i m 10 a Ei w N JE EH FRAAI Light output side Y 1 ARB _ Silica window ah gg te e eeu eie rece pp ge a ee a ee ae ae ae 0
15. A FY HOITTSE N Measured at the air outlet of lamp cooling fan E CAR Max 0 01 ppm m X m T turned on En HA VT IATEAETS Bye ze GERE 0 1ppm UF ZING CT CHBFALVIETEIFTE F Safety and Health Standards of the Ministry of Health Labour and Welfare The ozone concentration in atmospheric air shall be 0 1 ppm or less HU 80 R ek Ft ds RENREN SEMSE irane Aenaion 10 BEARDS IEI y IARA I OTET KD pul sia gia DE ADEE B SIC KOKKODOAKA AVERETT This structure prevents burn out of the cathode tip deformation and movement of the luminous point condensation loss and focus shift by supplying emitters from the inside of the cathode qms Ze OE When stabilized 0 01 ppMLUF Max 0 01 ppm Anode gi TEA Arc E f Luminous point Toy JHAR BR Emitter supply path Cathode IZzv 47 N 8 Emitter pool H 2OOOR S1 O23 JG RR ETE Change in Irradiance after 2000 Hour Service MAH HSS EIE 96 Relative radiation irradiance 450 500 550 600 MR nm Wavelength nm B REELED Fett I Irradiance Rise Characteristics Example MAHTAA Relative radiation irradiance tn Em EXTR ee adiens after 2000 MHOZEN HoEth No change in distance between electrodes m Anode O sain Cathode KEAR 2OOOR E IT Initial After 2000 hour service 2000k ak CHE SRO EETED amp c ucis RESCORA ET eWRESEEAEOOZE E V EXEEODEMEDIS c u Ron Even after 2000 hour
16. Aimy RUV EE DnE Spot UV Curing Aaa AUVIR RE Aya ZU X TTTTTTTTITTIT co UN IT 5 USHIOD Lighting Edge Technologies e N b BRE Wi W SSII NE fuv R27 854 l2 CUYO AMyREL E xu RAAB HASMBRI SP 9 HED SRR EAR 180 535 eS TC AL ESITE Li SP 9 dre New User friendly SPOT CURE Model SP 9 Heir to the High Power and Low Attenuation of ESTE TCFTREBE o More Compact with User friendly New Features That Only SPOT CURE Can Deliver 38 MIS ABA A 29 35 BE LH STTK AY AT EET EYIRI RE BIRLARI 0732 JSAM Stee ARBs EORHEDADODY 7987 U amp amp 8E 200W 250W Zo COOW RIOR 250WBITIN f280969 77 CARD BLAIAMLET Lamp Power Switch Function Contributing to Power Saving Lamp Power Switch function 200W 250W that expands the degree of freedom of irradiance setting The power consumption of the 200W lamp is about 20 less than that of the 250W lamp JAETA PR Ml AB RI E SR RT E hcb5b5ct2vZ7s 3iupBE ERO ZEBIBRIDBED 5 SY TIGRE BAEREN 5 EDX d MEISE CR EU Lamp Replaceable from Either Side The SP 9 is equipped with a door on both the left and right sides of the cabinet You can replace the lamp from any side of the cabinet without moving the cabinet 0327 MKI IAI ERI TU IEPSTIIN TA EDES LIKIOTVIT O HTC AR MUIGUISTER LI KSORRMEGN I 727707j2ABBIA Ej F CRT US UM D CTERIK TOS VY Do not touch the lamp lamp house or its periphe
17. E Diameter of radiation 10 H Bpssyy lIoyk HERRIRA RRAHE 6 10 6 407 EEI T HTI 7 KRW TETT A yh 360 Bl k IZESTE HERO 7 IR 25 PRR ABE TI Direct Radiation Optical Unit This unit allows powerful radiation particularly within a radiation diameter range of 10 mm to 40 mm and can rotate 360 to allow radiation from any direction Bl ARES NRA Radiation irradiance typical example dud h a ft eat ray cut filter aR Dy N24 SR mounted No heat ray cut filter mounted as N E O E hd E c LO O O hod Hx RIZ K E Ez 0 0 10 20 30 40 50 60 70 a St TE BE mm Radiation distance mm S32 UVD 365SD Detector UVD 365SD 500W247 500W 85 500W3E iE amp T8 RLE ES BRE UT 7 5 ATR SRE SHIREC 187 IIE AFL CASES EL DE CH CREF 500W type This powerful energy high irradiance unit with a 500 W light source can be used in a wide range of applications such as radiation of a large area high speed processing and multiple branches H t t Specifications 2 x Model Sure iERUV7LA7 USH 500BY1 AVY L x T Super high pressure UV lamp USH 500BY1 Ozone free 2772855 AREE 1000h Lamp life 1000 hours BRI ARAB E x 5000mW cm2 at 365nm 5000 mW cm2 at 365 nm VIITUBKVAA 7 HERD Manual and timer control drive AIZAN ZITIAN Yy yA Baby Timer start manual start and shutter interlock 2778 VH 7 274t Lamp on and lamp stabilize signals Haw fas External output signal E s JX6
18. EBBi9kg BIREBSkg Yr y2I gt Y hO F3kg Weight Light source 19 kg power supply 5 kg shutter controller 3 kg X7 T74 Vl y hz MmMR 10MMH zA At a distance of 10 mm from the fiber unit tip UIS 50101AA F R 417 UIS 50101AA 03 DeepUVx 8188 f 7 UIS 50101AA standard reflecting mirror type UIS 50101AA 03 deep UV reflecting mirror type UV irradiance LTA Shutter AVE RU GE External control f 51I bU 408tl amp Dt K wy ERE 4 Z7O0SFZ74 V BAYT 70AFZ 7 Ic SNETGRAEB RE D FRANZ ORO Tom YA A B PP RUB ICSBEP TLRS 1 TOVI ZE HEDETE BREUVIRAD OAETS o Various kinds of UV radiation are available by combining high irradiance type SF fiber or standard type AF fiber with A B or P tip lenses each having a different radiation distance and radiation diameter or with a fine lens that can easily access a narrow place REEFRRIGR RRM RHE KES C SIG FE BAKE ILDEYVIIVICMCEES Optical fiber units can be selected based on number of branches length and radiation diameter to meet the features of a newly developed light source Aci DV ADE ADE CRRE PEDE AL OTV 7 V IARDY T Lo KXAAYAVELT PIRHAICKOIPTN Jim Oi GIA amp 7 7 4 JV RE I J K CHRHEUCUXS USHIO s unique system allows the radiation diameter to be changed by a combination of tip lenses The fiber tip protective cover is available as an option to prevent the fiver tip from being contamina
19. SP IC Contains a Constant Irradiance Feedback function that measures the intensity of UV light on the illuminated surface by a special fiber unit and feeds back the result of measurement to the SP 9 in real time This enables constant intensity control li RAE t SEXE U X U 7c Line fiber Innovate UV radiation unit by USHIO s unique long acquired Lamp technologies and Optical technologies Unlike the conventional spot UV radiation unit this unit is a line unit and can offer a wide radiation area FERIA CERT TTD AR E AES CA 155557 Fiber samples of different radiation shapes custom ordered products x SEAS LAR 250WAIT OIS Numbers in blue are illuminance values for 250w output X FREI IT ODOT Sy VIC CHEER lt lt FE XL X For information about custom ordered products please contact our sales personnel I I I I 39 70 50 i 20 40 as PEA d Radiation distance FESTIR j o i 35 65 60 Radiation area 5 uy 9 15 TE a T Raat is lt S Radiation area E VIII O 2 3 S UVE A POA UV Radiation Ge lt i 60 mW cm I I I I Dori ee ag ud LL E a ge 30 1 59 30 19 70 65 CRRHEM past Fas PEA Radiation distance Radiation area Radiation distance S JA 4 i 3 100 eu RATE X 1000 mW cm RAT Radiation area 25 2 branches Radiation area
20. USHIO TAIWAN INC 28 Genting Lane 405 05 Platinum 28 Singapore 349585 No 31 Sec 1 Chung Shiaw E Road Taipei Taiwan R O C TEL 6274 5311 FAX 6274 5300 TEL 2 2322 4103 FAX 2 2394 4140 USHIO KOREA INC USHIO HONG KONG LTD 14F Dukheung Bldg 1328 10 Seocho dong Seocho ku Seoul Korea Suites 2209 11 22 F Tower 6 The Gateway 9 Canton Road Tsim Sha Tsui TEL 02 587 1115 FAX 02 587 1118 Kowloon Hong Kong TEL 2756 7880 FAX 2798 9861 URL http www ushio co jp 0907 XO 300 X2
21. cond maximum recording time of 2 or 4 minutes with recorder connected i fs CER atk HOB ARAR AHA GERAH zR L H 4800bps EIE 3 amp 3 F ASCII Communication TF 4F 8bit HE AhyFEvbhi1 UTA4 LU FUSZICR specifications Communication specifications Half duplex Synchronization system Start stop synchronization asynchronous Baud rate 4800 bps fixed Transmission code ASCII Date length 8 bits fixed Stop bit 1 Parity None Delimiter CR ili Power supply B A885 378 LRO3 buttery x 3 s mm Dimensions 75 W X160 D X15 H g Weight 250g 250 g or less main unit only without batteries ARA WRBRIERTUIT 201 DIGITAL UV INTENSITY METER UIT 201 f Features e 1 SHORT ORR HLKR365nm 405nm ORDRE 2 ShcA AC7 9745 7a OUJDS A E 3 ERJ TIL Gt mEXEBB BAA Z7 7 372m Kiho 1 Capable of measuring two wavelengths 365 and 405 nm in central wavelength by replacing detectors 2 Power switching function between battery and external power supply AC adaptor option 3 Extension cable available between cabinet and detector 2 meters long as standard option Mitt Specifications MIE EIKS FETT UIT 201 T2 3X Model UIT 201 KIN RET US IVE ANT Display 7 segment LED display 4 digits TRE UTZJVA4 LRE LU 200887 H M LOSERT EEE CALIE Jaa Function Realtime intensity Range switching H M and L ranges and Sensitivity control CAL value BIS SG pg SECURE BARE Ro 5
22. d either vertically or horizontally In addition to having a small footprint the SP 9 is stackable for efficient installation within a small space on a production line EKO SP 7 ER HERR FO TAKKU C Cc FRIE CBN BRNO 3 08 Z7 J MIA LE bie RUAN AICEE iB UTE RIEBIODERXEZESB OE CS BICI BE DIRIR L CW KS Detachable External Control Terminals The SP 9 like the previous SP 7 uses newly designed detachable external control terminals for easy connection without a tool These terminals enable easy changing of the settings of an SP 7 unit installed in a narrow space RT SUA ERP E SEDE AC9O0V 264Vs C amp AZJRSEEIC EHBRRSICoN GU S BHT ERJ Saabs vU TOU IA d Ds th Operable at Any Voltage The SP 9 automatically handles input voltages ranging from 90 to 264 VAC No modification or switching is required AREI Sample Applications CCD ERREI V J Bie SYD IPANAT YH RO SP 7 CBM KES MSITOLIEL MTEKI 74 LY MREEMTEKEA Conventional Parts Are Usable Lamp and fiber unit of the SP 9 are compatible with those of the SP 7 thus saves the cost of renewal Fix Scl AI 275 OTIT Optical Disk Pickup XAH AA XL LAORE Object lens bonding RRE KOHTA EIE E 9 BOW Motor assembling Ny Rabie Head bonding HIRAHIRA Glass cover bonding Recipe mode Bonding and fixing internal optical system c eo Y NA BEJ H ZARY Fx a7z8ERICBIS UTZDeepUV 27 Td
23. e 4000mW cm 77 1 NSRREE A 1 ZSF 101AQ RAIMI 5mm SJESSUVD S365 EH g 1mm high irradiance type fiber SF 101AQ radiation distance of 15mm detector model UVD S365 detection diameter of 1mm t 44xXLv 2188 4 v v a7 WII RIBE Motor shutter timer manual controllable KJ8 5kg Approx 8 5kg YHEST EN 89 A23 Signal input SP 9fill SP 9 side 24V Sh WEI MEE FET ae AZ m lt 1554 Top Terminal board input 17 gt ZONES Lamp ON command me gues i iik Iris close command I Relay contact I l l 6 UE FBHPHTE AS e00 850WUI8 4 7 Specifications W IIT MALLTTTTFPEP PR 431 Interface Terminal Signal 3 JONI Lamp ON command 15547 Signal output 32 JOFFIE SP 9fil 1 3 fl Lamp OFF command User side 24V 3 RK fa Iris open command Yy yA AUTOX 2 MES 5 Shutter AUTO start command Shutter remote control command L iA wawa hRS Relay contact I Shutter remote control command eL 19 Bl ea 13 24V 5mAELEOSETRO 5 0 GND Cf ES Contacts on the user side should be 24V GND and 5 mA or more 200 250W type rJ Error signal max 50mA a Li 1444444444 a MI A PE H7 m lt 1554 Bottom terminal board output Terminal Signal 3 JONES Lamp ON signal KOURA RIMES User side Iris max min signal Y L RREI lt T Jv Relay driving t S TREE E Lamp stabilization signal e 55 KUJ HEHE a 18 e
24. owerful UV light Be sure to wear protective gears since the UV light may burn your skin and damage your eyes when exposed to direct or reflected UV light Q This system radiates powerful optical energy Improper use of the system could cause the target object to smoke or catch fire Be sure to preset the proper dosage and use this system as described in the user s guide Q This system may have limitation in applications locations or environmental conditions or may require experts for installation For more information call your local USHIO distributor ATVAVLEUT MEL DIRE AH KEIHELTVEKI Protective glasses to cut off UV rays are available as an option fa HITB94 37238 Notice OKKERUAKKE RBL SEI GAGEEICBERb 2Ki HERERVUHESSKOMEELLU ROEESSEESYRU MITEELISEANEUET LAD OT PAES H JEST MMS PBSEUE TERA ESL FAW Equipment shown in this catalog any products using the equipment or technologies relating to the equipment fall under the category of security control relating to freight or technologies under the provisions of the Foreign Exchange and Foreign Trade Control Law You have to obtain permission from the Government of Japan before exporting them from Japan E Distributor DYI EIRA vATAALIVHRBU SEB U c m D T 100 8150 FPRATKHKA SH 2 6 1 TEL 03 6361 5593 FAX 03 6361 5599 USHIO INC SU BU Sales Department 2 6 1 Otemachi Chiyoda ku Tokyo 100 8150 Japan TEL 81 3 6361 5593 FAX 81 3 6361 5599 USHIO SINGAPORE PTE LTD
25. resin properties and processing purposes fis B3 ELDI IE E ILKS UVC ERROA lt DeepUV 2 4 7 J2ARAS USE ETA RROA lt lt lt REY TT Generally the reflector types are used by purposes Direct UV light radiation to UV resin for molding gt DeepUV type Radiation of transmitted UV light for glass lamination gt Standard type BRE Spectral Radiation Irradiance DeepUVRH 4 1 7 Deep UV reflector RERNA TIT Standard reflector LL oom Ri pt SII 350 450 BE nm COR o lt GS eS CO D E de 8 5 v T2 x S o px S o cc Kimiti IEEE Low temperature Curing UV Bea E ICAU ESIC LL ERA ER Z3 d BHT 28I3 ILKZ3 5IctHgRZUTADSKO SNSBAlA EIRA VhRZ4J b2 365nm V ENAD4 ILA DER KI 3es5nm Vz KIVAT Jp 2 OIERICKD RERIKLED RE ISI Ta Ic dO sd JI PHBA COMRM ODE Ci Et RIAE C 50D DU 7J6B505824C3 Also available are a cold mirror that transmits unwanted heat rays not required for UV curing farther heat ray a cut filter or 365 nm band pass filter if cold curing is necessary The 365 nm band pass filter makes the wavelength almost equal to that of LED rays The merit of the lamp light source is to vary UV wavelengths according to the objects works or adhesives to be cured B HE PKRIKERT 9 5B00mw cm astss Temperature Rise Comparison Data for radiation of 500 mW cm AE SP9 250DB SF 101AQ RRRA TIAZF VILLAR FART EB BES 15mm AR
26. ry because it is extremely hot while the lamp is on or immediately after the lamp is turned off Otherwise you will get your fingers burnt Do not touch the lamp bulb directly with bare hands FARMI B SPOT CURE MREZE KEIM IR OAc ie Model SP VII ME ee R SF ED AY Sb ABH tel iT AY Ot U BREAD rill Em AMAAEBORIRO GD UI RMS UK Ke RAGE Rh EIR OHRA StN I LXft CD ROM LE LTE REG ER Environment Minded Technology All PC boards in the SP 9 are free of lead User s manuals in Japanese English and Chinese are distributed in compact disks CD ROM Some user s manuals for custom ordered products are print out manuals fit FB E BOHR E HR k DIELS lt IKOKIRTEIKIL WERO SP 7 DIIY KINAILDER Ale KOIEUPI UR fEINRIDICKRLE LIE UV YIIT EEXE PRICE C MEK FRIAR ATIC EET More User Friendly Operator Panel The operator panel of the SP 9 has been improved from the flat panel of the SP 7 and become more user friendly You can easily enter necessary light conditions such as shutter timer adjustment and light control YPY VRE TAE Shutter timer adjustment Light control EE M TIS Lamp operating time Dv Tact E Lamp replacement time setting DY FIBA I2 Z8m Lamp power switching Error indicafion VYEE F CA EAU CO bixERHBERKIL 74UT4 7U42 Ds JYK TIUUKTIKUAN KIT TRBAI BEL 24 0I XA CHWBKECINEODET Compact Body Usable in Vertical and Horizontal Positions Model SP 9 can be installe
27. service The electrodes are little burnt out Little change is found in the distance between electrodes and bulb walls are clean 33 O ANI RAOHR TCS Feature of SPOT CURE EP fil BS FEA St DIIVFIAZ NAYATL Quick Focus System VY De EEN ACHLAA J FZI TE CXG amp R D Gi DEK AR CTIIDEESNKI BIKU Kee im lt EEI 6 cl IRAE UC SORCHDfIJSEICS X027ZZSSOSREHRHE C Jd se d U 4 32 C d e Just push the lamp into the lamp base and press the knob The lamp is secured with its optical axis aligned Then connect the lead wires to the terminals You can complete lamp setting in 30 seconds without any tool No optical axis adjustment is required until next replacement of the lamp 0 100 HJ 2E DI BE O 0 8 pA ES piri 0 to 100 Light Control VYT VIENNEN HKROMAYUAT LAKE 0 100968 C 196242 CHERICHIE LUKI AE LREIKERKVTPITIIMULKI s Light can be controlled in increments of 1 from 0 to 100 by a light control system using a simple mechanical diaphragm the scale value corresponds almost linearly to the irradiance H REESUERS OEORNK AZ Relationship between light control rate and scale value standard ME 96 FART HL AR BS Relative radiation irradian 40 60 BR Scale RER Wavelength selection BKT 2 ODICRA SE TC HEC DeepUV OD 291 JO REE FRO ORE CS MEOR BMICADEUCTHBOLVCEITET You can select Standard or Deep UV spectral reflection characteristic of the condenser mirror according to the
28. ted by out gas WB EDnX77 4 VB5 Standard Quartz Fiber Specifications mest Weak SATIRE OMIEN UC 35U EF KIP TINO Rid ERA DbODIKII 4 More than 4 branches are available Other fiber diameters and lengths are also available by ordering Type SF L gt XKL No lens A B PL X1f A B P lens mounted 0 L XB Lens body GSE SFHL 2 Aft SFH lens mounted LY A Lens body i C1 NSFL 2 Att NSF lens mounted FIL ATE Uniform radiation lens mounted LAS Lens body Type AF LYKEL A B PL2 ATE AFHL 2 Att NSFL Y Aft Xo59L Y Att IRL LY 2 A B P lens mounted AFH lens mounted NSF lens mounted X059 lens folded lens mounted E INN Ci CL N Ca e s z m N Qi TON M y A Lens body A N Co Sc LX Lens body i C1 LLLA Lens body C1 D _ L X58 Y Lens body EEE MOST Z7 v JIC A BETTER PS AIRC ARIPI I ORFEBRE In addition to the rich lineup of standard products custom ordeved fiber units such as those with sguare or ring radiation shapes and multiple branch types are available upon reguest Iya EOSDEM N agr rn ISP IC ED o m24v2 4RK CD UVEA 189877 TIN TEIL RS mmm EFT aL Ri Ski A amp UTJVA ACEEASI 14 BN Y 7G ERE Lc SSESROUVRRAIIL I y ho TE EZ UU 2 xHBHEZ F N28 8E FIA 3KO AR y KUVEGFTUERICTSAZTEE JERRI C OEE E RIBELC U LK
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