Home

ecology technology

1. Model TOC 100 X Compressed air can also be used Optional ACF 100 Optional sa GSC porco a j M Je SV6 ig Sample _ d SV2 Offline 5 SCU IN X p e GCU FA MFL BA SV7 Q e L P3 E ei yt RS I lI gt DP NDIR bim ug Q d RES2 AP CWP a Drain X4 Filter Sample n X3 Drain OUT Drain Model TOC 106 X Compressed air can also be used Optional Multi stream MV unit Optional X Flow sheet hs A 8 Si B Stream No 1 No 2 No 3 No 4 No 5 No 6 Washing _ ACF 106 Optional __ Water IN l m o l Sample V I SV2 B Drain P l ZA M PX y um BA x zs E fe B E DC IN E Pee m ma DP NDIR Sg d Le Air il A ES Drain RES2 AP Drain CWP KA Filter Sample o 7 Drain BYPASS Drain Model Compressed air can also be used Optional D IF bay BYPASS CO a ld SEV TOC 620 Drain X2 0 HER AC100V 3A E Bea qt Ip 9 Er ACF 601 E BARRE TORAY THAZ IJ J El 429 Giese TH screen Solid liquid separation unit TH 10T HRs DORZIU Y NAIL UE ORES CIR IYJ PTER OOR UALS EBEZ DBS T8224 BED DOR D E CSL V CHA CES S CEEISTH 100T TORAY N AIV BRS 75u JIVA RR FH EIS JU tAR ARS BEKRIAMWSEOUZZ U 2 4 YOR O7 RATOADI CIVICS s13dpdoth TS OD ERES RUF DRIT KOREI D S Seet DATGA fRIOZERSISDZ Mo CHER TIE Sg T4AZlBlince UG A53 KD AR BEC S 0000 IOC BS Automatic TOC analyzer BAHE 147umiBz 1005 vza F
2. non condensing 45 85 RH non condensing 45 85 RH non condensing Ambient equipment Optional Automatic cleaning filter Automatic dilution unit Automatic cleaning filter Automatic dilution unit Automatic cleaning filter
3. shi Shiga 520 2141 JAPAN TEL 81 77 544 6224 FAX 81 77 544 1679 TOKYO 3 3 16 Nihonbashi Hongokucho Chuo ku Tokyo 103 0021 JAPAN TEL 81 3 3241 8461 FAX 81 3 3241 1702 2008 2 e Model TOC 620 SL al Tast SLTOCBSIH RE OI GEB eg DXSEEKSSICAETUCUVO SBIKIWRIE TALLTTL e e6Uus47247cCo8b52 IER EJSIERUXE d ORCI elle RB EC ED LL RE RR Ce OSHS OR me D A OT OCT SOLA LORI Se HIRAEZ ERKUL ERED EE CD OI BAN ALELICRE CS Toray Automatic TOC analyzer is developed for swift and precise auto measuring the amount of total organic carbon included in natural water such as rivers lakes and marshes sea area and also industrial effluents by on line or off line The cryogenic temperature sealed combustion system used in this analyzer has been independently developed by Toray realized stable measurement for the long term This analyzer is based on techniques and achievements for more than 30years pursues economic efficiency easy controlling and also miniaturization Tibe Characteristic e bie HILI STER EI e Three types of analyzer for intended end usage e 650 CIC EAE EHSIZUICd O e Stable measurement of seawater is possible by means of cryogenic kale CURIE RIBE temperature sealed combustion 650 automatic cleaning e 4774 VV AIRED B e Off line measurement system is also available e cS TBI Es Blk dp IS d gIUSIZKIC S Ia Prepare several pretreatment system for every sample water e 977 JU Boe EU WAGId 2mm e The minimum internal di
4. AH 152 64 RAZ HER ACTOOV 2A Automatic dilution unit ADU 100 SREOMN Eh E AE IESEL CARL CH ofc DEIBCS 6 HESJA FIERES SIC ROESER 0 AIS Of8 101 APY ay COOKE Clu ARAH 1053 ism ACTOOV 1A ecology technology B x e Model TOC 100 ZO hak us BENE ege Wr TOD 810C ev Rte awa Se ZUUCUVT 300 eeben Wr TN 520 OTARRA EH Br TNC 6200 Oase 2EREMAERE SuUCTNC 6000 QUUKRIT STEBORESIANUEE XEuUCTOC 80H L e Model TOC 106 L O OT RROAN FIIO RITE CE IP ES 63S 4X1 kint SOUCHE SREL Be RM MT SSB IAN WET 0975207 eL ECHTEN PPri RL DS PUD ASH TVIFKODIAZSRAR BPVAT Likes ob Toray Engineering Co Ltd Diluting Water o RES2 M Washing Water c7 I GSC Drain X3 aC Yl B Cd Flow sheet CH T H R AR Y Bei KE Drain P1 C2 Air FU RES BYPASSo lt AP i m l Sam ple S Drain CBT di SCU Si GCU J MFL Q VSS Optional E EE EE DP NDIR l m fl OTT aioe DOIT Flowp Drain Drain X5 i LX LX A ie mHLM oth dens LI xudl c LLEBSIclcEIIeL ee 4 LI uo LI m LI uo O O O O O O Stream No 1 No 2 No 3 No 4 No 5 No 6 Drain e WEE NEE Eik OAH T520 2141 20 IS ETRAGII 1 45 TEL 077 544 6224 FAX 077 544 1679 BPVAT LRS StE RR T103 0021 RRABPRKAABAABT3 3 16 CBANISEET IL TEL 03 3241 8461 FAX 03 3241 1702 SLILZ ZULZ2 Wk URL http www toray eng co jp Electronic Machinery amp systems Dept SETA 1 1 45 Oe Otsu
5. AR 2S VEREKSR7JUU LIKE 2S VEREKSR7JUU LIKE fae 2 FSUA APYaYLYY 3 FSLIA 2 FSUA APYSYLYY 3 FSLIA 2 FSUA O 5mg LLYY 3 FSLIA POZEI t2 FS AUA AATYaYLYYY 3 FS ALIA 2 FS AUA APYaYLYY 3 FS ALA 2 FS AWA 0 5mg LL YY 3 FS ALA ANY REN t2 FS AUA AATYaYLYY 3 FS ALIA t2 FS AUA ATYayLYY 3 FS BUA xe9eFS HLBIW 0 bmg LL ZZ 3 FS ALIA ARMIES Lon DEI Eau X39 FS 5ChW 2 FS SCUA APYaYLYY 3 FS SCUA X2e9eFS 5CbIW 0 5mg LL7P7 E3 FS 5TA IVZJ YyUZZ t EREHE A357J DCA4 20mA 1388tH73 DC4 20mA 1388 H7J DC4 20mA RS 232C 4737 RS 238ac 4Z7za7 Se SSH SESS Sha RRG AC 125V 1A SIS AA AC 1 25V 1A RARA AC 1 25V 1A tHE AEE FR AEE E FBR Stee FR REH CSJ sm C 2 RmEJZHMDI Jb WAEL E 5 imE 37HFLD Jb GrZzavr ADPyav 7V7 ERRBUZJjAUn ERRBUZjAU ERRBUZjAU EN EWN EEN ARKIN WPAN FAKUN Aakn SRL ATA RBBACITSV 1A RBA SACIOSV 1A AA BACITOSV 1A RATHI HRBBACTCSV 1A RBA SACIOSV 1A RA BACITOSV 1A aU A724 78l8 0 02 0 1 MPa 500mL mink E REANO A724 V lze 0 02 0 1 MPa 500mL minEl E REAO AYS4Yiale 0 02 0 1MPa 500mL mink REAN 0 05 0 15MPa 3L minbLE ACFAQ 0 05 0 15MPa 3L minbl E ACFAQ 0 05 0 15MPa 3L minbl E ACFAE 24724 BE BE 200 500mL 3H ADS41 VANE BE 200 500mL 3E 2724 VBIE EE 200 500mL 3H Dusk FRB 7K FRB IK AXEHZK SS ISS emol L ISS emol L ISS emol L FPUP Z BRR OSMPa we 9 STEREOT eu En O3MPa MRE ue 9 DECH enn en O3MPa paS 7 8 DCH Ss ACIOOV 10V 50 60Hz 500VA B
6. BH 4350W ACTOOV IOV 50 60Hz J600VA 38877 49450 ACIOOV 10V 50 60Hz j500VA 35887 44 350W BEAM BA BA BA ARE 3 40 3 40 C 3 40C AMIE 45 85 RH MARETA 45 B596RH HETE 45 B596RH RETE EAEE a SHAMS LI BARRE SHRI 1 9 BARRE SBM TFI1LY Model TOC 100 TOC 106 L TOC 620 Appellation Automatic TOC analyzer Automatic TOC analyzer Automatic TOC analyzer Equipment Measuring object Total organic carbon in water Total organic carbon in water Total organic carbon in water specifications Measuring range 0 100 1000 mg L 0 100 1000 mg L 0 100 1000 mg L High concentration Optional 0 50 mg L 0 300 3000 mg L Optional 0 50 300 mg L 0 300 3000 mg L TOC 106L 0 5 50mg L 0 5 50 mg L Low concentration Dilution magnification None 2 5times Fixed 2 20times Stream passage switching stream Multi stream up to 6 Multi stream up to 6 Measuring cycle Aminites TC 5minites TOC Aminites TC 5minites TOC Aminites TC TOC Measuring method Inorganic carbon removal Automatic intermittent type hydrochloric acid air aeration method Total carbon measurement Automatic intermittent type sealed combustion 650 infrared analysis Inorganic carbon removal Automatic intermittent type hydrochloric acid air aeration method Total carbon measurement Automatic intermittent type sealed combustion 650 infrared analysis Inorganic carbon removal Automatic intermittent type hy
7. ameter of sample piping is 2mm e GG ST SHEICBNKASTI INLDIAX e Sliding plate valve have a tolerant for suspended solid and accurate AE ES EN measuring made of ceramics e TOC 100 106l2 BFR UZ Z7 e TOC 100 106 uses simple structure which don t use 8ports valve IBFHUXKUY A J Liga and syringe TARKA lt For one stream SFIS lt For multi stream SFiS FAIR lt For multi stream dilution gt C imaat TI lea ree Mab pate x Model TOC 100 Model TOC 1 06 L Model TOC 620 Pie Application e j 25878 283 LESBEKOZK ES SIRE e Water quality management for rivers lakes and marshes sea area e EIA Sie kO and also industrial effluents e HPKU S OD SERES OREA EHE e Observation for generation source detection of leak storm water e KESKRS AR FH ES SS RI SR drainage ditch e Management of effluent treatment facilities experiment estimation e Automatic analyzer for Total pollutant load control of total emission ATE ER TER alt 2K Ze ext lal C PRSE RIRAL at BP Cat LICO SAR aA CRI BICEA L RESTER TE CRRAAICBIRLEDT Bik SNERRI ACM RAM at Cir chlo PORSUBI v hesRLCOOKRBAARECTOCRECOREBRD5 TOCIB EKDES 0 Principle of measurement Sample water is eliminated inorganic carbon in aeration cylinder and measured by sliding plate valve then it is poured into combustion tube and converts to carbon dioxide by means of cryogenic temperature sealed combustion system The carbon dioxide is measured density by infrared light analyzer
8. drochloric acid air aeration method Total carbon measurement Automatic intermittent type sealed combustion 65O C infrared analysis Calibration method COD conversion Washing Range selection Fluctuation in ambient temperature Engineering Measured value output External output signal 4 20mA DC External output signal 4 20mA DC RS 232C option specifications Alarms signal output Measured value error Common to upper value and lower value outputs Common to upper value and lower value outputs Unit error signal output Span calibration Manual or Automatic Calibration Optional Zero calibration Manual Automatic Zero and combustion unit are washed automatically have built in washing water Within 2 FS 5C Option range to be within 396FS 5C Open contact and closed contact can be switched on error 125V AC 1A Heater temp control No sample Optional Carrier gas pressure drop Reagent shortage Washing water shortage Span calibration Manual or Automatic Calibration Optional Zero calibration Manual Automatic Zero TOC converted to COD function provided COD a bx TOC converted to COD function provided COD a bx Sample and washing water flushed alternately injection tube Sample and washing water flushed alternately injection tube and combustion unit are washed automatically have built in washing water Within 2 FS 5C Option range to be withint3 FS 5C Open c
9. ontact and closed contact can be switched on error 185V AC 1A Heater temp control No sample Optional Carrier gas pressure drop Reagent shortage Washing water shortage Span calibration Manual or Automatic Calibration Optional Zero calibration Manual Automatic Zero TOC converted to COD function provided COD a bx Sample and washing water flushed alternately injection tube and combustion unit are washed automatically have built in washing water Manual or Automatic selection Self supporting Cubicle with casters 602 5 W x500 5 D x1570x10 H mm Approximately 110kg Munsell 5Y7 1 medium gloss Sample of Potassium Hydrogen Phthalate Within 2 FS 0 bmg L Range to be withint3 FS Within 2 FS day O bmg L Range to be within 3 FS Within 2 FS day O bmg L Range to be within 3 FS Within 2 FS 5C 0 5mg L Range to be within 3 FS 5C External output signal 4 20mA DC RS 232C Optional Open contact and closed contact can be switched on error 185V AC 1A Common to upper value and lower value outputs Heater temp control Optional Carrier gas pressure drop Reagent shortage Dilution water shortage Washing water shortage No sample During maintenance output Contact capacity 125V AC 1A Contact capacity 125V AC 1A Contact capacity 125V AC 1A Power discontinuity output Contact capacity 125V AC 1A Contact capacity 125V AC 1A Contact capacity 125V AC 1A Sample fl
10. ow rate amount Online Pressure 0 02 0 1MPa 500mL min or more at the inlet of Analyzer Pressure 0 05 0 15MPa 3L min or more at the inlet of ACF Offline Under normal pressure 2OOmL 500mL Stimes Online Pressure 0 02 0 1MPa 500mL min or more at the inlet of Analyzer Pressure 0 05 0 15MPa 3L min or more at the inlet of ACF Offline Under normal pressure 200mL 500mL 3times Online Pressure 0 02 0 1MPa 500mL min or more at the inlet of Analyzer Pressure 0 05 0 15MPa 3L min or more at the inlet of ACF Offline Under normal pressure 200mL 500mL Stimes Washing water Distilled water Distilled water Distilled water Reagent Hydrochloric acid 2mol L Hydrochloric acid 2mol L Hydrochloric acid 2mol L Carrier gas Nitrogen gas PressureO 3MPa Consumption 7Nm month Nitrogen gas PressureO 3MPa Consumption 7Nm month Nitrogen gas PressureO 3MPa Consumption 7Nm month xx Compressed air can also be used Optional xt Compressed air can also be used Optional xx Compressed air can also be used Optional Power source 100V ACX 10V 50 60Hz Approximately SOOVA Dissipation power Approximately 350W 100V ACX 10V 50 60Hz Approximately GOOVA Dissipation power Approximately 450W 100V ACTION 50 60Hz Approximately SOOVA Dissipation power Approximately 350W Setup location Indoor Indoor Indoor Ambient temp 3 40C 3 40C 3 40T Ambient humidity 45 85 RH
11. value of total organic carbon is calculated in terms of registered carbon dioxide in the signal processing unit and compare inspection lines of total organic carbon zt TOC 100 TOC 106 L TOC 620 Zin SUBEPEREISIA TUB SUBTEGREIBIAMITRIE FARRER than Ltr ABIRE GI ZKFRO STRESSES KAOLARKRS KAOLARKRS BIEL YY 0O 100 1000 mg L 0O 100 1000 mg L 0O 100 71000mg L SI AZZ37LZZ7 0 50 mg L ADPYaYLYY 0 50 300 mg L 0 5 50me L FRE 0 300 3000 mg L 0 300 3000 mg L TOC 106L 0 5 50meL E ME AIRPRESS L 2 5f amp IBIzE 2 20f amp VERTU Ee EK OUS BK OUS AERA 453 TC 54 TOC 453 TC 523 TOC GE Cie TOC AEA PRA BSR Ree Se Pi AA BOS RR Ee SK Pi RA BOS Ree SU PRAWN BPG RAEH Ee CH PRAT ESOS eA PW 650 CENE S GREERIE EBD Ae HABER 650 CIAR REDA AIVRIE FRO BEMRIE CI ZZa37 ZIRE FRO BRIE CF 7737 AJNZEAE FSISOBISWEIE APY av HOI FS A h CORRERD PORTE FS A h DEBES PORE FS 4A hCORRERD HEERA TOC gt CODIEITRS COD a bx TOC CODIBICIRSS COD a bx TOC CODIBICIRSS COD a bx HR SH FABLE EA AS BEE HN E ORDEA LS AEE RRA BA EE LS RAE DEE CSR ARAL LZ 8E Fas Fans FHNBEROA KLYY TAA Biuxai EZ J Ve CrEvAS h AIFI EIJI ERI Fryt AIFI EIVI ER Frat Ws 520 5 W x450 5 D x 1250410 H mm 520 5 W X450 5 D X1335 10 H mm 602 5 W xX500 5 D X1570 10 H mm Bim 1 OOkg 1 10kg 1 10kg ERE VY BIDSY7 1458 VY BIVSY7 18H VY BIDEY7 158 Tr ER TD VERIKFATIUD LAK

ecology technology

Contents

Download Pdf Manuals

Related Search

Related Contents