8989 Be Right TM Sigma 900 5/03 2003
...1...4...8 1.1...8 1.2...9 1.2.1...9 1.2.2...12 1.3...12 1.4...12 1.4.1...12 1.4.2...13 1.4.3...14 1.5...15 1.6...16 1.7...16 1.7.1...17 1.7.2...17 1.7.3...18 1.7.4 4~20 ma...18 1.7.5...18 1.8...20 1.8.1...20 1.9...20 1.9.1...20 1.10...22 1.10.1...22...23 2.1...23 2.2...23 2.3...23 2.3.1...23 2.4...25 2.5...31 2.6...32 2.7...33 2.8...33 2.8.1...33 2.8.2...34 2.9...34
2.9.1...35 2.10...38 2.11...39 2.12...39 2.12.1...40 2.13...41 2.13.1 /...41 2.13.2...41 2.13.3...42 2.14...42 2.14.1 /...42...49 3.1...49 3. 2...51 3. 3...52 3. 4...53 3.5...53...56 4.1...56 4.1.1...56 4.1.2...56 4.1.3...56 4.1.4...56 4.2...57 4.2.1...57 4.2.2...58 4. 3...59 4.4...59 4.5...60 4.6...60 4.6.1...61 4.7...61 4. 8 /...62 4.9...62...63 5.1...63 5.1.1...63 5.1.2...64 5.1.3...64 A...65
900...66 900 /...68 B...69 900...69...70...70 C...72 900...72 900 115...73 VAC 115 8924...74 V 900 6 1...75 900 6 2...76 900 6 3...77 900 6 4...78 900 6 5...79 900 6 6...80...82......
DANGER CAUTION NOTE 2003 1
900 National Electrical Code HACH HACH / 900 1993 4 15 OSHA CFR 1910.146 250,000 19.5% 23.5%/ 10 ppm H 2S 2003 2
/ 2003 3
110 53.5 cm 61 2 cm4 61 24 cm 63.3 kg140 / NEMA 4X,6 3/8 5/8 Rx50 / Delrin 8.2m27 22~35 2 / 3/8 15 60 / 3/8 3 10~9,999 ml 1 1~22 100 ml 10 10% 6 2.5 3 2.5 3 1.9 2.3 350 1000 2003 4
/ 1~9,999 1 25 5~12 VDC 4~20mA 1~9,999 1 / 18 31 24 / 0.007% 2~3 1~3 400 / 1~999 1/4 3/8 3/8 316 115 VAC 230VAC 2003 5
1.5~2.0 12-14 II II 6 1.5 VDC 5 40 5 1 100~110 0~+50 32~122 LCD -10~+70-40~+80 450 BTU/hr120 CFM 50 120 439 0.81.5 22 304 2003 6
/ 2003 7
1.1 1 1 1 2 3 2003 8
1.2 1 2 3 2 4 5 3 33 84cm 2 2 11 5/8 5 3/4 1.2.1 Teflon 2186 2003 9
3 1. PVC 1/4 4 2. 4 4 3/8 1 23 2 4 5 2003 10
1 2 3 4 5 5 3/8 1 4 2 3 5 3 6 2003 11
1.2.2 27 82 1.3 1.4 900 13 6 1.4.1 16 1.6 15 3 2003 12
1.4.2 15 1.5 #1 #2 7 6 7 2003 13
1 2 3 8 8 112 4 2 1.4.3 15 1.5 9 #1 #1 9 9 1 2 3 2003 14
1.5 10 1 10 2 3 4 360 1/8 11 1/8 2003 15
1 2 3 11 1 2 1/8 1.6 1 2 1.7 3 10 12 VDC / AC/DC 8988 12 VDC 1 2 2003 16
3 4 5 6 Fault InterrupterGFI 1.7.1 25 5~12 VDC 4~20 ma 2021 1.7.2 1~9,999 100 500 1,000 10,000 940 540 941 541 / A C 2003 17
1.7.3 5~12 VDC C 1~9,999, 941 B 940 1.7.4 4~20 ma 2021 4~20 ma 4~20mA 12 VDC 12 20 ma 100% 4 ma 0% 0 4~20 ma 3 2021 10 375 10 + 42 2.14 12 4~20 ma 1.7.5 2003 18
A/ 500 ma 12 VDC B B/ C/ 5~ 12 VDC 25 A 12 VDC C B 5~12 VDC D/ 5 VDC B / 61 ph ph B E/ 0 VDC 23 2 12VDC 500 ma F/ 90 # 950 980 1.7.5.1 939 6 13 2003 19
1. 8 900 120 CFM 49120 439 304 1.8.1 1.9 1.9.1 LCD 1.9.1.1 1.9.1.2 14 18 24 24 14 2660 60% 8849 2003 20
60 4.6 14 1 5 2 6 3 24 7 4LED 2003 21
1.10 12 VDC / 15 1 / 2 1.10.1 2003 22
2.1 ON READY TO START PROGRAM COMPLETE PROGRAM HALTED PROGRAM RUNNING RE-ENTER PROGRAM DEPRESS * * START PROGRAM 2.2 1 2.3.1 2STOP PUMP 3 English? 3No Yes 2.3 2.3.1.1 3 2.3.1 READY TO START PROGRAM COMPLETE PROGRAM HALTED 2003 23
2.3.1.1 PROGRAM RUNNING CHANGE/HALT / RE-ENTER PROGRAM DEPRESS * 1* ALTER PARAMET 2 YES 3 ADVANCED PROGRAM 41 No YES 4ENTER NUMBER OF SAMPLE BOTTLESTOTAL BOTTLES = - 5 1 24 1248 24 6YES ENTER UNITS FOR BOTTLE VOLUMEMILLILITERS GALLONS MILLILITERS 7 NO YES 8VOLUME= ml VOLUME = GALLONS = = 9 10 YES 11 ENTER UNITS FOR TUBING LENGTHFEET 2003 24
CENTIMETERS FEET 12 NO YES 13 ENTER LENGTH OF INTAKE TUBINGLENGTH= FEET = 3~99 99 99 2.4 1 3c 14 YES 15 PROGRAM LOCK NO YES 9000 16 TIME READ DISPLAY FEEDBACK RESUME PROGRAM START PROGRAM ACCESS CODE= = 9000 2.4 5 17 26 2.4 6 1 READY TO START START PROGRAM 2 PROGRAM HALTED 2003 25
3 PROGRAM RUNNING 012 HALT PROGRAM 4 PROGRAM COMPLETED START PROGRAM NEW PROGRAM 5 RE-ENTER PROGRAM * * 6 PROGRAM DELAY 6a 6a 6:00 AM 18SEP01 6 YES 2001 9 18 6:00 6b * PROGRAM STOP? / 6cNO 7 6c * PROGRAM RESTART YES NO 6b 12 / PROGRAM STOP PROGRAM RESTART YES 7 TIMED MODE YES NO 2003 26
8 7a * VARIABLE INTERVAL YES 99 NO 7b INTV= MIN = 8 FLOW MODE YES NO 7 8 a * VARIABLE INTERVAL YES 99 NO 8b INTV= CNTS = 2.14 8c TIMED OVERRIDE YES 8 8d MAX TIME= MIN 8c = 9 OTHER CHANGES NO READY TO START YES 10~16 10 COMPOSITE MODE CONTINUOUS MODE CONTINUOUS MODE YES 8847 SAMPLES= 2003 27
= 10a * COMPOSITE MODE ENTER NUMBER OF SAMPLE BOTTLETOTAL BOTTLES = = YES 1 10b 248 10b * CONTINUOUS YES 10a MODE NO 10c 10c * SAMPLE= = 11 DISCRETE MODE SAMPLES/BOTTLES or BOTTLES/SAMPLES? / YES / NO 11a 11b SAMP/BOTTLE= = VALUE TOO HIGH 10 BOTTLE/SAMPLE= = 2003 28
11c * TIMED BOTTLE 11a NO 42 2.13.3 12 CHANGE VOLUME NO 13,a~h 14 Y ES 13 13 SAMPLE VOL= = ml 13a CALIBRATE VOL YES yes 13b 13c NO 14 13b AUTO CALIBRATE 13a YES TIME CALIBRATE AUTO CALIBRATE TIMED CALIBRATE 3d 1 13c 13c 13d TIMED CALIBRATE 99 READY TO PUMP YES YES 2003 29
13e ENTER ACTUAL VOLUME PUMPED ml VOL PUMPED= TAKE SAMPLE = 13f TIMED CALIBRATE RE ADY TO PUMP 13c yes - 13g 13h STOP AT MARK 13f YES STOP PUMP TRY AGAIN ST OP P UMP YES NO 14 14 INTAKE RINSE? / 13h NO YES 15 NO 16 14a RINSE CYCLES= 3 = 14b TIMED RINSE READY TO PUMP 14b YES 2003 30
( ) PUMP 14c 15 TRY AGAIN?? STOP P PUM NO 16 INTAKE FAULTS? 14 NO 3 YES NO 16 15a INTAKE FAULTS= 3 = 16 SETUP COMPLETE READY TO START 2.5 2~7 START PROGRAM PROGRAM RUNNING DISPLAY FEEDBACK START PROGRAM START PROGRAM * 2.5 3 2003 31
1TIME/RE AD / 10:35 AM 24OCT00 2TIME/S / 3 YES 4 am/pm / 5 YES NO 6YES 7 SYNCH RONIZE TIME-ENTER AT TIME YES CLOCK IS NOW SET 2.6 5 1 READY TO T S ART PROGRAM HALTED PROGRAM COMPLETED 2NEW PROGRAM 5 PROGR 1 3NO PROGRAM 2 2 PROGRAM 1 234 5 YES 2003 32
2.7 2.8 400 22 1 PROGRAM HALTED PROGRAM COMPLETE 2TIME/READ / 2 SAMPLE TAKEN 3/ YES 4 NO / 400 / 2.8.1 1 PROGRAM HALTED PROGRAM COMPLETE 2 PUMP PURGE MANUAL MODE-PUMP /PURGE/CLEAR- // PUMP PURGE 3PUMP PURGE LOCK-PUMP/PUR -/ PU MP PURGE 4STOP PUMP OFF 2003 33
STOP PUMP PUMP/PURGE/CLEAR / / 5 CLEAR ENTRY 6 SAMPLE 2.8.2 BOTTLE ADVANCE 2.9 61 1 / 2 3 2003 34
2.9.1 EPA 900 24 B D 61 2.9.1.1 START PROGRAM HALTED PROGRAM COMPLETED CLEA R ENTRY LEVEL CONTROL? NO YES 2003 35
1 LEVEL CONTROL? YES 2 NO SEPCIAL OUTPUT 2 STORM MODE? YES? 3 NO 3 FIRST FLUSH INTERVAL= MIN 30 = 2.4 4 #BOTTLES= #= 5 SET TIMED INTERVAL 24 NO INTERVAL 01= MIN 01= 6 BOTTLES PER SAMPLESor SAMPLES PER BOTTLE? YES NO 7a 7b BOTT/SAMP= /= SAMP/BOTT= /= 8 CHANGE FIRST / FLUSH VOLUME YES 2003 36
9a VOLUME= ml = 9b CALIBRATE YES 9c VOLUME NO 9d 9c AU TO CALIBRATE YES 9e NO 9d 9d 9e 9f TIMED CALIBRATE? 99 READY TO PUMP YES YE S ENTER ACTUAL 9e VOLUME PUMPED VOL PUMP= = 9g TIMED CALIBRATE READY TO PUMP YES - 9h STOP AT MARK 9g PUMP 2003 37
9i TRY AGAIN STOP PUMP YES NO 10 10 S AMPLE TIME LIMIT YES 11 N O 11 LIMIT MIN 12 SPECIAL OUTPUT 900 6 E B YES NO START PROGRAM 2.10 READY TO START PROGRAM HALTED PROGRAM COMPLETED CLEAR ENTRY LEVEL CONTROL 1 LEVEL CONTROL NO SPECIAL OUTPUT 39 2 2 STORM MODE YES 3 3 LEVEL START YES 1 NO 4 2003 38
4 4 LEVEL START/STOP YES 2 / NO 5 5 SAMPLE ON LEVELYES 3 NO 1 2.11 2.12 941 10 54125 61 / ph / 25 5~17 VDC 4~20 ma 2021 Cascade PLC PLC 6 E+ 12VDC B- 1 12 VDC 500 ma 12 VDC 2003 39
2 12 VDC 10 psig / 3 12 VDC 4 12 VDC IN4004 2.12.1 READY TO START PROGRAM HALTED PROGRAM COMPLETED CLEAR ENTRY 2 CONTROL 69 B 1 LEVEL CONTROL NO 2 2 SPECIAL OUTPUT YES 3 3 SAMPLE OUTPUT YES 1 4 2003 40
4 EVENT OUTPUT YES 2 5 5 FAULT OUTPUT YES 3 6 6 TROUBLE OUTPUT YES 4 7 2.13 2.13.1 / 2.13.2 READY TO START PROGRAM HALTED PROGRAM COMPLETED 12 / 99 1~9,999 943 2003 41
2.13.3 12:00 AM 1~9,999 1 24 1~9,999 2.14 2.14.1 / 2.14.1.1 +5~+12 VDC 1,000 1~9,999 10 10,000 n Q INV= CNTS = 1 2003 42
= 2 100 1,000 1 24 35 235,000 100 1 f = 235,000 = 6,714 35 / 2 f 1 6,714 / = 67.14 / 100 INV= CNTS= 67 2 8 24 8 85,000 50 1 f 85,000 = = 3,542 / 24 2 f 1 3,542 / = 70.84 / 50 INV= CNTS= 71 3 16 48 1,750,000 1,000 2003 43
1 f 1,750,000 = = 36,458 48 / 2 f 1 36,458 / = 36.458 / 1, 000 INV= CNTS= 36 2.14.1.2 4~20 ma 2021 4~20 ma 4~20 ma 12 VDC 20mA 10 12 V 12 V 12 VDC n 1Q Q 20 ma 2 t t a/nn a n 3 Qt10 INTV= CNTS= Qt1 0 1 24 24 4~20 ma =3.5 gd m 24 2003 44
=10 mgd a = 1440 1 Q 3.5mgd Q = = = 0. 35mgd 10mgd 2 t a t = n 1440 = = 60 24 / 3 Qt10 0.35 mgd60 / 10 = 210 INTV= CNTS = 210 2 24 48 4~20 ma =1.7 5 1 Q mgd 24 =3 mgd a = 1440 1.75mgd Q = = = 0. 583mgd 3mgd 2 t t = a n 1440 = = 30 48 / 3 Qt10 0.583 mgd30 / 10 = 174.9 INTV= CNTS= 175 3 24 96 4~20 ma =0.52 mgd 24 2003 45
=2 mgd a = 1440 1 Q 0.52mgd Q = = = 0. 26mgd 2.0mgd 2 t a t = n 1440 = = 15 96 / 3 Qt10 0.26 mgd15 / 10 = 39 INTV= CNTS= 39 4 8 32 =70 mgd 8 =210 mgd a = 480 1 Q 70mgd Q = = 210mgd = 0.33mgd 2 t t = a n 480 = = 15 32 / 3 Qt10 0.33 mgd15 / 10 = 49.5 INTV= CNTS= 50 5 2 30 =0.25 cfs 48 =1 cfs a = 2,880 1 Q 2003 46
0.25cfs Q = = 1 cfs = 0.25cfs 2 t a t = n = 2880 = 96 30 / 3 Qt10 0.25 mgd96 / 10 = 240 INTV= CNTS= 240 mgdgpmcfs 2003 47
MSDS 2003 48
3.1 SN ID# DTU 900 * 1YES 2 YES / 3= 4 5= 6 7= 8YES NO 9YES NO YES AM PM/ / / / 10YES NO YES INTV= MIN= 2003 49
SN ID# 11YES NO YES = 12YES NO 1 13/ / YES / = / = 14 YES NO NO 15 YES a. = b. YES NO NO 15 YES 15YES NO YES = 16YES NO YES = 17 I.D.# 18 START PROGRAM 2003 50
3.2 SN ID# 1YES NO NO 4 YES a. YES/ENTER/ 2 3 15 18 SETUP COMPLETE READY TO ST ART TAKE SAMPLE 4YES NO NO 14b YES YES 5 STOP PUMP 6YES NO YES NO 15 2003 51
3.3 SN ID# CLEAR ENTRY 1 YES 2 YES 3 = 4#= 5= NO 6 / /? YES / = / = 7YES NO? YES 8YES NO? YES 9 YES NO YES NO 18 2003 52
3.4 SN ID# I.D. = = / / = / / 3.5 2186 2003 53
0.5 / 0.84 0.406 2071 Star t Program #1 Change/Halt / Take Sample Bottle Advance Take Sample #2 RUUNIG 2003 54
/ 2003 55
CMOS 4.1 4.1.1 4.1.2 4.1.3 4.1.4 MANUAL MODE 33 2.8 2003 56
4.2 15 4600-15 50 4600-50 / 4.2.1 15 2/3 90 16 2003 57
16 11 5/8 5 3/4 4.2.2 1 2 3 4 16 5 6 63 1-1 15 2/3 2003 58
90 / 4.3 1OFF 2 / 3 4 5 1 17 2 3 4.4 900 1 2 17 5 - in.-lb 0.56 -N-m 3 10 - in. -lb 1.13 - N-m 2003 59
17 4.5 5 250 VSlo-Blo 8753 1 250 VSlo-Blo 3318 1 520 mm 3320 2 1/4 3 4 5 4.6 8849 8606CPU 75 900 1 2003 60
4.6.1 4.7 75 900 1 2660 18 18 EPROM ( ) 900 J9 J4 U18 EPROM J8 LCD J6 J1 J5 / J3 J2 12 V 2003 61
4.8 / 4.9 / RAM RAM RAM R RAM RAM 3.6 VDC MEMORY POWER LOW 2003 62
5.1 1-1 900 1-1 / 1 2 3 5.1.1 900 2003 63
5.1.2 5.1.3 900 3 3~99 look up 2003 64
A 9 NEW PROGRAM DISPLAY FEEDBACK * ( ) 2003 65
900 1 24,2,4,824 PRO / / / / / / / - / / / = # A B * YESNO 1 NEW NEW PROGRAM GRAM / / / / / # # 2003 66
900 B A???? # I.D. #? # 2003 67
900 /? CLEAR ENTRY ) / = #= 01= 24 NO /= /= =???? # = 2003 68
B 900 5 5 / / 2071 4652 / / RPM 2003 69
1 1/8 2 PROGRAM 3#1 YES/NO or * TO YES NO BACKUP / * WHILE RUNNING 01 2 KEY 0-1-2 ONLY 0-1-2 REVIEW DISPLAY FEEDBACK RESULTS YES NO REVIEW PROGRAM REVIEW YES PROGRAM NO LOW BATTERY MEMORY POWER 4.9 62 LOW PROGRAM STOPPED DUE TO FULL BOTTLE BOTTLE IS FULL START PROGRAM 2003 70
#1 START PROGRAM #1 START PROGRAM FULL BOTTLE or PROGRAM HALT- ED DUE TO FULL BOTTLE 1 58 4.2.2 2 3 4 PURGE 25 2.4 13a 13c DISTRIBUTOR ERR/BOTTLE START PROGRAM #1 ADVANCE FAULT START PROGRAM / 1 70 2003 71
C 900 1 900 1 8971 2 120 V 1 8924 3 1 2050 4 1 8966 5 1 8 6 1 SE 724 7 1 SE 708 8 1 SE 728 2003 72
900 115 VAC 1 1 8979 10 21 1 35 2 3 SE 313 11 2 SE 404 3 3 SE 312 12 2 SE 503 4 SE 1 8967 13 8 4 2 1512 1 979 5 6 2137 14 1 8936 1054 6 1 2136 15 2 1519 7 120 V 1 7686 16 89 1 78 8 2 2137 17 17 3 72 9 1 SE 534 2003 73
115 8924 V 1 4 SE 225 12 2 SE 400 2 1 13 8939 2 SE 407 3 4 SE 210 14a 1A115V Slo-Blo 1 3318 4 50V 4 SE 201 14b 5A2 1 8753 Slo- Blo 5 2 8981 15 4 SE 529 6 11794 16 SE 501 4 7 1 2885 17 28941 8 1 8892 18 4 SE 201 9 11429 19 4 SE 210 10 1 SE 402 20 1 1593 11 8940 121 4 SE 215 2003 74
900 6 1 1 O 1 8606 2 1 8763 3 1 8623 4 17 SE 302 5 16 / 17 SE 301 6 1 8849 7 17 SE 343 8 1 8807 2003 75
900 6 2 1 1 754 2 O 1 985 3 1 1088 4 1 SE 408 5 1 1083 6 1 854 7 1 1078 8 1 1074 9 O 1 984 2003 76
900 6 3 1 1 8586 2 6 SE 340 3 PCB 89191 4 1 8611 5 PCB 1 8624 2003 77
900 6 4 4 18 / in./lbs 7 18 / in./lbs 1 1 8901 12 2557 1 2 1 8619 13 2549 1 3 1 8614 14 8913 1 4 2 SE 541 15 1 2859 5 18609 16 2 2547 6 1 8620 17 1 2555 7 2 SE 513 18 1 8917 8 2 SE 503 19 1 2860 9 2 2548 20 8 SE 229 10 2 2550 21 1 2556 11 1 2554 22 1 8938 2003 78
900 6 5 1 4 SE 244 10 4 SE 738 2 1 8898 11 1 1436 3 1 8911 12 O 110 mm 1 3319 4 4 SE 105 13 O 1 3321 5 1 SE 214 14 5A 250V 1 8753 6 1 SE 208 15 520 mm 1 3320 7 1 2594 16 1 8910 8 1 2660 17 1 8859 9 1 3146 2003 79
900 6 6 1 LCD 8 0 52 mm 3320 2 PCB 8919 9 8 910 3 10 859 8 4 5 11 RS232 6 12 7 2 13 2003 80
2003 81
939 4~20mA 10 2021 25 2817 8963 2 4 8569 8 8566 24 8563 2471 2660 943 2143S 8968 10 940 25 540 10 941 25 541 8957 15 460015 50 460050 3885 316 6.0 0.406 2071 316 7.94 1.0 2070 3.9 0.406 4652 / 5.5 0.875 926 / 11.0 0.875 903 25 2818 2186 3/8 10 921 3/8 25 922 2003 82
3/8 100 925 3/8 25 920 3/8 100 923 3/8 500 924 / / 2.5 6559 8847 8838 3527 3 1918 8847 8838 3527 6 6494 8847 8838 (24) 1 737 1511 1322 8562 / (24)350 732 1511 1056 8562 (8)2.3 657 1511 1322 8565 (8)1.9 1118 1511 1322 8565 (4)2.5 2317 (4)3 2315 2038 8868 2038 8868 (2)3 316 2 2038 8868 (2)2.5 318 2 2038 8868 2003 83
Hachtech.China@fluke.com.cn 22 2308 100004 010-65150290 010-65150399 21 8 1204 200070 1-0263543 218 1-0263543 215 109 15 B 510620 0-3879159238795800 02 0-38791137 02 131 5 80 40001 5 023-890619068906190789061908 023-89061909 2003 84