EUTECH αlpha-res1000 / Resistivity Controller αlpha RES1000 MEAS 18.20 1 25.0 M ATC ALARM REL A REL B REL A ENTER ESC AUTO MANU REL B
αlpha-res1000 / αlpha-res1000 / Eutech Eutech Eutech Instruments Pte Ltd. 1999 2.1 EUTECH INSTRUMENTS PTE LTD Blk 55 Ayer Rajah Crescent, #04-16/24, Singapore 139 949. Tel: (65) 778 6876; Fax: (65) 773 0836 e-mail: Marketing@eutechinst.com ; Web Site: http://www.eutechinst.com EUTECH / 2
1 1.1 Eutech ¼ DIN alpha-1000 M 2 ATC Pt -100 Pt -1000 0.00 10.00% º C 25 º C 0 1999 Pt100/Pt1000 Hold (0/4...20mA) LED 0/4..20mA 1.2 2 2.1 αlpha-con1000 Pt 1000 Pt100 3
Flow Assembly to Dosing Pumps lpha-con1000 Controller Chart Recorder Pt100/Pt1000 Temperature Sensor Alarm / Siren System Process Assembly i h El d Power Mains (220/110 VAC) 2.2 Flat Gasket (1mm) (To be Inserted By Customer) Note: The Taped Corners Have to Be On Top 92 + 0.5 92 + 0.5 92 56 32 96 Mounting Cut-Out max. 175 max. 45 96 x 96 mm 92 x 92; IP 54 ( ) 4
3 3.1 RES V S/ 18 19 20 21 22 PE/S PT1000/100 SIGNAL INPUT RES POWER MAIN RELAY A RELAY B ALARM HOLD INPUT SIGNAL OUTPUT RES MA - + 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 AC L N PE PE/S 5
3.2 17- PCB 5-17 1. AC 10. (NO) 2. AC 11. 3. AC 12. (NC) 4. (NC) 13. 1 5. 14. 2 6. (NO) 15. 7. (NC) 16. 0/4-20 ma 8. 17. 0/4-20 ma 9. (NO) 5-18. Pt1000/Pt100 1 19. Pt1000/Pt100 20. Pt1000/Pt100 2 21. 1 22. 2 Pt100/ Pt1000 cell FUSE 250VAC 63mA (F) J2 L N PE RELAY1 RELAY2 ALARM HOLD NC - + : OFF 6
4 4.1 4.1.1 A B 4.1.2 LCD MEAS CAL READY 8-8.8.8.8 1.8.8.8ATC M o C HOLD: SETUP: MEAS: CAL: READY: ATC: ATC ATC Range No.: A/B LED ATC
4 2 : 1) (tc) 2) / (Set o C) 3) 1 (SP1) 4) 2 (SP2) 5) (Cntr) 6) (rng) 7) (ConF) 8) (CAL do) tc SEt o C SP1 SP2 CAL RES ConF rng Cntr 5.2 4.2.1 : 000 S.Cd a) ENTER S.Cd 000 b) ENTER ( ) c) d) ENTER e) ENTER f) :,. 8
4.3 (1) (2) : 30 9
5 5.1 LCD M HOLD SETUP MEAS CAL READY 5.1.1 1) CAL ENTER 000 000 ENTER 2) ENTER 5.1.2 RELAY (Rel A / Rel B) A SP1 B SP2 5.2 11 22 5.2.1 1) CAL 000 C.Cd 1 1 C.Cd 2) 11 3) ENTER CAL RES 4) ENTER 6 5) ( ) : ( ) 000 ENTER 10
5.2.1.1 11 000 5.2.2 1) ENTER 000 S.Cd 2) 22 22 ENTER 3) ENTER 4) tc 5) 7 : ( ), 000 ENTER 5.2.2.1 ENTER 22 1) ENTER 2) ( 11 22) ENTER 11 22 HOLD HOLD 11
6 CAL 6.1 1) CAL 11 ENTER CAL RES CAL 2) ENTER res 1 ENTER 3) HOLD CAL 100.0% 1 CEL 4) ENTER HOLD CAL 20% 18.20 M 25.0 1 5) ENTER CAL HOLD CAL 100.0 : ERR % 1 CEL : ( 7.2)
7 7.1 Pur Lin 2.10 % tc Lin tc 2.10 % P.tC ATC 2.10 % C.tC ATC Pur tc 7.1.1 1) ENTER 22 ENTER tc Lin tc 2) Pur Lin Pur ENTER tc Lin ENTER 3 Lin 3) 2.10% P.tC tc 0 10% 4) ENTER 0 10% 2.10% 5) 2.10 % 6) ENTER P.tC ATC 7) ( ) 2.10 % C.tC ATC
7.2 ATC 1) 7.4.1 ATC on o C 2) ENTER. 3) 4) ±5 º C 5) ENTER 6) ( ) 7.2.1 ATC 25 o C 25 o C on Atc 0.0 25.0 Off Atc 25.0 P.C 25.0 C.C 1) 7.4.1 ATC off 2) ENTER P. o C 3) 9.9 125 o C 4) ENTER C. o C 5) 9.9 125 o C 6) ENTER 7)
7.3 A/ B (SP1/SP2) SP1 A SP2 B SP1 1.00 SP1 7.3.1 1 ( 2) 1) ENTER 22 ENTER SP 1 2) SP1 (SP2) 3) ENTER SP1 SP2 4) 1 2) 1.00M SP 1 Lo SP 1 Lo SP1 SP1 = 1.00M SP2 = 19.00M ENTER 5) 7.3.2 7.3.2 lo Hi SP1 SP2 lo/lo, lo/hi, hi/lo hi/hi SP1 = Lo SP2 = Lo 1) 7.3.1 2) ENTER Lo Hi SP1 (SP2) 3) lo hi SP1 SP2 4) ENTER 5) 7.3.3 7.3.3 0.000 0.200 M 0.00 2.00M 0.2 M 0.000 0.200M 0.00 2.00M 1.00M 1 0.20M 1.00M 1.00M 1.20M 15 0.20 HYS 0 On.d 0 OF.d
1) 7.3.2 2) ENTER HYS 3) 1 2 SP1 SP2 0.20M HYS 4) ENTER 5) 7.5.5 3 7.3.4 0 1999 0 On.d 1) 7.3.3 2) ENTER. 0 On.d 3) 1 0 1999 4) ENTER 5) 7.3.5 7.3.5 0 1999 1) 2) ENTER 0 0 OF.d OF.d 3) 1 0 1999 4) ENTER 5) 16
7.4 (Cntr) 7.4.1 1) ENTER 22 ENTER 2) Cntr Cntr L.Ct typ deen rel off typ 7.4.2-1) 7.4.1. 2) ENTER. typ 3) - L.Ct = / ) - off = 4) ENTER 5) 7.4.3 7.4.3 / Off 7.5.3 7.5.4 7.5.5 7.5.6 -deen EN 1) 7.4.2 deen rel En rel 2) ENTER rel =deen 3) 4) ENTER 5) 17
7.5 rng 20.00 0.01 7.5.1 1) ENTER 2) rng. 3) ENTER LCD 4) 2 5) 7.6 1 7.6 Mg 20% 1 M 4-20 out 0.00 M r.4 1 1 rng 20.0M 0.01 7.6.1 1) ENTER 22 ENTER 2) rng ENTER. 3) 7.5 ENTER (7.6.2) 7.6.2 0-20 ma 4-20 ma 1) 7.6.1 2) ENTER (0-20 4-20), out 3) 0-20 4-20 ma 4) ENTER 5) 7.6.3 1 20.0M r20 7.6.3 0(4)MA 0(4) ma 18
7.6.2 1) ENTER r.0(4) 2) 0(4) ma (0.00 80.0 % F.S.; 0% F.S.). 3) ENTER 4) ENTER 7.6.4 20MA 20 MA 5) 7.6.3 6) ENTER. r.20 7) 20 ma (20.0M 100.0% F.S 100% F.S.). 8) ENTER 9) ENTER COnF 0 ALd Stdy AL.C 0.0 L.Ad 7.7 (ConF) def 7.7.1 1) ENTER 22 ENTER 2) ConF 7.7.2 0 1999 1) 7.7.1 30 AL.d 2) ENTER ( ) AL.d 3) (0 1999 ) 4 ENTER 19 no
5 7.7.3 7.7.3 250 1) 7.7.2 2) ENTER Stdy Stdy FLEt AL.C. AL.c - AL.C = - StdY = - FLEt = ( ) FLEt AL.c 3) 4) ENTER 5) 7.7.4 7.7.4 1) 7.7.3 2) ENTER 0.0 0.0 L.Ad L.Ad - L.Ad = (0.0 100.0) 3) 4) ENTER 5) 7.7.5 7.7.5 no YES ENTER : no def 1) 7.7.4 2) ENTER no YES def 3) no yes YES ENTER 4) ENTER 20
7.8 (CAL) 7.8.1 1) ENTER 22 ENTER 2) CAL 3) 6 8 / A B 8.1 ( ) 1) (Rel A/Rel B) A SP1 2) B SP2 3) 8.2 A B 1) ( / ) 000 S.Cd 2) 22 3) ENTER : 22 ENTER 4) RELAY SELECTION A B LED A B 21
- : off on 5) / LED : RELAY SELECTION 5 6 RELAY CONTROL 22
9 K K 0.000 1.999M /cm 0.001 M /cm 0.01 0.01 0.00 19.99 M /cm 0.01 M /cm 0.1 0.1 0-50 o C ( -9.9 125 o C) 0.1 o C ± 0.5 o C Pt 1000/Pt 100 / 25.0 o C) / 0 1999 sec. 0 10% 2 - - 250 VAC 3A 600 VA ( ) / 0 1999 250 VAC 3A 600 VA 110 / 220 VAC ( ) 48 62 Hz 0/4 20 ma 600 Ω 5- / 17- / 250 V / 100 ma EMC EN 50081-1 EN 50082-1 0 50 o C 10 95% ( - L x H x W) 175 x 96 x 96 mm ( ). 0.7 kg ABS / IP 54 / IP 65 23
10 20µS K=0.01 Pt 100, SS316 EC-CS10-0-01S 25 ( ), 20µS K=0.01 Pt 100 25 EC-CS10-0-01T ( ) 0.1-200µS K=0.1 Pt 100 SS316 EC-CS10-0-1S 25 ( ) 200 ms; K=1.0 Pt 100 SS316 EC-CS10-1-0S 25 ( ) 6 bar 11 11.1 Eutech Eutech 11.2 : 17-5- ( ) [1 ] [2 ] [1 ] [1 ] 11.3 Eutech RGA( ) Eutech : / 11.4
12 12.1 1 JP 1 220 VAC. JP 2 110 VAC. JP 3 Pt100 Pt1000 ( 100MA), 25
12.2 2 K 1 0.000 1.999 M 0.001 M 0.01 2 0.00 19.99 M 0.01 M 0.1 12.3 3 25 o C 0.05 us/cm 18 MΩ-cm 0.05-1 us/cm 1-18 MΩ-cm 0.5 us/cm 2 MΩ-cm 0.1-10 us/cm 0.1-10 MΩ-cm 1-80 us/cm 0.01-1 MΩ-cm 10 us/cm 0.1 MΩ-cm 0.5-1 ms/cm 1-2 MΩ-cm 0.9-9 ms/cm 0.1-1 MΩ-cm 1.5 ms/cm 0.7 MΩ-cm 1-80 ms/cm 0.01-1 MΩ-cm 7-140 ms/cm 53 ms/cm 26
12.4 4 - SP1 Set to LO SP2 Set to HI RELAYON RELAYOFF 1.00 1.20 18.80 19.00 SP1 SP2 FORWARD DIRECTION REVERSE DIRECTION HYSTERESIS BAND mω
12.5 5 Resistivity of Pure Water 100 90 80 70 60 50 40 30 20 10 0 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 Temp Control characteristic of P-Controllers as limit value switch 28