13
Table 2
Tube
Length
(in)
Inlet
Pressure
(psi)
Theoretical
Conc Flow
(mL/min)
Inlet
Pressure
(psi)
Theoretical
Conc Flow
(mL/min)
Inlet
Pressure
(psi)
Theoretical
Conc Flow
(mL/min)
Inlet
Pressure
(psi)
Theoretical
Conc Flow
(mL/min)
Flush
50
832
60
899
70
950
80
1003
1.00
50
815
60
881
70
931
80
983
1.25
50
798
60
863
70
913
80
965
1.50
50
781
60
846
70
896
80
946
2.00
50
750
60
812
70
862
80
911
2.50
50
719
60
780
70
829
80
877
3.00
50
690
60
750
70
798
80
844
3.50
50
663
60
720
70
768
80
813
4.00
50
636
60
692
70
739
80
783
4.50
50
611
60
666
70
712
80
755
5.00
50
587
60
640
70
686
80
727
6.00
50
543
60
593
70
637
80
677
7.00
50
503
60
551
70
594
80
631
8.00
50
467
60
513
70
555
80
590
9.00
50
436
60
480
70
520
80
554
10.00
50
408
60
450
70
489
80
521
12.00
50
363
60
402
70
437
80
467
14.00
50
330
60
366
70
399
80
427
16.00
50
307
60
342
70
371
80
397
18.00
50
292
60
326
70
352
80
377
20.00
50
284
60
316
70
340
80
364
22.00
50
280
60
311
70
333
80
356
25.00
50
278
60
308
70
327
80
350
27.00
50
276
60
305
70
323
80
346
30.00
50
268
60
296
71
313
80
335
33.00
50
248
60
273
72
291
80
313
Full length
50
205
60
226
73
246
80
267
During normal operation, make sure the system valves are in the following positions:
System inlet and outlet valves - open
Sample port/flushing valves - closed
Once the system been started-up initially, it is a good idea to measure the outlet water flow rate
and quality to check on the system performance. The initial values should be recorded for future
comparison to detect any changes in performance. See the
Maintenance
section of this manual
for detailed procedures.
Summary of Contents for MRS-200
Page 19: ...19 Replacement Parts...