Brooks GT1600, Инструкция по установке и эксплуатации

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Section 3
Figure 3-1 Typical Flowmeter Piping Configuration
To initiate flow through a flowmeter using bypass piping, refer to Figure 3-1.
1. Close flowmeter inlet valve (A) and outlet valve(B).
2. Fully open bypass valve (C) and slightly open control valve (D).
3. Initiate process flow. When flow has stabilized, fully open outlet valve
(B), then slowly open inlet valve (A) .
4. Close bypass valve (C).
5. Regulate process flow using control valve (D).
6. If meter is left in bypass configuration, open drain valve (E) to prevent
tube damage caused by thermal expansion of the process liquid.
inch mm inch mm inch mm inch mm inch mm inch mm
H-IN / H-OUT 1020 8.59 218.3 0.59 15.0
V-IN / V-OUT 1024 9.84 250.0 - -
H-IN / V-OUT 1026 9.22 234.1 0.59 15.0
V-IN/ H-OUT 1027 9.22 234.1 0.59 15.0
H-IN / H-OUT 1110 8.59 218.3 0.59 15.0
V-IN / V-OUT 1114 9.63 244.5 - -
H-IN / V-OU 1 T 140 9.11 231.4 0.59 15.0
V-IN/ H-OUT 1144 9.11 231.4 0.59 15.0
H-IN / H-OUT 1020 8.59 218.3 3.50 75.0
V-IN / V-OUT 1024 10.63 270.0 - -
H-IN / V-OU 1 T 026 9.61 244.1 2.95 75.0
V-IN/ H-OUT 1027 9.61 244.1 2.95 75.0
H-IN / H-OUT 1140 8.59 218.3
V-IN / V-OUT 1144 377.8 - -
H-IN / V-OU 1 T 146 11.73
V-IN/ H-OUT 1147 11.73
H-IN / H-OU 1 T 020 17.50 444.5 0.91 23.0
V-IN / V-OUT 1024 19.69 500.0 - -
H-IN / V-OU 1 T 026 18.59 472.3 0.91 23.0
V-IN/ H-OUT 1027 18.59 472.3 0.91 23.0
H-IN / H-OUT #7/8 16.50 419.1
H-IN / H-OUT #9/10 17.50 444.5
V-IN / V-OUT #7/ 1 8 7.00 431.8
V-IN / V-OUT #9/10 17.25 438.2
H-IN / V-OUT #7/ 1 8 6.75 425.5
H-IN / V-OUT #9/1 1 0 7.38 441.3
V-IN/ H-OUT #7/ 1 8 6.75 425.5
V-IN/ H-OUT #9/10 17.38 441.3
V-IN / V-OUT
Retr ofit only (4)
GT1307 1307
16.94 430.2 - -
H-IN / H-OUT #7/8 3.94 100.0
H-IN / H-OUT #9/1 4 0 .72 120.0
V-IN / V-OUT 1024 19.69 500.0 - -
H-IN / V-OUT #7/8 3.94 100.0
H-IN / V-OUT #9/1 4 0 .72 120.0
V-IN/ H-OUT #7/ 3 8 .94 100.0
V-IN/ H-OUT #9/10 4.72 120.0
H-IN / H-OUT #7/
22.88
8 3 .50 88.9
H-IN / H-OUT #9/10 4.00 101.6
V-IN / V-OUT #7/
1
8
7.00 419.1
V-IN / V-OUT #9/10
17.25 444.5
H-IN / V-OUT #7/8 3 .50 88.9
H-IN / V-OUT #9/10 4 .00 101.6
V-IN/ H-OUT #7/8 3 .50 88.9
V-IN/ H-OUT #9/10 4 .00 101.6
Note (3) - Standard dimension
Note (4) - Retro-
fi t dimensions are for replacement of GT10xx, GT130x and Full-View meters in e in new in .
6.0
Full-View Retr ofit only (4)
Flanged
150lbs RF
Notes
Dimension
A B C L M N
Meter type
Tube
size
Process
on
Or n
H(orizontal)
V(er al R ) etro- fi t Model
50.0 4.00 101.6 1.00 25.4
127-Low Flow 02
06 NPT- G F T1000 Standard
dimensions
(3)
1.97 0.24
1110 0.91 23.0
1114 - -
1116
70.0 8.00 2.76
0.91 23.0
1117 0.91
18.59 472.3
GT1000 Standard
dimensions
(3)
Full-View
Retr ofit only
(4)
1027
250-High Flow 07
08
09
10
Standard
dimensions
(3)
Full-View
Retr ofit only
(4)
Full-View
1140
Retr ofit only
(4)
1144
GT1000 Flanged
150lbs RF
1020
1026
NPT- G F T1000 Standard
dimensions
(3)
1146
1147
- -
7.0 203.2 1.63 41.28 0.28
23.0
17.50 444.5
18.59 472.3
P Q
3.00 101.6
14.88
298.1
298.1
3.00 101.6
3.00 101.6
184 7.24
37.6 1.48
393.5 15.49 69.7 2.74
581.0
22.50 571.5
19.69 500.0
20.00 508.0
19.69 500.0
20.00 508.0
inch mm inch mm
WARNING
Failure to drain the flowmeter when located in a bypass loop may
result in tube breakage caused by chemical expansion of the
process liquid.
20