Emerson SR5 Bedienerhandbuch Seite 2

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Seitenansicht 1
Type SR5
2


NPS 1/2, 3/4, 1, 1-1/2, 2, and 3
(DN 15, 20, 25, 40, 40 x 25, 50, and 80)

(4)
Tri-Clamp
®
Sanitary connections

(1)









150 (65) 210 (14,5) 210 (14,5)
275 (135) 180 (12,4) 180 (12,4)
400 (204) 160 (11,0) 160 (11,0)

(1)(3)
See Table 1

See Table 2

(1)
See Table 3

(1)
See Table 4

Internal


14 psig (0,96 bar) (vacuum)


Steam, Gas, and Liquid
Steam and Gas only,
Liquid not recommended
Steam, Gas, and
Liquid Service

Vacuum protection
Pressure loaded spring case
T-handle adjusting screw


NPS 1/2, 3/4 and 1 (DN 15, 20 and 25) bodies:
135 psig (9,3 bar)
NPS 1-1/2 (DN 40) body: 100 psig (6,9 bar)
NPS 2 and 3 (DN 50 and 80) bodies: 75 psig (5,2 bar)


3A certicate
FDA approved elastomers/plastics
Material and Functional Test Certicates
USP Class VI approved elastomers/plastics
(2)
1. The pressure/temperature limits in this Instructional Manual and any applicable standard or code limitation should not be exceeded.
2. Contact your local Sales Ofce for details on available constructions.
3. Maximum pressure to prevent damage to internal parts and leakage to atmosphere.
4. End connection clamps and gaskets to be supplied by the user.
Table 1. Maximum Operating Pressures





)

)
1/2, 3/4, 1, 1-1/2
(15, 20, 25, 40)
150 (65) 210 (14,5) 210 (14,5)
275 (135) 180 (12,4) 180 (12,4)
400 (204) 160 (11,0) 160 (11)
2 and 3
(50 and 80)
150 (65) 210 (14,5) 150 (10,3)
275 (135) 180 (12,4) 125 (8,6)
400 (204) 160 (11,0) 110 (7,6)

Pressure in the controlled system (regulator outlet
pressure) registers beneath the diaphragm of the
regulator and opposes the force provided by the
predetermined spring compression. When regulator
spring force exceeds diaphragm force exerted by the
outlet pressure, the spring will keep the valve plug
open to permit additional ow to the downstream
system. As downstream demand decreases the outlet
pressure will increase. This increase registers on the
diaphragm and the valve plug moves closer to the
orice to decrease the ow rate.
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