31
Flowserve US Inc.
SIHI
dry
dry
dry
dry
Standard
Standard
Standard
Standard M Series
Dry Running Vacuum Pump
Issue Date: November 21, 2016 Copyright:
FLOWSERVE SIHI Pumps Rev 1
3.7 Technical Data – Utility Requirements SIHIdry
Vacuum Pump
Technical Data Overview For Model
SIHI
dry
M100
M160
M250
M400
Max Suction Capacity
S
eff
[ACFM]
60
95
142
235
Max Installed Power
P
MaxI
[BHP]
13
13
13
13
Max Power Consumption
P
Max
[BHP]
10
10
8
7
Max. Power Consumption @ End Pressure
P
MaxIE
[BHP]
5
5
4
3.5
Max Pump Impeller (Vacuum) Rotation Speed
N
Max
[RPM]
6000
6000
6000
6000
Min Pump Impeller (Cleaning) Rotation Speed
N
Min
[RPM]
450
450
450
450
Integrated Pump Control Board
STE
[1]
STE12
STE12
STE12
STE12
Voltage - Power Supply
U
[V AC]
3x 460
3x 460
3x 460
3x 460
Current - Power Supply [Fuse Time Delayed]
I
[A]
3x 25
3x 25
3x 25
3x 25
Frequency - Power Supply
f
[Hz]
57 - 63
57 - 63
57 - 63
57 - 63
Max Sound Level
A
[dB(A)]
<54
<54
<54
<54
Weight incl. Basic Accessories
G
[lbs]
750
750
750
760
Table 1: Technical Data – Utility Requirements
3.8 Utility Connections and Supply for the SIHIdry M - Version
Technical Data Overview For Model
SIHI
dry
M100
M160
M250
M400
End Pressure @ Inlet Flange
p
end
[torr]
<0.5
<0.3
<0.01
<0.001
Max Process Gas Temperature @ Inlet Flange
t
MaxI
[°F]
<212
<212
<212
<212
Min Process Gas Temperature @ Inlet Flange
t
MinI
[°F]
>32
>32
>32
>32
Max Process Gas Temperature @ Outlet Flange
t
MaxO
[°F]
<275
<275
<275
<275
Max Cooling Water Temperature
t
MaxO
[°F]
>50
>50
>50
>50
Min Cooling Water Temperature
t
MaxO
[°F]
<95
<95
<95
<95
Max Cooling Water Static Pressure Drop
∆
p
CW
[PSIG]
235
235
235
235
Inert Gas [N
2
] Purge Consumption
Q
N2
[SCFM]
0.35
0.35
0.35
0.35
Inert Gas [N
2
] Purge Consumption at flushing app.
Q
N2
[gal]
66
66
66
66
Max Inter Gas [N
2
] Supply Pressure
p
max-N2
[PSIG]
115
115
115
115
Min Inter Gas [N
2
] Supply Pressure
p
min-N2
[PSIG]
44
44
44
44
Flushing Time
[min]
5
5
5
5
Direct Cooling Min Flow
[GPM]
<1.1
<1.1
<1.1
<1.1
Table 2: Utility Connections and Supply
Summary of Contents for SIHI dry Standard H Series
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