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产品名称:
SMC气动元件参数，CP95SDB100-500
产品型号:
-
产品展商:
SMC
简单介绍
SMC气动元件参数，CP95SDB100-500
(Example) To get pressure drop at 0.3 MPa
of air pressure, 5 m3 /min (ANR)
of air flow and model HAW75-20,
use ΔP = 0.0065 MPa at 0.7 MPa
from the table and convert P1 to
SMC气动元件参数，CP95SDB100-500的详细介绍
SMC气动元件参数，CP95SDB100-500
1. Inspect the quality of the coolant water
and replace the circulating water on a regular
basis. If the coolant water is cooled in
a cooling tower, it is susceptible to the adhesion
2. If there is a likelihood that the coolant water
will be frozen, drain the coolant water
to prevent damage. Also, drain the coolant
Outlet air temperature can be calculated with
inlet air temperature, cooling water temperature
and amount of air in the following procedure.
(Example) Inlet air temperature: 100°C,
Cooling water temperature: 20°C, Cooling
water flow: 17 l/min
Air flow: 2000 l/min (ANR), Air pressure: 0.7
MPa, Model: HAW22-14
Outlet air temperature at above conditions
Use outlet air temperature of 37°C from
outlet air temperature table. At this time
correction factor line becomes .
To get correction factor of 1.3 use cooling
water temperature correction factor at
To get outlet air temperature divide 37°C
from (1) by 1.3 from (2).
Outlet air temperature = 37 ÷ 1.3 =
1. Install the unit horizontal with pipe line.
2. Make sure to correctly connect the compressed
air inlet/outlet and the coolant
water inlet/outlet.
3. Use union joints to connect the coolant
water pipes so that they can be easily removed
during maintenance.
4. Connect a drain pipe because a large
amount of drainage is created when the
compressed air is cooled.
The drain pipe must have a minimum pipe
bore of 10 mm, and a maximum length of
5 m (when installing an optional auto
water when the equipment will not be
used for a long period of time.
3. If the cooling performance has been reduced,
clean the inside of the coolant water
pipes. (Refer to the instruction manual
for details on the cleaning.)
