Body Size: 20, Thread: NPT, Port Size: 1/8, Handle/Bonnet Material: Aluminum, Options: w/Bracket + Built-in Silencer, EXH Port, Semi-Standard: K + R + Z, Made to Order: Body: Red
Body Size: 20, Thread: NPT, Port Size: 1/8, Handle/Bonnet Material: Aluminum, Options: w/Bracket + Built-in Silencer, EXH Port, Semi-Standard: Flow Direction: Right to Left + psi as Unit Displayed on Label, Made to Order: Body: Red
Body Size: 20, Thread: NPT, Port Size: 1/8, Handle/Bonnet Material: Aluminum, Options: w/Bracket + Built-in Silencer, EXH Port, Semi-Standard: psi as Unit Displayed on Label, Made to Order: Body: Red
Body Size: 20, Thread: NPT, Port Size: 1/8, Handle/Bonnet Material: Aluminum, Options: Built-in Silencer, EXH Port, Semi-Standard: psi as Unit Displayed on Label, Made to Order: Body: Red
VHS20/30/40/50 VHS20/30 VHS40/40-06/50 2-10 I 10 I G H F E X H .
Unit: N m Applicable models VHS20-D VHS30-D VHS40-D VHS40-06-D VHS50-D Max. moment (M) 14.5 16 19.5 35 45 Max. moment (M) = Length (L) x Load (F) Length (L) Load (F) 6. For piping into the exhaust port, recommended installing a silencer.
If a stop valve or a silencer is connected to the exhaust port of VHS20/30, the effective sectional area should be larger than the figure indicated in the following table, to prevent malfunction caused by back pressure.
Construction VHS20/30 VHS40/40-06/50 6 8 7 2 2 5 5 1 4 IN OUT OUT IN 1 9 3 EXH. EXH. Component Parts No.
ACG20B ACG30B ACG40B Model Description Pressure gauge Note 1) GB2-10AS GB3-10AS GB4-10AS GB2-10AS GB2-3AS AD27 Y200 Y200T IS10M-20 VHS20-01, 02 0 to 1.0 MPa 0 to 0.3 MPa Standard Optional N.C. N.O.
ACG20B ACG30B ACG40B Model Description Pressure gauge Note 1) GB2-10AS GB2-3AS AD27 Y200 Y200T IS10M-20 VHS20-01, 02 0 to 1.0 MPa 0 to 0.3 MPa Standard Optional N.C. N.O.
ACG20B ACG30B ACG40B Model Description Pressure gauge Note 1) GB2-10AS GB3-10AS GB4-10AS GB2-10AS GB2-3AS AD27 Y200 Y200T IS10M-20 VHS20-01, 02 0 to 1.0 MPa 0 to 0.3 MPa Standard Optional N.C. N.O.
If a stop valve or a silencer is connected to the exhaust port of VHS20/30, the effective sectional area should be larger than the figure indicated in the following table, to prevent malfunction caused by back pressure.
a stop valve or a silencer is connected to the exhaust port of VHS20/30, the effective sectional area should be larger than the figure indicated in the following table, to prevent malfunction caused by back pressure.
a stop valve or a silencer is connected to the exhaust port of VHS20/30, the effective sectional area should be larger than the figure indicated in the following table, to prevent malfunction caused by back pressure.
a stop valve or a silencer is connected to the exhaust port of VHS20/30, the effective sectional area should be larger than the figure indicated in the following table, to prevent malfunction caused by back pressure.
VH*-OMX0068-A PRODUCT NAME Pressure Relief 3 Port Valve with Locking Holes MODEL / Series / Product Number VHS20-(F,N)01~(F,N)02(-R,Z)-D VHS30-(F,N)02~(F,N)03(-R,Z)-D VHS40-(F,N)02~(F,N)04(-R,Z)-D Contents Page 1. Safety Instructions 1~5 2. Application 6 3. Specifications 6 4. How to Order 7~8 5. Construction / Parts List 9 6.
22.8 0.49 6.3 P2 (Port size) EXH Model P1 P2 A B C D Applicable size VHS20-D 1/8, 1/4 1/8 48.5 23 40 37 AC20-D VHS30-D 1/4, 3/8 1/4 55 32 53 49 AC30-D VHS40-D 1/4, 3/8, 1/2 3/8 69.7 41.3 70 63 AC40-D VHS40-06-D 3/4 1/2 71.7 43.3 75 63 AC40-06-D VHS50-D 3/4, 1 1/2 86.5 44.5 90 80 AC50-D/AC60-D Model E F G H Applicable size VHS20-D 28 42 17.5 40 AC20-D VHS30-D 38 53 20 53 AC30-D VHS40-D 52
a stop valve or a silencer is connected to the exhaust port of VHS20/30, the effective sectional area should be larger than the figure indicated in the following table, to prevent malfunction caused by back pressure.
If a stop valve or a silencer is connected to the exhaust port of VHS20/30, the effective sectional area should be larger than the figure indicated in the following table, to prevent malfunction caused by back pressure.
If a stop valve or a silencer is connected to the exhaust port of VHS20/30, the effective sectional area should be larger than the figure indicated in the following table, to prevent malfunction caused by back pressure.