Flow Rate Controller

Flow Rate Controller
Similar Products Comparison Point More economical products than the conventional high quality products. RoHS Directive unchecked.
CAD Data Folder Name: 50_Cylinders
When ordering, select Part Number and Value from Selection Steps 1~3
Part Number (1Type · 2D)
-
3Thread Code
EPSLA8
EPSUS10
-
1
EPSLA
EPSLB
Speed Controller
Union Straight
E
EPSUS
P
X
C
2-d
CAD 2D
Part Number
L
3
Thread Screws
A
Size
(MIN) (MAX)
R
2
Applicable
Size
Tube O.D.
Nominal
D
M5
1
M5
1
2*
1
2
2
3*
3*
4
EPSLA
6
EPSLB
8
(Meter Out)
(Meter-In)
10
12
M5
R1/8
M5
R1/8
R1/4
R1/8
R1/4
R1/4
R3/8
R3/8
29
38
29
38
44
38
44
44
49
49
32
44
32
44
51
44
51
51
55
55
Part Number
B
E
C
H
X
Y
4 10.7 20
8 15 22
4 12 22
8 15 23
11 19 25
8 16 25
11 20 28
11 21 32
12 23 33
12 24 35
15
15
15
15
15
17
18
21
21
22
8 11.9 10.5
10 11.9 10.5
8
10 14 13
14
10
16 14
14
14
20 17
19
19 23 21
EPSUS
Control Flow
Speed Controller
Free Flow
Free Flow
Solenoid Valve
Control Flow
Single Acting
Cylinders
W
1
2
3
0
9
5
6
8
4
Q Tightening Torque Chart
Metric Thread
Tapered Thread (R)
X
Y
d
14
20
22
26
32
14
16
17
20
22
6.5
11
12
13
16
6.5
9
10
11
13
12
15
18
21
28
12
14
16
20
23
11
13
14
17
21
3.2
4.3
4.3
4.3
4.3
5Electric Solenoid Valve
(P.2378)
No.
Part Name
Material No. Part Name Material
Elastic Sleeve
NBR
NBR
1
8 Diaphragm
Lock Pawl
Stainless Steel 9 Resin Body
POM
2
Release Ring
POM
O-Ring
NBR
3
0
(Tube)
PU / Nylon, etc. q Metal Body
Brass
4
Guide Ring
Zinc
Lock Nut
Aluminum
5
w
Seal Coating
PTFE
Needle
Brass
6
e
Metal Body
Brass
POM
7
r Leveling Nut
thread
dimension
M5,
O-Ring
(NBR)
is
mounted
at
the
bottom
of
the
thread.
EFor
Thread Dimensions
(Thread Code)
M5
R1/8 (1)
R1/4 (2)
R3/8 (3)
R1/2 (4)
W
Speed Controller
Male Elbow
(P.2298)
Tightening Torque
(kgf.cm)
(N)
15~19
1.4~1.8
70~90
7~9
120~140
12~14
220~240
22~24
280~300
27~29
EStock lineup may vary by country.
ESame day shipping available upon request. Order by THA: 16:00,
SGP: 12:00, MYS: 15:00 D P.75
Male Connector
(P.2298)
Speed Controller (Meter Out)
(P.2386)
Silencers
(P.2379)
7
Thread Type
F2
2
Speed Controller Parts Diagram
Q
F1
(2) To decrease speed
1. Rotating clockwise decreases the speed.
2. Tighten the lock nut when it reaches the required speed.
E”OUT” is engraved on the main body of Meter Out type.
1
C
(1) To increase speed
1. Close all needles.
(Clockwise)
2. Rotating counterclockwise increases the speed.
Turn slowly.
3. Tighten the lock nut when it reaches the required speed.
• Controls air from the one-touch coupling side.
• Not control air from the thread side.
• App. Example: Single Acting Cylinder
Double Acting
Cylinders
P
Speed Adjustment Procedure
Meter-In
Solenoid Valve
Applicable (MIN) (MAX) L
Tube O.D.
D
4
28
31
40
6
41
48
48
8
44
52
52
10
48
55
55
12
52
58
58
* Sequential adjustment is required for the discharge side and the return side of cylinder rod. 1
Q Meter Out / In
Meter Out
B
2
1Type
E** marked sizes are for Meter-Out only. No Meter-In available.
• Controls air from the thread side.
• Not control air from the one-touch coupling side.
• App. Example: Double Acting Cylinder
W
L
CAD 2D
1Type
E
2D
F2
X
3R
A
F1
B
Y
2D
L
B
2-C
Y
Speed Controller
Meter Out / In
Double Acting Cylinder
(P.2365)
Air Pipe
(P.2293)
EPrecautions for Use
(One-Touch Coupling, Speed Controller)
•Do not apply excessive torsional forces, bending and tension to the fitting body. It may cause damages.
•When tightening the screw, refer to the Tightening Torque Chart on the left. If tightened excessively,
leakage may occur due to thread damage or gasket deformation. Insufficient tightening may cause
looseness of thread part and leakage.
(Speed Controller)
•Do not use for blocking flow rate completely.
Order Standard Service Non-Standard Service
Quantity Regular Quantity Large Quantity
Quantity
1~50
51~
Days to ship Standard
To be quoted
2386