Koganei 200 Solenoid valve Instruction manual

BK-UV002 Ver.1.0
Air Valve
SOLENOID VALVES 200 SERIES
INSTRUCTION MANUAL Ver.1.0
Handling Instructions and Precautions
energizing both solenoids simultaneously. The valve could fall into
the neutral position.
5. Since the AC solenoid uses diodes
for the solenoid, always use lead
wires of the same color when
connecting a number of solenoid
units in parallel. The DC24V standard solenoid, however, has no
polarity, so either lead wire connection is acceptable.
Solenoid
Internal circuit
●DC24V
Standard solenoid
Red
Changing lead wire direction
Red
Solenoid with LED indicator
Order code: -L
LED indicator（Light Emitting Diode）
Red
（＋）
Blue
（−）
The lead wire direction can be changed in
the case of the add-on mounting of a subbase regulator, etc.
Remove the two solenoid mounting screws,
and rotate the solenoid 180 degrees to
change the lead wire direction.
DIN connector
Wiring instructions
Remove the cover mounting screws, and lift
the terminal cover off from the solenoid. Use
a screwdriver (blade width 4 〜 4.5mm
[0.16 〜 0.18in.]), etc. to push strongly
against the terminal body through the hole of
the terminal cover’s mounting screw, and
remove the terminal body.
Slip a cable gland, washer, and cable gasket
over a cable (outer diameter 6 〜 8mm [0.24
〜 0.31in.]), insert the cable into the terminal
cover’s wiring port, and connect the lead
wire to the terminal body (screwdriver blade
width of about 3mm [0.12in.]).
LED indicator: Red
Solenoid (Surge suppression)
Order code: -SR
Terminal cover
Terminal body
Red or q（＋）
Short circuit protection diode
Screwdriver
（Blade width 4〜4.5mm）
Black or w（−）
q and w are for with DIN connector (order code: -39).
Note: The appropriate tightening torque for the cover
mounting screw is 29.4N･cm {3kgf･cm} [2.6in･lbf].
Solenoid with LED indicator (Surge suppression)
Order code: -L-SR
LED indicator（Light Emitting Diode）
Short circuit protection diode
Red
（＋）
Cable
（Outer diameter 6〜8mm)
Cable gland
Black
（−）
Manual override
Washer
Screwdriver
(Blade width
approx. 3mm)
Terminal q（＋）
Terminal w（＋）
Cable gasket
LED indicator: Red
●AC100V, AC200V (Surge suppression)
Standard solenoid
AC100V：Yellow Varistor
AC200V：White
or w
Flywheel
diode
Solenoid
Black or q
q and w are for with DIN connector (order code: -39).
Solenoid with LED indicator
Order code: -L
LED indicator（Light Emitting Diode）
Zener diode
Solenoid
Black
AC100V：Yellow
AC200V：White
Cover mounting
screw Note
Color of LED indicator: AC100V：Yellow
AC200V：Green
Cautions: 1. Do not apply megger between the
lead wires.
2. The DC solenoid will not short circuit
even if the wrong polarity is applied,
but the valve will not operate.
3. Leakage current inside the circuit
could result in failure of the solenoid
valve to return, or in other erratic
operation. Always use it within the
range of the allowable leakage
current. If circuit conditions, etc.
cause the leakage current to exceed
the maximum allowable leakage
current, consult us.
4. For a double solenoid valve, avoid
Terminal body
Non-locking type
To operate the manual override, press it all
the way down. The single solenoid valve
works the same as when in the energized
state as long as the manual override is
pushed down, and returns to the rest position upon release.
For the double solenoid valve, pressing the
manual override on the 12(S1) side switches the 12(S1) to the energized state, and
the unit remains in that state even after the
manual override is released. To return it to
the rest position, operate the manual override on the 14(S2) side. This is the same for
the solenoid 14(S2).
PUSH
Terminal cover
Lead wire
Terminal w（−）
Terminal body
（Solenoid side）
Terminal q（＋）
※For the DC24V solenoid with surge suppression,
connect (＋) to Terminal q, and (−) to Terminal
w.
Sub-base regulator
Application example
●1(P) port pressure regulating type
Order code: -52
The 4(A) and 2(B) ports are regulated to the same pressure.
2
（B）1（P）4
（A）
Pressure
Pressure
regulation
regulation
●2(B) port pressure regulating type
Order code: -54
Regulates 2(B) port pressure
2
（B）1（P）4
（A）
Pressure
regulation
●2(B) port pressure regulating type
Order code: -54
While using the 2(B) port pressure regulating type to
regulate 4(A) port pressure
Mounting
The sub-base regulator is mounted between
the manifold and the valve. While the subbase regulator’s knob is on the 5(R1) port
side of the manifold for the standard type,
the knob for the 2(B) port pressure
regulating type is mounted so that the
handle comes to the 3(R2) port side of the
manifold, and can also regulate the
pressure of the 4(A) port. For mounting
directions and functions, see the Application
example.
Cautions: 1. Pay attention to the sub-base
regulator facing and the front/back
sides when newly mounting a subbase regulator, or when changing
the pressure regulating port. In the
1(P) port pressure regulating type:
-52, the knob is on the 5(R1) side,
and
the
pressure
gauge
connection port is on the valve
side. In the 2(B) port pressure
regulating type: -54, the knob is on
the 5(R1) side for 2(B) port
pressure regulation, and on the
3(R2) side for 4(A) port pressure
regulation. In both cases, the
pressure gauge connection port is
on the manifold side.
Pressure
gauge
connection
port
3（R2） 1（P） 5（R1）
1(P) port pressure regulating
type
3（R2） 1（P） 5（R1）
2(B) port pressure regulating
type
(regulates 2(B) port pressure)
2
（B）1
（P）4（A）
Pressure
regulation
When the 2(B) port pressure regulating type (order code:
-54) is used to regulate 4(A) port pressure, mount the
sub-base regulator so that the knob is on the 3(R2) port
side of the manifold.
3（R2） 1（P） 5（R1）
When the 2(B) port pressure regulating type
is used to regulate 4(A) port pressure
Pressure regulation
1. Connect a pressure gauge to check the
pressure setting. A compact pressure gauge
(Model G1-20) is recommended.
2. To regulate the pressure, pull the knob out
firmly, and turn it to the right (clockwise rotation)
to increase the pressure, and to the left
(counterclockwise rotation) to reduce the
pressure. After pressure regulation, push the
knob back into the body and lock in place.
2. When the solenoid is a grommet
type, change the solenoid orientation after confirming the “Changing
lead wire direction” on the previous
page, to prevent interference
between the lead wires and the
sub-base regulator.
SOLENOID VALVES
SERIES
Basic Models and Functions
Basic model Direct piping,
T, C, F, U, L type manifolds
A type manifold
Item
200E1
(M200E1Note)
200-4E1
200-4E2
203-4E2
──
A200-4E1
A200-4E2
A203-4E2
Number of positions
2 positions
Number of ports
2, 3 ports
Valve function
Normally closed (NC) or
Normally open (NO)
3 positions
5 ports
Single solenoid
Double solenoid
Closed center (standard),
exhaust center or pressure
center (option)
Remark: For optional specifications and order codes, see p.163〜164.
Note: M200E1 is a dedicated valve for the manifold. For details, see “About M200E1” on p.163.
Specifications
Basic model Direct piping,
T, C, F, U, L type manifolds
Item
A type manifold
200E1
(M200E1)
200-4E1
200-4E2
203-4E2
──
A200-4E1
A200-4E2
A203-4E2
Media
Air
Operation type
Direct acting type
mm2
Effective area〔Cv〕
8.5〔0.47〕
7.5〔0.42〕
Lubrication
Not required
Operating pressure range MPa {kgf/cm2} [psi.]
0〜0.9 {0〜9.2} [0〜131]
MPa {kgf/cm2} [psi.]
Proof pressure
Maximum operating frequency
0.15〜0.7 {1.5〜7.1} [22〜102]
1.35 {13.8} [196]
Response time Note ms DC24V
ON/OFF
AC100V, AC200V
0〜0.7 {0〜7.1} [0〜102]
1.05 {10.7} [152]
20/20 or below
20 or below
20/20 or below
20/20 or below
20 or below
20/20 or below
50
─
294.2 {30.0}
588.4 {60.0}
5
Hz
─
Minimum time to energize for self holding ms
Operating temperature range (atmosphere and media) °C [°F]
Shock resistance m/s2 {G}
6.5〔0.36〕
Rc1/4
Port size
0〜50 [32〜122]
Lateral direction
980.7 {100.0}
588.4 {60.0}
Axial direction
392.3 {40.0}
Mounting direction
Any
Note: Values when air pressure is 0.5MPa {5.1 kgf/cm2} [73psi.]. Values for □200-4E2 are switching time from the opposite-side position, and for □203-4E2 are
switching time from the neutral valve position.
Solenoid Specifications
Rated voltage
Item
Type
Frequency
V
Hz
EnergizingNote 2 mA(r.m.s)
Maximum allowable leakage current
mA
Insulation resistance
MΩ
Wiring type and
lead wire length
AC100V
AC200V
DC type
Operating voltage range
CurrentNote 1
(when rated voltage
is applied)
DC24V
Flywheel diode type
21.6〜26.4
(24 ＋
− 10％）
90〜110
(100 ＋
− 10％）
180〜220
(200 ＋
− 10％）
─
50
60
50
60
420（10.1W）
〔432（10.4W）
〕
160
〔170〕
150
〔160〕
70
〔72〕
65
〔68〕
30
15
7
10
Standard
Grommet type: 300mm [11.8in.]
Optional
With DIN connector
Red
Note 1
〔Red (＋), Blue (−)〕
Red (＋), Black (−)Note 3
Yellow, Black
Color of LED indicator (optional)
Red
Yellow
Standard
──
Flywheel diodeNote 4
Optional
Flywheel diode
──
Color of lead wire
Surge suppression
White, Black
Green
Notes: 1. Figures and descriptions in brackets〔 〕are for solenoids with LED indicators.
2. Since the AC types have built-in flywheel diodes, the starting current value and energizing current value are virtually the same.
3. For solenoids with surge suppression, and solenoids with surge suppression and LED indicators.
4. Since the AC types have built-in flywheel diodes, they are sometimes not turned on by the solid-state relay (SSR) with zero-cross function.
For this reason, use it only after confirming the solid-state relay’s ratings and precautions.
Manifold Port Size
Manifold model
BM□T
BM□C
BM□U
BM□L
Port
Location of piping
port
1
（P）
Manifold
Port size
200-4E1
330 [11.64]
200-4E2
520 [18.34]
1
（P）
Manifold
203-4E2
500 [17.64]
4
（A）
,2
（B）
Valve
A200-4E1
330 [11.64]
（
3 R2）,（
5 R1）
Manifold
A200-4E2
520 [18.34]
1
（P）
Manifold
A203-4E2
525 [18.52]
4
（A）
,2
（B）
Valve
（
3 R2）,（
5 R1）
Valve
1
（P）
Manifold
4
（A）
,2
（B）
Valve
（
3 R2）,（
5 R1）
Valve
Cylinder stroke
t3
Time
Cushioning
impact
Cylinder stop
t2
Cylinder start
300 [10.58] Note
Valve
Rc 1/4
Rc 1/4
Rc 1/4
Note: Sub-plate not included. For sub-plate mass, see p.167.
Manifold Mass
Rc 1/4
Manifold
Cylinder Operating Speed
Solenoid valve
energized
300 [10.58]
Manifold
Mass calculation of each unit
(n＝number of units)
Block-off plate
BM□T
(138×n)＋125 [(4.87×n)＋4.41]
30 [1.06]
BM□C
(138×n)＋125 [(4.87×n)＋4.41]
30 [1.06]
BM□F
(163×n)＋175 [(5.75×n)＋6.17]
42 [1.48]
BM□U
1(50×n)＋200 [(1.76×n)＋7.05]
15 [0.53]
BM□L
1(50×n)＋200 [(1.76×n)＋7.05]
15 [0.53]
BM□A
(145×n)＋150 [(5.11×n)＋5.29]
42 [1.48]
Rc 1/4
Maximum
operating
speed
To obtain the time required for the
cylinder to complete 1 stroke, add
the cylinder’s delay time t 1 (time
between energizing of the solenoid
valve and actual starting of the
cylinder), to the cylinder’s max.
operating speed time t2.
When a cushion is used, add the
cushioning time t 3, to the above
calculations. The standard cushioning time t3 is approximately 0.2
seconds.
mm/s 1200
s
Delay time
Solenoid
valve
200-4E1
200-4E2
0.5MPa
Load
(%)
Cylinder theoretical thrust
●Cylinder stroke: 300mm [11.8in.]
Cylinder
●Piping inner diameter and length: φ6×600mm (Bore sizeφ32,φ40)
TS8-02
φ8×1000mm (Bore sizeφ50〜φ80)
（TS12-04）
●Fitting: Quick fitting TS8-02(TS12-02, TS12-04)
Delay time
Load
●Air pressure: 0.5MPa {5.1kgf/cm2} [73psi.]
1000
800
600
400
φ40 [1.575in.]
φ50 [1.969in.]
200
φ63 [2.480in.]
φ80 [3.150in.]
0
200-4E1, 200-4E2
Measurement conditions
g [oz.]
Manifold model
（
3 R2）,（
5 R1）
●Load ratio＝
200E1
M200E1
2
（A）
1
（P）
t1
Mass
3
（R）
4
（A）
,2
（B）
BM□A
g [oz.]
Basic model
Maximum operating speed
BM□F
Solenoid Valve Mass
10
1.0
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0
20
30 40
50
Load ratio
60
70
%
φ80 [3.150in.]
φ63 [2.480in.]
φ50 [1.969in.]
φ40 [1.575in.]
φ32 [1.260in.]
10
TS8-02
（TS12-02）
20
30 40
50
Load ratio
60
70
%
1mm/s = 0.0394in./sec.
Flow Rate
MPa
0.9
Supply pressure
(MPa)
0.8
0.7
0.6
0.9
0.5
0.7
0.4
0.5
0.3
0.2
0
0.9
MPa
Supply pressure
(MPa)
0.8
0.7
0.1
0.9
0.2
0.3
0.8
0.6
0.4
0.1
200
600
800 1000
Flow rate R/min (ANR)
How to read the graph
When the supply pressure is 0.5MPa [73psi.] and
flow rate is 415R/min [14.6ft.3/min.] (ANR), the
valve outlet pressure becomes 0.4 MPa [58psi.].
0.8
0.7
0.6
0.5
0.4
0.5
0.4
0.3
0.3
0.2
0.1
400
0.7
0.9
0.6
0
0.2
400
600
800 1000
Flow rate R/min (ANR)
1MPa = 145psi., 1R/min = 0.0353ft.3/min.
Supply pressure
(MPa)
0.6
0.5
0.4
0.3
0.2
0.1
0.1
200
Valve outlet pressure
Valve outlet pressure
0.8
Valve outlet pressure
MPa
203-4E2
200-4E1, 200-4E2
200E1
0
0.7
0.6
0.5
0.4
0.3
0.2
0.1
200
400
1000
800
600
Flow rate R/min (ANR)
200 Series Solenoid Valve Order Codes
2-, 3-port valve
Number of
ports
3-port
2（A）
2-, 3-port valve
Valve function
3-position valve
Valve function
Normally closed
(NC)
Closed center
2（A）
1（P）
1（P）
3（R）
3（R）
Mounting base
Wiring type
Speed controller
LED indicator
Flywheel diode
Without
mounting base
Grommet type
Without speed
controller
Without LED
indicator
With flywheel
diode
（＋）
4（A）
5（R1）
2（B）
1（P）
（−）
3（R2）
Blank
2-port
Blank
Blank
Blank
Blank
Normally open
(NO)Note
Exhaust center
With mounting
base
DIN connector
1（P）
2（A）
1（P）
2（A）
3（R）
Blank
With speed
controller
Blank
Blank
With LED
indicator
With flywheel
diode
（＋）
4（A）
5（R1）
2（B）
1（P）
（−）
3（R2）
-2
-11
-13
-21
-39
-70
-L
-SR
Note:
When using as a
Pressure center
normally open (NO)
single unit, see the 2-,
3-port valves valve 4（A）
5（R1）
functions and connec- 2（B）
1（P）
tion port configurations
3（R2）
on p.159.
-14
Basic model
Voltage
2-, 3-port
200E1
-2Note 3 -11Note 2
single solenoid
-21
5-port
200-4E1
single solenoid
Direct piping
5-port
200-4E2
double solenoid
5-port
-13
203-4E2
-14
3-position
2-, 3-port
M200E1
-2
-11
single solenoid
5-port
A200-4E1
For manifold
single solenoid
Note
1
only
5-port
A200-4E2
double solenoid
5-port
-13
A203-4E2
-14
3-position
Notes : 1. Cannot be used as a single unit.
2. For 2-port only. Always enter 200E1-2-11.
●M200E1 includes a sub-plate for mounting on the
For the 3-port, supplying air through the
F type manifold, gaskets, and mounting screws.
3(R) port and exhausting through the 1(P)
●When ordering the non-ion specification, enter
port makes it possible to use as a
-NCU after the basic model code.
normally open (NO) type valve.
3. A plug is included. Always install it in
position before use.
-39
-70
-39
-L
-SR
DC24V
AC100V
AC200V
-L
-SR
DC24V
AC100V
AC200V
●Not available with DIN connector
●For DC24V only.
For AC100V and
AC200V, equipped
as standard.
Manifold Models and Applicable Valves Basic Models
Valve specification
Manifold model
BM□T
BM□CNote
2-, 3-port
●About M200E1
5-port
Single solenoid Single solenoid Double solenoid
200E1
M200E1-11
3-position
―
M200E1
M200E1-11
200-4E1
BM□L
200E1
M200E1-11
200-4E1
200-4E2
203-4E2
BM□A
―
A200-4E1
A200-4E2
A203-4E2
BM□F
BM□U
Note: BM□C is made to order.
200-4E2
203-4E2
M200E1 is a dedicated valve for the manifold.
Differences with 200E1 are as shown in the table below.
Model
Point of difference
Remarks
M200E1
With sub-plateNote
For F type manifold only
M200E1-11
With sub-plate Note
Port location
For T, C, F, U, L type
manifolds
Note: The sub-plate is only used for mounting on F type manifolds. For details,
see p.167.
200 Series Manifold Order Codes
Sub-base
regulator
Without sub-base
regulator
2-, 3-port valve
Number of
ports
3-port
2（A）
1（P）
2-, 3-port valve
Valve function
3-position valve
Valve function
Wiring type
Speed controller
LED indicator
Flywheel diode
Normally closed
(NC)
Closed center
Grommet type
Without speed
controller
Without LED
indicator
Without flywheel
diode
2（A）
3（R）
1（P）
3（R）
（＋）
4（A）
5（R1）
2（B）
1（P）
（−）
3（R2）
Blank
With sub-base
regulator
Blank
2-port
Blank
Blank
Blank
Normally open
(NO)
Exhaust center
DIN connector
1（P）
2（A）
1（P）
2（A）
3（R）
Blank
With speed
controller
Blank
Blank
With flywheel
diode
LED indicator
（＋）
4（A）
5（R1）
2（B）
1（P）
（−）
3（R2）
-52
-54
-2
-11
-13
-39
-70
-L
-SR
Pressure center
4（A）
5（R1）
2（B）
1（P）
3（R2）
-14
Manifold model
Number of units
T
C
Station
Basic model
stn.□
⁝
stn.□
-200E1
-M200E1Note
-M200E1Note
F
stn.□
⁝
stn.□
Voltage
-2
-2
-11
2
⁝
10
-200-4E1
-200-4E2
-200E1
U
L
-M200E1Note
stn.□
⁝
stn.□
A
-SR
DC24V
AC100V
AC200V
-39
-L
-SR
DC24V
AC100V
AC200V
-39
-L
-SR
DC24V
AC100V
AC200V
-L
-SR
DC24V
AC100V
AC200V
-13
-14
-2
-11
-200-4E1
-200-4E2
-70
-13
-14
-203-4E2
stn.□
⁝
stn.□
-L
-11
-203-4E2
BM
-39
-A200-4E1
-52
-54
-A200-4E2
-39
-13
-14
-A203-4E2
●BM□C is
made to order.
●Specify the valve type for each station.
●Enter -BP when closing a station with a block-off plate without
mounting a valve.
●When ordering the non-ion specification, enter -NCU after the
basic model code.
●For details, see p.171.
●Valve mounting location
from the left-hand side
when facing the 4(A),
2(B) ports.
●For DC24V only.
For AC100V and
AC200V, equipped
as standard.
●Not available with DIN
connector
Note: -M200E1 should be used in the normally open (optional code: -11) type only.
Options
Mounting base
DIN connector
Speed controller
Built-in LED
indicator
Built-in flywheel
diode
Sub-base
regulator
Block-off plate
（＋）
（−）
-21
-39
●For direct piping ●Cannot be
●Not available with
used with -L
double solenoid
-70
-L
-SR
●Only for DC24V
-52
-54
●For BM□A manifold only
●-52: 1(P) port pressure
regulating
-54: 2(B) port pressure
regulating
-BP
Operating Principles and Symbols
3-port
5-port, 2-position
Single solenoid
Double solenoid
14
（S2）
2（A）
4（A）
2（B）
1（P）
3（R）
4（A）
2（B）
5（R1）
1（P）
3（R2）
5（R1）
1
（P）
3（R2）
12
（S1）
200E1
De-energized
Manual override
200-4E1
200-4E2
De-energized
(De-energized condition after energizing solenoid S1)
14（S2）
Plunger
Molded solenoid
Column
Stem
Insert
V-seal
O-ring
5
（R1）
4（A）
Seal
5（R1）
1（P）
4（A）
1
（P）
2
（B）
2（A）
3（R2）
1（P）
3（R）
2（B）
3（R2）
Body
End cover
Spring
12（S1）
Valve
Major Parts and Materials
Parts
Materials
Body
Stem
Aluminum alloy
(anodized)
Seal
Synthetic rubber
Insert
Aluminum alloy and brass
Spring
Stainless steel
5-port, 3-position
Closed center
Exhaust center
14（S2）
14（S2）
4（A）
2（B）
Pressure center
5（R1） 4（A）
1（P） 2（B）
3（R2）
4（A）
2（B）
5（R1）
1（P）
3（R2）
14
（S2）
5（R1）
1
（P）
3（R2）
Manifold
Mounting base Mild steel (zinc plated)
Plunger
Magnetic stainless steel
Column
Magnetic steel (zinc plated)
Body
Aluminum alloy (anodized)
Block-off plate Mild steel (zinc plated)
Seal
Synthetic rubber
Mounting bracket Mild steel (zinc plated)
12（S1）
12（S1）
12
（S1）
203-4E2
203-4E2-13
203-4E2-14
(Both solenoid 12(S1) and 14(S2)
are de-energized)
(Both solenoid 12(S1) and 14(S2)
are de-energized)
(Both solenoid 12(S1) and 14(S2)
are de-energized)
14（S2）
14
（S2）
14
（S2）
Remark: Materials that generate copper
ions are not used for the nonion specification.
4（A）
2（B）
3（R2）
12
（S1）
4（A）
1（P）
1（P）
2（B）
5（R1）
5（R1）
5（R1）
4（A）
1（P）
2（B）
3（R2）
3（R2）
12
（S1）
12
（S1）
Dimensions of Solenoid Valve (mm)
2-, 3-port
200E1
37
Approximately
300
1（P）
21
16.5
26
32.5
2（A）
18.5 19
11
99
10
27
28
4.5
2-φ4.4 Counterboreφ8 Depth 3
Mounting hole
2-φ4.4
Mounting hole
21
3-Rc1/4
3（R）
25
6
2-M3×0.5 Depth12
Mounting thread
5-port, 2-position
200-4E1
200-4E2
Approximately
300
37
21
4.5
2-φ4.4 Counterboreφ8 Depth 3
Mounting hole
5-Rc1/4
27
2-φ4.4 Counterboreφ8 Depth 3
Mounting hole
2（B）
5-Rc1/4
2-φ4.4
Mounting hole
21
4.5
6
2-M3×0.5 Depth 12
Mounting thread
5-port, 3-position
27
37
Approximately
300
2（B）
2-φ4.4 Counterboreφ8 Depth 3
Mounting hole
9.5
11.5
5-Rc1/4
21
For options, see p.170.
4.5
1（P）
5（R1）
58
19 19
5
150
4（A）
5
11.5
2-φ4.4
Mounting hole
9.5
203-4E2
9.5
5
3（R 2）
3（R 2）
1（P）
5（R 1）
58
19 19
5
4（A）
21
25
9.5
11.5
5（R1）
Approximately
300
150
1（P）
37
2-φ4.4
Mounting hole
11.5
13 19 19
10
2（B）
22.5 19
20.5 23
4（A）
27
107
27
3（R 2）
Dimensions of Manifold (mm)
For 2-, 3-port
L
P
6
28
27
28
Approximately
300
14.5
27
3（R）
57
46
2（A）
13
25.5
26.5
2（A）
0.5
42.5
56.5
99
1（P）
14.5
6
28
28
38
BM□T
BM□C
Unit dimensions
2-φ5.5
Mounting hole
Rc1/4
13
4-Rc1/4
（With 2 plugs）
19
200E1
M200E1-11
●For BM□C
30
67.5
Block-off plate
（-BP）
Model
L
P
BM2T BM2C
184
172
3T
3C
112
100
4T
4C
140
128
5T
5C
168
156
6T
6C
196
184
7T
7C
224
212
8T
8C
252
240
9T
9C
280
268
10T
10C
308
296
Check mechanism
stn.1 stn.2
For combination mounting of 2-, 3-, 5-port
L
P
27
4（A）
2（B）
2（B）
2（B）
50
4（A）
74
4（A）
25
64
2（A）
Approximately
300
14.5
5（R1）
11.5
27
11.5
79.5
61.5
28
2（A）
37.5
19.5
28
75
32
75
14.5
6
28
1（P）
28
3（R 2）
6
74
BM□F
4-φ5.5
Mounting hole
Rc1/4
13
M200E1
Model
L
P
BM2F
184
172
3F
112
100
4F
140
128
5F
168
156
6F
196
184
7F
224
212
8F
252
240
9F
280
268
10F
308
296
6-Rc1/4
（With 3 plugs）
19
200-4E1
M200E1-11
Unit dimensions
200-4E2
203-4E2
Block-off plate
（-BP）
1. Mounting normally closed type
2. Mounting normally open type
30
70
67.5
●Mounting 2-, 3-port valves on BM□F
stn.1 stn. 2 stn. 3 stn. 4 stn. 5 stn. 6
M200E1
Gasket
Sub-plate
For options, see p.170.
Standard attachment for
M200E1
additional mass
27g [0.95oz.]
M200E1-11
Standard
attachment for
M200E1-11
additional mass
27g [0.95oz.]
Dimensions of Manifold (mm)
For combination mounting of 2-, 3-, 5-port
BM□U
L
P
27
4（A）
4（A）
22
4（A）
2（B）
2（B）
21
2（A）
Approximately
300
20.5
1（P）
11.5
61.5
34
2（A）
37.5
75
27
11.5
18.5
28
2（B）
75
32
80.5
20.5
10
28
70
34
52
10
20
2-Rc 1/4
（With 1 plug）
4-φ5.5
Mounting hole
Rc1/4
11.5
200-4E1
M200E1-11
200-4E2
200E1
Unit dimensions
203-4E2
3.2
27
65
Block-off plate
（-BP）
BM□L
P
P
196
176
3U
124
104
4U
152
132
5U
180
160
6U
208
188
7U
236
216
8U
264
244
9U
292
272
10U
320
300
27
34
27
4（A）
4（A）
22
4（A）
2（B）
2（B）
3.2
37.5
11.5
2（A）
2（B）
21
2（A）
Approximately
300
20.5
1（P）
11.5
61.5
28
75
18.5
80.5
20.5
10
28
40
34
75
L
BM2U
L
10
32
30
stn.1 stn.2 stn.3 stn.4 stn.5 stn.6
Model
2-Rc 1/4
（With 1 plug）
Rc1/4
11
200-4E2
200-4E1
203-4E2
M200E1-11
200E1
20
Block-off plate
（-BP）
20
27
64.5
20
50
Unit dimensions
stn.1 stn.2 stn.3 stn.4 stn.5 stn.6
For options, see p.170.
4-φ5.5
Mounting hole
Model
L
P
BM2L
196
176
3L
124
104
4L
152
132
5L
180
160
6L
208
188
7L
236
216
8L
264
244
9L
292
272
10L
320
300
Dimensions of Manifold (mm)
For 5-port
BM□A
L
P
6
28
6
28
28
28
27
27
Approximately
300
14.5
75
32
3（R2）
50
1（P）
74
25
64
75
5（R1）
14.5
4-φ5.5
Mounting hole
13
19
A200-4E2
A200-4E1
6-Rc1/4
（With 3 plugs）
Block-off plate
（-BP）
A203-4E2
30
67.5
Unit dimensions
stn.1 stn.2
28
stn.6
28
30
2
（B） 2（B） 2（B） 2（B）
4（A） 4（A） 4（A） 4
（A） 4（A）
4（A）
Rc1/4
For options, see p.170.
28
2（B） 2
（B）
28
stn.3
Model
L
P
BM2A
184
172
3A
112
100
4A
140
128
5A
168
156
6A
196
184
7A
224
212
8A
252
240
9A
280
268
10A
308
296
Dimensions of Options (mm)
For single unit
A
9（Overall length of valve）
●Mounting base: -21
2
2（A）
2-φ5.5
Mounting hole
Code
A
37
Model
200E1
108
200-4E1
116
45
56
For single unit and manifold
●Solenoid with DIN connector: -39
20
58.5
LED indicator
27
A
B
32
12.5
16.2
27
77.5
Pg9
40 （10）
16 φ18
Width across flats
φ6〜φ8
Cabtyre outer diameter
● Speed controller: -70
Note: Not available in 2-, 3-port
26 Approx. 300
21
●Solenoid with LED indicator: -L
（21）
R1/4
2（A）
2（A）
Code
A
Model
B
200E1
117
99
200-4E1
125
107
186
150
200-4E2
203-4E2
14
Width across flats
Remark
Overall length of valve
For manifold
96
58
□28
Knob
φ21
88.5
M5×0.8
for -52
Pressure gauge connection port (with plug)
M5×0.8
for -54
Pressure gauge connection port (with plug)
51
38
74
14.5
（When locked: 11.5）
●Sub-base regulator: -52
-54
5
A
〈Viewed from A〉
Note: When mounting the sub-base regulator, the solenoid valve lead
wire direction is reversed (solenoid rotated).
For details, see p.171.
Sub-base Regulator
Operating Principles and Symbols
1(P) port pressure regulating type
-52
-54
Pressure gauge connection port
Specifications
Order code
-52
(BMA-52)Note
Item
Functions
-54
(BMA-54)Note
Media
Air
Operating pressure range MPa {kgf/cm2} [psi.]
0.05〜0.7 {0.5〜7.1} [7〜102]
Maximum operating pressure MPa {kgf/cm2} [psi.]
0.9 {9.2} [131]
Proof pressure
MPa {kgf/cm2} [psi.]
5
（R1）
°C [°F]
5〜60 [41〜140]
Mass
g [oz.]
200 [7.05]
Flow Rate Characteristics
Pressure gauge
connection port
Knob
(with locking
mechanism)
Pressure Characteristics
Primary pressure 0.7MPa [102psi.]
0.7
MPa
3（R2）
0.3
Secondary pressure
0.6
0.5
0.4
0.3
0.2
0.1
0
Body
Valve
Diaphragm
Bonnet
Pressure
regulating spring
Check mechanism
Note: Order codes in parentheses ( ) are those for the sub-base regulator which
must be ordered separately.
MPa
3
（R2）
1.35 {13.8} [196]
Operating temperature range
Secondary pressure
4
（A）
2
（B）
1
（P）
1(P) port pressure regulating type 2(B) port pressure regulating type
O-ring
Pressure regulating valve
Setting
point
0.2
（A）
1
（P）4
2
（B）
Manifold
0.15
0
50
100
150
200
Flow rate R/min (ANR)
5
（R1）
0.25
0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9
Primary pressure
2(B) port pressure regulating type
MPa
Pressure gauge
connection port
1MPa = 145psi., 1R/min = 0.0353ft.3/min.
Order Code
BM□A stn.
4（A）
─
⁝
─
⁝
2（B）
1（P）
⁝
5（R1） 3（R2）
Type of mounting valve
Sub-base regulator
Blank
Station not mounting a sub-base
regulator
52
1(P) port pressure regulating type
54
2(B) port pressure regulating typeNote
Station
Manifold model
Note: 2(B) port pressure regulating type also has
a 4(A) port pressure regulating type which
is mounted so that the knob is on the 3(R2)
port side of the manifold (Order code: 54A).
3（R2）
5（R1）
●For sub-base regulator only
BMA-52
BMA-54
1（P）4（A）
2（B）
1(P) port pressure regulating type
2(B) port pressure regulating type
Major Parts and Materials
Parts
Materials
Body
Aluminum alloy (anodized)
Knob
Plastic (POM)
Diaphragm
Synthetic rubber (NBR)
Pressure regulating spring
Piano wire (chromating)
Seal
Synthetic rubber (NBR)
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