Yoshitake DP-10 Series User manual

■EPDT-028d■
ＤＰ－１０ Series
TYPE DP-10･13, TYPE DP-10D･13D
TYPE DP-12･14, TYPE DP-12D･14D
TYPE DP-15･17, TYPE DP-15D･17D
TYPE DP-16･18, TYPE DP-16D･18D
Instruction Manual
Thank you very much for purchasing our solenoid valves.
Please read this instruction manual thoroughly before using the solenoid valves, so
that you may do so correctly and safely. Please carefully store this bulletin in a
handy place.
－－－－－The following safety symbols are used in this manual.－－－－－
Warning
This symbol indicates a potentially hazardous situation that, if not
avoided, could result in death or serious injury.
Caution
This symbol indicates a hazardous situation that, if not avoided, may
result in minor or moderate injury. (“Caution” may also be used to
indicate other unsafe practices or risks of property damage.)
Contents
１．Overview········································································································ １
２．Specifications & Performance ····························································· １
３．Dimensions & Weight ········································································ ２～３
４．Operation ······································································································ ４
５．Nominal Size Selection Method
５．１ Nominal Size Selection Chart ·············································· ５～９
５．２ Calculating the Nominal Size ···················································· １０
６．Installation
６．１ Piping Example ················································································ １０
６．２ Wiring Method ·················································································· １１
６．３ Warning & Caution for Installation ·········································· １２
７．Operating Procedure
７．１ Warning & Caution for Operation ············································ １３
７．２ Test Working ···················································································· １３
８．Maintenance Procedure
８．１ Warning & Caution for Maintenance ······································ １４
８．２ Troubleshooting ·············································································· １５
８．３ Disassembly Procedure ······························································· １５
８．４ Disassembly Drawing ························································ １６～１７
After Sales Service

-1-
■EPDT-028d■
１．Overview
The DP-10 series are compact, Pilot-Operated and Piston type high reliability solenoid
valves featuring wide application for such various as steam, air, water and oil. And also wide
products variation for such various requirements as AC/DC voltage, normally closed/opened
and brass/stainless made.
２．
Specifications & Performance
Model DP-10 DP-13 DP-15 DP-17 DP-12 DP-14 DP-16 DP-18
Type Piston type Diaphragm type
Application Steam･Air･Water･Oil (20cSt or less) Air･Water･Oil （20cSt or less）
Working
pressure
0.05～1.0 MPa 0～1.0 MPa
（Not available for use with vacuum）
Min. working
differential
pressure
0.05 MPa
(Horizontal installation: more than 0.1MPa)
0 MPa
(Horizontal installation: more than 0.1MPa)
Valve seat
leakage
50 mL/min （For Air: 0.6MPa） None
Max.
temperature
180 ℃ 60 ℃
Operation Normally closed
Material
Body Bronze Stainless Steel Bronze Stainless Steel
Valve Stainless Steel ＮＢＲ（Diaphragm）
Disc PTFE
Connection
JIS Rc
Screwed
JIS 10K FF
Flanged
JIS Rc
Screwed
JIS 10K FF
Flanged
JIS Rc
Screwed
JIS 10K FF
Flanged
JIS Rc
Screwed
JIS 10K FF
Flanged
●Viton (FKM) diaphragm is also available for diaphragm type.
●DC coil is also available. (DP-□□D)
●Products complying with Water Supply Law will be DP-12-N and DP-14-N.
Coil specification
Rating voltage
AC100/200V AC110/220V
DC24V
Selective connection type 50/60Hz
Allowable regulation ±10％ on rating voltage
Rated current 0.42/0.21A 0.38/0.19A 1.13A
Starting current 1.64/0.82A 1.48/0.74A
Class of coil insulation Class “H”
Ingress protection
code
IP64
Solenoid enclosure Dust tigtht・Splash proof
Insulation resistance 50MΩand more/500V Megger
Voltage resistance test 1500V/min
Caution
Please collate with attached nameplate and specification of ordered model.
* Please consult factory in case they do not match each other.

-2-
■EPDT-028d■
３．Dimensions & Weight
■DP-10/15 ■DP-10D/15D
(DP-15: 15-10A) (DP-15: 15-50A)
(mm)
Nominal
Size d L H
1
H Wight （kg）
DP-10/15 DP-10D/15D DP-10/15 DP-10D/15D
10A Rc 3/8 70 14.5 119 134 1.2 2.0
15A Rc 1/2 70 14.5 119 134 1.2 2.0
20A Rc 3/4 80 17.5 126 141 1.4 2.2
25A Rc 1 95 21.0 133 148 1.8 2.6
32A Rc 1 1/4 110 26.0 155 170 2.6 3.4
40A Rc 1 1/2 120 29.5 162 177 3.2 4.0
50A Rc 2 140 36.5 177 192 5.1 5.9
■DP-13/17 ■DP-13D/17D
(DP-17 is welded flange type.) (DP-17D is welded flange type.)
(mm)
Nominal
Size d L H
1
H Weight （kg）
DP-13/17 DP-13D/17D DP-13/17 DP-13D/17D
15A 15 120 47.5 152.0 167 2.7 3.5
20A 20 130 50.0 158.5 174 3.3 4.1
25A 25 145 62.5 174.5 190 4.8 5.6
32A 32 160 67.5 196.5 212 6.6 7.4
40A 40 170 70.0 202.5 218 7.3 8.1
50A 50 195 77.5 217.5 233 10.0 10.8
65A
*
50 198 87.5 227.5 243 13.5 14.3
* 65A is for DP-13/13D only.

-3-
■EPDT-028d■
■DP-12/16 ■DP-12D/16D
(DP-16: 15-50A) (DP-16D: 15-50A)
（mm）
Nominal
Size d L H
1
H Weight （kg）
DP-12/16 DP-12D/16D DP-12/16 DP-12D/16D
10A Rc 3/8 70 14.5 109.5 124 1.1 1.9
15A Rc 1/2 70 14.5 109.5 124 1.1 1.9
20A Rc 3/4 80 17.5 116.5 131 1.3 2.1
25A Rc 1 95 21.0 123.5 138 1.7 2.5
32A Rc 1 1/4 110 26.0 150.5 166 2.5 3.3
40A Rc 1 1/2 120 29.5 157.5 173 3.1 3.9
50A Rc 2 140 36.5 172.5 187 5.0 5.8
■DP-14/18 ■DP-14D/18D
(DP-18 is welded flange type.) (DP-18D is welded flange type.)
（mm）
Nominal
Size d L H
1
H Weight（kg）
DP-14/18 DP-14D/18D DP-14/18 DP-14D/18D
15A 15 120 47.5 142.5 157 2.6 3.4
20A 20 130 50.0 149.0 164 3.2 4.0
25A 25 145 62.5 165.0 180 4.7 5.5
32A 32 160 67.5 192.0 207 6.5 7.3
40A 40 170 70.0 198.0 213 7.2 8.0
50A 50 195 77.5 213.0 228 9.9 10.7

-4-
■EPDT-028d■
４．Operation
* The structure differs slightly for DP-12/14/16/18/12D/14D/16D/18D.
（１） Operation
When the power is turned ON, the coil① is magnetized and the plunger③ is sucked
up, thereby open the pilot valve④. The pressure at the upper part of the valve
(diaphragm)⑧ flows to the outlet side via pilot port⑤, causing a pressure drop. The
valve (diaphragm)⑧ is then pushed up by the inlet pressure, and the valve is opened.
（２） Closing operation
When the power is turned OFF, the plunger③ is pushed down by a pin/kick spring②
and dead weight, thereby close the pilot valve④. The inlet pressure is introduced
through the bleed port⑦ to upper part of the valve (diaphragm)⑧, thereby equalize
the inlet pressure. The valve (diaphragm)⑧ is then pushed down and closed by the
pin/kick spring② and the valve spring⑥.
DP-10D/13D/15D/17D
*
DP-10/13/15/17

-5-
■EPDT-028d■
[A]
P
2
: Outlet Pressure MPa V: Flow Rate kg/h
Nominal
Size
・65A
５．Nominal Size Selection Method
５．１ Nominal Size Selection Chart
■Piston type (For steam)
(DP-10/13/15/17/10D/13D/15D/17D)
【Example】
Under the following conditions, the appropriate nominal size would be determined as
described below. Inlet pressure(P
1
): 0.7MPa; Outlet pressure(P
2
): 0.5MPa; Flow rate
(W): 400kg/h. First, find the point[A] where (P
1
) and (Ｐ
2
) intersect. Next find the point
[B] where a line drawn straight down from point[A] intersects the (W) line. In the
above example, the point[B] is located between the 15A and 20A nominal size valves,
so larger size of 20A should be selected.
[B]

-6-
■EPDT-028d■
・65A
Nominal
Size
[A]
[B]
P
2
: Outlet Pressure MPa V: Flow Rate kg/h
■Piston type (For air)
(DP-10/13/15/17/10D/13D/15D/17D)
【Example】
Under the following conditions, the appropriate nominal size would be determined as
described bellow. Inlet pressure(P
1
): 0.4MPa; Outlet pressure(Ｐ
2
): 0.3MPa; Flow rate
(Q) of air(20℃)： 300m
3
/h(Normal condition). First, find the point[A] where (P
1
) and
(P
2
) intersect. Next, find the point[B] where a line drawn straight down from point[A]
intersects the (Q) line. In the above example, the point[B] is located between the 15A
and 20A nominal size valves, so the larger size of 20A should be selected.

-7-
■EPDT-028d■
■Piston type (For water)
(DP-10/13/15/17/10D/13D/15D/17D)
【Example】
Under the following conditions, the appropriate nominal size would be determined as
described bellow. Inlet pressure(P
1
): 0.5MPa; Outlet pressure(P
2
): 0.35MPa; Flow rate
(Ｖ): 150L/min. First, find the point[A] where (V) and (Δ P) = (P
1
) - (P
2
). In the above
example, the point[A] is located between the 20A and 25A nominal size valves, so the
larger size of 25A should be selected.
[A]
Nominal
Size
・65A
V: Flow Rate L/min
△P: Differential Pressure MPa

-8-
■EPDT-028d■
Nominal
Size
[A]
[B]
■Diaphragm type (For air)
(DP-12/14/16/18/12D/14D/16D/18D)
【Example】
Under the following conditions, the appropriate nominal size would be determined as
described bellow. Inlet pressure(P
1
): 0.5MPa; Outlet pressure(Ｐ
2
): 0.35MPa; Flow rate
(Q) of air(20℃): 600m
3
/h(Normal condition). First, find the point[A] where (P
1
) and (P
2
)
intersect. Next, find the point[B] where a line drawn straight down from point[A]
intersects the (Q) line. In the above example, the point[B] is located between the 20A
and 25A nominal size valves, so the larger size of 25A should be selected.
P
2
: Outlet Pressure MPa V: Flow Rate kg/h

-9-
■EPDT-028d■
■Diaphragm type （For water）
(DP-12/14/16/18/12D/14D/16D/18D)
【Example】
Under the following conditions, the appropriate nominal size would be determined as
described bellow. Inlet pressure(P
1
): 0.7MPa; Outlet pressure (P
2
): 0.5MPa; Flow rate
(Ｖ): 300L/min. First, find the point[A] where (V) and (Δ P) = (P
1
) - (P
2
). In the above
example, the point[A] is located between the 25A and 32A nominal size valves, so the
larger size of 32A should be selected.
Nominal
Size
[A]
V: Flow Rate L/min
△P: Differential Pressure MPa

-10-
■EPDT-028d■
Press
ure
Gauge
Solenoid Valve Pressure Gauge
Inlet
By
-
pass
Valve
Strainer
By
-
pass
Valve
Outlet
By-pass Valve
ΔP
GV 0.365
Cv ＝
2
Ｐ
＞ Ｐ
1
2
2
Ｐ
＞ Ｐ
1
2
2
Ｐ
≦ Ｐ
1
2
2
Ｐ
≦ Ｐ
1
2
2940
Q
Cv ＝
138
Wk
Cv ＝
５．２ Calculating the Nominal Size
■Formula for Cv value calculation
《For steam》 《For air》
When When
When When
《For liquid》
Ｃｖ ： Cｖ value of the nominal size P
１
： Inlet pressure [MPa･A]
W ： Max. steam flow rate [kg/h] P
２
： Outlet pressure [MPa･A]
Ｑ ： Max. gas flow rate [m
3
/h(Normal condition)] Δ Ｐ ： Ｐ
１
－Ｐ
２
[MPa]
Ｖ ： Max. liquid flow rate [m
3
/h]
ｋ ： １＋０.００１３×｛Super-heat Steam Temp. [℃] －Saturated Steam Temp. [℃]｝
G ： Specific gravity (For gas, relative to air; For liquid, relative to water)
■Cv value
Nominal size 10A 15A 20A 25A 32A 40A 50A 65A
Piston type 3.1 4.9 8.2 12.4 17.7 25.0 33.6 33.6
Diaphragm type 3.0
(1.2)
4.4
(1.7)
8.1
(3.2)
11.5
(4.6)
17.0
(6.8)
23.3
(9.3)
30.5
(12.2)
* In case of inlet/outlet pressure differential is less than 0.01MPa, Cv value shown
in brackets should be adapted.
６．Installation
６．１ Piping Example
* When the valve is used at 0.1MPa or less, mount the valve to the horizontal piping
and the coil being at the top.
120
Wk
Cv ＝P
1
2550
Q
Cv ＝（273＋ｔ） G
P
1
Δ P （P
1
＋P
2
）
（273＋ｔ） G
Δ P （P
1
＋P
2
）

-11-
■EPDT-028d■
６．２ Wiring Method
（１） Wiring differs according to the voltage, AC100V or 200V (AC110V or 220V/AC120
or 240V). Wire the coil according to the instruction on the label attached to the coil. In
order to prevent faulty or erroneous wiring, especially wiring in a dark or narrow space, it
is recommended that each of the lead wires be clearly identified with different colors
that can be easily recognized.
（２） Do not unnecessarily pull the lead wires, and avoid subjecting them to excessive
loads when wiring and use.
（３） Use electric wires which have a core of 0.75mm
2
or more.
（４） Use a fuse (2 to 3) to protect the electric circuit. Use a circuit protector as follows
if the valve is used in a fuel supply system.
Rating voltage 100V: 0.5A circuit protector
Rating voltage 200V: 0.3A circuit protector
● DC coil has two non-selective lead wires (red and black).
Power
Switch
Fuse
Circuit
Protector
Coil

-12-
■EPDT-028d■
６．３ Warning & Caution for Installation
Warning
（１） When there is a risk of having life hazard, harming a body or property by the
malfunction of the solenoid valve, please install the safety device which operates
interception, opening, warnings on the basis of machinery or device.
（２） The Valves is not for explosive atmosphere.
* It is not explosion-proof construction.
（３） Carry out the cable connection only after confirming that no power is supplied.
* May cause an electric shock.
（４） Carry out the connection after confirming the rated voltage and follow to the
instruction.
* Erroneous cable connection may cause an electric shock or fire.
（５） Do not turn on electricity without coil on solenoid valve.
* May result in fire caused by an over current.
Caution
（１） For piston type solenoid valve, the minimum differential pressure between inlet
and outlet side must be more than 0.05MPa.
* May result in an abnormal operation.
（２） Vertical or horizontal installation is possible, but the coil must be installed above
the horizontal level.
* May result in a short circuit.
（３） When using less than 0.1MPa pressure, the solenoid valve should be installed
horizontally with the coil up.
* May result in an abnormal function.
（４） Remove foreign matter and scales from the lines before connecting the valve.
* Failure to do so may prevent the valve from functioning correctly.
（５） In case specifying installing direction, install inlet and outlet correctly.
* Failure to do so may affect the original performance.
（６） Install a strainer (Recommendation: 80-100mesh) at the valve inlet side.
* Failure to do so may prevent the valve from functioning correctly.
（７） Do not apply excessive load, torque or vibration to the valve.
* Doing so may result in malfunction or drastically shortened service life.
（８） Provide space around the valve so that the valve can be easily disassembled and
inspected.
* May not be able to do the maintenance.
（９） When using in the outdoor, set the eaves at the product to keep rain away from
the products and treat waterproof at the wire connection part.
* May result in a short circuit.
（10） Do not apply insulation around the solenoid coil.
* May cause an abnormal function.

-13-
■EPDT-028d■
７．Operating Procedure
７．１ Warning & Caution for Operation
Warning
（１） Prior to letting the application in the system, make sure that all connecting part
are properly connected and there is no danger when the application flows out of
pipe end.
* May result in burn when application blow out.
（２） In case of using high temperature fluid, do not touch the valve directly bare hands.
* May result in burn.
（３） The temperature of coil will be increased when applying current and reach high
temperature, so please do not touch with bare hands.
* May result in burn.
（４） Do not touch at terminal area of electronic wiring (bare live part) for solenoid
valve.
* May result in receiving an electric shock.
（５） Do not tighten hexagon bolts at cap of solenoid valve excessively.
* May result in a leakage because of breakage gasket.
Caution
（１） In case of no operation for a long time, perform test working before start operation
again.
（１）When the product is used with AC voltage, it may produce a buzzing sound depending
on the conditions of use.
７．２ Test Working
Test Working Procedure
When installing new piping or restart the system after shutdown for a long period of
time, close the stop valve in front and after the solenoid valve and remove the
foreign material and scales completely via by-pass line before operation.
（１） Before flow the fluids to solenoid valve, operate 2 to 3 times and confirm the
sound caused by plunger when the coil turns on.
（２） Fully open the stop valve at the outlet side.
（３） Making the solenoid valve into open position, and open the stop valve at the
inlet side gradually up to half opening and confirm the fluids flow to the end
of piping.
（４） Gradually close the stop valve at the outlet side, and confirm the fluids not
to leak from the solenoid valve and connection part of piping.
（５） Making the solenoid valve into close position, and fully open the stop valve
and both inlet and outlet side.
（６） On-off the solenoid valve 2 to 3 times, and confirm the solenoid valve
operate certainly.
（７） Making the solenoid valve into close position, and confirm no leakage at the
end of piping.
In case there is abnormal in some way, take action to improve the situation by
referring to “8.2 Troubleshooting”.

-14-
■EPDT-028d■
８．Maintenance Procedure
８．１ Warning & Caution for Maintenance
Warning
（１） Carry out the disassembling and maintenance only after confirming that no power
is supplied.
* May cause an electric shock.
（２） Completely discharge internal pressure from the valves, lines, and cool the valves
down to a level where you can touch it with bare hands disassembly and
inspection.
* Failure to do so may result in injury or burns due to residual pressure or spillage
around the valve.
（３） In case of using high temperature fluid, do not touch the valve directly bare hands.
* May result in burn.
（４） Do not supply electric power while the solenoid coil is detached from the product.
* The over current may cause the fire.
Caution
（１） In order to maintain original performance and function, examine daily and personal
inspection.
（２） Solenoid valve shall be disassembled and inspected by qualified person or
manufacture.
* Request the treatment to specialized dealer or manufacture in case of any
problem.
（３） When disassembly, the application inside the valve may leak, so catch with
container. When disassembly, take out the application inside valve.
（４） Be sure not to drop down the product. And put over a soft cloth during
disassembly to avoid the scratch on the products.
（５） While re-assembly, tighten all hexagon bolts evenly on each bolt in turn of diagonal
position.
（６） For repairing, be sure to use formal parts. And be sure not to modify the product.
* May results in physical damage or burn by broken of products, leakage of fluids,
or abnormal operation.
（７） In the event of failure, be sure to turn off the electric current source and give and
inspection of the products.
* May results in physical damage.
（８） When finding any defect on the product, follow the guidance from maintenance.
* May cause malfunction.
（９） When assembling the products, be sure to change into new gasket. The new gasket
comes with gasket paste.
* May results in leakage when using old gasket.
（10） After assembling or re-assembling, perform test working before start operation
again. For the contents, refer the article on “7.2 Test Working”.

-15-
■EPDT-028d■
８．２ Troubleshooting
Problem Cause Countermeasure
Valve does
not open.
Power is not turned ON. Check and turn on the power.
Plunger P is stuck by foreign matter of
the piping.
Disassemble and remove the foreign
matter. Be sure that the sliding action
is smooth.
Sliding action of plunger P is not smooth
because of dents of pipe.
Replace upper parts.
An incorrect pressure is being used. Correct the pressure or correct Model.
Fluid viscosity is 20cSt or more. Correct viscosity or correct Model.
Voltage is fluctuating. Regulate it within the range of ±
10% on rating voltage.
Voltage is incorrect. Correct the voltage.
Valve does
not close.
Scale or Scratch on the plunger P or
valve disc.
Disassemble and clean. If scratches
exist, replace it.
Plunger P is stuck by foreign matter of
the piping.
Disassemble and remove the foreign
matter. Be sure that the sliding action
is smooth.
Sliding action of plunger P is not smooth
because of dents of pipe.
Replace upper parts.
Inlet/outlet is in the opposite direction. Reinstall correctly.
Abnormal
noise is
heard.
Hexagon nut clamping the coil is loose. Tighten it.
Foreign matter exists at the top of
plunger P.
Disassemble and remove the foreign
matter.
An incorrect pressure is being used. Correct the pressure or correct Model.
Voltage is incorrect. Correct viscosity or correct Model.
External
leakage
Gasket is damaged or defect of tightening
the cover.
Replace the Gasket.
８．３ Disassembly Procedure （Refer to the disassembly drawing）
（１） Remove the hexagon not and the coil. Being careful not to lose the washer,
O-Ring, etc.
（２） Loosen the hexagon bolt by 2 to 3mm, and make sure that the internal pressure
has been discharged.
（３） Carefully remove the hexagon bolt and the cover, and then pull out the valve
assembly.
（４） Pay attention to each part not the cover, and then pull out the valve assembly.
（５） Re-assembly should occur in the reverse order of disassembly procedure
described above. When assembling the product, replace to new gasket. Gasket
paste is on the new gasket but use as it is.

-16-
■EPDT-028d■
８．４ Disassembly Drawing
■DP-10/15/10D/15D
DP-13/13D is shell flange type.
DP-17/17D is welded flange type.
Parts names shown in boxes are consumable items.
Hexagon nut
Wave washer
Plain washer
Name Plate
O-ring
Coil
Pipe
O-ring
Cover
Spring Pin
Hexa
gon
headed
bolt
Spring
Washer
The shape of gasket
is dependent on the
nominal size.
The gasket comes
with gasket paste.
Coupling spring
Pilot ring
Valve
Piston ring
Gasket
Body
The shape of body
is dependent on the
nominal size.
Valve spring (20-65A
*
)
Model: DP-10D/13D/15D/17D
Kick Spring
Plunger P
* 65A is for DP-13/13D only.
Model:
DP
-
10
/
13
/
15
/
17
Plunger P

-17-
■EPDT-028d■
■DP-12/16/12D/16D
DP-14/14D is shell flange type.
DP-18/18D is welded flange type.
* Parts names shown in boxes are consumable items.
Hexagon nut
Wave washer
Plain washer
Name Plate
O-ring
Coil
O-ring
Pipe 10-25A
Cover 10-40A
Coupling spring
Diaphragm 10-25A
Body 10-40A
Diaphragm
32/40A
Diaphragm
50A
Pilot ring
Body 50A
Hexagon
headed bolt
Spring Washer
Spring Pin
Rubber bush
Plain washer
Lead wire ground
Pipe 32-50A
Hexagon
headed bolt
Spring Washer
Cover 50A
Spring Pin
Model: DP-12D/14D/16D/18D
Kick Spring
Plunger P
Model: DP-12/14/16/18
Kick Spring
Plunger P

2015.8
PDD-046e
Warranty Information
1. Limited warranty
This product has been manufactured using highly-advanced techniques and subjected to
strict quality control. Please be sure to use the product in accordance with instructions on
the manual and the label attached to it.
Yoshitake warrants the product to be free from any defects in material and workmanship
under normal usage for a period of one year from the date of receipt by the original user, but
no longer than 24 months from the date of shipment from Yoshitake’s factory.
2. Parts supply after product discontinuation
This product may be subject to discontinuation or change for improvement without any prior
notice. After the discontinuation of the product, Yoshitake supplies the repair parts for 5
years otherwise individually agreed.
3. This warranty does not cover the damage due to any of below:
(1) Valve seat leakage or malfunction caused by foreign substances inside piping.
(2) Improper handling or misuse.
(3) Improper supply conditions such as abnormal water pressure/quality.
(4) Water scale or freezing.
(5) Trouble with power/air supply.
(6) Any alteration made by other than Yoshitake.
(7) Use under severe conditions deviating from the design specifications
( e.g. in case of corrosion due to outdoor use).
(8) Fire, flood, earthquake, thunder and other natural disasters.
(9) Consumable parts such as O-ring, gasket, diaphragm and etc.
Yoshitake is not liable for any damage or loss caused by malfunction or defect of the product.
INTERNATIONAL DEPT.
955-5, Miyamae, Irukadeshinden, Komaki, Aichi, 485-0084, Japan
Phone: [phone] Fax: [phone]
E-mail: [e-mail]