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Swash-plate Type Axial Piston Pumpsfor Open Circuits in Industrial Vehicles
ON APPLICATION / USAGE OF THE PRODUCTS
The operating conditions of the products shown in this catalog vary depending upon each application. Therefore, the decision of the products' suitability to the system considered must be made by the designer of the hydraulic system and/or the person in charge of determining the specification after making analysis and conducting tests, if necessary. The study of the specification shall be done based on the latest catalog and technical documents, and the system must be composed taking into account situations regarding the possibility of machine failure.
Prior to use of the products, descriptions given in the SAFETY PRECAUTIONS must be observed for the proper use.
The technical information in this catalog represents typical characteristics and performance of the products, and is not guaranteed one.
In case the products are used in the following conditions or environments, please consult us prior to the use.
Unspecified conditions or environmentsUse for atomic power, aviation, medical treatment, and/or foodUse likely to affect human beings or assets significantly or requiring particular safety
The information described in this catalog is subject to change without notice.For updated information, please consult our campany.
Although our products are designed on the basis of our profound knowledgeand long experience, and manufactured under the strict quality control system,the following must be taken into consideration in actual use.
1
SAFETY PRECAUTIONSBefore you use the product, you MUST read the operation or operators manual and MUST fully understand how to use the product.
To use the product safely, you MUST carefully read all Warnings and Cautions in this manual. You MUST also observe the related regulations and rules regarding safety.
Installation, removal, plumbing, and wiring must be done by the certified person.
*CERTIFIED PERSON: a person who has enough knowledge like a person who is trained by Kawasaki’s hydraulic school.
Make it sure that the power of the hydraulic power unit is turned off and that the electric motor or engine has completely stopped before starting installation or removal. You must also check the system pressure has dropped to zero.
CAUTION
WARNING
Turn off the power before starting wiring or other works related to the electric power, otherwise you may be stuck by an electric shock.
Use the specified bolts and keep the specified tightening torque when you install the product. Usage of unauthorized bolts, lack of torque or excess of torque may create problems such as failure of work, damage and oil leakage.
Clean the threads and mounting surface completely, otherwise you may experience damages or oil leakage caused by insufficient tightening torque or broken seal.
WARNING
CAUTION
CAUTION
Use the product under the specification mentioned in the catalog, drawings and specification sheet.
Keep your body off the product during the operations as it may become hot and burn your body.
Use the proper hydraulic oil, and maintain the contamination in the recommended level, otherwise it may not work or be damaged.
CAUTION
CAUTION
CAUTION
Use the safety equipment to avoid the injury when you operate the product.
Pay enough attention on handling method to avoid pinching hands or back problems that may be caused by heavy weight of the product or handling posture.
Do not step on the product, hit it, drop it or give strong outside force to it, as one of these actions may cause the failure of work, damage or oil leakage.
Wipe the oil on the product or floor off completely, as the oil creates slippery conditions that may result in dropping the product or injuring.
CAUTION
CAUTION
CAUTION
CAUTION
Cautions related to operation
Never use the product not equipped with anti-explosion protection in the circumstances of possible explosion or combustion.
Shield the rotating part such as motor shaft and pump shaft to avoid injuries caused by being caught of fingers or cloths.
Stop the operation immediately if you find something wrong such as unusual noise, oil leakage or smoke, and fix it properly. If you continue operating, you may encounter damage, fire or injury.
Make it sure that plumbing and wiring are correct and all the connection is tightened correctly before you start operating, especially if it is the first run.
DANGER
WARNING
WARNING
CAUTION
Warnings and Cautions for operation
Warnings and Cautions related to installation and removal of the product
Never modify the product without approval of Kawasaki.
Do not disassemble and assemble without approval by Kawasaki. It may cause troubles and failure, or it may not work as specified. If it is necessary by all means to disassemble and assemble, it must be done by an authorized person.
Keep the product from dust and rust by paying attention to the surrounding temperature and humidity when you transport or store the product.
Replacing the seals may be required if you use the product after long time storage.
Cautions related to maintenance
CAUTION
CAUTION
CAUTION
CAUTION
2
– 60 cm3
– 80
– 110
– 140
– 200
– 280
Displacement Double pump(Tandem type)
Double pump (Parallel type) Single pump
•K3V63DT•K5V80DT
•K3V63DTP•K5V80DTP
•K3V112DT•K5V140DT
•K3V112DTP•K5V140DTP
•K3V140DT •K3V140DTP
•K5V200DT •K5V200DTP
•K5V200DTH
•K3V280DTH
•K3V112DP•K5V140DP
•K3V63S•K5V80S
•K3V112S•K5V140S
•K3V140S
•K5V200S•K5V200DP
•K5V200DPH •K5V200SH
•K3V280S
•K3V280SH
KPM Swash Plate Type Axial Piston Pumps Programs for Industrial Vehicles
Out of a Wide Variety of Our Swash Plate Type Axial Piston Pumps,We Introduce below Those Most Suitable for Construction Machines with Open Circuits.
3
A Thorough Function Desigh Enabled Such Atractive Features
3. Long LifeA long life is obtained by adopting main bearings of large capacity and the piston-return mechanism that compensates for the wear of the shoe.
4. Low NoiseEven less noise has been achieved because of the op-timum design of the valve plate and the casing rigidity.
5. Wide Range of ControlsThe pump can be controlled in various kinds of control methods and is capable of responding to either mech-anical, hydraulic or electrical input.
1. High Power DensityA lighter and more compact machine with higher pres-sure rating and increased power density (output pow-er/mass) was obtained by adopting a half log type swash plate.
In particular, the double pump with its tandem ar-rangement, has eliminated a power divider, has an in-creased transmission efficiency, and is lighter.
2. High Efficiencyand Large Self-Priming Capability
The spherical valve plate and improved hydraulic bal-ance provide stable cylinder rotation, thus achieving high efficiency even in a low-pressure and low-speed operating range.
4
SERIES
The N series pump, which was used widely as a piston pump especially for construction machines, has been modified to the K3V series, meeting the present-day requirements. This pump has optimum functuon design and is provided with further improved power density, efficiency, and reliability, attained from our many years of experiences with the NV series.
K3V series
63: 63cm3
112: 112cm3
140: 140cm3
280: 280cm3
Displacement
Design code of regulator
Regulator code
DP: Double pump (Parallel type)
DT: Double pump (Tandem type)
S : Single pump
Desigh code
Standardwith Centrifugal pumpH :with PTOP :
R :L :
Direction of rotationClockwiseCounterclockwise(viewed from shaft end)
ORDERING CODE
SPECIFICATIONS
K3V 280 DT H 100 R 2N 01
1MPa = 10.197kgf/cm2
1N·m = 0.10197kgf·m1.Pressure to which guarantee of
performance, functions or ser-vice life is applied. Durability is unlimited (except for the bear-ing life).
2.At max. displacement. In case of engine driving, max. idling speed should be below this val-ue. This suction pressure should be -0.01 MPa and above.
3.Suction pressure should be above 0.1MPa.
4.Max. speed with centrifugal pump
5.When other kinds of fluid would be used, please consult with us.
Size
81 125
28063 112 140
2,650 2,360 2,150
2,0003,250 2,700 2,500
294125
343 1,950588 1,120
34.3
39.2
63 112 140 280
270160
140866848
Pressure(MPa)
Speed(min-1)
Displacement
Mass(kg)
Single
Tandem
Type
10 ~ 1,000 mm2/S (cSt)
80 ~ 150 mesh
Rated
Max.
Peak
Max. input torque of tandem pump
Oil temperature range
Max. for self priming
Oil viscosity range
FiltrationSuction line
Return line nominal 10 micron meter
(N·m)
Max. input torque of attached gear pump with PTO (N·m)
Hydraulicfluid
1
2
3
Antiwear hydraulic fluid5
1,600(2,000)
4
-20 ~ +95 °C
(cm3)
5
K5V series
80: 80cm3
140: 140cm3
200: 200cm3
Displacement
DP: Double pump (Parallel type)
DT: Double pump (Tandem type)
S : Single pump
Standardwith Centrifugal pumpH :with PTOP :
SERIES
With new technology the K5V series has enabled increased power density.
Desigh code
Design code of regulator
Regulator code
Direction of rotationClockwiseCounterclockwise(viewed from shaft end)
•Variation of pump displacement
K3V
K5V
Displacement (cm3)
500 100 150 200 300250
ORDERING CODE
SPECIFICATIONS1.Pressure to which guarantee of
performance, functions or ser-vice life is applied. Durability is unlimited (except for the bear-ing life).
2.At max. displacement. In case of engine driving, max. idling speed should be below this val-ue. This suction pressure should be -0.0 1MPa and above.
3.Suction pressure should be above 0.1MPa.
4.Max. speed with centrifugal pump
5.When other kinds of fluid would be used, please consult with us.
K5V 200 DT H 100 R 9N 01
1MPa = 10.197kgf/cm2
1N·m = 0.10197kgf·m
K5V80 K5V140 K5V200
63 112 140 180 280
Size
81 125
20080 140
2,460 2,160
2,2003,000 2,500
125
529 1,120843
34.3
39.2
80 140 200
160
86
294
6848
Pressure(MPa)
Speed(min-1)
Displacement
Mass(kg)
Single
Tandem
Type
10 ~ 1,000 mm2/S (cSt)
80 ~ 150 mesh
Rated
Max.
Peak
Max. input torque of tandem pump
Oil temperature range
Max. for self priming
Oil viscosity range
FiltrationSuction line
Return line nominal 10 micron meter
(N·m)
Max. input torque of attached gear pump with PTO (N·m)
Hydraulicfluid
1
2
3
Antiwear hydraulic fluid5
1,900(2,200)
4
-20 ~ +95 °C
(cm3)
6
Q
P
Q
S
Q
Pi
Q
Pi
Q
P
Q
I
Q
Pi
Pm
Q
P
Q
P
Q
P
Q
P1
P2
Pf
P2
Pi1
P2
Q
P
P2P2
Pf
PL
PA
Pi1
Pi1
Pm1
P2 P2
Pi1
P2
Pf
•Flow Control
Flow cotrol and Horsepower control can be combined with each other.Examples of applied circuits are shown above.Please consult us about other kinds of control, if necessary.
Code
Code No.
1
2
4
5
6
9
10 20 60 2P 2N 9L 2C 9N
Control type
Constanthorsepowercontrol
Totalhorsepowercontrol
High pressurecut-off
Variablehorsepowercontrol
Control typeConstant horsepowercontrol
Total horsepowercontrol
Total horsepower control +High-pressure cut-off
Positive flow control +Total horsepower control
Negative flow control +Total horsepower control
Load sensing control +Total horsepower control +Variable horsepower control
Negative flow control +Total horsepower control +Two-stage max. flow control
Negative flow control +Total horsepower control +Variable horsepower control
Circuit diagram
Control curve
P2:Companion pumppressure
Pressure cut-off
Horsepower control+ Pressure cut-off
Totalhorsepower control+ Pressure cut-off
Function & features
According to the rise of delivery pressuer of a pump, the tilting angle of the pump is automatically decreased, and the constant torque control is achieved.
If the pressure rises above the set value, the pump outlet flow is automatically decreased by the pressure cut-off control.
Variable horsepower control can be obtained by supplying pilot pressure or electric current.
1.According to the rise of delivery pressure of a pump, the tilting angle of the pump is automatically decreased, and the constant torque control is achieved. (compensation control)
2.The total horsepower control can be achieved by decreasing the horsepower of a pump depending upon the pressure of its companion pump.
Code
M
P
N
C
L
E
Control type
Manual flow control
Lever stroke
Electric current
P = PA- PL
PA: Pump pressure PL: Load pressure
Pilot pressure
Positive flow control
Negative flow control
2-stage max. flowcontrol
Load sensing control
Electric flow control
Control curve Function & features
With the manual control, the outlet flow can be step-lessly controlled.
Positive flow control can be carried out by using the pilot pressure.
Negative flow control can be carried out by using the pilot pressure.
Two-stage max. flow control can be obtained by sup-plying external pilot pressure.(only in negative flow control)
Load sensing control can be obtained.
With the electric current, the oulet flow can be controlled.
•Horsepower Control
SUMMARY OF REGULATORS
7 8
L2
L1
L3
L10
L9L8
L12
L11
L13
L14
L15
D2
Direction of rotation
: Clockwise: Counterclockwise(Viewed from shaft end)
Dr2
Dr1
Flange mounting face
30°
D1
L5
L6L7
L15
L16
Suction
Delivery
L22
L21 MInvolute splineto SAE
D3
L23
L17L13
Dr2
Dr2
Dr1
L12
L11D
2
4- d
30 °
D1
L5
L6L7
L4
L1 L19
L18
L20
L2
L9L8
L10
Flange mounting face Flange mounting face
Dr1
Use Dr1 or Dr2 port for case drain.
DIMENSIONS
•Tandem Type
L4
4- d
Dr2
Dr1
•Tandem Type (with PTO)
Use Dr1 or Dr2 port for case drain.
Dimensions of PTO unit
Suction
Delivery
SAE
30°
16/32
Flat root
Side fit
1310
Rule
Type of fit
Pressure angle
Diametral pitchCutter
Root form
Number of teeth
•Involute spline to SAE
Suction
Delivery
9
Size D1 D2 D3 L1 L2 L3 L6L5L4 L9L8 L10 L11 L12 L13 L14 L15L7d
K3V63K3V112K3V140K3V280K5V80K5V140K5V200
180224250300180224250
125160180200125160180
18222226182222
767893
115767893
708092
150708092
708092
125708092
142142142142142142142
190234256300190234256
228265305356228265305
138167190203138167190
464538618792464538618
195220245286195220245
9710912115097
109121
8910011212789
100112
9811012314098
110123
37415370374153
37415370374153
8888888
82.5582.55101.6
82.5582.55101.6
Size a
K3V63K3V112K3V140K3V280K5V80K5V140K5V200
G 1/2G 3/4G 3/4G 3/4G 1/2G 3/4G 3/4
b
22.630.830.830.822.630.830.8
c
a
b
e
b
b
a
d d
a
c
c c
d
a
L9
L9
cd
2.53.53.53.52.53.53.5
d
19202323192023
(mm)
Size
K3V63K3V112K3V140K5V80K5V140K5V200
L16
110110122110110122
L17
213213292213213292
L19
268305361268305361
L20
150150200150150200
L21
2.42.42.42.42.42.4
L22
88
1588
15
L23
106106127106106127
L18
177214257177214257
(mm)
Size No. of teethSpec. Pitch circle dia(mm) RuleModulePressure angle
(mm)
Size a
K3V63K3V112K3V140K3V280K5V80K5V140K5V200
b
23.823.827.831.823.823.827.8
50.850.857.266.750.850.857.2
31.031.037.561.531.031.037.5
M10—16M10—16M12—22M12—20M10—16M10—16M12—22
19192532191925
c d(mm)
d—Screw depth
e—Screw depth
Size a
K3V63K3V112K3V140K3V280K5V80K5V140K5V200
b
50.850.861.969.850.850.861.9
88.988.9
106.4120.788.988.9
106.4
M12—18M12—18M16—24M16—24M12—18M12—18M16—24
M
2—M10—252—M10—254—M12—222—M10—252—M10—254—M12—22
60607689606076
c
K3V63K3V112K3V140K3V280K5V80K5V140K5V200
14141718121717
30°20°20°20°20°20°20°
29.635.042.554.030.042.542.5
SAEJIS B 1603JIS B 1603JIS B 1603JIS B 1603JIS B 1603JIS B 1603
12/242.52.53.02.52.52.5
(mm)
15°
45°
•Dimensions
•Dimensions of shaft end
•Flange mounting face for Suction port (SAE Rule)
•Flange mounting face for Delivery port (SAE Rule)
•Drain port (Rule: JIS B 2351)
10
b
a
d d
a
c c
e
Delivery
Suction
L7
L11
L10 Dr1
L9
L5L4
L1L2
L12
L13
L3
L6L8
D2
15°
30°
D1
12 dDirection of rotation: Clockwise
K3V112K5V140K5V200
429429530
410410511
111114
235235272
113113138
163163206
111111141
256256301
555
391391400
148148135
522522625
428428507
493493570
385385398
343434
a
b
b
c
d
a
cd
a
K3V112K5V140K5V200
K3V112K5V140K5V200
G 3/4G 3/4G 3/4
b
30.830.830.8
c
3.53.53.5
d
202023
(mm)
a b
23.823.831.8
50.850.866.7
34.034.041.5
M10—16M10—16M12—22
191932
c d(mm)
K3V112K5V140K5V200
a b
50.850.869.9
88.988.9
120.7
M12—18M12—18M16—24
606083
c(mm)
15˚
45˚
Size No. of teethSpec. Pitch circle dia(mm) RuleModulePressure angle
K3V112K5V140K5V200
141715
20°20°30°
35.042.547.6
JIS B 1603JIS B 1603
ANSI
2.52.5
8/16
L9L8 L10 L11 L12 L13L2 L3 L6L5L4 L7Size
Size
Size
Size
D1 D2 L1d(mm)
DIMENSIONS
•Parallel Type
(Viewed from shaft end)
Use Dr1 port for case drain.
•Dimensions
•Flange mounting face for Delivery port (SAE Rule)
•Drain port (Rule: JIS B 2351)
•Flange mounting face for Suction port (SAE Rule)
•Dimensions of shaft end
e—Screw depth
d—Screw depth
11
Suction
Delivery
Flange mounting face
4- d
4- d
D1
30°
L7L6
L5
D2
L10
L9L8
L12
L11
L13
L4
L4
L5
L16L6
L1
L7
L16
Suction
Delivery
Dr1
Dr2
L2
L15
L14
L3
Dr2
Dr1
Use Dr1 or Dr2 port for case drain.
Size D1 D2 L1 L2 L3 L6L5L4 L9L8 L10 L11 L12 L13 L15 L16L7d
K3V63K3V112K3V140K3V280K5V80K5V140K5V200
180224250300180224
125160180200125160165
18222222182222
767893
115767875
708092
150709292
708092
125709292
142142142142142142142
190234256300190234265
210250292343210264300
138167190203138167190
277309366433277338389
195220245286195220245
L14
8910912113589
109121
8910011212789
100132
9811012314098
110132
37415370374153
37415370374153
888888
16
a
b
b
c
d
a
L9
cd
(mm)
Size No. of teethSpec. Pitch circle dia(mm) RuleModulePressure angle
a
K3V63K3V112K3V140K3V280K5V80K5V140K5V200
G 1/2G 3/4G 3/4G 3/4G 1/2G 3/4G 3/4
b
22.630.830.830.822.630.830.8
c
2.53.53.53.52.53.53.5
d
19202323192023
(mm)Size
Size
K3V63K3V112K3V140K3V280K5V80K5V140K5V200
27.823.831.831.827.831.836.5
57.250.866.766.757.266.779.4
25193232253238
(mm)
M12—16M10—16M12—18M12—20M12—16M12—18M16—24
K3V63K3V112K3V140K3V280K5V80K5V140K5V200
14141718121713
30°20°20°20°20°20°30°
29.635.042.554.030.042.541.3
SAEJIS B 1603JIS B 1603JIS B 1603JIS B 1603JIS B 1603
SAE
12/242.52.53.02.52.5
8/16
15°
45°
225
b
c
d
a
L9
K3V63K3V112K3V140K3V280K5V80K5V140K5V200
a
35.730.250.869.935.750.861.9
b
69.958.788.9
120.769.988.9
106.4
38386080386076
c(mm)
M12—18M12—18M12—18M12—20M12—18M12—18M16—24
•Single Type
d—Screw depth d—Screw depthSize a b c
•Dimensions
•Flange mounting face for Delivery port (SAE Rule)
•Dimensions of shaft end
•Flange mounting face for Suction port (SAE Rule)
•Drain port (Rule: JIS B 2351)
Direction of rotation
: Clockwise: Counterclockwise(Viewed from shaft end)
for K5V200S
12
CAUTION FOR INSTRUCTION
Mounting Direction and Drain Piping
The upper drain port should be used, and the drain pipe size must be equal to or larger than the drain port size.In case of the pumps with centrifugal pump, the drain lines must be settled on each pump.
The pump shaft should be mounted in the horizontal direction as shown in the figure below.The drain line loop must be extended above the top of the pump case.
For satisfactory service life of these pumps in application, the operating fluid should be continuously fiitered to keep at least the cleanliness level of NAS 1638 Class 9.A 10 µm filter must be used in the return line and a 80 ~ 150 mesh strainer in the suction lines.
Filtration
Front pump
Tandem pump
Rear pump
Examples of using a filter
150 mesh 150 mesh
Air
10 µm 10 µm
13
P
0.1 sec
0.4MPa (peak)
0.1MPa (normal)
Connection of Driving Shaft
Please use a flexible coupling for connection of the pump drive shaft with an engine flywheel or an electric motor shaft.Alignment should be so carried out that the parallel error may be held with in ± 0.03 mm.Do not put a radial or thrust load at the shaft end.
Starting
Before starting-up, fill the pump case with system fluid through the case drain connection. Case must remain full of fluid to provide internal lubrication.
Case Drain pressure
Please be careful so that the drain pressure in the casing does not exceed 0.1 MPa normally and 0.4 MPa at its peak.A suitable size of drain hose and drain filter should be selected.
14
KK HYDRAULICS SALES (SHANGHAI) LTD.B-908 Far East International Plaza 317 Xianxia Rd, Shanghai 200051Phone: 86-21-62351606 Fax: 86-21-62957080
Flutek, Ltd.192-11, Shinchon-dong, Changwon, Kyungnam, 641-370 Korea Phone: 82-55-286-5551 Fax: 82-55-286-5553
•Materials and specifications are subject to change without manufacturer's obligation.
Head Office / Main Plant234, Matsumoto, Hasetani-cho, Nishi-ku, Kobe 651-2239, JapanPhone: 81-78-991-1133 Fax: 81-78-991-3186
Tokyo OfficeWorld Trade Center Bldg., 4-1, Hamamatsu-cho 2-chome, Minato-ku, Tokyo 105-6116, Japan Phone: 81-3-3435-6862 Fax: 81-3-3435-2023
Kobe OfficeKobe Crystal Tower, 1-3, Higashikawasaki-cho 1-chome, Chuo-ku, Kobe, 650-8680, Japan Phone: 81-78-360-8608 Fax: 81-78-360-8609http://www.khi.co.jp/kpm/
OVERSEAS OFFICES
Seoul Officec/o Kawasaki Machine Systems Korea, Ltd. 3rd Floor (307), Industrial Complex Support Bldg., 637, Kojan-Dong, Namdong-Gu, Incheon, 405-817, KoreaPhone: 82-32-821-6941 Fax: 82-32-821-6947
Beijing OfficeRoom No.2602, China World Tower 1, China World Trade Center, No.1 Jian Guo Men Wai Avenue, Beijing 100004, People's Republic of ChinaPhone: 86-10-6505-1350 Fax: 86-10-6505-1351
Shanghai Office13th Floor, HSBC Tower, 101 Yin Cheng East Road, Pudong New Area, Shanghai 200120, People's Republic of China Phone: 86-21-6841-3377 Fax: 86-21-6841-2266
Taipei Office15th Floor, Fu-Key Bldg., 99 Jen-Ai Road Section 2, Taipei, TaiwanPhone: 886-2-2322-1752 Fax: 886-2-2322-5009
Bangkok Office17th Floor, Ramaland Bldg., 952 Rama IV Road, Bangrak, Bangkok 10500 ThailandPhone: 66-2-632-9511 Fax: 66-2-632-9515
Kuala Lumpur OfficeLetter Box No. 162, 6th Floor, UBN Tower, 10 Jalan P. Ramlee 50250, Kuala Lumpur, MalaysiaPhone: 60-3-2070-5141 Fax: 60-3-2070-5148
Jakarta Office12th Floor, Skyline Bldg., Jl. M. H. Thamrin 9, Jakarta 10340, IndonesiaPhone: 62-21-314-0737 Fax: 62-21-314-1049
OVERSEAS SUBSIDIARIES
Kawasaki Heavy Industries (U.S.A.), Inc. 599 Lexington Avenue, Suite 3901, New York, NY 10022, U.S.A.Phone: 1-212-759-4950 Fax: 1-212-759-6421
Houston Branch333 Clay Street, Suite 4310, Houston, TX 77002-4103, U.S.A.Phone: 1-713-654-8981 Fax: 1-713-654-8187
Kawasaki do Brasil Indústria e Comércio Ltda.Avenida Paulista 542-6 Andar, Bela Vista, 01310-000, São Paulo, S.P., BrazilPhone: 55-11-3289-2388 Fax: 55-11-3289-2788
Kawasaki Heavy Industries (U.K.) Ltd.4th Floor, 3 St. Helen's Place, London EC3A 6AB, U.K.Phone: 44-20-7588-5222 Fax: 44-20-7588-5333
Kawasaki Heavy Industries (Europe) B.V.7th Floor, Riverstaete, Amsteldijk 166, 1079 LH Amsterdam, The NetherlandsPhone: 31-20-6446869 Fax: 31-20-6425725
Kawasaki Heavy Industries (H.K.) Ltd.Room 4211-16, Sun Hong Kai Centre 30 Harbour Road, WanchaiHong Kong People's Republic of ChinaPhone: 852-2522-3560 Fax: 852-2845-2905
Kawasaki Heavy Industries (Singapore) Pte. Ltd.6 Battery Road, #18-04, Singapore 049909Phone: 65-6225-5133~4 Fax: 65-6224-9029
Kawasaki Precision Machinery (UK) LTD. Ernesettle Lane, Ernesettle, Plymouth, Devon PL5 2SA, United KingdomPhone: 44-1752-364394 Fax: 44-1752-364816http://www.kpm-eu.com
Kawasaki Precision Machinery of America Division of Kawasaki Motors Corp., U.S.A.5080, 36th St. S.E. Grand Rapids, MI 49512, U.S.A.Phone: 1-616-949-6500 Fax: 1-616-975-3103http://www.kawasakipmd.com