Whilst every endeavour has been made to ensure accuracy, this publication cannot be considered to represent part of any contract, whether expressed of implied. The publishers reserve the right to amend specification at their discretion.

ASSEMBLY ORDERING CODE

The Water Hydraulics Co. Ltd. Alexandra House, English Street, Hull, East Yorkshire, HU3 2DJ, United Kingdom.

Tel: +44 (0)1482 595000, Fax: +44 (0)1482 214895, E-Mail: sales@waterhydraulics.co.uk. Registration Number: 4302081 England Website: www.waterhydraulics.co.uk

FM 87247

* W

S

O

Tap Water

Sea Water

Other*

(*P lease Spec i fy )

F lu id

** *** *

Example • A pump operating at 100 Bar on tap water

fed from a reservoir with a positive head. Shaft rotation clockwise (viewed on shaft end) with a displacement of 6cc

Ordering Code

PC100-6.0W

NOTE: Variable Pumps are only available as P60 and P180.

Circuit Symbols .

Pump Boosted Pump Variable Pump

NOTES :

Pumps - Axial Piston anus J

V 02.11

Totally oil free, clean and completely safe for people, processes and products. As a result of employing advanced materials, high velocity and loaded sliding surfaces can operate effectively with water as their only coolant/lubricant. The potential for cross contamination of the system fluid or the lubricating oil is removed. The result is an exceptionally small light weight product. Each bearing employs a hard/soft interface that minimises vibration and ensures a low noise and high efficiency operation. Manufactured in 316 stainless steel as standard the product offers excellent resistance to corrosive fluids. The materials utilised internally can be selected to suit the most appropriate combinations for not just tap water but also sea water and various other fluids. Minimal pulsation is experienced with these units due to the multiple piston design and the high operational speeds. Accurate flow metering is simply achieved with the control of the output shaft speed.

* PA

PB

PC

PV

Pump Ant i-Clockwise

Pump Boosted

Pump Clockwise

Pump Var iable**

( **P60 & P180 on ly )

Unit Type

* 010

Min

. . .

160

Max

10

…

. . .

160

Operating Pressure

(Bar )

-

* 0.8

1.2

3.3

4.6

6.0

10

15

19

23

30

35

51

63

70

104

134

180

225

0.8

1.2

3.3

4.6

6.0

10.0

15.0

19.0

23.0

30.0

35.0

51.0

63.0

70.0

104.0

134.0

180.0

225.0

Displacement

(cc/rev)

P180

P60

P30

P15

P6

P1

***

Whilst every endeavour has been made to ensure accuracy, this publication cannot be considered to represent part of any contract, whether expressed of implied. The publishers reserve the right to amend specification at their discretion.

Based on a tie bar design the range of cylinders offer durable construction with high degree of corrosion resistance in comparison to welded designs. The maximum speed of operation is dependant upon the selected material of construction and sealing technique. The materials are selected with respect to the application, duty cycle and fluid. Standard are 316 and high grade engineering polymer, an additional ceramic coating can be applied for extreme environments and duty cycles. The range ensures an appropriate life with low maintenance at the most cost effective solution is applied.

Specials

• Adjustable cushioning

• Extended sizes from table shown

• Proximity Sensors

• Linear Transducers for positional feedback

ASSEMBLY ORDERING CODE

The Water Hydraulics Co. Ltd. Alexandra House, English Street, Hull, East Yorkshire, HU3 2DJ, United Kingdom.

Tel: +44 (0)1482 595000, Fax: +44 (0)1482 214895, E-Mail: sales@waterhydraulics.co.uk. Registration Number: 4302081 England Website: www.waterhydraulics.co.uk

FM 87247

* 032

040

050

064

080

100

Ø32

Ø40

Ø50

Ø64

Ø80

Ø100

Bore (mm)

* S

D

S ingle

Act ing

Double

Act ing

Action

* W

S

T

O

Tap Water

Sa l t Water

Tech. Water

Other

Medium

* 16

20

25

30

40

60

Ø16

Ø20

Ø25

Ø30

Ø40

Ø60

Rod (mm)

* M

F

U

R

Male Thread

Female Thread

P la in Bear ing

Spher ical

Bear ing

Rod End

* F

U

R

Front F lange

P la in Bear ing

Spher ical

Bear ing

Body Mounting

* S

T

U

N

Extend

Retract

Both

None

Cushioning

* 50

MIN.

1000

MAX.

050

1000

Stroke (mm)

* * * * * * * *

Example • Ø50 Bore, Ø25 Rod, 300 Stroke, Double Acting, Male threaded Rod end & Front Flange Mounted, Without Cushioning, to be used with tap water.

Ordering Code 050 W D 25 M F N300

NOTE: Special Cylinders are available upon request.

Circuit Symbols .

Single Acting Double Acting Cushions

NOTES :

CYLINDERS anus J

V 02.11

Spline 13 Tooth8/16 PitchFillet RootSide fit

300.50

30.50

Mount Flange to SAE "D" Configuration

77.8

0

M12

Max P 2.5 Bar

1" BSPPCase Drain

4 bolt flange

2 Ports2" SAE (3000 PSI)

(eye bolt)

193

193

M12x18

69

42.80

100

THIS DRAWING IS THE PROPERTY OFTHE WATER HYDRAULICS COMPANY LTD. AND MAY NOT WITHOUT WRITTENCONSENT BE COPIED IN WHOLE OR PART OR USED FOR ANY PURPOSE OTHER THAN ORIGINALLY SUPPLIED

5/01/08

B

C

D

1 2

A

321 4

B

A

5 6

DRAWN

CHK'D

APPV'D

NAME SIGNATURE DATE

SCALE:1:10 SHEET 1 OF 1

C

ORIGINAL SHEET SIZE: A4

DRG. NO. W34001

5-01-08

PROJECTION

MATERIAL:

SURFACE FINISH:

MATERIAL:

3rd ANGLE

CH

TM

1.6

W34001DRG. NO.

ISSUE REMARKS DATE

Tel: 01482 595000

5-1-08

TMarkham

U.O.S.MK2 P&M 180 Installation Drawing STAINLESS STEEL

C HAll

T Markham

UNLESS OTHERWISE SPECIFIED:DIMENSIONS ARE IN MILLIMETERS

TOLERANCES: LINEAR: +/- 0.1 ANGULAR: +/- 0.25

TM

88.50

14.50

152.

3515

2.30

54Working Length

252

(9")228.60

25

Whilst every endeavour has been made to ensure accuracy, this publication cannot be considered to represent part of any contract, whether

expressed of implied. The publishers reserve the right to amend specification at their discretion.

The Water Hydraulics Co. Ltd.

Alexandra House, English Street, Hull, East Yorkshire, HU3 2DJ, United Kingdom.

Tel: +44 (0)1482 595000, Fax: +44 (0)1482 214895, E-Mail: sales@waterhydraulics.co.uk. Registration Number: 4302081 England

Website: www.waterhydraulics.co.uk

FM 87247

V 02.11

Totally oil free, clean and completely safe for people, processes and products. As a result of employing advanced materials,

high velocity and loaded sliding surfaces can operate effectively with water as their only coolant/lubricant. The potential for

cross contamination of the system fluid or the lubricating oil is removed. The result is an exceptionally small light weight

product. Each bearing employs a hard/soft interface that minimises vibration and ensures a low noise and high efficiency

operation.

Manufactured in 316 stainless steel as standard the product offers excellent resistance to corrosive fluids. The materials

utilised internally can be selected to suit the most appropriate combinations for not just tap water but also sea water and

various other fluids.

Driven direct by a 4 pole synchronous motor the output flow of the pump can be varied between zero and maximum

displacement controlled by , electrical, hydraulic or Mechanical means.

Ordering Codes

Max flow

L/min

@1500 rpm

Max Power

@160 bar

P60 PV160-60W 110 29kW

P180 PV160-180W 330 88kW

Proposed Forms of Control

Electronic- By a proportional solenoid in either closed or open loop configurations, see controllers data sheet for further

information.

Hydraulic- Constant pressure control, the output of the pump will be matched to the system demand by automatically

trimming the displacement as a function of the pre set pressure by an integral relief valve.

Load sensing control, the output will be trimmed to offer the flow required by actuator making it a very

Efficient form of control.

Mechanical- By a manual hand wheel.

Motor Pump Assemblies

A standard range of bell housing and couplings are available for connecting the pumps to the B5 electric motor flange. The

pumps are not capable of operating with induced axial or radial loads on the input shaft. Always adopt the use of a 3 part

Gear style coupling where possible. If the drive shaft/spigot location is within 0.05mm concentricity direct inline drive

assemblies are permissible.

Maximum continuous pressure - 160 bar

Minimum Inlet pressure - 3.0 bar

anus J PUMPS

VARIABLE DISPLACEMENT PUMP

PV160-60W

Janus Pumps

Issue 8.09

A XIAL P ISTON

TYPE P1 P6 P15 P30 P60 P180

Displacement cc/rev Max Min

1.5 0.8

6 3.3

19 8

35 20

70.3 35

225 104

Max. RPM unboosted boosted *

2000 ———

1800 2000

1800 2000

1800 2000

1800 2000

1800 2000

Max Input power (kW) 0.55 3.8 11 19.5 42 114

Max. water flow (l/min) 2.4 12 37.2 66 146 430

Max cont. pressure (bar) 100 160 160 160 160 160

Weight (kg) 1.5 2.2 8 10 19 82

Temperature °C max** min***

90 2

50 2

50 2

50 2

50 2

50 2

* Pump speeds above 2000rpm are possible under higher boost conditions, consult TWHC ** Higher temperature operation is possible consult TWHC for details *** Consult TWHC for antifreeze option and lower temperature conditions

Totally oil free, clean and completely safe for people, processes and products. As a result of employing advanced mate-rials, high velocity and loaded sliding surfaces can operate effectively with water as their only coolant/lubricant. The potential for cross contamination of the system fluid or the lubricating oil is removed. The result is an exceptionally small light weight product. Each bearing employs a hard/soft interface that minimises vibration and ensures a low noise and high efficiency operation. Manufactured in A.I.S.I. 316 stainless steel as standard the product offers excellent resistance to corrosive fluids. The materials utilised internally can be selected to suit the most appropriate combinations for not just tap water but also sea water and various other fluids. Minimal pulsation is experienced with these units due to the multiple piston design and the high operational speeds. Accurate flow metering is simply achieved with the control of the output shaft speed.

Motor Pump Assemblies A standard range of bell housing and couplings are available for connecting the pumps to the B5 electric motor flange. The pumps are not capable of operating with induced axial or radial loads on the output shaft. Always adopt the use of a 3 part Gear style coupling where possible. If the drive shaft/spigot location is within 0.05mm concentricity direct inline drive assemblies are permissible. Temperature The units will generate full performance from 2°C to 50°C. For temperatures below freezing an environmentally friendly antifreeze is available; ask for the glycol data sheet. Operation above 50°C is possible, but the volumetric efficiency of the unit will be affected consult TWHC and specify the maximum operating temperature. Filters All incoming water to the pumps must be pre-filtered to a nominal rating of 10µm (25µm absolute) with a filter element rating of ß10 = 75 or better. Return line filtration is advisable on closed loop systems. High pressure filtration may also be considered.

Ø

Ø

Ø

H Pump

A B C D E F G H I J N

Bolts SAE SIZE

P1 80 — 55 32 8 11 5 — 48 1/8” M4* —

P6 85 — 75 37 16 18 9 — 67.5 3/8” M5* —

P15 145 — 114 82.5 6.3 37 19 12 106.3 3/4” M10 A

P30 161 — 174 101.6 9.4 51.3 24 13.5 144 3/4” M12 B

P60 202 — 215 127 12.6 63 28 21.5 181 1” M16 C

M180 300 — 252 152.4 14.5 74 8/16 Spline

30.5 228.6 SAE 2”

M24 D

K

1/2”

3/4”

3/4”

1”

SAE 2”

M

—

1/2”

3/4”

1”

11/2”

3”

L

—

3/8”

1/2”

1/2”

1/2”

1”

Key-way —

3 x 3

6x6

8x7

8 x 7

13T Spline

J BSPP Pressure Port K BSPP

Inlet Port

L BSPP Leakage Port

J BSPP Pressure Port

M BSPP Inlet Port

A

B

C

D

F E

G

I Crs.

g6

g6

Dimensions

N Mount Bolt Size

Boosted pumps can rotate in either direction. A mini-mum positive inlet pressure of 2.0 bar above casing pressure is required. Max. casing pressure 2.5 bar. Max inlet pressure 140 bar

Un-boosted pumps can be supplied in either clockwise or anti-clockwise rotation. These pumps will not lift water, a positive head is required at all times. Max. inlet pressure 2.5 bar.

Inlet Conditions

* Through bolts supplied with unit

Issue 8.09