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7

CAUTION

Over-lubrication can damage the shaft seal.

C. Routine Inspection and

Maintenance 

1. Make certain all hydraulic connections are tight to

prevent fluid leakage or entry of air into the system.Complete
overhaul may be accomplished by means of cartridge and
gasket kits.

2. Check fluid level in the reservoir to assure an

adequate supply to the pump intake. When adding fluid,
always pour it through a 200 mesh or finer screen.

3. Inspect the filter element and replace if dirty.

4. Inspect the fluid for contamination. If contaminated,

drain the system and thoroughly clean the reservoir. Change
the filters and flush the complete system with new fluid.
Again drain the system and refill with new fluid.

5. Check the reservoir air breather and replace if dirty.

D. Product Life

The longevity of these products is dependent upon environ-
ment, duty cycle, operating parameters and system clean-
liness. Since these parameters vary from application to
application, the ultimate user must determine and establish
the periodic maintenance required to maximize life and
detect potential component failure.

Section IV – Overhaul 

A. General 

Complete overhaul may be accomplished by means of car-
tridge and gasket kits.

B. Disassembly 

Disassembly may be accomplished in the order shown in the
illustration (Figures 3 or 4).

WARNING

Before breaking a circuit connection, make certain
that power is off and system pressure has been
released. Lower all vertical cylinders, discharge
accumulators, and block any load whose movement
could generate pressure.

Prepare a clean, lint-free surface on which to lay internal
parts of the pump. Thoroughly clean areas adjacent to the
components being removed to minimize possibility of dirt
entering the system. Cap or cover all exposed ports and
openings into the system.

Inspect and replace as follows:

1. Vanes, for wear and sticking in rotor slots. Vanes

must move in slots from their own weight when dry. Replace
if defective. Stone new vanes lightly on an India stone to
remove sharp edges.

2. Ring, for scored or cross-grooved cam face. Replace

if grooved or scored.

3. Faces of rotor and bushings for wear and scoring.

Remove light scores by lapping; replace if heavily scored.
Stone new parts lightly to remove burrs.

4. Bearings for cracked or pitted races or pitted balls.

Replace if defective.

5. Shaft for wear at seal lip journal. Replace if scored.

6. Replace shaft seal, O-ring and head packing at each

teardown.

C. Reassembly 

Assemble parts in reverse order of disassembly, noting the 
following:

1. Assembly seals with spring toward inside of the

pump.

2. Coat all parts with compatible fluid and lightly

lubricate the lip of the shaft seal to prevent damage during
installation.

3. Install bearing and snap ring on shaft end and place

in the body.

4. Spring in the shaft seal must be toward the shaft

bearing.

5. Install cartridge parts so arrows on the parts are

pointed for intended rotation as viewed from the shaft end.

6. Assemble the pin so its small diameter end fits into

the body for right hand rotation (large end in body for left
hand rotation). See installation page 5.

Summary of Contents for Vickers VF Series

Page 1: ...I 3100 S Reprinted 12 1 86 Single Stage Single and Double Vane Pumps V104 124 134 144 V109 129 139 149 V105 125 135 145 V35 36 45 46 V108 128 138 148 V VF V VG Vickers Vane Pumps Overhaul Manual...

Page 2: ...2 EEaton Hydraulics Incorporated 2000 All Rights Reserved...

Page 3: ...eries Combinations 5 Single Stage Large and Intermediate Series Combinations 6 II Description 6 III Principles of Operation 6 A Operation 6 B Lubrication 6 C Routine Inspection and Maintenance 7 IV Ov...

Page 4: ...4 7 7 5 10 6 13 6 18 0 21 3 27 8 35 0 37 2 45 0 56 0 20 25 25 30 35 40 70 75 80 1 00 1 20 1 60 2 00 2 70 0 9 1 2 1 4 1 9 2 8 3 7 5 8 6 7 8 1 9 7 13 5 14 0 16 5 20 4 1 5 2 2 2 6 3 6 5 2 7 0 10 9 12 4 1...

Page 5: ...1 14 9 V 129 Y 20 V 129 E 20 V 129 G 20 V 129 A 20 V 129 C 20 V 129 D 20 V 139 Y 20 V 139 E 20 V 139 G 20 V 139 A 20 V 139 C 20 V 139 D 20 V 139U Y 20 V 139U E 20 V 139U G 20 V 139U A 20 V 139U C 20 V...

Page 6: ...each series These pumps can be used as single units or two may be assembled on a common drive shaft double pump providing an almost infinite number of combinations Figure 1 illustrates a cross sectio...

Page 7: ...linders discharge accumulators and block any load whose movement could generate pressure Prepare a clean lint free surface on which to lay internal parts of the pump Thoroughly clean areas adjacent to...

Page 8: ...lways determined by viewing the pump from the shaft end B Installation Right Hand Rotation Insert the small end of the located pin into the small hole in the pump body at a 3 o clock position Left Han...

Page 9: ...move pump from accessory mounting pad and determine damage to pump car tridge Replace needed parts Drain complete system Add new fluid of proper viscosity Filter the new fluid as rec ommended Check al...

Page 10: ...tridge Includes items 6 thru 11 6 Bushing 7 Pin Locating 8 Ring 9 Vane 10 Rotor 11 Bushing 12 Shaft key 13 Bracket screw 14 Bracket Foot Flange 15 Flange gasket 16 Drive shaft 17 Snap ring 18 Shaft be...

Page 11: ...45 Retainer screw 46 Retainer 47 Retainer gasket 48 Drive shaft 49 Lock nut 50 Lockwasher 51 Bearing 52 Shaft seal 53 Seal used on basic design only 54 Flange screw 55 Flange Inlet 56 Gasket inlet 57...

Page 12: ...All rights reserved Printed in U S A Eaton Hydraulics 15151 Highway 5 Eden Prairie MN 55344 Telephone 612 937 7254 Fax 612 937 7130 www eatonhydraulics com 46 New Lane Havant Hampshire PO9 2NB Englan...

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