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3

Section I - Introduction 

A. Purpose of Manual 

This manual is issued as the service publication for Vickers
VT16 and VT17 series Power Steering Pumps. Pumps are
identified by a model code on the nameplate as belonging to
the series of models covered by the model code in Table 2.

B. General 

Operation, maintenance and overhaul information for the
models covered by Table 2 is contained in this manual. Parts
ordering information and installation dimensions are not
included. Parts catalog and installation drawing numbers are
listed in Table 1.

Model

Series

Installation

Drawing

Parts

Catalog

VT16
VT17

M166357
M166358

M-1370-S

Table 1.  

C. Physical and Operating
Characteristics 

Vickers VT16 and VT17 Pumps are primarily used to supply
hydraulic fluid flow for the operation of power steering
systems. These are balanced vane type, positive
displacement pumps with a constant rate of delivery per
revolution. The direction of pump rotation can be changed to
suit specific applications. Pumps are available with an
integral reservoir or with a manifold for remote reservoir
locations.

7

Design

8

5

Relief Valve Setting
75 - 750 PSI
95 - 950 PSI
120 - 1200 PSI

Controlled Flow Rate
15 - 1.5 GPM
25 - 2.5 GPM
30 - 3.0 GPM
40 - 4.0 GPM
50 - 5.0 GPM

1

3

4

5

7

6

1

2

6

2

3

Vane Type Steering Pump

Manifold And Reservoir
16 - Reservoir
17 - Manifold

Series

Optional Left Hand Rotation

Table 2. Model Code Breakdown.  

4

Ring Capacity
15 - 1.5 GPM
40 - 4.0 GPM

8

Summary of Contents for Vickers VT16

Page 1: ...M 1538 S Revised 3 1 75 Power Steering Pumps VT16 VT17 Series Overhaul Manual Vickers Steering...

Page 2: ...Figure 2 Schematic View 5 Figure 3 5 D Flow Control and Relief Valve 5 Figure 4 6 IV Installation and Operating Instructions 6 A Drive Connections 6 B Shaft Rotation 6 C Hydraulic Tubing 6 D Hydrauli...

Page 3: ...6358 M 1370 S Table 1 C Physical and Operating Characteristics Vickers VT16 and VT17 Pumps are primarily used to supply hydraulic fluid flow for the operation of power steering systems These are balan...

Page 4: ...its the maximum pressure in the circuit Flow Control Valve Figure 1 Pressure Plate Ring Vane Rotor Shaft Body Cover Reservoir D Application Pump ratings methods of installation and application in form...

Page 5: ...When pump delivery is greater than the flow rate de termined by the restriction D a pressure build up in cham ber B forces the spool open against the large spring force Excess fluid is throttled past...

Page 6: ...flow 2 Tubing must not be bent too sharply The minimum radius for bends is three times the inside diameter of the tube 3 To minimize flow resistance and the possibility of leak age only as many fittin...

Page 7: ...e to remove paint metal chips welding shot lint etc If this is not done damage to the hydraulic system will probably result In addition continuing filtration is required to remove sludge and products...

Page 8: ...cement 1 All hydraulic connections must be tight A loose con nection in pressure lines will allow fluid to escape In suction and return lines loose connections will permit air in the pump resulting in...

Page 9: ...p not delivering oil Con t Vane or vanes stick in rotor slots Oil viscosity too heavy to pick up prime Disassemble pump Examine rotor slots for dirt grime or small metal chips Clean rotor and vanes in...

Page 10: ...Control valve sub assemblies are preset and tested by Vickers and should not be disassembled If any part is defective the complete sub assembly should be replaced d Remove the pressure plate Note the...

Page 11: ...ated Lubricate the seal lip with petroleum jelly and slide the shaft into position Install the snapring in the body 3 Cover End Support the body on blocks with the shaft end down before reassembling t...

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