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Hagglunds EN347-4 Powerful Engineering Hydraulic Pump & Motor Electrical Diagram control, signal diagram, electrical motor diagram, hydraulic pump diagram, hydraulic motor diagram, powerful engineering resource guide. x1 is included in this listing please see all photos before bidding additional photos can be sent if necessary you will receive the item(s) pictured please ask any and all questions before buying. All items are subject to be shipped in multiple packages and can be canceled at any time, we reserve the rights for the shipping carrier to be chosen at our discretion, no items will be shipped until payment is completed. Payment is due within 3 business days of sale date. We reserve the right to cancel a auction after bidding ends at our discretion of lack of payment, rude buyers, or low feedback or any other reason. We also may not cancel a order if it has already been packed. International buyers and subject to higher shipping fees. Buyer assumes responsibility for the proper use of all items. Yes we can ship to your Hotel Room if that is the address on file. Items will ship to the address of file. Returns are not accepted, A fifty percent restocking fee will be charged for all returned items. Items will be returned at buyers expense ALL items are sold as is All items are from a smoke and cat free home Make sure to check out our other listings! Contents

Torsion.

Units

Sl-unit chart.

Bending.

Elastic buckling

Torsion.

Base units...

Space and time.

Bending.

Hydraulics

Conversions to SI-units

Mechanics.

Bearing life and load ratings....

Basic formulas

.84

Strength...

Light radiation, acoustics & heat

Pumps

86,88

Light..

Light radiation.

Cylinders.

Motors...

86,88

Acoustics

.10

Acoustics ..

87,89

Heat...

.11

•56

Hydrostatics...

Molecular physics.

Heat...

•56

Hydrodynamics..

Electricity and magnetism.

Conversions to SI-units

Electrotechnics

.58

Pressure drop in sharp-edged holes

Electronics..

Data storage and data transmission

..58

Pressure drop in pipes.

Formulas for Direct Current...

Pressure drop in couplings etc.

Hydraulics...

Formulas for Alternating Current.

Friction coefficient for pipes ..

Multiples and submultiples of 10..

- 62

Hydraulic fluids.

Resistance ..

.15

•63

Viscosity diagram.

Roman numerals...

Inductance..

Greek alphabet...

.64

Capacitance..

Bulk modulus and compressibility

-64

Mathematics

Inductance and resistance...

Transformation of energy ...

•65

Mathematic symbols and use of symbols...18

Change in dimension.

Capacitance and resistance

•65

Pressure tanks ..

Vector quantities......

.24

Mathematic formulas.

.28

Capacitance, inductance and resistance.

...66

Component characteristics..

Circuit theorems

.66

Flow forces.

Space and time

Single phase A.C. circuits

..67

Oscillations

Conversions to SI-units

.34

Three-phase A.C. circuits.

..67

Applicatio

Velocity, speed..

Electronics

...67

Damping ..

Rotation..

.35

Boolean functions..

Non-steady flow

Areas and voumes...

Logic gates.

.70

Pump pulsations.

Mechanics & strength

Gate symbols..

-70

Example ..........

Conversions to SI-units ..

.38

Measuring methods

.71

Accumulators.

Statics ..

Rectifiers.

Example, accumulator

Kinematics.

.41

Kinetics

Transformers.

.73

Choice of accumulator siz

.41

Application ...

Electromagnetism

.74

Cavitation ...

..74

Volume changes

Capacitance..

Mass moment of inertia

Heating..

.42

Formulas for stress calculation

Electronic symbols

Shearing

.78

Tank cooling

Computers

Water coolet

Pressure increase

Efficiency

Hydraulic !

の

ng.

load ratings....

, acoustics & heat

units

Current.

ting Current.

ce ...

nce..

• 65

and resistance.

.....бб

Hydraulics

Conversions to SI-units

Basic formulas..

Pumps ...

Cylinders.

Motors..

Hydrostatics...

Hydrodynamics...

Pressure drop in sharp-edged holes

Pressure drop in pipes.

Pressure drop in couplings etc.

Friction coefficient for pipes ...

бз

Hydraulic fluids..

Viscosity diagram

Bulk modulus and compressibility

Transformation of energy.

Change in dimension .....

Pressure tanks..

Component characteristics..

Flow forces

Oscillations Applicatio..

Damping

Non-steady flow

Pump pulsations..

Example..

Accumulators..

Example, accumulator

Choice of accumulator size.

Cavitation

Volume changes

Heating.

Tank cooling.

Water cooler

Pressure increase by temperature

Efficiency .

Hydraulic fluids.

86,88

87,89

.93

.96

101

.102

102

.103

.104

.105

105

106

.106

.107

107

108

109

110

111

112

113

114

Demands for hydraulic fluid

Filtration ....

Grade of filtration..

Impurity classes.

Contamination levels...

Theories of flat valves .

Hydrostatic bearings..

Types of hydraulic systems.

System designs ..

Servo engineering

The servo valve..

The transmission function of the system.132

The stability of the servo...

The rapidity of the servo - bandwidth

.115

.117

117

119

120

121

123

.125

128

134

136

Sensitivity to load of the hydraulic system and the servo - rigidity ...

The stationary error of the servo

Facilities of automatic engineering

Laplace's transforming..

Reducing into block diagrams

Bode's diagram..

Nyquist's diagram

137

.140

140

.141

143

144

145

Hydraulic symbols acc. to

SMS and CETOP...

147

Survey of SI-units Conversion factors

158

Words to search for in this compilation Words (more specific) to search for in this compilation and their translations into Swedish, French and German..

..167