1st Hydrostatic transmitters
1.1 The distribution, basic parameters of transmitters
1.2 Energy balance, hydrostatic force transducers
1.3 Static characteristics of pumps, hydraulic motors
1.4 Dynamics of hydrostatic transducer
1.5 Construction converters
1.5.1. Rotary:
gear, screw, vane, radial piston, piston axial, eccentric
1.5.2. Swinging motors
1.5.3. Linear motors
6.1 Management hydrostatic transducer
1.6.1. Direct control of the geometric volume
1.6.2. Mechanical-hydraulic control at constant pressure, constant flow,
constant power. Load-Sensing Systems
1.6.3. Electrohydraulic control with proportional valves and servo valves
1.7 The course of passive resistance motors, stick-slip, minimal restrictions
Speed
2nd Control elements
1.2 Switchboards seat, plunger, valve. Built-in valves
2.2 One-way valves, controlled one-way valves, bilateral
hydraulic lock
3.2 Elements of flow control: Aperture, nozzles, flow control valves, butterfly
valves with two-way and three-way pressure weight, brake valves
4.2 Proportional valve
2.5 Servo
6.2 Components for pressure control: insurance, relief, weight loss, connection and
isolating valves. Controlled directly and indirectly controlled pressure valves
3rd Accessories hydraulic systems
1.3 Hydraulic accumulators
2.3 Filters and filtration of liquids
3.3 Seals in hydraulic systems
3.4 Tanks
3.5 Heaters, coolers
6.3 Management of liquid
4th The working fluid of hydraulic systems
1.4 Physical properties
2.4 Chemical properties
4.3 Ecological properties
4.4 Types of fluids used, the classification
5th Hydrostatic Systems
5.1 Control of the hydrostatic drive
5.1.1. Control speed (rpm) Engine: - volume control
- Control variable resistor
5.1.2. Control of power, torque
2.5 Energy-saving systems, hydrostatic
5.2.1. Energy-efficient sources of pressure
5.2.2. Load-sensing systems with an open center and closed center
5.2.3. Secondary control motors
5.2.4 Systems with energy recovery pressure
3.5 Hydrostatic systems with batteries
5.4 Hydrostatic systems with built-in valves
5.5 Hydrostatic systems with proportional valves
5.6 Compensation pressure load weights
7.5 Hydrostatic transmissions
5.8 Hydrostatic systems with two or more motors. Synchronous operation
motors
5.9 Servo-mechanisms
1.1 The distribution, basic parameters of transmitters
1.2 Energy balance, hydrostatic force transducers
1.3 Static characteristics of pumps, hydraulic motors
1.4 Dynamics of hydrostatic transducer
1.5 Construction converters
1.5.1. Rotary:
gear, screw, vane, radial piston, piston axial, eccentric
1.5.2. Swinging motors
1.5.3. Linear motors
6.1 Management hydrostatic transducer
1.6.1. Direct control of the geometric volume
1.6.2. Mechanical-hydraulic control at constant pressure, constant flow,
constant power. Load-Sensing Systems
1.6.3. Electrohydraulic control with proportional valves and servo valves
1.7 The course of passive resistance motors, stick-slip, minimal restrictions
Speed
2nd Control elements
1.2 Switchboards seat, plunger, valve. Built-in valves
2.2 One-way valves, controlled one-way valves, bilateral
hydraulic lock
3.2 Elements of flow control: Aperture, nozzles, flow control valves, butterfly
valves with two-way and three-way pressure weight, brake valves
4.2 Proportional valve
2.5 Servo
6.2 Components for pressure control: insurance, relief, weight loss, connection and
isolating valves. Controlled directly and indirectly controlled pressure valves
3rd Accessories hydraulic systems
1.3 Hydraulic accumulators
2.3 Filters and filtration of liquids
3.3 Seals in hydraulic systems
3.4 Tanks
3.5 Heaters, coolers
6.3 Management of liquid
4th The working fluid of hydraulic systems
1.4 Physical properties
2.4 Chemical properties
4.3 Ecological properties
4.4 Types of fluids used, the classification
5th Hydrostatic Systems
5.1 Control of the hydrostatic drive
5.1.1. Control speed (rpm) Engine: - volume control
- Control variable resistor
5.1.2. Control of power, torque
2.5 Energy-saving systems, hydrostatic
5.2.1. Energy-efficient sources of pressure
5.2.2. Load-sensing systems with an open center and closed center
5.2.3. Secondary control motors
5.2.4 Systems with energy recovery pressure
3.5 Hydrostatic systems with batteries
5.4 Hydrostatic systems with built-in valves
5.5 Hydrostatic systems with proportional valves
5.6 Compensation pressure load weights
7.5 Hydrostatic transmissions
5.8 Hydrostatic systems with two or more motors. Synchronous operation
motors
5.9 Servo-mechanisms