Daily study
The program of lectures
Week lectures
1 Ability to operate as a comprehensive property affecting the quality of the product.
Evaluation of reliability. Indicators of reliability R (t), F (t), f (t)
lambda (t).
2 Disorders and their classification. Failure rate lambda (t). Central
time between failures.
3 Reliability of the three systems. Backup. Life and the life indicator.
Emergency and ways of achieving high availability of technical resources.
4 Tests of reliability. Accelerated test parameters increased.
5 Maintenance of hydraulic and pneumatic equipment. Goal maintenance. Systems
maintenance. Preventive maintenance schedule. Maintenance according to actual situation
technical means. Corrective Maintenance. Proactive maintenance.
6 Methods of maintenance. Maintenance organization. Documentation on operation and maintenance.
Ordering spare parts. Computer equipment maintenance.
7 Installation of hydraulic and pneumatic equipment. Installation of the pipe. Hose.
Connecting threads. Removal and reconditioning of hydraulic components.
8 Tanks and their equipment. Cubes, blocks, panels and hydraulic
pneumatic components. Power unit. Expansion joints, joints,
hydraulic coupling elements.
9 Placing the operation of hydraulic and pneumatic equipment. Functional and
pressure test. Hydraulic and pneumatic equipment. Testing.
10 Security when working with hydraulic and pneumatic equipment.
Safety when working with hydraulic accumulators. Temperature stabilization
hydraulic circuit. Heaters and coolers.
11 Filtration of fluids for hydraulic systems. Rating Pollution
hydraulic fluids. Filtration of the servo. Requirements for operational clarity
compressed air.
12 Fluids for hydraulic circuits: oil. Operating characteristics: viscosity,
lubricity, thermal-oxidative stability. Oils. Slightly flammable liquids:
types, characteristics, uses, requirements for equipment.
13 Environmentally friendly fluids: types, properties, applications. Cavitation and its
elimination.
14 Measures to reduce noise of hydraulic and pneumatic equipment.
Packaging, preservation, transportation, protection against corrosion of hydraulic and pneumatic
equipment.
Program of exercises and seminars + individual students' work
Week Refill exercises and seminars
1 The use of hydraulics and pneumatics in practice with a focus on operational
conditions, complemented by a video-film.
2 Calculation of reliability characteristics.
Program No. 1: Calculation of failure rate lambda (t) for two basic types of faults
(Random failures and faults gradually increasing). The program can receive up to
10 points.
3 Visits rehearsal and production units.
4 Installation and commissioning hydraulic. equipment. Program No. 2:
Processing instructions for installation and commissioning of hydraulic equipment in service. For
program can receive up to 10 points.
5 Operation and maintenance of hydraulic equipment. Program No. 3: Processing
instructions for operation and maintenance of selected equipment. The program can receive up to 10
points.
6 Cleanliness. Filters and filtration. Practical examples of measurement
purity of the working fluid in the laboratory. Practical examples of the use of seals in
hydraulic systems.
7 Credits.
List of questions to test
No question Wording of the question
1 Ability to operate as a comprehensive property affecting the quality of the product.
2 Disorders and their classification.
3 Reliability of products and three indicators of reliability R (t), F (t), f (t)
lambda (t).
4 Conduct of the failure rate lambda (t) for random disturbances and disorders
gradually increasing. Reliability of the system.
5 Service life and life indicator. Emergency and ways of achieving
high alert.
6 Examination of reliability. Accelerated test parameters increased,
cycling.
7 Maintenance: the objective of maintenance, systems maintenance. Preventive maintenance by time
plan.
8 Maintenance by real state of the art equipment.
9 Maintenance Fail. Proactive maintenance.
10 Methods of maintenance: daily maintenance, inspection, inspection, repair.
11 Maintenance organization. Documentation on operation and maintenance.
12 Installation of hydraulic and pneumatic equipment. Installation of the pipe.
13 Hose. Fasteners pipe couplings, expansion joints.
14 Shells and their equipment.
15 cubes, blocks, panels. Mounting position elements. Power unit.
16 Putting into operation of hydraulic and pneumatic equipment. Functional and
pressure test.
17 Filtration of fluid in the hydraulic circuit. Filters, filter media.
The location of filters in the circuit.
18 Contamination in the working fluid. Sources of pollution. Negative
effect of impurities. The requirements for clean compressed air.
19 Temperature stabilization of hydraulic systems. Heaters and coolers.
20 Fluids for hydraulic circuits: oil. Operating characteristics: viscosity,
lubricity, thermal-oxidative stability.
21 Cavitation and possibilities for its elimination. Air in liquid.
22 mineral oil: types, properties, applications.
23 Slightly flammable liquids: types, characteristics, application, requirements for equipment.
24 Environmentally friendly fluids: types, properties, applications.
25 Safety in working with hydraulic and pneumatic equipment.
26 Measures to reduce the noise of hydraulic equipment.
Combined study
The program of lectures and exercises
Week lectures
1 Ability to operate a complex property affecting the quality of the product.
Evaluation of reliability. Indicators of reliability R (t), F (t), f (t)
lambda (t). Disorders and their classification. Failure rate lambda (t). Central
time between failures. Reliability of the system. Backup. Durability and predictors
life. Emergency and ways of achieving high technical readiness
resources.
Tests of reliability. Accelerated test parameters increased,
cycling.
Maintenance of hydraulic and pneumatic equipment. Goal maintenance. Systems
maintenance. Preventive maintenance schedule. Maintenance according to actual situation
technical means. Corrective Maintenance. Proactive maintenance.
Methods of maintenance. Maintenance organization. Documentation on operation and maintenance.
Ordering spare parts. Computer equipment maintenance.
Installation of hydraulic and pneumatic equipment. Installation of the pipe. Hose.
Connecting threads. Removal and reconditioning of hydraulic components.
2 Shells and their equipment. Cubes, blocks, panels and hydraulic
pneumatic components. Power unit. Expansion joints, joints,
coupling.
Putting into operation of hydraulic and pneumatic equipment. Functional and
pressure test. Hydraulic and pneumatic equipment. Testing.
Safety when working with hydraulic equipment. Safety at Work
with hydraulic accumulators.
Filtration of fluid in the hydraulic systems. Rating Pollution
hydraulic fluids. Filtration of the servo. Temperature stabilization
hydraulic circuit. Heaters and coolers.
Fluids for hydraulic circuits: oil. Operating characteristics: viscosity,
lubricity, thermal-oxidative stability. Oils. Slightly flammable liquids:
types, characteristics, uses, requirements for equipment. Environmentally friendly liquid:
types, properties, applications. Cavitation and its elimination.
Measures to reduce the noise of hydraulic and pneumatic equipment.
Packaging, preservation, transportation, protection against corrosion of hydraulic and pneumatic
equipment.
3 Program No. 1: Calculation of failure rate lambda (t) for two basic
types of failures (random failures and faults gradually increasing). The program can be
receive up to 10 points.
Program No. 2: Processing instructions for installation and commissioning of hydraulic
into operation. The program can receive up to 10 points.
Program No. 3: Processing instructions for operation and maintenance of hydraulic and
pneumatic equipment. The program can receive up to 10 points.
List of questions to test
No question Wording of the question
1 Ability to operate as a comprehensive property affecting the quality of the product.
2 Disorders and their classification.
3 Reliability of products and three indicators of reliability R (t), F (t), f (t)
lambda (t).
4 Conduct of the failure rate lambda (t) for random disturbances and disorders
gradually increasing. Reliability of the system.
5 Service life and life indicator. Emergency and ways of achieving
high alert.
6 Examination of reliability. Accelerated test parameters increased,
cycling.
7 Maintenance: the objective of maintenance, systems maintenance. Preventive maintenance by time
plan.
8 Maintenance by real state of the art equipment.
9 Maintenance Fail. Proactive maintenance.
10 Methods of maintenance: daily maintenance, inspection, inspection, repair.
11 maintenance organization. Documentation on operation and maintenance.
12 Installation of hydraulic and pneumatic equipment. Installation of the pipe.
13 Hose. Fasteners pipe couplings, expansion joints.
14 Shells and their equipment.
15 Cubes, blocks, panels. Mounting position elements. Power unit.
16 Putting into operation of hydraulic and pneumatic equipment. Functional and
pressure test.
17 Filtration of fluid in the hydraulic circuit. Filters, filter media.
The location of filters in the circuit.
18 contamination in the working fluid. Sources of pollution. Negative
effect of impurities. The requirements for clean compressed air.
19 Temperature stabilization of hydraulic systems. Heaters and coolers.
20 Fluids for hydraulic circuits: oil. Operating characteristics: viscosity,
lubricity, thermal-oxidative stability.
21 Cavitation and possibilities for its elimination. Air in liquid.
22 Mineral oil: types, properties, applications.
23 Slightly flammable liquids: types, characteristics, application, requirements for equipment.
24 Environmentally friendly fluids: types, properties, applications.
25 Safety in working with hydraulic and pneumatic equipment.
26 Measures to reduce the noise of hydraulic equipment.
The program of lectures
Week lectures
1 Ability to operate as a comprehensive property affecting the quality of the product.
Evaluation of reliability. Indicators of reliability R (t), F (t), f (t)
lambda (t).
2 Disorders and their classification. Failure rate lambda (t). Central
time between failures.
3 Reliability of the three systems. Backup. Life and the life indicator.
Emergency and ways of achieving high availability of technical resources.
4 Tests of reliability. Accelerated test parameters increased.
5 Maintenance of hydraulic and pneumatic equipment. Goal maintenance. Systems
maintenance. Preventive maintenance schedule. Maintenance according to actual situation
technical means. Corrective Maintenance. Proactive maintenance.
6 Methods of maintenance. Maintenance organization. Documentation on operation and maintenance.
Ordering spare parts. Computer equipment maintenance.
7 Installation of hydraulic and pneumatic equipment. Installation of the pipe. Hose.
Connecting threads. Removal and reconditioning of hydraulic components.
8 Tanks and their equipment. Cubes, blocks, panels and hydraulic
pneumatic components. Power unit. Expansion joints, joints,
hydraulic coupling elements.
9 Placing the operation of hydraulic and pneumatic equipment. Functional and
pressure test. Hydraulic and pneumatic equipment. Testing.
10 Security when working with hydraulic and pneumatic equipment.
Safety when working with hydraulic accumulators. Temperature stabilization
hydraulic circuit. Heaters and coolers.
11 Filtration of fluids for hydraulic systems. Rating Pollution
hydraulic fluids. Filtration of the servo. Requirements for operational clarity
compressed air.
12 Fluids for hydraulic circuits: oil. Operating characteristics: viscosity,
lubricity, thermal-oxidative stability. Oils. Slightly flammable liquids:
types, characteristics, uses, requirements for equipment.
13 Environmentally friendly fluids: types, properties, applications. Cavitation and its
elimination.
14 Measures to reduce noise of hydraulic and pneumatic equipment.
Packaging, preservation, transportation, protection against corrosion of hydraulic and pneumatic
equipment.
Program of exercises and seminars + individual students' work
Week Refill exercises and seminars
1 The use of hydraulics and pneumatics in practice with a focus on operational
conditions, complemented by a video-film.
2 Calculation of reliability characteristics.
Program No. 1: Calculation of failure rate lambda (t) for two basic types of faults
(Random failures and faults gradually increasing). The program can receive up to
10 points.
3 Visits rehearsal and production units.
4 Installation and commissioning hydraulic. equipment. Program No. 2:
Processing instructions for installation and commissioning of hydraulic equipment in service. For
program can receive up to 10 points.
5 Operation and maintenance of hydraulic equipment. Program No. 3: Processing
instructions for operation and maintenance of selected equipment. The program can receive up to 10
points.
6 Cleanliness. Filters and filtration. Practical examples of measurement
purity of the working fluid in the laboratory. Practical examples of the use of seals in
hydraulic systems.
7 Credits.
List of questions to test
No question Wording of the question
1 Ability to operate as a comprehensive property affecting the quality of the product.
2 Disorders and their classification.
3 Reliability of products and three indicators of reliability R (t), F (t), f (t)
lambda (t).
4 Conduct of the failure rate lambda (t) for random disturbances and disorders
gradually increasing. Reliability of the system.
5 Service life and life indicator. Emergency and ways of achieving
high alert.
6 Examination of reliability. Accelerated test parameters increased,
cycling.
7 Maintenance: the objective of maintenance, systems maintenance. Preventive maintenance by time
plan.
8 Maintenance by real state of the art equipment.
9 Maintenance Fail. Proactive maintenance.
10 Methods of maintenance: daily maintenance, inspection, inspection, repair.
11 Maintenance organization. Documentation on operation and maintenance.
12 Installation of hydraulic and pneumatic equipment. Installation of the pipe.
13 Hose. Fasteners pipe couplings, expansion joints.
14 Shells and their equipment.
15 cubes, blocks, panels. Mounting position elements. Power unit.
16 Putting into operation of hydraulic and pneumatic equipment. Functional and
pressure test.
17 Filtration of fluid in the hydraulic circuit. Filters, filter media.
The location of filters in the circuit.
18 Contamination in the working fluid. Sources of pollution. Negative
effect of impurities. The requirements for clean compressed air.
19 Temperature stabilization of hydraulic systems. Heaters and coolers.
20 Fluids for hydraulic circuits: oil. Operating characteristics: viscosity,
lubricity, thermal-oxidative stability.
21 Cavitation and possibilities for its elimination. Air in liquid.
22 mineral oil: types, properties, applications.
23 Slightly flammable liquids: types, characteristics, application, requirements for equipment.
24 Environmentally friendly fluids: types, properties, applications.
25 Safety in working with hydraulic and pneumatic equipment.
26 Measures to reduce the noise of hydraulic equipment.
Combined study
The program of lectures and exercises
Week lectures
1 Ability to operate a complex property affecting the quality of the product.
Evaluation of reliability. Indicators of reliability R (t), F (t), f (t)
lambda (t). Disorders and their classification. Failure rate lambda (t). Central
time between failures. Reliability of the system. Backup. Durability and predictors
life. Emergency and ways of achieving high technical readiness
resources.
Tests of reliability. Accelerated test parameters increased,
cycling.
Maintenance of hydraulic and pneumatic equipment. Goal maintenance. Systems
maintenance. Preventive maintenance schedule. Maintenance according to actual situation
technical means. Corrective Maintenance. Proactive maintenance.
Methods of maintenance. Maintenance organization. Documentation on operation and maintenance.
Ordering spare parts. Computer equipment maintenance.
Installation of hydraulic and pneumatic equipment. Installation of the pipe. Hose.
Connecting threads. Removal and reconditioning of hydraulic components.
2 Shells and their equipment. Cubes, blocks, panels and hydraulic
pneumatic components. Power unit. Expansion joints, joints,
coupling.
Putting into operation of hydraulic and pneumatic equipment. Functional and
pressure test. Hydraulic and pneumatic equipment. Testing.
Safety when working with hydraulic equipment. Safety at Work
with hydraulic accumulators.
Filtration of fluid in the hydraulic systems. Rating Pollution
hydraulic fluids. Filtration of the servo. Temperature stabilization
hydraulic circuit. Heaters and coolers.
Fluids for hydraulic circuits: oil. Operating characteristics: viscosity,
lubricity, thermal-oxidative stability. Oils. Slightly flammable liquids:
types, characteristics, uses, requirements for equipment. Environmentally friendly liquid:
types, properties, applications. Cavitation and its elimination.
Measures to reduce the noise of hydraulic and pneumatic equipment.
Packaging, preservation, transportation, protection against corrosion of hydraulic and pneumatic
equipment.
3 Program No. 1: Calculation of failure rate lambda (t) for two basic
types of failures (random failures and faults gradually increasing). The program can be
receive up to 10 points.
Program No. 2: Processing instructions for installation and commissioning of hydraulic
into operation. The program can receive up to 10 points.
Program No. 3: Processing instructions for operation and maintenance of hydraulic and
pneumatic equipment. The program can receive up to 10 points.
List of questions to test
No question Wording of the question
1 Ability to operate as a comprehensive property affecting the quality of the product.
2 Disorders and their classification.
3 Reliability of products and three indicators of reliability R (t), F (t), f (t)
lambda (t).
4 Conduct of the failure rate lambda (t) for random disturbances and disorders
gradually increasing. Reliability of the system.
5 Service life and life indicator. Emergency and ways of achieving
high alert.
6 Examination of reliability. Accelerated test parameters increased,
cycling.
7 Maintenance: the objective of maintenance, systems maintenance. Preventive maintenance by time
plan.
8 Maintenance by real state of the art equipment.
9 Maintenance Fail. Proactive maintenance.
10 Methods of maintenance: daily maintenance, inspection, inspection, repair.
11 maintenance organization. Documentation on operation and maintenance.
12 Installation of hydraulic and pneumatic equipment. Installation of the pipe.
13 Hose. Fasteners pipe couplings, expansion joints.
14 Shells and their equipment.
15 Cubes, blocks, panels. Mounting position elements. Power unit.
16 Putting into operation of hydraulic and pneumatic equipment. Functional and
pressure test.
17 Filtration of fluid in the hydraulic circuit. Filters, filter media.
The location of filters in the circuit.
18 contamination in the working fluid. Sources of pollution. Negative
effect of impurities. The requirements for clean compressed air.
19 Temperature stabilization of hydraulic systems. Heaters and coolers.
20 Fluids for hydraulic circuits: oil. Operating characteristics: viscosity,
lubricity, thermal-oxidative stability.
21 Cavitation and possibilities for its elimination. Air in liquid.
22 Mineral oil: types, properties, applications.
23 Slightly flammable liquids: types, characteristics, application, requirements for equipment.
24 Environmentally friendly fluids: types, properties, applications.
25 Safety in working with hydraulic and pneumatic equipment.
26 Measures to reduce the noise of hydraulic equipment.