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CIRCULAR CODE: 08/10-A
ORGANIZES: AETIGT
COLLABORATE: CETIT
It includes a technical visit where you can see and manipulate, at first hand, pneumatic material from a world leading company.
OBJECTIVE: To dominate the pneumatic systems, interpreting schemes and knowing the elements that intervene in a compressed air automatism.
At the end of the course, the student will learn:
- Design and calculate compressed air networks.
- The treatment of compressed air to use it as an energy for pneumatic automation.
- The pneumatic motors (cylinders and motors).
- Distributors (valves) and auxiliary tires.
- Sequences and pneumatic circuits.
COURSE PROGRAM (21 hours):
1. GENERALITIES
International System (SI) of units
Fluids
Specific or absolute density
Relative density
Specific weight
Pressure
Relative pressure
Atmospheric pressure
Absolute pressure
Emptying Pressure
Volumetric capital
Equation of continuity
Dew point
2. PNEUMATIC AUTOMATISTS. DEFINITION
Characteristics of pneumatic automation
Advantages of pneumatic automation
Disadvantages of pneumatic automation
Elements of pneumatic automation
3. PRIMARY MATTER AND ITS TREATMENT
Raw material
Treatment of air in the compressor room
Volume of compressed air
Air treatment on machines
4. CANONADES
Diameter of the distribution pipes
Symbols
Connectors?
5. BANKGROUND BONES
Cylinders with simple effect
Double-effect cylinders
Cushioning in cylinders
Choosing and installing a cylinder
Choosing and installing a cylinder
Calculation of the diameter of the cylinder pipe
Symbol of cylinders (CETOP)
6. CONDUCTIONS
Valves (2/2). Its operation and its symbolism.
Valves (4/2). Its operation and its symbolism.
Valves (5/2). Its operation and its symbolism.
Types of drives and their symbols
Normal valves closed and normal open
Valves according to the types of internal mechanisms of distribution and closure
7. PNEUMATIC SEQUENCE
Examples
8. OTHER PNEUMATIC ELEMENTS. OPERATION AND SYMBOLS.
Circuit selectors
Valves (5/3). Operation and symbology
Regulators of capital
Applications of the NA valves
Timing circuits
5-way valves fed by leakage
Quick download valves
Valves (3/3), operation and symbols
Valves (3/2) connected by? IN? i? EX
Valves (3/2) connected by? CIL?
9. VARIOUS
In valves
In cylinders
Technological present of the tire
Future of the tire
10. SYMBOLOGY
11. ANNEXES
Types of boards used in cylinders
Identification of the role to be performed in the schemes
Identification of the function of the valves for their connection
Sequence A + A + -B + B-
Sequence with membrane valves
Logical and basic circuits. Algebra of? Boole?
12. FLUIDIC
Generalities
Amplifiers to turbulence and their logical use
Active jet-targeting cells?
Passive deflection cell?
Wall effect cells
Base cells of jet orientation?
ASSOCIATED PRICE: € 220
COLLEGE PRICE: € 220
PRICE NON ASSOCIATED / NOT COLLEGED: € 285
SPECIAL DISCOUNT IF YOU REAR THE TWO CONDITIONS (COLLEGED AND ASSOCIATED)
TRAINING SUBSIDIZED for workers in the general scheme (excluding self-employed workers and ETT)
New free service for the management of the annual credit of companies for the training of their employees.
CONTACT US AND WILL INFORM YOU, THE MANAGEMENT IS FREE!
TEACHER: Josep A. Viudez i Carricondo, Industrial Technical Engineer experienced in the design, installation and commissioning of key GLP plants, where all the automation systems are based on the tire due to their safety against explosions and fires.
Project Engineer, Head of Works, Head of maintenance and head of operation of hydraulic installations and water treatment plant with pneumatic automatisms.
CALENDAR: from February 22 to March 4, 2010, from Monday to Thursday except February 24 (Wednesday), from 6:30 p.m. to 9:30 p.m.
DOCUMENTATION: tracking documentation will be delivered.
CERTIFICATION: CETIT will issue a certificate of attendance to the course prior to the request of the participant. Minimum attendance of 80% of the teaching hours.
The certificates issued by the Tripartite Foundation for Employment Training will be issued automatically without prior request. Minimum attendance of 80% of the teaching hours.
PLACE: Avenida de Roma, 7 from Tarragona.
MINIMUM / MAXIMUM ASSISTANT NAME: 15/20
PAYMENT METHOD: Bank transfer or cash deposit to the account number 0081.0088.16.0001793085 from Banco de Sabadell, (the name of the assistant person and the name of the activity must be indicated in the document justifying payment).
CONFIRMATION OF ASSISTANCE: to the administration of the School at 977 251 877 or 902 076 777 or by email formacio@cetit.org.
REGISTRATION AND PAYMENT TERM : January 15, 2010 or until it is completed in maximum number of registrations if it is before the deadline.
ORGANIZES: AETIGT
COLLABORATE: CETIT
It includes a technical visit where you can see and manipulate, at first hand, pneumatic material from a world leading company.
OBJECTIVE: To dominate the pneumatic systems, interpreting schemes and knowing the elements that intervene in a compressed air automatism.
At the end of the course, the student will learn:
- Design and calculate compressed air networks.
- The treatment of compressed air to use it as an energy for pneumatic automation.
- The pneumatic motors (cylinders and motors).
- Distributors (valves) and auxiliary tires.
- Sequences and pneumatic circuits.
COURSE PROGRAM (21 hours):
1. GENERALITIES
International System (SI) of units
Fluids
Specific or absolute density
Relative density
Specific weight
Pressure
Relative pressure
Atmospheric pressure
Absolute pressure
Emptying Pressure
Volumetric capital
Equation of continuity
Dew point
2. PNEUMATIC AUTOMATISTS. DEFINITION
Characteristics of pneumatic automation
Advantages of pneumatic automation
Disadvantages of pneumatic automation
Elements of pneumatic automation
3. PRIMARY MATTER AND ITS TREATMENT
Raw material
Treatment of air in the compressor room
Volume of compressed air
Air treatment on machines
4. CANONADES
Diameter of the distribution pipes
Symbols
Connectors?
5. BANKGROUND BONES
Cylinders with simple effect
Double-effect cylinders
Cushioning in cylinders
Choosing and installing a cylinder
Choosing and installing a cylinder
Calculation of the diameter of the cylinder pipe
Symbol of cylinders (CETOP)
6. CONDUCTIONS
Valves (2/2). Its operation and its symbolism.
Valves (4/2). Its operation and its symbolism.
Valves (5/2). Its operation and its symbolism.
Types of drives and their symbols
Normal valves closed and normal open
Valves according to the types of internal mechanisms of distribution and closure
7. PNEUMATIC SEQUENCE
Examples
8. OTHER PNEUMATIC ELEMENTS. OPERATION AND SYMBOLS.
Circuit selectors
Valves (5/3). Operation and symbology
Regulators of capital
Applications of the NA valves
Timing circuits
5-way valves fed by leakage
Quick download valves
Valves (3/3), operation and symbols
Valves (3/2) connected by? IN? i? EX
Valves (3/2) connected by? CIL?
9. VARIOUS
In valves
In cylinders
Technological present of the tire
Future of the tire
10. SYMBOLOGY
11. ANNEXES
Types of boards used in cylinders
Identification of the role to be performed in the schemes
Identification of the function of the valves for their connection
Sequence A + A + -B + B-
Sequence with membrane valves
Logical and basic circuits. Algebra of? Boole?
12. FLUIDIC
Generalities
Amplifiers to turbulence and their logical use
Active jet-targeting cells?
Passive deflection cell?
Wall effect cells
Base cells of jet orientation?
ASSOCIATED PRICE: € 220
COLLEGE PRICE: € 220
PRICE NON ASSOCIATED / NOT COLLEGED: € 285
SPECIAL DISCOUNT IF YOU REAR THE TWO CONDITIONS (COLLEGED AND ASSOCIATED)
TRAINING SUBSIDIZED for workers in the general scheme (excluding self-employed workers and ETT)
New free service for the management of the annual credit of companies for the training of their employees.
CONTACT US AND WILL INFORM YOU, THE MANAGEMENT IS FREE!
TEACHER: Josep A. Viudez i Carricondo, Industrial Technical Engineer experienced in the design, installation and commissioning of key GLP plants, where all the automation systems are based on the tire due to their safety against explosions and fires.
Project Engineer, Head of Works, Head of maintenance and head of operation of hydraulic installations and water treatment plant with pneumatic automatisms.
CALENDAR: from February 22 to March 4, 2010, from Monday to Thursday except February 24 (Wednesday), from 6:30 p.m. to 9:30 p.m.
DOCUMENTATION: tracking documentation will be delivered.
CERTIFICATION: CETIT will issue a certificate of attendance to the course prior to the request of the participant. Minimum attendance of 80% of the teaching hours.
The certificates issued by the Tripartite Foundation for Employment Training will be issued automatically without prior request. Minimum attendance of 80% of the teaching hours.
PLACE: Avenida de Roma, 7 from Tarragona.
MINIMUM / MAXIMUM ASSISTANT NAME: 15/20
PAYMENT METHOD: Bank transfer or cash deposit to the account number 0081.0088.16.0001793085 from Banco de Sabadell, (the name of the assistant person and the name of the activity must be indicated in the document justifying payment).
CONFIRMATION OF ASSISTANCE: to the administration of the School at 977 251 877 or 902 076 777 or by email formacio@cetit.org.
REGISTRATION AND PAYMENT TERM : January 15, 2010 or until it is completed in maximum number of registrations if it is before the deadline.
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