HYDRAULIC PNEUMATIC CONTROL SYSTEM
Kategori : In house Training
DESCRIPTION COURSE
Penumatis hydraulic systems and is a power system that uses compressed fluid. The use of hydraulic and pneumatic systems are mainly used to get great power and economical. Hydraulic and pneumatic systems are widely used to drive the industry (manufacturing, oil and gas, automotive, medical equipment, etc.) as well as the heavy equipment.
With the widespread use of hydraulic and pneumatic systems in the industry, and increased concerns about hydraulic and pneumatic systems that arise in industrial applications, but often happens is that the basic principles of hydraulic and pneumatic systems are ignored so that the application be incorrect or becomes incorrect ( over design). Therefore, it is necessary to have training on the basics of hydraulic and pneumatic for the industry.
OBJECTIVE COURSE
At the end of the training participants are expected to have basic knowledge of hydraulic and pneumatic systems, applications and troubleshooting of problems arising in the use of hydraulic and pneumatic systems.
COURSE CONTENT
1. The basic principles of fluid flow and pressure, work, power
2. Power consumption required by the hydraulic and pneumatic systems
3. The type and how the operation of pumps, compressors and hydraulic & pneumatic motors
4. Hydraulic and Pneumatic Actuator
a. Linear Actuator
b. Rotary Actuator
5. Selection of Actuators
6. Function and use of Pressure Control Valves (Pressure Control Valve) in the industry
a. Relief Valve
b. Check Valve
c. Pressure Reducing Valves
d. Counterbalance Valve
7. Function and use Flow Control Valves (Flow Control Valve) in the industry
a. Directional Control Valve
b. Restrictor Valve
c. Compesated Pressure Valve
d. Central bypass Valve
8. Reading and mengintrepertasikan basic scheme of hydraulic and pneumatic in industrial
FACILITIES
1. Training Kit
Bag training, jacket training, Flash Disk 4 GB, Block Note, pencil case (include stasionery), Souvenir
2. Matery
Handout Hardcopy and Soft Copy Training material
3. Sertificate Participants training
INSTRUCTOR
Adri Maldi Subardjah, B.Eng.(Hons). MSc.
CV
A. Formal Education
S2 : UMIST Manchester, UK, 1991. MSc in Fluid & Thermal Power
S1 : Poly. of Huddersfield, 1989, B.Eng in Design Mech. Eng.
D3 : Politeknik ITB, 1985, D3 in Mechanical Engineering for Maintenance
B. Work Experiences:
ð Mecatronic (PLC)
ð Pneumatic & Hydraulic
ð Pump & compressor
ð Turbin & Boiler
ð Motor Management System
ð Fluid Mechanics
ð Thermodynamics
C. Teaching Experiences:
ð Training Assessment for Generator and Automotive Staff UN
ð Advance Maintenance Management
ð PRV:Concept, Sizing & Selection
ð Hidraulic: Component, Operation and Maintenance
ð Heat Exchanger: Design, Operation and Maintenance
ð Pump and Comprssor: Maintenance
ð Total Predictive Maintenance
ð Trainer for Pneumatic
ð Trainer for Automotive Electricity
ð External Auditor Palm Oil Plant
ð Trainer for Pneumatic and PLC
ð Trainer for PLC
ð Trainer for Pneumatic
ð Trainer for Pneumatic
ð Technical Engineer (Maintenance)
ð Technical Engineer (Designer)
ð Familiarization HMS Product Training Komatsu Series
ð Simatic S7, Maintenance and Troubleshooting Course
ð Introduction to Mechatronic using Mitsubishi and Allen Bradley PLC
ð Modern LPG converter for automotives
ð Pneumatic & Hydraulic for basic automation
ð Advance Pneumatic and Hydraulic incl. Electro
ð Motor Management System (EFI)
Research/Book Writing Experience Year
Research/Book Topic
2013 :Design of Gas Converter Kit for Car below 2000cc
2011 - 2012 : Design of Gas Converter Kit for Motorcycle below 150cc
2007 - 2008 :Design of Gas Converter Kit for Motorcycle below 125cc
2007 :The Effect of Driving Shaft Profile to Conveyor Belt Movement
2006 : Model of Handling System for Sorting Three Objects in Different Materials and Color using Siemens Logo Soft.
2005 : Design and Manufacture a Prototype of 100 – 150 cc Motor Cycle Engine Test bed using Centrifugal Pump
2000 : Developing instruction material for automation system using S7. (PRF)
2000 : The Effect of Reynolds Number in Predicting Pump Characteristic with using Dimensional Analysis
1998 : Design and manufacture a curing oven for assisting process in composite product (Voucher)
1997: Developing of curriculum, syllabi, lesson plan, and laboratory in Mechanical Engineering Study Program in order to improve its relevance with local industries. (PRF).
1995 : Applied Thermodynamics for Engineering (Handout)
1994 : The AutoCAD for Basic Professional Level (Handout)
1991: Experimental Investigation of the Effect of Initial Conditions on a Round Turbulent Jet Exhausting into Co-flowing Streams.(S2 – dissertation)
RUNNING
ð Date : 27-30 May 2013 or TENTATIVE / As Request
ð Duration : 08.00 am – 04.00 pm, 4 days
ð Venue : as request company
FEE (negotiable)
- Rp.6.989.000 /person ( 15 person)
- Rp.6.689.000/person (10 orang)
ACCOMODATION
ð Coffee break and Lunch : participant, instructor and provider MGTC by Company
ð Hotel to stay : Instructor & 1 person (provider MGTC) by Company
ð Transportation (airline ticket) : Instructor & 1 person (provider MGTC ) by Company
REGISTRATION & PAYMENT
a. Registration confirmed by phone, fax or email with.
b. Payment:
Cash on the first day’s training.
Invoice
Transfer
c.For further information, please contact:
Contact:
Mitra Global Training Center
Diana
0812 2792 6688
Phone : (0274) 530 5512
E-mail : [email protected]
web : http://mitraglobaltrainingcenter.weebly.com
Blog : http://mgtc-jogja.blogspot.com
HYDRAULIC PNEUMATIC CONTROL SYSTEM
Kategori : In house Training
DESCRIPTION COURSE
Penumatis hydraulic systems and is a power system that uses compressed fluid. The use of hydraulic and pneumatic systems are mainly used to get great power and economical. Hydraulic and pneumatic systems are widely used to drive the industry (manufacturing, oil and gas, automotive, medical equipment, etc.) as well as the heavy equipment.
With the widespread use of hydraulic and pneumatic systems in the industry, and increased concerns about hydraulic and pneumatic systems that arise in industrial applications, but often happens is that the basic principles of hydraulic and pneumatic systems are ignored so that the application be incorrect or becomes incorrect ( over design). Therefore, it is necessary to have training on the basics of hydraulic and pneumatic for the industry.
OBJECTIVE COURSE
At the end of the training participants are expected to have basic knowledge of hydraulic and pneumatic systems, applications and troubleshooting of problems arising in the use of hydraulic and pneumatic systems.
COURSE CONTENT
1. The basic principles of fluid flow and pressure, work, power
2. Power consumption required by the hydraulic and pneumatic systems
3. The type and how the operation of pumps, compressors and hydraulic & pneumatic motors
4. Hydraulic and Pneumatic Actuator
a. Linear Actuator
b. Rotary Actuator
5. Selection of Actuators
6. Function and use of Pressure Control Valves (Pressure Control Valve) in the industry
a. Relief Valve
b. Check Valve
c. Pressure Reducing Valves
d. Counterbalance Valve
7. Function and use Flow Control Valves (Flow Control Valve) in the industry
a. Directional Control Valve
b. Restrictor Valve
c. Compesated Pressure Valve
d. Central bypass Valve
8. Reading and mengintrepertasikan basic scheme of hydraulic and pneumatic in industrial
FACILITIES
1. Training Kit
Bag training, jacket training, Flash Disk 4 GB, Block Note, pencil case (include stasionery), Souvenir
2. Matery
Handout Hardcopy and Soft Copy Training material
3. Sertificate Participants training
INSTRUCTOR
Adri Maldi Subardjah, B.Eng.(Hons). MSc.
CV
A. Formal Education
S2 : UMIST Manchester, UK, 1991. MSc in Fluid & Thermal Power
S1 : Poly. of Huddersfield, 1989, B.Eng in Design Mech. Eng.
D3 : Politeknik ITB, 1985, D3 in Mechanical Engineering for Maintenance
B. Work Experiences:
ð Mecatronic (PLC)
ð Pneumatic & Hydraulic
ð Pump & compressor
ð Turbin & Boiler
ð Motor Management System
ð Fluid Mechanics
ð Thermodynamics
C. Teaching Experiences:
ð Training Assessment for Generator and Automotive Staff UN
ð Advance Maintenance Management
ð PRV:Concept, Sizing & Selection
ð Hidraulic: Component, Operation and Maintenance
ð Heat Exchanger: Design, Operation and Maintenance
ð Pump and Comprssor: Maintenance
ð Total Predictive Maintenance
ð Trainer for Pneumatic
ð Trainer for Automotive Electricity
ð External Auditor Palm Oil Plant
ð Trainer for Pneumatic and PLC
ð Trainer for PLC
ð Trainer for Pneumatic
ð Trainer for Pneumatic
ð Technical Engineer (Maintenance)
ð Technical Engineer (Designer)
ð Familiarization HMS Product Training Komatsu Series
ð Simatic S7, Maintenance and Troubleshooting Course
ð Introduction to Mechatronic using Mitsubishi and Allen Bradley PLC
ð Modern LPG converter for automotives
ð Pneumatic & Hydraulic for basic automation
ð Advance Pneumatic and Hydraulic incl. Electro
ð Motor Management System (EFI)
Research/Book Writing Experience Year
Research/Book Topic
2013 :Design of Gas Converter Kit for Car below 2000cc
2011 - 2012 : Design of Gas Converter Kit for Motorcycle below 150cc
2007 - 2008 :Design of Gas Converter Kit for Motorcycle below 125cc
2007 :The Effect of Driving Shaft Profile to Conveyor Belt Movement
2006 : Model of Handling System for Sorting Three Objects in Different Materials and Color using Siemens Logo Soft.
2005 : Design and Manufacture a Prototype of 100 – 150 cc Motor Cycle Engine Test bed using Centrifugal Pump
2000 : Developing instruction material for automation system using S7. (PRF)
2000 : The Effect of Reynolds Number in Predicting Pump Characteristic with using Dimensional Analysis
1998 : Design and manufacture a curing oven for assisting process in composite product (Voucher)
1997: Developing of curriculum, syllabi, lesson plan, and laboratory in Mechanical Engineering Study Program in order to improve its relevance with local industries. (PRF).
1995 : Applied Thermodynamics for Engineering (Handout)
1994 : The AutoCAD for Basic Professional Level (Handout)
1991: Experimental Investigation of the Effect of Initial Conditions on a Round Turbulent Jet Exhausting into Co-flowing Streams.(S2 – dissertation)
RUNNING
ð Date : 27-30 May 2013 or TENTATIVE / As Request
ð Duration : 08.00 am – 04.00 pm, 4 days
ð Venue : as request company
FEE (negotiable)
- Rp.6.989.000 /person ( 15 person)
- Rp.6.689.000/person (10 orang)
ACCOMODATION
ð Coffee break and Lunch : participant, instructor and provider MGTC by Company
ð Hotel to stay : Instructor & 1 person (provider MGTC) by Company
ð Transportation (airline ticket) : Instructor & 1 person (provider MGTC ) by Company
REGISTRATION & PAYMENT
a. Registration confirmed by phone, fax or email with.
b. Payment:
Cash on the first day’s training.
Invoice
Transfer
c.For further information, please contact:
Contact:
Mitra Global Training Center
Diana
0812 2792 6688
Phone : (0274) 530 5512
E-mail : [email protected]
web : http://mitraglobaltrainingcenter.weebly.com
Blog : http://mgtc-jogja.blogspot.com