Calendar

Training Calendar – 2022-23

Long-term Course

Course Name

Professional in Pneumatics and Hydraulics
– Advanced Level with TUV Rheinland
Certified Qualification
6 Weeks Duration

16/05/22 to 08/07/22

01/08/22 to 23/09/22

31/10/22 to 23/12/22

06/02/23 to 31/03/23

Course Fee

Rs. 24000/-

Rs. 4320/- [18% GST]

Certification Fee

Rs. 4720/-

Short-term Courses

Industrial Hydraulics – Basic Level
10 Days

23/05/22 to 03/06/22

08/08/22 to 19/08/22

07/11/22 to 18/11/22

13/02/23 to 24/02/23

Rs. 12000/-

Rs. 2160/- [18% GST]

Pneumatic Controls – Basic Level
5 Days

16/05/22 to 20/05/22

01/08/22 to 05/08/22

31/10/22 to 04/11/22

06/02/23 to 10/02/23

Rs. 8000/-

Rs. 1440/- [18% GST]

Electro-Pneumatics and Automation
4 Days

11/07/22 to 14/07/22

17/10/22 to 20/10/22

02/01/23 to 05/01/23

Rs. 8000/-

Rs. 1440/- [18% GST]

Design of Pneumatic Systems
4 Days

26/09/22 to 29/09/22

23/01/23 to 26/01/23

Rs. 8000/-

Rs. 1440/- [18% GST]

Design of Industrial Hydraulic Systems
5 Days

10/10/22 to 14/10/22

30/01/23 to 03/02/23

Rs. 10000/-

Rs. 1800/- [18% GST]

Programmable Logic Controllers (OMRON)
4 Days

18/07/22 to 21/07/22

09/01/23 to 12/01/23

Rs. 8000/-

Rs. 1440/- [18% GST]

Human Machine Interface [HMI] using NB Designer
4 Days

25/07/22 to 28/07/22

16/01/23 to 19/01/23

Rs. 8000/-

Rs. 1440/- [18% GST]

You may apply for the course online by submitting the information requested on the Contact page or by sending us the filled application form

On-demand Courses

Apart from the above mentioned courses, we handle the following courses also on demand. You may contact the training Centre for fixing the course content and reserving the time slot.

Course Name	Duration (Days)	*Tuition Fee per trainee per course**	Remarks
Pneumatic controls – Advanced Level	3	8000/- +18% GST	Knowledge of basic pneumatics is essential
Electro-pneumatics – Advanced Level	3	8000/- +18% GST
Maintenance and Safety of Hydraulic and Pneumatic systems	2	8000/- +18% GST	Knowledge of basic hydraulics is essential
Fluidsim-P / Fluidsim-H	3		Knowledge of pneumatic / hydraulic circuits is essential

A Comparative Study of Pressure Control Valves

Pressure control valves are used in hydraulic systems for obtaining pressure-related regulation and control tasks. The control tasks include limiting the maximum operating pressure in a hydraulic system, reducing the pressure in a part of a hydraulic circuit, unloading pumps, establishing the sequence movements of actuators, counterbalancing overrunning loads, and braking hydraulic motors while running […]

Essential Relations in a Pump–Cylinder Hydraulic System

The figure below gives the summary of useful relations (SI units) of a pump-cylinder hydraulic system for highlighting their correlations. Joji Parambath Author / Trainer joji.p@hotmail.com Note: Several essential mathematical relations are also given in books ‘(1) Industrial Hydraulic Systems and Circuits -Basic Level (In the SI Units), (2) Industrial Hydraulics -Basic Level (In the […]

Pneumatic Stepper Sequencer – Design and Operating Principles

A multi-actuator pneumatic system may use many logic functions in its associated controller for obtaining a sequence of work operations. The sequential steps can easily be realized in a modular fashion using step modules. A step module is a unit designed as per the functional requirements of each step of the control sequence. As you […]

Manufacturing Process of Hydraulic Cylinders – Salient Points

Hydraulic cylinders are used in many types of machines and systems for industrial and mobile applications. The manufacturing process of cylinders mainly involves the following steps: design, heat treatment, machining, coating, assembly, and testing. The Design Phase, Cylinder Manufacturing In the design stage, the requirement specifications of the cylinder to be designed are transformed into […]

Environmental Effects of Hydraulic Fluids

In every hydraulic system, a tightly confined incompressible fluid medium is used to transmit energy from the power pack to the actuators in the system. The fluid medium is formulated from a base stock and additives. The base stock should possess all the essential characteristics to perform well in a particular class of hydraulic systems. […]

Filtration Principles of Pneumatic and Hydraulic Systems: A Comparison Study

This article is the third part of the following three-part series of articles: Filtration and Drying Principles in Pneumatic Systems Filtration Principles in Hydraulic Systems Filtration Principles of Pneumatic and Hydraulic Systems: A Comparison Study The filtration principles of pneumatic and hydraulic systems were given in the previous articles. The third part of the three-part […]

Filtration Principles in Hydraulic Systems

This article is the second part of the following three-part series of articles: Filtration and Drying Principles in Pneumatic Systems Filtration Principles in Hydraulic Systems Filtration Principles of Pneumatic and Hydraulic Systems: A Comparison Study A hydraulic power system transmits the power in a controlled manner using an incompressible oil medium. Remember, the fluid medium […]

Filtration and Drying Principles in Pneumatic Systems

This article is the first part of the following three-part series of articles on filtration: 1. Filtration and Drying Principles in Pneumatic Systems 2. Filtration Principles in Hydraulic Systems 3. Filtration Principles of Pneumatic and Hydraulic Systems: A Comparison Study A pneumatic power system transmits the power in a controlled manner using a compressed air […]

Compressed Air Dryers

The natural water vapor content of air is concentrated and is carried through the compression process in a compressor as a vapor in high temperatures. A proper means of dehydration must be incorporated in the conditioning of compressed air where demands of high quality compressed air are entailed. A dryer can be used to receive […]

Bladder Accumulators – Basic Constructional Features and Specification Parameters

This article can be downloaded by clicking the link here A bladder accumulator consists of a seamless cylindrical pressure vessel (shell), internal elastomeric bladder, poppet valve, fluid (oil) port, charging valve, and clamps and brackets. A schematic diagram of a bladder accumulator is shown in the figure below and the basic constructional features and specification […]