Pelatihan Instrumentation And Process Control System

Deskripsi Training

Pelatihan Instrumentation And Process Control System. Nowadays, the term of Advance Process Control is well known amongst the leading companies in the world. What does advance process control may mean different thing, generally it is synonymous with the implementation of computer based technologies. It could be the implementation of feed forward or cascade control schemes, of time-delaycompensators, of self-tuning or adaptive algorithms or of optimization strategies.

Advance Process Control is more than just the use of multi-processor computers or state-of-the-art software environments. Neither does it refer to the singular use of sophisticated control algorithms. It describes a practice which draws upon elements from many disciplines ranging from Civil engineering, Signal Processing, Statistics, Decision Theory, Artificial Intelligence to hardware and software engineering. Central to this philosophy is the requirement for an engineering appreciation of the problem, an understanding of process plant behavior coupled with the judicious use of, not necessarily state-of-the-art, control technologies. It has been recently reported that Advanced Control can improve product yield, product quality and consistency, increase capacity and responsiveness, reduce energy consumption, product giveaway and environmental emission. By implementing advanced process control, benefit of operating costs will increase.

Materi Pelatihan Instrumentation And Process Control System

Introduction Basic Control Concepts
Typical manual control
Feedback and feedforward control
Block diagrams
Introduction to Sensors and Transmitters
Selection and specification of devices
Pressure transmitters
Flow meters
Level transmitter
Temperature sensors
Practical session
Introduction to Control Valves
Basic principles
Rotary control valves
Ball valves
Control valve characteristics and specifications
Basic Principles of Control Systems
On/Off control
Modulation control
Principles of closed loops control
PID of control moves
Practical session
Stability and Control Modes of Closed Loops
Cause of instability in control loops
Change of stability through PID control modes
Methods to improve stability
Principles of closed loop control tuning
Practical session
Ideal PID vs Real PID
Non-field-interactive or ideal PID
Field-interactive or real PID
Distinguish between process noise and instability
Selection of ideal or real PID
practical session
Tuning of Closed Loop Control
Tuning constants calculation according to Ziegler and Nichols
Open loop tuning procedure
Closed loop tuning procedure
Damped oscillation tuning method
Fine tuning of practical control loops
Tuning considerations for controllers with saturation and non-saturation output limits
Practical session
Cascade Control
Equation types for cascade control
Initialisation and PV-tracking
Use of multiple outputs in cascade control
Tuning procedure for cascade control
Practical session
Combined Feedback and Feedforward Control
Concept of combined control with incremental algorithms
Tuning procedure for combined control
Long Dead-Time in Closed Loop Control
The problem of long dead-time in closed loops
Use of process simulation for process variable prediction
Tuning procedure for control loops with long dead-time
Practical session
Alarm Handling and Process Security Range of Control and Instrumentation in Industrial
Expert System and Model Based Self Tuning Controllers
Basic auto tuning
Expert system control
Model based adaptive control
Tuning of Closed Loop Control
Tuning constants calculation according to Ziegler and Nichols
Open loop tuning procedure
Closed loop tuning procedure
Damped oscillation tuning method
Fine tuning of practical control loops
Tuning considerations for controllers with saturation and non-saturation output limits
Practical session Feedforward Control
Feedforward balance – a control concept
Tuning procedure for feedforward control
Practical session
Application Advanced Process Control in Industries

Jadwal Pelatihan 2025

Batch	Tanggal	Tanggal	Tanggal
Batch 1	2 – 3 Januari	16 – 17 Januari	30 -31 Januari
Batch 2	1 – 2 Februari	15 – 16 Februari	28 - 29 Februari
Batch 3	5 – 6 Maret	14 – 15 Maret	27 - 28 Maret
Batch 4	3 – 4 April	18 – 19 April	29 - 30 April
Batch 5	2 – 3 Mei	15 – 16 Mei	29 – 30 Mei
Batch 6	4 – 5 Juni	13 – 14 Juni	26 – 27 Juni
Batch 7	3 – 4 Juli	17 – 18 Juli	30 – 31 Juli
Batch 8	1 – 2 Agustus	14 – 15 Agustus	28 – 29 Agustus
Batch 9	4 – 5 September	17 – 18 September	26 – 27 September
Batch 10	2 – 3 Oktober	16 – 17 Oktober	28 – 30 Oktober
Batch 11	5 – 6 November	14 – 15 November	27 – 28 November
Batch 12	3 – 4 Desember	11 – 12 Desember	19 – 20 Desember

Jadwal dapat disesuaikan dengan kebutuhan calon peserta.
Silakan hubungi tim marketing kami untuk info lebih lanjut.

Lokasi dan Investasi

Pelaksanaan pelatihan oleh SITI Training dapat dilakukan secara fleksibel, baik offline maupun online, sesuai dengan kebutuhan dan preferensi peserta. Untuk pelatihan offline, kami menyediakan lokasi di berbagai kota besar di Indonesia:

Jakarta

5.500.000 IDR / peserta *

Yogyakarta

5.500.000 IDR / peserta *

Bali

5.500.000 IDR / peserta *

Bandung

5.500.000 IDR / peserta *

* Syarat dan ketentuan berlaku:
Investasi untuk pelatihan disesuaikan dengan jumlah peserta.
Silakan hubungi tim marketing kami untuk info lebih lanjut.

Training Online dan In-House

Bagi peserta yang lebih memilih pelatihan secara online, kami memfasilitasinya melalui aplikasi Zoom, memastikan pengalaman belajar yang interaktif dan efektif. Selain itu, kami juga melayani in-house training, di mana pelatihan dapat diselenggarakan langsung di lokasi perusahaan Anda, memberikan kenyamanan dan kemudahan bagi karyawan untuk meningkatkan keterampilan dan kompetensi mereka tanpa harus meninggalkan tempat kerja.

Catatan : Apabila perusahaan membutuhkan paket in-house training, anggaran investasi pelatihan dapat menyesuaikan dengan anggaran perusahaan.