Laboratory Name: "Study of Electrical Processes" Laboratory
Classroom: No. 119
Total Area: S = 34.2 m²
Seating Capacity: 13
Purpose and Characteristics: Designed for conducting laboratory and practical classes in the course "Study of Electrical Processes". The educational laboratory is equipped with specialized benches and digital oscilloscopes for studying transient, impulse, and wave processes in electrical circuits, as well as the electrical strength of insulation. The bench panels feature electrical circuits, switching equipment, measuring instruments, and control devices for process regulation.
Table 1 – List of Visual Aids and Benches
No. | Name of Stand, Equipment, etc. | Purpose of Stand / Equipment | Qty |
|---|---|---|---|
1 | Poster Stand "Graphic Symbols of Power Supply and Automation Scheme Elements" | For student training | 1 pc |
2 | Poster Stand "Elements of Electrical Schemes in Letter Designations" | For student training | 1 pc |
3 | Current Transformer TSHL-0.66 UZ | For student training | 1 pc |
4 | Poster Stand "Photos of Current Relays RT-40 and RN-50" | For student training | 1 pc |
5 | Safety Regulations Stand for Students | For student training | 1 pc |
6 | Laboratory Stand "Experimental and Preparation System for Power Supply with Automatic Distribution": a) Substation circuit panel b) Current and voltage transformer panel c) Relay protection panel | For performing laboratory work and conducting experimental research | 1 pc 1 pc 1 pc |
7 | Switching devices up to 1000 V: - Circuit breakers of various brands (AP-50, AV-2000, A3700, etc.) - Magnetic starters of various brands (PME, PA, etc.) - Switches - Universal switches - Intermediate relays - Time relays - Control button (2-pole) - Control button (3-pole) - Collector | For research and circuit assembly during study |
4 pcs 1 pc 2 pcs 2 pcs 2 pcs 4 pcs 4 pcs 6 pcs |
8 | Switching devices above 1000 V: - Disconnector RDND-10-400 - Current transformer type TSHL-0.66UZ | For student training |
1 pc 3 pcs 1 pc |
Table 2 – List of Additional Stands and Posters
No. | Name of Stand, Equipment, etc. | Purpose of Stand / Equipment | Qty |
|---|---|---|---|
1 | Safety Instructions for Students | For student training | 1 pc |
2 | Poster Stand "Electromagnetic Induction Phenomena" | For student training | 1 pc |
3 | Radio Components and Their Symbols in Diagrams | For student training | 1 pc |
4 | Graphic Designations of Radio Receiver Scheme Elements | For student training | 1 pc |
5 | Letter Designations of Electrical Circuit Elements | For student training | 1 pc |
6 | Single-Phase Sinusoidal Currents | For student training | 1 pc |
7 | Three-Phase Sinusoidal Currents | For student training | 1 pc |
List of Methodological and Educational Literature:
- K. Haase. TPS 9.1 Study Guide "Automation Technology".
- Fundamentals of Automation: Textbook for Universities – Michurin: MichGAU, 2006 – 220 p.
- Prokhorsky A.A. Fundamentals of Automation and Telemechanics: Textbook for Universities. 2nd ed. – Moscow: Vysshaya Shkola, 1988 – 288 p.
- Frolov V.V. Language of Microcircuits. – Moscow: Radio i Svyaz, 1988 – 128 p.
- Dolzhenko O.V., Korolev G. Collection of Problems, Questions, and Exercises in Radio Electronics. – Moscow: Vysshaya Shkola, 1986.
- Design of Automation Systems: Textbook for Universities. – Moscow, 1998 – 220 p.
- Panteleev A.V., Bortakovsky A.S. Control Theory in Examples and Problems: Textbook for Universities. – Moscow: Vysshaya Shkola, 2003 – 583 p.
- Kisarimov R.A. Practical Automation: Handbook. – Moscow: Radiosoft, 2004 – 192 p.