JOB DESCRIPTION FOR AN INSTRUMENTATION AND INSTRUMENTATION WORKER

I. General provisions

1. The instrumentation and instrumentation mechanic is appointed to the position and dismissed from the position by the General Director.
2. An instrumentation and instrumentation mechanic must know:
   - design, interaction of complex devices, technological process their assemblies and adjustment methods;
   - electrical thermal circuits of thermal automation devices;
   - design and methods of alignment of complex control and adjustment devices;
   - block diagrams and circuit diagrams the instruments being tested, the operating principle of the measuring instruments being tested, the rules for their operation;
   - design, principle of operation of measuring instruments and installations used as exemplary ones;
   - the relationship of instrument readings with the operation of units, calculation of corrections, rules for reading complex automation drawings, processing complex diagrams;
   - properties of optical glass, metals and auxiliary materials, conductors, semiconductors used in instrument making;
   - basics of calculating gears of various meshing profiles;
   - requirements of the standard, instructions and methods for the measuring instruments being tested;
   - fundamentals of physics, mechanics, telemechanics, heat engineering, electrical engineering, metrology, applied and physical optics;
   - radio engineering and electronics in the scope of the work performed.
3. _________________________________________________________________.

II. Job responsibilities

1. Repair, adjustment, installation, testing, adjustment, adjustment and calibration of experimental, experimental and unique heat measuring, automatic and electronic equipment of projection and optical systems, radioactive devices, radio station units, direction finders, radar installations.
2. Checking electrical measuring instruments of all types and systems, including exemplary ones of accuracy class 0.01 and higher.
3. Checking and setting up automation units with complex electronic circuits; amplifiers, control units on automatic machines with program control.
4. Testing of radio measuring instruments of all types and systems intended for measuring physical quantities.
5. Carrying out arbitration measurements.
6. Checking installations for measuring parameters of electronic, semiconductor devices, integrated and logic circuits.
7. Identifying and troubleshooting equipment problems.
8. Determination of the degree of wear of parts and assemblies.
9. Adjustment and comprehensive testing after installation diagrams of thermal control and automation of boilers, turbines and process equipment.
10. Assembling circuits for testing thermal automation devices.
11. Removal of the gradient from high-precision heating equipment and its further certification.
12. Mathematical processing of measurement results and preparation of necessary materials.
13. _________________________________________________________________.
14. _________________________________________________________________.

III. Rights

1. request and receive necessary materials and documents related to issues of their activities.
interact with other services of the enterprise on production and other issues included in his functional responsibilities.
2. get acquainted with draft decisions of the enterprise management concerning the activities of the Division.
3. propose to the manager proposals for improving work related to the responsibilities provided for in this Job Description.
4. report to the manager about all identified violations and shortcomings in connection with the work performed.
5. _________________________________________________________________.
6. _________________________________________________________________.

IV. Responsibility

1. for improper performance or failure to fulfill their official duties provided for by this job description - within the limits specified labor legislation Ukraine.
2. for violation of the rules and regulations governing the activities of the enterprise.
3. When transferring to another job or being released from a position, the Instrumentation Mechanic is responsible for the proper and timely delivery of work to the person taking up the current position, and in the absence of one, to the person replacing him or directly to his supervisor.
4. for offenses committed in the course of carrying out its activities - within the limits determined by the current administrative, criminal and civil legislation of Ukraine.
5. for causing material damage- within the limits determined by the current labor and civil legislation of Ukraine.
6. for compliance with current instructions, orders and regulations on maintaining trade secrets and confidential information.
7. for following the rules internal regulations, safety and fire safety rules.
8. _________________________________________________________________.
9. _________________________________________________________________.

I APPROVED
__________________________
(FULL NAME.)
CEO
JSC "_________________"
(Business name)

Job description for a locksmith

General provisions:
A kip, kip mechanic is appointed to the position and dismissed by the head of the department in agreement with the head of the department.

Qualification requirements for a kipia mechanic:
A locksmith should know:
1. device, interaction of complex devices, technological process of their assembly and adjustment methods;
2. electrical thermal circuits of thermal automation devices;
3. device and methods for aligning complex control and adjustment devices;
4. block diagrams and schematic diagrams of the devices being tested, the principle of operation of the measuring devices being tested, the rules of their operation;
5. design, principle of operation of measuring instruments and installations used as exemplary ones;
6. relationship between instrument readings and the operation of units, calculation of corrections, reading rules;
7. complex automation drawings, processing complex diagrams;
8. properties of optical glass, metals and auxiliary materials, conductors, semiconductors used in instrument making;
9. basics of calculating gears of various meshing profiles;
10. requirements of the standard, instructions and methods for the measuring instruments being tested;
11. fundamentals of physics, mechanics, telemechanics, heat engineering, electrical engineering, metrology, applied and physical optics;
12. radio engineering and electronics in the scope of work performed.

Job responsibilities of a locksmith
Repair, adjustment, installation, testing, adjustment, adjustment and calibration of experimental, experimental and unique heat measuring, automatic and electronic equipment of projection and optical systems, radioactive devices, radio station units, direction finders, radar installations.
Checking electrical measuring instruments of all types and systems, including exemplary ones of accuracy class 0.01 and higher.
Checking and setting up automation units with complex electronic circuits; amplifiers, control units on automatic machines with program control.
Testing of radio measuring instruments of all types and systems intended for measuring physical quantities.
Carrying out arbitration measurements.
Checking installations for measuring parameters of electronic, semiconductor devices, integrated and logic circuits.
Identifying and troubleshooting equipment problems.
Determination of the degree of wear of parts and assemblies.
Adjustment and comprehensive testing after installation diagrams of thermal control and automation of boilers, turbines and process equipment.
Assembling circuits for testing thermal automation devices.
Removal of the gradient from high-precision heating equipment and its further certification.
Mathematical processing of measurement results and preparation of necessary materials.
The locksmith has the right:
Give instructions and tasks to his subordinate employees on a range of issues included in his functional responsibilities.
Monitor the implementation of production tasks, timely execution of individual assignments by employees subordinate to him.
Request and receive the necessary materials and documents related to issues of his activities and the activities of his subordinate employees.
Interact with other services of the enterprise on production and other issues included in its functional responsibilities.
Get acquainted with draft decisions of the enterprise management concerning the activities of the Division.
Submit proposals for improvement of work related to the responsibilities provided for by this mechanic for consideration by the manager.
Submit for consideration by the manager proposals on rewarding distinguished employees and imposing penalties on violators of production and labor discipline.
Report to the manager about all identified violations and shortcomings in connection with the work performed.

Responsibility of a locksmith
Kip mechanic, responsible for:
For improper performance or failure to fulfill one’s job duties as provided for in this job description of a mechanic - within the limits determined by the labor legislation of the Russian Federation.
For violation of the rules and regulations governing the activities of the enterprise.
When transferring to another job or dismissal from a position, the Kip Locksmith is responsible for the proper and timely delivery of work to the person taking up the current position, and in the absence of one, to the person replacing him or directly to his supervisor.

The average citizen, when he thinks about a locksmith, has an image of a man in bad clothes with large keys and a sledgehammer in his hand.

His work is so hard and dirty that it can never interest an educated boy or girl. A negative attitude was developed through the example of a utility plumber or a car service worker, whom they most often encounter in everyday life. This is due to the fact that many people have no idea what the job of an instrumentation mechanic is.

Working as an instrumentation mechanic is prestigious

To fully understand the essence of the issue, it is first necessary to make an explanation of the abbreviation of the mysterious word. This is an abbreviated name for one industry in manufacturing that installs and repairs equipment of modern instrumentation and automation. For many, this will seem too difficult for the first time. In fact, the specialty is good and very interesting, which is very attractive to modern youth. It is prestigious to work in automation today, but the profession of an instrumentation mechanic is quite serious and requires high education.

Difficulties in finding employment

To apply for a job, only persons over 18 years of age are allowed, and they will also need:

1. Medical certificate;
2. Certificate of professional education;
3. Professional education;
4. Briefing - safety precautions;
5. Certification according to rules and instructions.

What does the workplace of an instrumentation and automation professional look like?

The specialist spends a considerable part of his time working on equipment repair, which has to be constantly checked and repaired. Devices with AC and DC regulators must be installed on the desktop. Always have a soldering iron with solder, acid and rosin at hand. Often you will see a small removable vise on the top of the table. The work is mostly painstaking and small, so x should always be present good lighting in the form of a lamp. A rack with compartments is placed in front of the table, where it is easy to arrange all the small parts, as well as tools. A light and comfortable swivel chair with a backrest that is not attached to the floor.

What an instrumentation mechanic should be able to do and his responsibilities

1. Good understanding of complex automation circuits;
2. Under the guidance of an engineer, correct defects in them;
3. Know wiring connections and equipment installation.
4. Repair and install relay protection devices;
5. Know the intricacies of setting up all sensors and meters.
6. Install wiring and connections according to the diagram;
7. Identify defects in all automation devices and troubleshoot them;
8. Have skills in metalworking assembly of all parts of instruments and devices;
9. Calculate errors automatic lines when checking;
10. Draw up a defect sheet for each device;
11. Fill out certificates and passports for any automation device;
12. Solder various contacts and connections;
13. Determine the categories and properties of metals;
14. Use all repair tools.

Field of activity of the specialist

Automation has penetrated into all areas of production and therefore a modern instrumentation mechanic must not only have good skills in his specialty, but also have extensive knowledge in all areas of industry and construction. Situations often arise when device manufacturers do not include instructions or a wiring diagram for the devices.

Every instrumentation mechanic is obliged to always perform high-quality work and in this case they can only help high professional knowledge . His workplace can be in any industry, from a small canteen to a submarine. Maintenance and repair of automatic devices sometimes have to be carried out in a difficult environment far from the main work.

Many today strive to go to the northern regions of the country to make good money. Our people are not afraid of the harsh climate and cold, but it is very difficult to work in such an environment. Modern automation devices made in relatively warm countries do not always withstand frost. Often, in order to launch a control line, it is necessary to completely change the entire design of the devices. And this requires serious knowledge in cybernetics and automation, where it would be almost impossible to do this without an engineer.

Control staff – instrumentation and automation engineers

Large enterprises always organize engineering management apparatus with sufficient professional experience. Specialist highly qualified, who has good knowledge of everything related to debugging, starting and monitoring automatic lines, must be an engineer with higher education. He will always be able to easily determine the specific data of measuring instruments and obtain a complete analysis of all control systems. His responsibilities include:

1. Management of employees of instrumentation and automation departments;
2. Detailed description of job descriptions and tasks;
3. Participate in training employees in the latest technologies;
4. Plan and implement new control and management tools;
5. Prepare and develop draft technical documentation;
6. Collect data for the design of new technological processes;
7. Monitor the qualified operation of all control systems;
8. Supervise and constantly monitor technical documentation;
9. Promote the rapid implementation of modern programs in automation.

Salary of instrumentation and automation specialists

When asked about wages differences in explanation will be extremely contradictory. The answer lies in position and region, as well as what company the person works for. For example: in the gas and oil industry, earnings are significantly above average. Do not forget that most of the specialists work in the difficult conditions of the north on a rotational basis. In other regions, except Moscow, material incentives are approximately the same.

The President has already announced from the rostrum the average salary in the country this year. Of course, an engineer’s salary will always be higher than a mechanic’s salary, and that’s right. The responsibility and deep knowledge of instrumentation and automation management specialists are always rated much higher.

I APPROVED
__________________________
(FULL NAME.)
CEO
JSC "_________________"
(Business name)

Job description for a locksmith

General provisions:
A kip, kip mechanic is appointed to the position and dismissed by the head of the department in agreement with the head of the department.

Qualification requirements for a kipia mechanic:
A locksmith should know:
1. device, interaction of complex devices, technological process of their assembly and adjustment methods;
2. electrical thermal circuits of thermal automation devices;
3. device and methods for aligning complex control and adjustment devices;
4. block diagrams and schematic diagrams of the devices being tested, the principle of operation of the measuring devices being tested, the rules of their operation;
5. design, principle of operation of measuring instruments and installations used as exemplary ones;
6. relationship between instrument readings and the operation of units, calculation of corrections, reading rules;
7. complex automation drawings, processing complex diagrams;
8. properties of optical glass, metals and auxiliary materials, conductors, semiconductors used in instrument making;
9. basics of calculating gears of various meshing profiles;
10. requirements of the standard, instructions and methods for the measuring instruments being tested;
11. fundamentals of physics, mechanics, telemechanics, heat engineering, electrical engineering, metrology, applied and physical optics;
12. radio engineering and electronics in the scope of work performed.

Job responsibilities of a locksmith
Repair, adjustment, installation, testing, adjustment, adjustment and calibration of experimental, experimental and unique heat measuring, automatic and electronic equipment of projection and optical systems, radioactive devices, radio station units, direction finders, radar installations.
Checking electrical measuring instruments of all types and systems, including exemplary ones of accuracy class 0.01 and higher.
Checking and setting up automation units with complex electronic circuits; amplifiers, control units on automatic machines with program control.
Testing of radio measuring instruments of all types and systems intended for measuring physical quantities.
Carrying out arbitration measurements.
Checking installations for measuring parameters of electronic, semiconductor devices, integrated and logic circuits.
Identifying and troubleshooting equipment problems.
Determination of the degree of wear of parts and assemblies.
Adjustment and comprehensive testing after installation diagrams of thermal control and automation of boilers, turbines and process equipment.
Assembling circuits for testing thermal automation devices.
Removal of the gradient from high-precision heating equipment and its further certification.
Mathematical processing of measurement results and preparation of necessary materials.
The locksmith has the right:
Give instructions and tasks to his subordinate employees on a range of issues included in his functional responsibilities.
Monitor the implementation of production tasks, timely execution of individual assignments by employees subordinate to him.
Request and receive the necessary materials and documents related to issues of his activities and the activities of his subordinate employees.
Interact with other services of the enterprise on production and other issues included in its functional responsibilities.
Get acquainted with draft decisions of the enterprise management concerning the activities of the Division.
Propose for the manager's consideration proposals for improving work related to the responsibilities provided for in this job description of a mechanic.
Submit for consideration by the manager proposals on rewarding distinguished employees and imposing penalties on violators of production and labor discipline.
Report to the manager about all identified violations and shortcomings in connection with the work performed.

Responsibility of a locksmith
Kip mechanic, responsible for:
For improper performance or failure to fulfill one’s job duties as provided for in this job description of a mechanic - within the limits determined by the labor legislation of the Russian Federation.
For violation of the rules and regulations governing the activities of the enterprise.
When transferring to another job or dismissal from a position, the Kip Locksmith is responsible for the proper and timely delivery of work to the person taking up the current position, and in the absence of one, to the person replacing him or directly to his supervisor.

Etc...

Additional job responsibilities available in standard form and sample job description Instrumentation mechanic version of which can be downloaded from the attached file.

Unified Tariff and Qualification Directory of Works and Professions of Workers (UTKS), 2019
Part No. 2 of Issue No. 2 of ETKS
The issue was approved by Resolution of the Ministry of Labor of the Russian Federation dated November 15, 1999 N 45
(as amended by Order of the Ministry of Health and Social Development of the Russian Federation dated November 13, 2008 N 645)

Instrumentation and automation mechanic

§ 92. Instrumentation and automation mechanic, 2nd category

Characteristics, works. Repair, adjustment, testing and delivery of simple, magnetoelectric, electromagnetic, optical-mechanical and heat-measuring instruments and mechanisms. Mechanical processing of parts for 12 - 14 qualifications. Determining the causes and troubleshooting of simple devices. Installation of simple connection diagrams. Winding springs from wire in a cold state, protective lubrication of parts. Repair of devices of medium complexity under the guidance of a more highly qualified mechanic.

Must know: design, purpose and operating principle of repaired devices and mechanisms; diagrams of simple special adjustment settings; basic properties of conductive and insulating materials and methods of measuring resistance in various links of the circuit; purpose and rules of use of the most common universal and special devices and instrumentation; system of admissions and landings; qualities and roughness parameters; grades and types of anti-corrosion oils and lubricants; name and marking of processed materials; basics of electrical engineering in the scope of work performed.

Work examples

1. Ammeters, voltmeters, pressure gauges, galvanometers - average repair and adjustment.

2. Carriage scales - processing of various parts.

3. Mobile and stationary commodity scales (mortise) - replacement and repair of platform flooring and weight holders.

4. Trade and conditional weights - repair and delivery for branding.

5. Simple parts for devices - metalworking with thread cutting in through holes.

6. Frames for transformers - manufacturing.

7. Gear wheels with foot - assembly.

8. Film and photographic cameras - changing eyepieces, locks, covers, repairing frame counters.

9. Magnetic contactors and starters - average repair.

10. Technical pressure gauges - assembly.

11. Millivoltmeters - medium repair, inspection and delivery after testing.

12. Relay base - assembly according to a template.

13. Instruments - setting to mechanical zero.

14. Trailers, binoculars, spotting scopes- repair and adjustment.

15. Piezoacoustic transducers, electromagnetic sensors - medium repair.

16. Copper conductors for resistance - blank.

17. Regulators, distributors and large relays - repair.

18. Copper and platinum resistance thermometers - assembly and calibration.

19. Contact thermocouples - assembly and adjustment.

20. Clamps of complex configuration - manufacturing.

21. Gears, bushings, mounting rings and other parts - pinning on rollers, drilling and reaming holes for pins.

§ 93. Instrumentation and automation mechanic of the 3rd category

Characteristics of work. Repair, assembly, inspection, adjustment, testing, adjustment, installation and delivery of heat measuring, electromagnetic, electrodynamic, counting, optical-mechanical, pyrometric, automatic, recorder and other devices of medium complexity with the removal of circuits. Metalworking of parts according to 11 - 12 qualifications with fitting and finishing of parts. Drawing up and installation of connection diagrams of medium complexity. Instrument painting. Soldering with various solders (copper, silver, etc.). Heat treatment of parts followed by finishing. Determination of metal hardness with calibrated files. Repair, adjustment and adjustment of particularly complex instruments and apparatus under the guidance of a more highly qualified mechanic.

Must know: design, purpose and operating principle of repaired and adjusted instruments and apparatus; state standards for testing and delivery of individual instruments, mechanisms and apparatus; basic properties of metals, alloys and other materials used in repairs; electrical properties of conductive and insulating materials; methods of heat treatment of parts with subsequent finishing; influence of temperatures on measurement accuracy; symbols of shut-off and control safety valves in thermal diagrams; rules for installing restriction devices; types of impulse pipeline laying; installation of equalization and separation vessels; system of tolerances and landings, qualities and roughness parameters.

Work examples

1. Ammeters, voltmeters, galvanometers, millivoltmeters, pressure gauges, electric meters, gearboxes - overhaul and adjustment.

2. Arithmometers and typewriters all systems - current and medium repairs.

3. Barometers - aneroids - repair and adjustment.

4. Technical scales - repair.

5. Commodity and automobile scales with a rocker indicating device - current and medium repairs, checking the hardening steel parts of the scales, bending, grinding prisms, cushions and earrings.

6. Working weights - check on control scales.

7. Hydraulic sensors - crimping, repair.

8. Piezoacoustic sensors - major repairs, adjustment.

9. Simple parts for devices - cutting threads in blind holes.

10. Film and photographic cameras - complete disassembly of shutters, repair of self-timers, setting lenses to focus, correcting apertures, adjusting take-up coils.

11. Rings, ball holders - manufacturing.

12. Sorting magnets - manufacturing with installation on the machine.

13. Tubular pressure gauges - repair.

14. Micrometers with a division value of 0.01 mm - disassembly, fine-tuning of the microscrew, heel planes, nuts, as well as assembly and testing for plane-parallel gauge blocks and interference glasses.

15. Potentiometers - disassembly, cleaning, assembly of kinematic circuit.

16. Instruments of electrical, electromagnetic and electrodynamic systems - major repairs.

17. Prisms - finishing after hardening of simple guides.

18. Flow meters, time relays, mechanical float mechanisms - repair and adjustment.

19. Stereo range finders, command tubes - repair and adjustment.

20. Tachometers - repair.

21. Thermocouples - installation.

22. Rods and pressure meters - repair.

23. Electrical circuits - continuity.

§ 94. Instrumentation and automation mechanic of the 4th category

Characteristics of work. Repair, adjustment, testing, adjustment, installation and delivery of complex electromagnetic, electrodynamic, heat measuring, optical-mechanical, counting, automatic, pyrotechnic and other devices with fitting and finishing of parts and assemblies. Configuration and commissioning of relay protection devices, electrical automation, telemechanics. Determining defects in devices being repaired and eliminating them. Metalworking of parts according to 7 - 10 qualifications and assembly of gear and worm gears. Drawing up and installation of complex connection diagrams. Calculation of absolute and relative errors when checking and testing instruments. Drawing up defect reports and filling out passports and certificates for devices and machines.

Must know: design, principle of operation and methods of setting up repaired and adjusted complex devices, mechanisms, apparatus; purpose and methods of adjustment of instrumentation and control and adjustment devices; methods for adjusting and calibrating instruments and apparatus and rules for taking characteristics when testing them; rules for calculating resistance; complex connection diagrams; rules for calculating absolute and relative errors when checking and testing instruments; designations of thermal and electrical diagrams and drawings; system of admissions and landings; qualities and roughness parameters; fundamentals of mechanics and electronics in the scope of work performed.

2. Film projection equipment - replacement of individual components and parts.

3. Adding machines and typewriters of all systems - major repairs and restoration.

4. Precision analytical scales - repair, adjustment.

5. Elevator hopper scales - current, medium and major repairs, adjustment and testing.

6. Commodity and automobile scales with rocker indicating devices - major repairs.

7. Scales for goods and automobiles with a dial indicating device - major, medium and current repairs.

8. Mobile and stationary mortise commodity scales - current, medium and major repairs, installation, adjustment, testing.

9. Visirs - repair, adjustment.

10. Water meters of all systems and all diameters in wells - installation with switching to other diameters, performing average repairs.

11. Rectifiers - inspection and repair.

12. Recording galvanometers and ratiometers - disassembly and repair.

13. Film and photographic equipment - repair of synchronizers; diaphragms of deceleration mechanisms, rangefinder adjustment.

14. Gear wheels - finishing of the keyway with an attachment to the axle.

15. Magnetic contactors, marine starters - medium repair.

16. Clock mechanisms of all kinds of instruments (pressure gauges, draft gauges, etc.) - major repairs with the manufacture of parts and adjustment.

17. Microscopes - repairs with finishing of parts and adjustment.

18. Pressure gauges and indicators - disassembly, repair, assembly and adjustment.

19. Electric bridges - repair.

20. Horizontal and vertical optimeters - disassembly, repair, assembly and adjustment of quill turbines with the manufacture of caps, springs and tables.

21. Axles with tubes - final processing with finishing.

22. Periscopes - repair and adjustment.

23. Optical and radiation pyrometers - major repairs.

24. Electromagnetic system devices - repair with disassembly of the kinematic mechanism and moving system.

25. Electronic control devices - repair.

26. Polarized relay - inspection, repair and adjustment.

27. Systems of moving devices - balancing.

28. Voltage stabilizers - inspection and repair.

29. Assembly tables - current repairs.

30. Ultrasonic electromagnetic thickness gauges - medium repair.

31. Electric drives of all types - installation and adjustment.

§ 95. Instrumentation and automation mechanic of the 5th category

Characteristics of work. Repair, adjustment, testing, adjustment, installation, adjustment and delivery of complex heat-measuring, optical-mechanical, electrodynamic, counting, automatic and other devices with an automatic control installation with a summing mechanism and remote transmission of readings. Identification and elimination of defects in the operation of instruments, production of laboratory instruments. Drawing scales, grids and complex sketches. Conversion of electrical devices to other measurement limits. Adjustment and quality testing of all types of thermal and electrical instrumentation, automatic regulators and automatic power supply units.

Must know: design features of complex and precision instruments being repaired and methods of their adjustment and alignment; arrangement of precision measuring instruments; causes of defects in the operation of devices and machines, measures to prevent and eliminate them; kinematic diagram of recording devices of all types; rules for repair, testing and adjustment of complex instruments and machines and rules for selecting base surfaces that guarantee the required accuracy.

Work examples

1. Automatic power supply, pressure and temperature - repair, testing and adjustment.

4. Film projection equipment - disassembly, repair, assembly, adjustment.

5. Carriage scales, automobile scales with rocker dial and indicating instruments - installation, adjustment, checking of racks, platform brackets.

6. Goniometers - repair, testing, adjustment.

7. Optical glass parts - finishing.

8. Interferometers - repair, testing, adjustment.

9. Film and photographic cameras - setting the mirror angle, correcting the aperture block and shutter.

10. Exemplary depth gauges and potentiometers - repair with scale re-calibration.

11. Recording and contact pressure gauges - repair.

12. Measuring machines for measuring lengths - repair, checking, adjustment.

13. Domestic-made developing machines - assembly of components.

14. Universal microscopes - repair, testing, adjustment.

15. Instrumental microscopes - repair of microscope line head; repair, assembly and testing of the table for accuracy.

16. Electric and electronic bridges - repair.

17. Precision levels - repair, testing, adjustment.

18. Instrument needle axes - sharpening and polishing.

19. Automatic gas analysis devices, radioactive ultrasonic and radioactive pneumatic regulators, capacitive alarms, system units, etc. - repair, assembly and adjustment.

20. Oxygen and pyrometric devices - repair, testing, adjustment.

21. Complex optical-mechanical devices various systems and structures - repair, adjustment and testing.

22. Pointer measuring instruments - major repairs with replacement of main parts and assemblies - rewinding of frames, replacement of moment springs with selection of their strength, re-calibration of instruments to other measurement limits.

23. Precision instruments (optical pyrometers, analytical balances, microanalytical balances, etc.) - complete overhaul with a guarantee of service life.

24. Universal devices for checking hob cutters - checking, adjustment.

25. pH meters - repair with complete disassembly and assembly.

26. Flow meters with a secondary control device - repair.

27. Telemechanization system telecells, linear units and radio control - repair, assembly, testing and adjustment.

28. One-second theodolites - repair, testing, adjustment.

29. Squares and test plates, sine rulers - repair and finishing of surfaces.

30. Thermal panels - switching complex electrical circuits.

31. Eccentrics - finishing of a curved surface using a goniometer.

§ 96. Instrumentation and automation mechanic of the 6th category

Characteristics of work. Repair, adjustment, installation, testing, adjustment, adjustment and calibration of experimental, experimental and unique heat measuring, automatic and electronic equipment of projection and optical systems, radioactive devices, radio station units, direction finders, radar installations. Identification and elimination of defects in the operation of equipment. Determination of the degree of wear of parts and assemblies. Adjustment and comprehensive testing after installation diagrams of thermal control and automation of boilers, turbines and process equipment. Assembling circuits for testing thermal automation devices.

Must know: design, interaction of complex devices, technological process of their assembly and adjustment methods; electrical thermal circuits of thermal automation devices; device and methods for aligning complex control and adjustment devices; properties of optical glass, metals and auxiliary materials, conductors, semiconductors used in instrument making; basics of calculating gears of various meshing profiles and optical systems; fundamentals of physics, mechanics, telemechanics, heat engineering, electrical engineering, metrology, radio engineering and electronics in the scope of the work performed.

Secondary vocational education required.

2. Automatic liquid and gas composition analyzers (titrometers, infrared absorption gas analyzers) - major repairs and adjustment.

3. Film projection devices - adjustment of the Maltese and grab systems.

4. Electronic equipment - adjustment.

5. Automatic portion scales - major repairs, installation, adjustment and testing.

6. Exemplary scales and weights - repair, adjustment, testing.

7. Exemplary carriage scales - repair, installation, adjustment and testing.

8. Optical-acoustic gas analyzers - major repairs, adjustment.

9. Rangefinders - repair and adjustment of the optical system.

10. Television meters - repair, testing.

11. Film and photographic cameras - adjusting shutters, repairing the slowdown mechanism, replacing the rangefinder prism, eliminating play in the rangefinder camera “Kiev”, “Start”, “Change” and repairing the self-timer, eliminating mirror reset, correcting unevenness of the film buckle, setting lenses to focus , cleaning the viewfinder, changing the mirror, adjusting the lens charging spring.

12. Magnetic oxygen meters - installation and adjustment.

13. Oscillatory circuits of telecells of telemechanization systems - repair, adjustment.

14. Comparators - repair, adjustment.

15. Reduction magazines, Warren motors - repair and adjustment.

16. Resistance stores - repairs.

17. Oscilloscopes - repair.

18. Optical pyrometers, radiation pyrometers and potentiometers - repair and adjustment.

19. Checkweighing platforms - inspection.

20. Compression molds of complex configuration - manufacturing.

21. Salinity alarms - installation, repair, adjustment.

22. Automation schemes for blowing heating surfaces and continuous blowing of boilers - repair and adjustment.

23. Wiring and switching diagrams - drawing up according to basic electrical diagrams.

24. Resistance thermometers - winding the active part and welding the tear-off points.

25. Control testers (devices) - repair.

26. Magnetic amplifiers - repair.

27. Selected devices - selection of locations, marking and installation according to the principle diagrams of thermal control and auto-regulation.

28. Electronic level gauges - repair and adjustment after installation.

§ 97. Instrumentation and automation mechanic of the 7th category

Characteristics of work. Repair, maintenance, inspection, testing, installation, adjustment and commissioning of electronic devices based on microprocessors, mini- and micro-computers and terminal devices of the teleprocessing system. Setup, adjustment and commissioning of complex instrument systems and equipment control systems based on microprocessor technology with the implementation of restoration and repair work on the elements of these systems, programming controllers, micro- and mini-computers and other equipment and electronic computing equipment, ensuring their output to specified operating parameters. Diagnosis of equipment control systems using special test programs.

Must know: basic principles of constructing control systems based on microprocessor technology, functional and block diagrams of programmable controllers, micro- and mini-computers; design of microprocessor devices; basics of programming and theory of automated electric drive; methods of introducing technological and test programs; methodology for setting up systems in order to obtain the specified static and dynamic characteristics of devices and devices of converter technology; installation of basic instrumentation and diagnostic equipment created on the basis of microprocessor technology; methods and organization of constructing “memory” in control systems.

Secondary vocational education required.

Work examples

1. Microprocessor "Intelligent" differential pressure gauges, pressure and level sensors - checking, testing, reconfiguring using communicators.

2. Microprocessor gas analyzers, moisture, salt content, quality meters - checking, testing, entering programs, changing ranges, identifying faults using tests.

§ 98. Instrumentation and automation mechanic of the 8th category

Characteristics of work. Comprehensive maintenance and adjustment, repair, inspection, testing, installation and commissioning of complex and unique instrument systems and equipment control systems based on microprocessor technology with restoration and repair work of these systems, programmable controllers, micro- and mini-computers and others electronic computer equipment, as well as peripheral equipment. Their diagnosis using test programs and stands using computer technology. Drawing up tests and corrections of technological programs and stands using computer technology.

Must know: methods for constructing control systems based on microprocessor technology; schematic diagrams of programmable controllers, micro- and mini-computers; methods for correcting technological and test programs; organizing a set of works on setting up and troubleshooting devices and computer systems; design and diagnostics of unique measuring and control systems and complexes; theory of automatic control; the main programming “languages” used in specific technological equipment.

Secondary vocational education required.

Work examples

1. Microprocessor controllers, regulators - checking, drawing up programs, introducing programs, selecting changes in control characteristics for each specific control unit.

2. Microprocessor logic circuits - adjustment, testing, fault determination using tests.

3. Microprocessor devices with digital inputs and outputs - testing, programming.

4. Microprocessor-based intelligent pressure, temperature, level sensors - configuration, programming, testing, submission for testing using a communicator using the HART or SMART protocol.

5. Microprocessor regulators, vibration meters - adjustment, programming, repair, testing.

6. Level gauges based on microprocessors, recorders, paperless recorders (based on a microcomputer), microprocessor gas analyzers, pH meters, humidity and temperature meters - connection to a PC, setup, programming, adjustment, testing, submission for inspection.

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