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Free course only for companies Metal Agreement: CALIBRATION, METROLOGY AND INSTRUMENTATION IN INDUSTRIAL PROCESSES

Services

- Improved performance on the job: Ability to calibrate industrial equipment and make traceable measurements. Ability to detect, anticipate and correct future errors derived from mismanagement of the calibration of measurement equipment.
- Responses and agile solutions to clients, internal and / or external, in the field of Metrology.
- Assurance of the product control that is carried out through measurements.
- Elimination of unnecessary costs that companies may incur due to malpractice in the management of their calibrations.

Introduction

All companies in which mechanical operations are carried out must ensure the quality of the measures carried out in said operations and sometimes it is not very clear what it is that guarantees that quality. When in doubt, sometimes the least "compromised" decision is made, which is not usually the most economical, agile and necessary for the company.

 

Addressed to

Only companies in the Metal Agreement sector: - Personnel involved in mechanical manufacturing operations. - Quality managers. - Quality technicians whose work is related to calibration. - Personnel from any other department of the company that has to manage and / or make decisions in the field of measuring equipment calibration. - Unemployed people interested in these issues.

Objectives

Perform calibration and metrology in mechanical manufacturing.

Contents

BLOCK 1: INDUSTRIAL CALIBRATION

1. Need for Metrology.
2. Metrological concepts:
   2.1. Measure
   2.2. Measure instrument
   2.3. traceability
   2.4. Calibration
   2.5. Uncertainty
   2.6. Tolerance
   2.7. check
3. Why calibrate measurement instruments: Relationship between Tolerance and Uncertainty.
4. Measurement errors:
   4.1. Due to the measuring instrument.
   4.2. Due to the piece being measured.
   4.3. Due to external or environmental agents.
   4.4. due to operator
   4.5. Due to other causes.
5. The Calibration Plan in the company.
6. Documents required for equipment calibration:
   6.1. Calibration procedure.
   6.2. Data collection sheet: design and completion.
   6.3. Calibration certificate and label.

BLOCK 2: CALCULATION OF CALIBRATION UNCERTAINTIES

7. Calculation of uncertainty:
   7.1. Types of uncertainties: unitary, expanded, Type A, Type B,….
   7.2. Distribution functions to calculate standard uncertainties.
   7.3. Unit Uncertainty Components: Correction
   7.4. Unit uncertainty components: Uncertainty of Correction
   7.5. Unit uncertainty components: Combined uncertainty.
   7.6. Calculation of expanded uncertainty. Cover factor.
   7.7. Definition of the Drift of a team.
   7.8. Calculation of uncertainty of use of a measurement equipment.
8. Calibration: Practice:
   8.1. Industrial calibration of King's foot.
   8.2. Industrial outside micrometer calibration.

BLOCK 3: ASSESSMENT OF CALIBRATIONS IN THE INDUSTRY

9. Establishment of Acceptance / Rejection criteria.
10. Interpretation of external Calibration Certificates.

BLOCK 4: DIMENSIONAL AND GEOMETRIC MEASUREMENT / VERIFICATION

11. Dimensional Measurement: Theory and Practice:
   11.1. Length measurement in industry.
   11.2. Angle measurement in industry.
   11.3. Surface finish measurement in industry.
12. Geometric Measurement (Shape Metrology):
   12.1. Form:
       •Rectitude
       • Flatness
       •Roundness
       • Cylindricity
       •Profile of a line
       •Profile of a surface
12.2. Orientation:
       •Parallelism
       •Perpendicularity
       •Angularity
       •Profile of a line
       •Profile of a surface.
12.3. Location:
       •Position
       •Concentricity
       • Coaxiality
       •Symmetry
       •Profile of a line
       •Profile of a surface.
12.4. Warp:
       •Radial warping.
       • Axial warping.
13. Calculation of uncertainty of a measurement.
14. Verification: compliance with tolerances.

Type

Course

Mode of delivery

Onsite

Methodology

Presentation of contents with practical exercises interspersed.

Dates

From 1 / 2 / 2022 to 10 / 2 / 2022

Calendar

Tuesday Thursday

Schedule

From 09: 30 to 13: 30

Duration

16 hours. hours

Site

AIDIMME C / Leonardo Da Vinci 38 (Technology Park) 46980 Paterna (Valencia)

Registration

Until the 31 of January of 2022

Certification

Diploma issued by SEPE-Public State Employment Service. Completion of the final exam and minimum attendance at 75% of the course hours.

Cost

Free course

   

INFORMATION AND PRE-REGISTRATIONS
AIDIMME - Training Department
961366070 Phone | Fax: 961366185 e-mail: rigual@aidimme.es | www.aidimme.es


Since the NUMBER OF PLACES is LIMITED, if they are interested in participating in these courses, they must communicate it, as soon as possible, by sending the duly completed pre-registration form (one for each student), before the indicated date, in order to close the participation in it. Admission will be made by pre-registration order and your acceptance will be communicated to the company.