All EDIBON products and facilities. Part 2 Know How

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EDIBON Presentation

ALL EDIBON PRODUCTS AND FACILITIESpart 2. KNOW HOW

Technical Teaching Equipmentwww.edibon.com

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4. COMMERCIAL1. ABOUT EDIBON2. KNOW HOW3. PRODUCTSINDEXAll this information is available in www.edibon.com . Contact to Edibon engineers for doubts or request


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2. KNOW HOWINDEXAll this information is available in www.edibon.com . Contact to Edibon engineers for doubts or request

2.1 QUALITY

2.2 TECHNOLOGY

2.3 TECHNOLOGICAL CONCEPT CLARIFICATIONS

2.4 KEY FEATURES FOR IMPORTANT UNITS OF OUR RANGE (EDIBON UNIQUE)


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2. KNOW HOW2.1 QUALITY

2.1.1 Quality Definition

2.1.2 Quality: Certificates

2.1.3 Incidences

2.1.4 Guarantees


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2.1. QUALITY2. KNOW HOW2.1.1. Quality Definition


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2.1.2 Quality certificates

2.1.2 a) Main EDIBON quality certificates2.1.2 b) Other EDIBON quality certificates


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2.1. QUALITY2.1.2. Quality Certificates2.1.2 a) Main EDIBON quality certificates

2. KNOW HOWAll applicable to: Design, Manufacturing, Commercialization and After-Sales Service of Teaching Equipment:* ISO 9001:2008

* UE Conformity Declaration

* ISO 14001:2004


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2.1. QUALITY2.1.2. Quality Certificates2.1.2 a) Main EDIBON quality certificates2. KNOW HOW

* Environmental Verifiers Declaration on Verification and Validation Activities (EMA)

* OHSAS 18001:2007 Certification for the Standard


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2.1. QUALITY2.1.2. Quality Certificates2.1.2 b) Other EDIBON quality certificates 2. KNOW HOW

* Worldidac Quality Charter Certificate.

* Worldidac member Certificate

*The Global Compact Joint Certificate (including the Global Compact Ten Principles).

Under evaluation: UL for USA and CSA for Canada.

* Chamber Trust Trademark


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2.1.3 Incidences

2.1.3 a) Who generates the mistake2.1.3 b) General procedure2.1.3 c) Actions after problem has been solved2.1.3 d) How to close the file


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2.1. QUALITY2. KNOW HOW2.1.3. Incidences2.1.3 a) Who generates the mistake

EDIBON UNIT SUPPLY INCIDENCEDUETO

EDIBON mistake

EDIBON rep mistake

Customer mistake

Transport incidence

Error in manual

Any other mistake


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2.1. QUALITY2. KNOW HOW2.1.3. Incidences2.1.3 b) General procedure

IMPORTANT: With any incidence, EDIBON has to be informed by e-mail, NOT by phone, please!


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2.1. QUALITY2. KNOW HOW2.1.3 Incidences2.1.3 b) General procedure



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2.1. QUALITY2. KNOW HOW2.1.3 Incidences2.1.3 c) Actions after problem has been solved

After problem has been solved, the Incidence Dept. pass information about the failure to the Technical Director and he decides if ANY CORRECTION IS REQUIRED or NOT, by discussion with his team.

CORRECTIONS if required

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2.1. QUALITY2. KNOW HOW2.1.3 Incidences2.1.3 d) How to close the incidence file

- Incidence Dept. asks the end customer IF THE PROBLEM HAS BEEN SOLVED.

- The Incidence Dept. closes the file by:* Confirmation the problem has been solved


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2.1. QUALITY2. KNOW HOW2.1.4 GuaranteesEDIBON offers with every unit supplied:

Company structure and futureAbout 50 engineers full-time dedication8 manuals provided with any unitSophisticated and complete quality controlSustainability for any unit supplied

Components control during the life-time of the unit3 YEAR GUARANTEE

FULL CUSTOMER SATISFACTION!


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2. KNOW HOW2.2 TECHNOLOGY

2.2.1 Technology: Design

2.2.2 Technology: Quality Control for Manual Units

2.2.3 Technology: Quality Control for Computer Controlled Units

2.2.4 Technology: Teaching Techniques


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2. KNOW HOW2.2 TECHNOLOGY2.2.1 Technology: Design2.2.1 a) Example of unit display2.2.1 b) Top quality components2.2.1 c) Precise drawing (Laser)2.2.1 d) Nice looking units2.2.1 e) Nice soft and diagrams2.2.1 f) Intuitive allocation2.2.1 g) Complete units design2.2.1 h) Modular designs2.2.1 i) Other designs2.2.1 j) Sustainable design2.2.1 k ) EDIBON unit serial number2.2.1 l) Conclusions


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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 a) Example of unit display


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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 b) Top quality components Standard components available in any country.

In case any required component is not available in the market, EDIBON Engineers design and will manufacture in door.


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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 c) Precise drawing (laser)All plates are CUT BY LASER

All the stainless steel plates, as rod materials are cut by LASER, so the drawing has to be very precise and the components have to have the proper drawing, allowing quick and proper allocation in the plates or the allocated device.The LASER CUT SYSTEM has a very good looking and avoids injury to the students hands.


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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 d) Nice units looking

All EDIBON units follow the same looking rule.

Units:Grey anodised aluminium for the structure. The structure profiles are our own EDIBON design.Blue colour for all plates. Blue colour embellisher.Red covers.

Interfaces: Box with the process diagram on front.

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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 e) Nice soft and diagramsAll EDIBON units follow the same looking rule.

Software:Lab view structure.New anagramas.

Diagrams: Diagrams in front panel.

New company logo:New company logo, manual, etc.

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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 f) Intuitive Allocation

All EDIBON units have the easiest allocation for allowing the students to follow the circuits easily.The diagrams we supplied have the same components allocation that the real unit has.Similar diagrams for easy use are included in the manual.

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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 g) Complete units design

EDIBON has a full time Engineering Team, that is regularly designing:

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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 h) Modular designEDIBON has designed two main types of units, modular units and compact units.1. Modular units. We manufacture several modular units

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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 h) Modular design2. Compact Units. We manufacture several compact units

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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 i) Other designs

EDIBON has a full time Engineering Team, that is regularly designing:

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Complete laboratory

TKP

3D Lab


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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 j) Sustainable design

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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 k) EDIBON unit serial number

Any EDIBON unit has its own serial number and associated with the serial number is the issue related with the unit. We keep all issues forever.Example: UCP 001468/Issue 7. This is a UCP unit with series N 001468 and manufactured under Issue N 7.

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2.2. TECHNOLOGY2. KNOW HOW2.2.1 Technology: Design2.2.1 l) Conclusions

By knowing a damaged component in any unit, we can identify it by these six numbers, the component and proper drawing, so we can recommend the replacement.See 2.2.1 a) Example of unit display. This system has been used by EDIBON since 2003 and is in continuous improvement process.

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2.2. TECHNOLOGY2. KNOW HOW2.2.2 Technology: Quality Control for Manual Units

EDIBON does complete quality control in-house.We use a manual control where we do many tests, normally more than 50 tests.

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2.2. TECHNOLOGY2. KNOW HOW2.2.2 Technology: Quality Control for Manual Units

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2.2.3 Technology: Quality Control for Computer Controlled Units

2.2.3 a) Manual control at Manufacturing place

2.2.3 b) Manual control at Quality Control Department

2.2.3 b) Complete unit control

2.2.3 c) Automatic control at Quality Control Department


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2.2. TECHNOLOGY2. KNOW HOW2.2.3 Technology: Quality Control for Computer Controlled Units2.2.3 a) Manual control at Manufacturing place

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2.2. TECHNOLOGY2. KNOW HOW2.2.3 Technology: Quality Control for Computer Controlled Units2.2.3 b) Manual control at Quality Control Department

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2.2. TECHNOLOGY2. KNOW HOW2.2.3 Technology: Quality Control for Computer Controlled Units2.2.3 c) Complete unit control

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2.2. TECHNOLOGY2. KNOW HOW2.2.3 Technology: Quality Control for Computer Controlled Units2.2.3 d) Automatic control at Quality Control Department

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IMPORTANT!We make corrections in the Teaching Manuals whenever we make any change in the unit. All manuals are in our Data Base.To be on top technologically, means more mistakes and risks, but even in these hard conditions, EDIBON tries to minimise the mistakes risks in new designs and to make zero mistakes with all existing units.


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2.2.4 Technology: Teaching Techniques

2.2.4 a) All Teaching Techniques designed and used by EDIBON

2.2.4 b) Teaching Techniques application


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques2.2.4 a) All Teaching Techniques designed and used by EDIBON

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* Edibon patentTTeaching levelHE TV S- 3D=EDIBON Three Dimensions System.Real Time Control, obtaining results in Three Dimensions.- CAI=Computer Aided Instruction Software System.The computer guides the student what to do and the teacher controls the student work.- CAL=Computer Aided Learning Software (Results Calculation and Analysis).- EDAS/VIS=EDIBON Data Acquisition System/Virtual Instrumentation System.- MUAD=Electric Power Data Acquisition System.- * RTC=EDIBON Real Time Control System.Electronic Real Time Control for Advanced Electronics and SCADA.- * HYBRID=EDIBON Hybrid System (Energy).It uses Real Units combined with Software, using mathematical models.- * ARTIFICIAL VISION=Photoelasticity System (Strength of Materials).


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques2.2.4 a) All Teaching Techniques designed and used by EDIBON

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* Edibon patentTTeaching levelHE TV S- * SCADA/SCADA with PID ControlEDIBON Computer Control System: Computer Control + Data Acquisition + Data Management.Multicontrol + Real Time Control + Open Control.HE TV S- * PLC=Industrial Control using PLC.- * Mini ESN=EDIBON Mini-Scada-Net System.30 students can work simultaneously doing Real Time Computer Control.- * ESN=EDIBON Scada-Net System (Management Control from a local NET).30 students can work simultaneously doing Real Time Computer Control.- * ETDL=EDIBON Technical Distance Learning System.The Scada-Net System can be controlled through Internet at any distance.- FSS=Faults Simulation System.


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2. KNOW HOW2.2 TECHNOLOGY2.2.4 Technology: Teaching Techniques2.2.4 b) Teaching Techniques application

3D Third DimensionCAI Computer Aided InstructionSoftware System

CAL Computer Aided Learning(Results Calculation and Analysis)

EDAS/VIS Data Acquisition + Virtual Instrumentation System

RTC EDIBON Real Time Control System

EDIBON Hybrid System (Energy)

ARTIFICIAL VISION Photoelasticity System (Strength of Materials).

SCADA EDIBON Computer Control System

PLC Industrial Control using PLC

EDIBON Mini-Scada-Net System

ESN EDIBON Scada-Net System

ETDL EDIBON Technical Distance Learning System

FSS Faults Simulation System.


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques2.2.4 b) Teaching Techniques application* 3D Third Dimension

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Used for: -Physics


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques2.2.4 b) Teaching Techniques application* CAI Computer Aided InstructionSoftware System

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Used for:-Basic Electronics and Kits-Basic Communications-Basic Electricity-Electrical Machines-Basic Mechanics-Basic Fluid Mechanics- and any EDIBON Advanced Unit when is used for basic level


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques2.2.4 b) Teaching Techniques application* CAL Computer Aided Learning(Results Calculation and Analysis)

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Used for:-Basic Electronics and Kits-Basic Communications-Basic Electricity-Electrical Machines-Basic Mechanics-Basic Fluid Mechanics- and any EDIBON Advanced Unit.Check case by case


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques used by EDIBON2.2.4 b) Teaching Techniques application* EDAS/VIS Data Acquisition + Virtual Instrumentation System

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Used for:-Basic Electronics and Kits-EDAS/VIS 250.000 d/s for:-Basic Electronics and Kits EDAS/VIS 1.250.000 d/s for:-Basic Communication-Communication

MUAD/VIS 250.000 d/s for:-Electrical Installations-Domestic Electricity-Electrical Machines-Power Systems-Smart Grid


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques used by EDIBON2.2.4 b) Teaching Techniques application* RTC EDIBON Real Time Control System

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Used for:-Advanced Electronics.-All units using SCADA.


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques used by EDIBON2.2.4 b) Teaching Techniques application* EDIBON Hybrid System (Energy).

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Used for:-APS12. Power Plant Simulator-Asg Series. Smart Grid.


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques used by EDIBON2.2.4 b) Teaching Techniques application* ARTIFICIAL VISION Photoelasticity System (Strength of Materials).

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Used for:-EFOV Photoelasticity


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques used by EDIBON2.2.4 b) Teaching Techniques application* SCADA EDIBON Computer Control System: Computer Control + Data Acquisition + Data Management.

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Used for:-Advanced Electronics-Advanced Communications-Advanced Electricity-Advanced Energy-Mechanics-Automation and Systems

-Fluid Mechanics- Heat Transfer- Process Control-Chemical Engineering-Food Technology-Environment


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques used by EDIBON2.2.4 b) Teaching Techniques application* PLC Industrial Control using PLC.

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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques used by EDIBON2.2.4 b) Teaching Techniques application* EDIBON Mini-Scada-Net System.

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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques used by EDIBON2.2.4 b) Teaching Techniques application* ESN EDIBON Scada-Net System (Management Control from a local NET).

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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques used by EDIBON2.2.4 b) Teaching Techniques application* ETDL EDIBON Technical Distance Learning System.

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MADRIDNEW YORK


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2.2. TECHNOLOGY2. KNOW HOW2.2.4 Technology: Teaching Techniques used by EDIBON2.2.4 b) Teaching Techniques application* FSS Faults Simulation System (PID).

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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS

2.3.1 General concepts

2.3.2 Data Acquisition

2.3.3 Control


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2.3.1 General concepts

2.3.1 a) SCADA

2.3.1 b) EDIBON SCADA features

2.3.1 c) EDIBON SCADA competition

2.3.1 d) PID Control

2.3.1 e) EDIBON Computer controlled units references


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.1 General concepts2.3.1 a) SCADA


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.1 General concepts2.3.1 b) EDIBON SCADA features

DACQUISITIONREPORTA

SCACONTROLANDSUPERVISIONDATA

SUPERVISIONALARMSMONITORING + DATA SAVING + PLOTTINGMONITORINGMONITORING + DATA SAVING DATA LOGGING

OPEN LOOP CONTROLCLOSE LOOP CONTROL

ON/OFFPID


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.1 General concepts2.3.1 c) EDIBON SCADA competition

DACQUISITIONREPORTA

SCACONTROLANDDATA

SUPERVISIONALARMSMONITORING + DATA SAVING + PLOTTINGMONITORINGMONITORING + DATA SAVING DATA LOGGING

OPEN LOOP CONTROLCLOSE LOOP CONTROL

ON/OFFPIDSUPERVISIONSOME COMPANIESFEW COMPANIESONLY SPECIAL CASES

Competition:ONLY EDIBONONLY EDIBONCompetition:Competition:


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.1 General concepts2.3.1 d) PID Control


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.1 General concepts2.3.1 d) EDIBON Computer controlled units references

EDIBON has designed and produces more than 200 different Computer Controlled units.ALL EDIBON COMPUTER CONTROLLED UNITS USE C, AS THE LAST LETTER IN THE REFERENCE.Example:TAAC: Air Conditioning Unit.PBOC: Pumps Test Set.UDCC: Distillation Column.The last C means Computer Controlled.What mean the other letters?T at the beginning, in many cases related with the area. In case of T it is for Thermodynamics.The other letters in the middle use to be in many cases, the first letters of the unit name but some items in Spanish and in most cases in English.


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2.3.2 Data Acquisition

2.3.2 a) Data Acquisition (Monitoring)

2.3.2 b) Data Acquisition (Monitoring + Data saving) Data Logging

2.3.2 c) Data Acquisition (Monitoring + Data saving + Plotting)

2.3.2 d) Data Acquisition by SAMPLE PER SECOND

2.3.2 e) Which one does EDIBON use?


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.2 Data Acquisition2.3.2 a) Data Acquisition (Monitoring)

Example: Temperature measurement

(Thermocouple)

SIGNAL CONDITIONING

Data MonitoringSIGNAL PROCESSINGProcess DataValuesSCADA


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.2 Data Acquisition2.3.2 b) Data Acquisition (Monitoring + Data saving) Data Logging

Example: Temperature measurement

Data Saving

(Thermocouple)

SIGNAL CONDITIONING

Data MonitoringSIGNAL PROCESSINGProcess DataValuesSCADA


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.2 Data Acquisition2.3.2 c) Data Acquisition (Monitoring + Data saving + Plotting)

Example: Temperature measurementData Plotting

(Thermocouple)

SIGNAL CONDITIONING

Data MonitoringProcess DataValuesSIGNAL PROCESSING

Data SavingSCADA


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.2 Data Acquisition2.3.2 d) Data Acquisition by SAMPLE PER SECONDAbout 100 D/S

About 1000 D/S

About 250.000 D/S

About 1.250.000 D/S

More than 1.250.000 D/S


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.2 Data Acquisition2.3.2 e) Which one does EDIBON use?

The most advanced ones:


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2.3.3 Control

2.3.3 a) Open Control Loop

2.3.3 b) Closed Control Loop. ON/OFF

2.3.3 c) Closed Control Loop. PID

2.3.3 d) Supervision. SCADA

2.3.3 e) Which one does EDIBON use?


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.3 Data Acquisition2.3.3 a) Open Control Loop

Example: Temperature controlSet Point

Control

Data Acquisition(Thermocouple)(Heater)

Process DataValuesSCADA


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.3 Data Acquisition2.3.3 b) Closed Control Loop. ON/OFF

SCADA

Example: Temperature control

Set PointControl

Data Acquisition

(Thermocouple)(Heater)

Process DataValues


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.3 Data Acquisition2.3.3 c) Closed Control Loop. PID

SCADA

Example: Temperature control

PIDSet PointControl


Data Acquisition

Process DataValues


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.3 Data Acquisition2.3.3 d) Supervision. SCADA

AlarmsSCADA

Set Point

Data AcquisitionControl

SupervisionAlarms


Process DataValuesExample: Temperature control


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2. KNOW HOW2.3 TECHNOLOGICAL CONCEPTS CLARIFICATIONS2.3.2 Data Acquisition2.3.3 e) Which one does EDIBON use?EDIBON uses:

In some cases only SCADA is required.In some cases only ON/OFF is required.


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2. KNOW HOW2.4 KEY FEATURES FOR IMPORTANT UNITS OF OUR RANGE (EDIBON UNIQUE)

2.4.1 Key features for units with SCADA and PID Control

2.4.2 SCADA Key Features Video

2.4.3 Others

UNIQUE TO EDIBON


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2.4 KEY FEATURES FOR IMPORTANT UNITS OF OUR RANGE (EDIBON UNIQUE)2.4.1 Key features for units with SCADA and PID Control2. KNOW HOW

For further information please click on the button beside


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2.4 KEY FEATURES FOR IMPORTANT UNITS OF OUR RANGE (EDIBON UNIQUE)2.4.1 Key features for units with SCADA and PID Control2. KNOW HOW

For further information please click on play button above


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2. KNOW HOW2.4 KEY FEATURES FOR IMPORTANT UNITS OF OUR RANGE2.4.3 Others


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For more information see:PART 3. PRODUCTS


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Education

All EDIBON products and facilities. Part 2 Know How