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HIGHER EDUCATION FOOD TECHNOLOGY LABORATORY (12HE) * Center: * Country: * Date: * Issue: Quality Certificates: Worlddidac Quality Charter Certificate Worlddidac Member European Union Certificate (total safety) (Worlddidac Member) ISO 9000: Quality Management (for Design, Manufacturing, Commercialization and After-sales service) Certificates ISO 14000 ECO-Management and Audit Scheme and (environmental management)
Transcript
Page 1: 12HE

HIGHER EDUCATION

FOOD TECHNOLOGY LABORATORY(12HE)

* Center:

* Country:

* Date:

* Issue:

Quality Certificates:

Worlddidac Quality CharterCertificate

WorlddidacMember

European Union Certificate(total safety)

(Worlddidac Member)

ISO 9000: Quality Management(for Design, Manufacturing,

Commercialization and After-sales service)

Certificates ISO 14000ECO-Management and Audit Scheme

and

(environmental management)

Page 2: 12HE

Index

Higher Education Food Technology Laboratory(12HE)

Ref.:12HE-pre(01/11)

- Project content.

- Technical areas available.

- Main target.

- Project options covered.

- Project conditions.

- Teaching techniques used.

- Economical proposal.

- Main teaching units (included in priority 1).

- Classroom and Laboratory Lay Out (Example).

Page 3: 12HE

TRAININGMANUFACTURING

COMPLETEPACKAGE SUPPLYING

DESIGNING

(ORCAD)

ELECTRONICSELECTRONICS

(AUTOCAD)MECHANICAL DESIGNMECHANICAL DESIGN

CONTROLAPPLICATIONSDESIGN

CONTROLAPPLICATIONSDESIGN (SACED)

MANUALS

DESIGN

MANUALS

DESIGN (OFFICE)

Project content

Main blocks

Full units design

Products

Modern design

Higher Education Food Technology Laboratory(12HE)

Ref.:12HE/pre(01/11)

Page 4: 12HE

Technical areas available

- Electronics.

- Electricity.

- Mechanics & Materials.

-

-

- Complements, Instruments and Tools.

Thermodynamics & Thermotechnics.

Process Control.

- Chemical Engineering.

- Environmental.

* Food & Water Technologies.

Note: The complete technical design “is ready” at our premises

Higher Education Food Technology Laboratory(12HE)

*Main area directly related with Higher Education Food Technology and Water TechnologyLaboratory labelled in bold letters.

Ref.:12HE-pre(01/11)

Page 5: 12HE

Economical Proposal

Higher Education Food Technology Laboratory(12HE)

Ref.:12HE-pre(01/11)

Teaching Units:"Priority 1"1200. Food and Water Technologies

1210: Elementary Food Technology. Basic Module

1210/PLC: PLC's Module

1211: Elementary Food Technology. Medium Module

1211/PLC: PLC's Module

1212: Elementary Food Technology. Advanced Module

1212/PLC: PLC's Module

1220: Food Technology (Utillage) Module

1230: Food Technology (Milk). Basic Module

1230/PLC: PLC's Module

1231: Food Technology (Milk). Medium Module

1231/PLC: PLC's Module

1232: Food Technology (Milk). Advanced Module

1232/PLC: PLC's Module

1240: Food Technology (Oil) Module

1240/PLC: PLC's Module

1200/ESN: EDIBON Scada-Net for Food Technology units

Pilot Plants for Food Technology (30 students working simultaneously)

1200-LE00: Process Plant for Dairy Products, with "ESN"

"Priority 2"0900. Thermodynamics & Thermotechnics

0910/10S: Refrigeration. Basic Module (10 CAI + CAL)

0910/PLC: PLC's Module

0950/10S: Heat Transfer. Basic Module (10 CAI + CAL)

0950/PLC: PLC's Module

0951: Heat Transfer. Medium Module.

0951/PLC: PLC's Module

0953/PLC: PLC's Module

1000. Process Control

1010: Process Control. Basic Module.

1010/PLC: PLC's Module

1100. Chemical Engineering

1110/10S:Chemical Engineering. Basic Module (10 CAI + CAL).

1110/PLC: PLC's Module 1111/10S: Chemical Engineering. Medium Module (10 CAI + CAL). 1111/PLC: PLC's Module1120: Chemical Process. Basic Module 1120/PLC: PLC's Module

"Priority 3"0200. Electronics

0213-210/10S: Elementary Electronics (10 CAI + CAL).

0400. Electricity

0413-410/10S: Domestic Electric Installations (10 CAI + CAL)

0700. Mechanics and Materials

0710/10S: Mechanics.Basic Module. (10 CAI + CAL).

1200. Food and Water Technologies

1200-CA00: Process Plant for Meat, with "ESN"

1200-CI00: Process Plant for Citrus Fruit, with "ESN"

1200-FR00: Process Plant for Fruits, with"ESN"

1200-VE00: Process Plant for Vegetables, with "ESN"

1200-AS00: Process Plant for Seeds Oil, with "ESN"1200-AC00: Process Plant for Olive Oil, with "ESN"1200-TO00: Process Plant for Tomatoes, with "ESN"1200-UV00: Process Plant for Grapes, with "ESN"1200-CE00: Process Plant for Cereals, with "ESN"1300. Environmental 1310: Water Handling. Basic Module 1310/PLC: PLC's Module 1311: Water Handling. Medium Module 1311/PLC: PLC's Module 1321 Clear Water Treatment. Basic Module1321/PLC: PLC's Module

Complements, Instruments and Tools:

5100. Complements, Instruments and Tools5110-1: Cupboard & Shelves Module5120-10: Computer Module5122: Teaching Aids Module 5124: Complete Health & Safety 5142-1: Electricity Toolkit Module5143-20: Electronics Toolkit Module

Services:* Furnitures:* Electrical, Water and Air Installation and others laboratory services* Installation of all units supplied, Starting up, Training, Teacher Training and Technology Transfer

Page 6: 12HE

E: 1:100

25 cm

32 cm

48x35 cm

1,6 cm1,5 cm

3,3 cm

Web-cam

Computer for each Teaching Unit

Teacher and Student Desk withcomputers

Table for Teaching Unit

Table officeTeaching Unit

ElectronicInterface

INT

Cupboard

Unit

EDIBON ESN SCADA-NET

TOILET

TOILET

MAINELECTRICALCABINET

SERVICES

STAND ALONGAND

DANGEROUSUNITS

MANAGERROOM

ROOM 1

OTHER TEACHINGAND

NON TEACHING UNITS

MAINWATER

CABINET

MAINAIR

PANEL

EMERGENCY DOOR

PROJECTOR

ELEC

TR

ON

IC

BLA

CK

BO

AR

D

TEACHER

DESK

EDIBON

ESN

SCADA-NET

90

x40

90

x40

2,7

cm

STOCK

90

x60

90

x60

90x60

90x60

150x60

150x80 cm

15

0x8

0

90

x60

90

x40

90

x40

90x40

90x60 cm Shelves

15

0x8

0

90

x40

80x30 Table

ROOM 3

100x40

15

0x8

0

90

x40

15

0x8

0

90

x40

STU

DEN

TTO

ILET

90

x60

ROOM 2

150x80

SEMINARY

90

x60

COMPUTER

CONTROLLED

UNITS

1,4 cm

9cm

Classroom and Laboratory Lay Out

HIGHER EDUCATION

FOOD TECHNOLOGY LABORATORY(Example of Priority 1)

(12HE)

EXPA

NSIO

NS

SPA

CE

LOCAL NET

WITH SCADA-NET

SYSTEM

OTHER TEACHINGAND

NON TEACHING UNITS

INT INT INT INT INT INT INT INTINTINT QRQCUnit

VPMCUnit

EDSCUnit

EDLCUnit

AEHC

Unit

SBANC

Unit

ROUCUnit

AFPMCUnit

AEDC

Unit

TFDC

Unit

INTPASC

Unit

INTTPCCUnit

INTINT INT INT INT INT INT INT INTINT

PVQCUnit

CCDCUnit

PADC

Unit

EMANC

Unit

IYDCUnit

RDCUnit

FQDCUnit

AEQCUnit

AUHTCUnit

PACCUnit

INTDSNCUnit

Page 7: 12HE

Main Teaching Units(included in priority 1, )

Higher Education Food Technology Laboratory(12HE)

Ref.:12HE-pre(01/11)

Priority 01:

PASC Computer Controlled Laboratory Pasteuriser.

SBANC Computer Controlled Tray Drier.

AEHC Computer Controlled Hydrogenation Unit.

AEDC Computer Controlled Desodorising Unit.

TFDC Computer Controlled Teaching Frigorific Tank.

EDLC Computer Controlled Teaching Machine for Putting in Plastic Packing Liquids.

EDSC Computer Controlled Teaching Machine for Putting into a container Solids.

VPMC Computer Controlled Multipurpose Processing Vessel.

QRQC Computer Controlled Chemical Reactors Training System.

ROUC Computer Controlled Reverse Osmosis/Ultrafiltration Unit.

AFPMC Computer Controlled Plate and Frame Filter

TPCC Computer Controlled Contact Plate Freezer.

DSNC Computer Controlled Teaching Cream Separator.

EMANC Computer Controlled Butter Maker Teaching Unit.

PADC Computer Controlled Teaching Autonomous Pasteurization Unit.

CCDC Computer Controlled Teaching Curdled Tank.

PVQC Computer Controlled Teaching Cheese Vertical Press.

IYDC Computer Controlled Teaching Yogurt Incubator.

RDC Computer Controlled Teaching Cottage Cheese Maker.

FQDC Computer Controlled Teaching Cheese Melter.

AEQC Computer Controlled Cheese Vat & Cheese Making accessories

AUHTC Computer Controlled UHT Unit.

PACC Computer Controlled Continuous Cycle Oil Production Plant.

Page 8: 12HE

Main target

* To help the students:

- By “quick” understanding.

- By “clear” understanding (clear concepts).

- By “saving” time.

- By “extending” the laboratory to their homes.

* To help the teachers:

- By “easy” teaching.

- By increasing the teaching “efficiency”.

- By “reducing” teaching costs (less time consume).

- By “integrating” classroom and laboratory in the same place.

Ref.:12HE-pre(01/11)

Higher Education Food Technology Laboratory(12HE)

Page 9: 12HE

Project options covered

This will cover the following:“Higher Education Food Technology Laboratory”

a) To train students at laboratory.

b) To train trainers.

c) To be used for training and update educators in current teaching

technologies.

d) To give courses to workers in the industry, as it simulates industrial

process.

e) To be used for carrying out applied research, in several processes and

different technical areas.

f) To be used as research tool for international projects.

g) To train other countries teachers.

Ref.:12HE-pre(01/11)

Higher Education Food Technology Laboratory(12HE)

Page 10: 12HE

Project conditions

The “ includes the followingtechnical and commercial conditions:

H ”igher Education Food Technology Laboratory

- Laboratories adaptation.- Installation of all units supplied.- Starting up for all units.- Training about the exercises to be done with any unit.- Teacher training related with the teaching unit and the teaching techniques

used.- Technology transfer.

- Packing.

- Financing Charges.

- C.I.F. Charges.

. Required services manual.

. Assembly and installation manual.

. Interface and software/control console manual.

. Set in operation manual.

. Safety norms manual.

. Practices manual.

. Maintenance manual.

. Calibration manual.

b) Commercial conditions:

c) Other conditions:

- 8 Manuals for each teaching equipment:

a) Technical conditions:

Ref.:12HE-pre(01/11)

Higher Education Food Technology Laboratory(12HE)

Page 11: 12HE

3D. EDIBON THREE DIMENSIONS SYSTEM

CAI. COMPUTER AIDED INSTRUCTION SYSTEM

EDAS. EDIBON DATA ACQUISITION SYSTEM

RTC. EDIBON SYSTEM FOR HIGH ELECTRONICS (Real time control)

Unit

Unit

Unit

Unit

TeacherSoftware

StudentSoftware

Used for:Physics ( Magnetic fields,Electrical fields, Mechanics,Acoustics, Optics,Thermodynamics andFluid Mechanics)

Used for:Basic Electronics.Communications.Electricity.

Used for:High Tech Electronics(Control Electronics,Digital Electronicsand Industrial Electronics).

Used for:Basic Electronics andElectricity.Communications.Basic Mechanics.Basic Fluid Mechanics.

Interface

Interface

Data AcquisitionSoftware

Control Software

Option:SimulationSoftware

Software included:-Control-Data Acquisition-Data Management

Data acquisitonboard

Data acquisitonboard

Dataacquisiton

board

Software

Software

Software

Software

Software

+

QQ++

EE

xx

WEB: www.edibon.com

TEACHING TECHNIQUES USED

Page 12: 12HE

SACED. EDIBON COMPUTER CONTROL SYSTEM:Control+Data Acquisition+Data Management

PHOTOELASTICITY

HYBRID. EDIBON TEACHING HYBRID SYSTEM (ENERGY)

ESN. EDIBON SCADA-NET SYSTEM

Unit

Alarms

Some Probes

Used for:EnergyPowerPlants.

Used for:Strength

ofMaterials.

Used for:Fluid Mechanics.Aerodynamics.Thermodymanics&Thermotechnics.Process Control.ChemicalEngineering.Food Technology.Water Technology.Environment.

-Control-Data Acquisition-Data Management

Software included:

Data Acquisitonboard

Software

SimulationRESULTS

Diferences betweenthe simulation and

the photoelasticreality.

Real

WEB: www.edibon.com

UnitInterface

PLCoption

ST-4

hhCC and Humidityand Humidity

ST-5ST-5

hhBB and Humidityand Humidity

� H

(ST12, SP-2)(ST12, SP-2)

ST13, SP-1)ST13, SP-1)

14, SP-2)14, SP-2)

: This energy is absorbedThis energy is absorbed

y the refrigerant systemy the refrigerant system

((

(ST(ST

Evaporation Process

on ensa on rocessCondensation Process

�� HH:

bb

Used for:Complex Processes andComplete Laboratories


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