7.4.- INSTALLATIONS AND MAINTENANCE

The needs of today's society are a challenge for any industry, since they have to be in continuous evolution and renewal to adapt to those needs.

In recent years, as a result of the new industrial revolution or "Industry 4.0", the emergence of the "Industrial Internet of Things" ("IIoT") and the "Smart Factories", that adaptation is possible thanks to the application of the most sophisticated techniques in the design of new facilities or in the renovation of existing ones.

In spite of all these technological advances and the exhaustive controls carried out, it should not be forgotten that any element that take part in the productive process is going to be subjected to a mechanical and electrical wear (efforts, loads, etc.) and its useful life is limited. To avoid catastrophic failures, stoppages in production or any type of process that implies an increase of non-productive times and, therefore, an increase of costs, it is extremely important to carry out a good maintenance of machinery, electrical systems, etc.

Traditionally, only two types of maintenance were considered:

Corrective: the fault is solved once it has already occurred.
Preventive: periodic review of all those problematic elements and their replacement if required.

These types of maintenance involve very high and unnecessary costs in most cases. Nowadays, thanks to the available technology, it is possible to carry out predictive maintenance consisting of a comprehensive analysis of all those variables that take part in all the components of a system and be able to replace them at the right time.

But, if more control over the failures that can suffer all those mechanical components subject to wear is preferred, there is another type of maintenance, known as proactive maintenance. It goes one step further than the predictive maintenance, looking for the root of the problem.

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INSTALLATIONS AND MAINTENANCE EQUIPMENT

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CUTAWAY MODELS OF TRANSMISSION OF MOTION UNITS - CMTM

CMTM

Available

7.4.1.- CUTAWAY MODELS

CMTM

Cutaway Models of Transmission of Motion Units

The Cutaway Models of Transmission of Motion Units, "CMTM", designed by EDIBON, are made up of industrial elements and designed in such a way that their application components can be observed by the user, keeping their mechanical functional...

UNIT TO STUDY A WORM GEAR CUTAWAY MODEL - WGCM

Accessory of CMTM

Available

7.4.1.- CUTAWAY MODELS

WGCM

Unit to Study a Worm Gear Cutaway Model

Accessory of CMTM

The Unit to Study a Worm Gear Cutaway Model, "WGCM", designed by EDIBON, allows for the study of a helical worm screw and a circular cogwheel.This type of transmission is widely used in automatic doors, elevators, and mechanisms that require...

UNIT TO STUDY A MITRE GEAR CUTAWAY MODEL - MGCM

Accessory of CMTM

Available

7.4.1.- CUTAWAY MODELS

MGCM

Unit to Study a Mitre Gear Cutaway Model

Accessory of CMTM

The Unit to Study a Mitre Gear Cutaway Model, "MGCM", designed by EDIBON, allows for the study of this type of transmission, which uses bevel gears to transmit motion between two perpendicular shafts.Due to their ability to change the direction of...

UNIT TO STUDY A SPUR GEAR CUTAWAY MODEL - SGCM

Accessory of CMTM

Available

7.4.1.- CUTAWAY MODELS

SGCM

Unit to Study a Spur Gear Cutaway Model

Accessory of CMTM

The Unit to Study a Spur Gear Cutaway Model, "SGCM, designed by EDIBON, It is a mitre gear.l power transmission systems.It is made up of bevel gears that consist of two conical cogwheels. This device is used to transmit motion between two...

UNIT TO STUDY A TWO-STAGE SPUR GEAR CUTAWAY MODEL - SGCM/2

Accessory of CMTM

Available

7.4.1.- CUTAWAY MODELS

SGCM/2

Unit to Study a Two-Stage Spur Gear Cutaway Model

Accessory of CMTM

The Sectioned Model of a Spur Gear Transmission, "SGCM/2", designed by EDIBON, allows for the study of this type of transmission, which is the simplest and most widely used in mechanical systems for motion and power transmission.These systems are...

UNIT TO STUDY A PLANETARY GEAR CUTAWAY MODEL - PGCM

Accessory of CMTM

Available

7.4.1.- CUTAWAY MODELS

PGCM

Unit to Study a Planetary Gear Cutaway Model

Accessory of CMTM

The Unit to Study a Planetary Gear Cutaway Model, "PGCM", designed by EDIBON, allows for the study of one or more external or planet gears that revolves about a central or sun gear.Planetary gears are widely used in vehicle gearboxes, speed...

UNIT TO STUDY A VARIABLE SPEED TRAPEZOIDAL BELT DRIVE CUTAWAY MODEL - BDCM

Accessory of CMTM

Available

7.4.1.- CUTAWAY MODELS

BDCM

Unit to Study a Variable Speed Trapezoidal Belt Drive Cutaway Model

Accessory of CMTM

The Unit to Study a Variable Speed Trapezoidal Belt Drive Cutaway Model, "BDCM", provides insight into the operation of continuously variable transmissions (CVT), where the speed ratio changes progressively and seamlessly, allowing for automatic...

UNIT TO STUDY A CONTROL GEAR CUTAWAY MODEL - CGCM

Accessory of CMTM

Available

7.4.1.- CUTAWAY MODELS

CGCM

Unit to Study a Control Gear Cutaway Model

Accessory of CMTM

The Unit to Study a Control Gear Cutaway Model, "CGCM ", provides an in-depth analysis of these gears, which are designed to adjust the spacing between teeth, ensuring precise control in various mechanical applications.These gears are essential in...

UNIT TO STUDY A MULTIPLE-DISC CLUTCH CUTAWAY MODEL - DCCM

Accessory of CMTM

Available

7.4.1.- CUTAWAY MODELS

DCCM

Unit to Study a Multiple-Disc Clutch Cutaway Model

Accessory of CMTM

The Unit to Study a Multiple-Disc Clutch Cutaway Model, "DCCM", designed by EDIBON, allows for the study of this Multiple-disk clutch system, used to transmit higher torques in mechanical systems.This type of clutch is widely used in chain tractor...

UNIT TO STUDY A BEARING CUTAWAY MODEL - BCM

Accessory of CMTM

Available

7.4.1.- CUTAWAY MODELS

BCM

Unit to Study a Bearing Cutaway Model

Accessory of CMTM

The Unit to Study a Bearing Cutaway Model, "BCM", allows for an in-depth examination of this mechanical component, essential in industry for supporting loads while enabling relative motion between two contacting surfaces.Bearings play a...

UNIT TO STUDY A SHAFT WITH JOURNAL BEARINGS ASSEMBLY - SJBA

SJBA

Available

7.4.2.- DETACHABLE MODELS

SJBA

Unit to Study a Shaft with Journal Bearings Assembly

The Unit to Study a Shaft with Journal Bearings Assembly, "SJBA", unit consists of two shaft bearings at the ends and a ground steel shaft. The slide bearing consists of two parts, the bearing itself, which is the part of the assembly that is in...

UNIT TO STUDY A HYDRODYNAMIC JOURNAL BEARING ASSEMBLY - HJBA

HJBA

Available

7.4.2.- DETACHABLE MODELS

HJBA

Unit to Study a Hydrodynamic Journal Bearing Assembly

The Unit to Study a Hydrodynamic Journal Bearing Assembly, "HJBA", is a horizontally sectioned hydrodynamic bearing. For an even transfer of the generated forces to the lower part of the bearing case, the bearings in said case are supported by a...

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