Technology in Installations and Industrial Maintenance

Technology is one of the distinguishing features of CIMELSA. Possibly the most important.

The human group that constitutes CIMELSA is made up of technicians of middle and upper degree, complete by highly specialized staff in each of the facets that the maintenance activity requires. This allows us to act without improvisation. Each performance is a consequence of a previous analysis, an action project and a allocation of resources. The process concludes with the verification of the product by the quality department.

At CIMELSA we are qualified to carry out installation activities in the advanced technology sectors, such as renewable energy, wind, biomass, cogeneration, geothermal, environmental management systems and in general in those facilities. that incorporate a technical addition that requires the contributions of a highly specialized and professional company.

Industrial Maintenance Technology

Our engineering department designs, designs and installs air conditioning equipment, MV and LV electricity, ventilation, refrigeration, both public and private sector.

Maintenance service management model and action protocols: preventive, conductive, corrective, predictive and reliability-based maintenance.

Technology in Mechanical Installations: Lighting, Control and Supervision System, Instrumentation, Automation, Intelligent Buildings.

Telecommunications: Telephony, Intercom, IT Communications, Structured Cable, Fiber Optics, BMS (Building Management System).

Cimelsa assigns, plans and executes the technically and legally mandatory preventive operations on the facilities and equipment, in order to guarantee their operation under the design conditions and ensure the maintenance of their performance throughout their useful life.

We adjust the frequencies as much as possible to the characteristics required for the activity to be maintained, always prioritizing the repair of breakdowns in critical services and those that put users at risk.

This will have the following objectives:

  • Security of people and property
  • Ideal comfort
  • Increase shelf life

Cimelsa provides the supplies (small materials for carrying out the service), necessary tools and necessary PPE. In addition, we make available to the client the technical analysis equipment that we have (thermographic camera, network analyzer, non-invasive flow mediator, air quality, combustion, etc…)

Cimelsa, establishes a daily routine that covers all the necessary vectors to follow:

Facility operations, Facility status, Equipment maintenance plan

All the documentation generated is compiled and archived according to a documentary control plan. We establish a communication protocol, so that everyone is aware of the information.

It comprises the set of operations carried out to correct or repair the breakdowns of each of the facilities (equipment, machines and related elements) susceptible to repair. Or, those operations that avoid the interruption of the service, the operation of the normal service parameters, and the operation in conditions that may cause damage to the equipment itself or damage to the center’s own facilities, as well as the safety and physical integrity own staff and their users.

The resolution of the detected incidents is carried out according to the severity of the same, with the criterion of minimizing the downtime of the facilities, they are classified as:

– Without affecting the service

– Affecting the service

– With service stop

We identify the state and operability of the facilities by knowing the values of certain variables, representative of such state and operability.

It is the most technological type of maintenance, since it requires advanced technical means. (Analysis of the Potential Failure curve of an equipment / installation)

The criticality and the failure mode of the equipment / facility determine the maintenance activities and their frequency.

Preventive inspections are still an important part, but the frequency is based on the analysis of the failure mode and criticality.

Most of the work is Proactive (Predictive). The amount of spare parts required is reduced. Analysis of the potential failure curve.

Total Reliability Concept: