We carry out all kinds of engineering projects, technical reports and legalizations for industry, commercial premises, etc. As an authorized low voltage installer, we verify the electrical installation of public places, places with risk of fire and explosion, and places with special characteristics. We carry out all types of electrical installations, whether they are industrial installations or the premises detailed above.
We carry out projects for overhead lines and transformation centers. As a high voltage maintenance company, we carry out the Regulatory Periodic Inspection of Transformation Centers.
The sectors to which our electrical automation and control cabinets are directed are very diverse, from the food, pharmaceutical, metallurgical industry of metal containers, management and control of both drinking and residual water, etc.,
Our electrical panels comply with the low voltage regulations, machine safety regulations and all European specifications and regulations.
The equipment that is integrated into the electrical panels is based on the customer’s specifications, defining the drives, the programmable controller, the decentralized periphery, the operator panel and the communication system to be used based on any architecture PROFIBUS DP, PROFINET, ETHERNET , MODBUS, INTERBUS…
The electrical distribution and power control panels are intended to offer adequate solutions to the needs of electrical distribution in professional and industrial premises.
The main distribution panels must have measuring instruments for the detection of all relevant magnitudes in electrical power supply networks, for example, phase voltages and currents, active, reactive and apparent power, symmetry factor, voltages and currents harmonicas etc.
Measurement data can be transmitted via industrial networks such as PROFIBUS DP, Modbus RTU/ASCII, Ethernet, etc., to a master station.
All these stored data can contribute to the evaluation and reduction of production costs.
The great possibilities offered by servo drives, with their high performance, “ease” of control, reliability in applications where control of: torque, speed and position, etc., are required, have been decisive in their introduction into industrial automation.
The versatility provided by this type of servo drive translates into a multitude of applications of the type: displacement, positioning, transport, turning, adjustments, etc…
The application of robotic arms allows the creation of reprogrammable multifunctional manipulators for variable and programmed trajectories to carry out a multitude of routines.
“Pick & Place” solutions, collaboration applications in robotic cells, autonomous learning systems through AI. These solutions will reduce manufacturing, palletizing and transport times.“
All those installations where a maneuver, control, regulation, signaling process, etc., are necessary, incorporate industrial automatons (PLC, Programmable Logic Controller), as well as a control panel (HMI, Human Machine Interface) that is used for refer to the interaction between humans and machines.
For this, we have a PLC and HMI programming department that has great experience and extensive knowledge of most of the programming languages of industrial automatons on the market (Siemens, Telemecanique, Omron, Allen-Bradley, ….)
More and more in modern industry, software is needed that allows a real-time view of the production process at all times. All this is achieved with the installation of a management and control system (SCADA, Supervisory Control And Data Acquisition) for data acquisition, control supervision, and visualization of industrial processes. In addition to communication and data exchange with SAP, for the production controls themselves.
We make Scada systems with the different software on the market (WinCC, WinCC flexible, Intouch, Supervisor, …)
Knowing the concepts of digital twin, in the replication of real and potential physical assets, as well as the people, processes, places and systems that develop the core business of each company. The digital representation provides elements linked to the operating dynamics provided by an IIOT system throughout its performance. The life cycle time of a product will be studied.
Jomar engineering studies individual components, physical parts, as well as deformation tests.
For a product, it will be possible to know the interoperability of the components and parts when they work together. And to apply this system to a process, simulations are carried out that allow processes to be studied digitally.
In Jomar, virtual representations of a manufacturing line process have been achieved, being able to extract from it all the resources requested from the factory, as well as the possibility of simulating new instances that allow future events to be preempted, solving problems before they occur and simulating designs of new installations to check the behavior of this line. Excellence in process optimization is sought.
It is an important mention that is currently being made on IoT systems, the importance and the multitude of applications that can be given to a system of this nature is growing more and more. What distinction does an IoT system bring?
The IoT does not affect the fields of software or technology, or directly to a sector or a market. It is revolutionizing all sectors and markets. It is a new era of IoT that will mark a before and after. All the existing sensors, together with the additions, will generate a consistent and modular solution, which allows having the greatest possible flow of information on the factory data.
For this boom, it prides itself on an interconnection of all devices, always in a protected and coordinated way, which allows monitoring, generating new data and interacting between all levels of the factory, in order to achieve the greatest success in this solution. At Jomar we are ready to launch your company into the new IoT era.
