CONTROLLER MAINTENANCE AND REPAIR SPECIALISTS

AUTOMATION EQUIPMENT REPAIR

Our highly skilled technicians are dedicated to ensuring that your encoders, drivers, IPC, HMI and ICB cards are kept in optimal condition. We perform thorough inspections to detect any potential issues and carry out preventative adjustments to ensure reliable performance.

Driver maintenance and repair
Maintenance encoders
HMI Equipment Repair
IPC- Industrial PC Review
Control Card Repair

Driver Maintenance and Repair

At BCI, we understand that automation drivers are vital components for the efficiency and productivity of your business. Our maintenance and repair services give you peace of mind that your systems will be in expert hands, ready to keep your operations running reliably and smoothly.

We work with a variety of makes and models of automation drivers, allowing us to address a wide range of industrial systems. Our commitment to quality and attention to detail ensures that your drivers are in optimal working condition.

Devices that can be upgraded

  1. Programmable Logic Controllers (PLCs): PLCs are essential devices in industrial automation. They control and monitor processes and machinery, and require functional drivers for accurate operation.

  2. Variable Frequency Drives (VFDs): These devices regulate the speed and performance of electric motors, and rely on suitable drivers for optimal operation.

  3. Servo controllers: Servo controllers handle the positioning and movement of axes in machines and robots. Proper maintenance of your drivers is crucial for consistent accuracy.

  4. Human Machine Interfaces (HMI): HMIs provide the interface between operators and automated systems. Drivers ensure efficient communication and correct functionality.

  5. Positioning and Motion Control Systems: These systems, used in machinery and robotics, require drivers to achieve coordinated and precise movements.

  6. Machine Vision Systems: Machine vision is used for automated inspections. Drivers ensure communication with cameras and sensors.

  7. Industrial Communication Devices: Equipment such as gateways and industrial routers require drivers to ensure connectivity and data transfer.

  8. Temperature Control Systems: Temperature control systems, used in industrial processes, also rely on drivers to maintain thermal accuracy.

  9. Power and Distribution Systems: Power distribution and control systems can also benefit from driver maintenance to ensure the stability of the electrical flow.

  10. Custom Automation Systems: Many industries implement custom systems involving several interconnected automation devices, all of which may require driver maintenance.

Proper maintenance of the drivers in these automation devices is essential to ensure reliable and efficient operation of industrial systems.

 

 

Maintenance encoders

Ensure the highest quality and precision in your Encoders

Proper maintenance of these various types of encoders is critical to ensuring accurate measurements and reliable operation in a wide range of industrial applications.

What types of encoders are there and can be maintained?

  1. Incremental Rotary Encoders: These encoders generate electrical impulses when the shaft rotates, allowing angular position and velocity to be measured. Maintenance of these encoders is vital to ensure accurate measurements.

  2. Absolute rotary encoders: Unlike incrementals, absolute encoders provide a unique position for each axis position. Its maintenance ensures an accurate reading of the position.

  3. Linear Encoders: These encoders are used to measure linear displacements in machines and equipment. They require maintenance to ensure reliable and consistent measurements.

  4. Magnetic Encoders: They use magnetic fields to generate signals. Maintenance is necessary to ensure the integrity of magnetic fields and the accuracy of measurements.

  5. Optical Encoders: These encoders use light and shadow patterns to generate signals. They require proper maintenance to ensure that optical patterns are not affected.

  6. Encoders Resolver: Used in industrial systems, they convert shaft motion into electrical signals. Their maintenance is essential to maintain resolution and accuracy.

  7. Absolute Incremental Encoders: These encoders combine features of incremental and absolute encoders. They require maintenance to maintain their ability to provide unique information at each position.

  8. Magnetostrictive encoders: They use magnetostrictive waves to measure position. They require maintenance to ensure accurate and consistent measurements.

  9. Capacitive Encoders: Based on capacitance changes, they measure displacements. Maintenance is necessary to maintain the integrity of the capacitive components.

  10. Angular and Linear Encoders: Some encoders can measure both angular and linear motion. Maintenance ensures reliable measurements in both dimensions.

HMI Equipment Repair

Maintaining these various types of HMI devices is essential to ensure smooth interaction between operators and industrial systems, as well as to maintain the accuracy and reliability of visual and tactile information.

Types of maintenance in HMI (Human Machine Interface)

  1. Touch HMI Panels: These devices offer an intuitive touch interface for interacting with industrial systems. They require maintenance to ensure accurate tactile feedback and clear display.

  2. Graphic HMI Displays: They provide visual feedback to operators on industrial processes. Maintenance ensures the quality of the display and accurate graphical representation.

  3. Industrial PCs with Touch Screens: Industrial computers embedded with touchscreens offer more complete control. Maintenance is crucial to ensure the functionality of both the screen and the computer.

  4. Portable HMIs: These devices allow interaction with systems from different locations. Maintenance ensures that portability and touch functions remain effective.

  5. Tablets and Mobile Devices: Many industries use tablets and mobile devices for process control and monitoring. Maintenance is essential to ensure functionality and durability.

  6. Industrial Control Screens: Control screens provide real-time information on industrial processes. Maintenance ensures that visualization and communication are accurate.

  7. Color HMI Displays: Color displays provide richer visual representations of systems. Maintenance ensures the quality of color rendering and the clarity of the screen.

  8. Waterproof Control Panels: These water-resistant devices are used in damp or wet environments. Maintenance is necessary to maintain water resistance and tactile operation.

  9. HMI with Wireless Communication: Some HMI devices use wireless communication to interact with systems. Maintenance ensures the functionality and reliability of the wireless connection.

  10. Custom HMI Systems: Many industries develop custom HMI systems for their specific needs. Maintenance ensures that these systems remain effective and suitable for their intended use.

IPC- Industrial PC Review

The maintenance of these different types of Industrial PCs is essential to ensure the uninterrupted and reliable operation of the systems in industrial environments, where conditions can be challenging.

What types of CPIs are there and which ones can we maintain?

  1. Integrated Industrial PCs: These are compact systems that combine a CPU and components into a single unit. Maintenance is essential to ensure proper performance and cooling.
  2. DIN Rail Mount PCs: Designed for DIN rail mounting in cabinets or cabinets. Maintenance ensures the integrity of the installation and the protection of the components.
  3. PCs for Extreme Environments: These systems are designed to withstand harsh environmental conditions, such as extreme temperatures or vibrations. Maintenance ensures that they continue to function under these circumstances.
  4. Embedded PCs: They are integrated directly into machinery or equipment. Maintenance is necessary to ensure that the integration does not affect the performance of the PC.
  5. Industrial Panel PCs: They are PCs that are integrated into panels or cases and are used to control processes. Maintenance is essential to maintain the functionality of the display and internal components.
  6. EMI/RFI Protected PCs: These systems are protected against electromagnetic and radio frequency interference. Maintenance ensures that this protection remains effective.
  7. PCs with Reinforced Ventilation: Some industrial PCs have improved ventilation systems for dusty or dirty environments. Maintenance ensures that these ventilation systems continue to function properly.
  8. PCs with Industry Certifications: Some PCs comply with industry-specific standards, such as ATEX for explosive environments. Maintenance ensures that certifications remain valid.
  9. Waterproof Industrial PCs: Designed to resist water and moisture in wet or humid environments. Maintenance is necessary to maintain the integrity of the water protection.
  10. Modular Industrial PCs: These systems can be customized with additional modules as needed. Maintenance ensures module compatibility and performance.

Control Card Repair

Proper maintenance and repair of these different control boards is essential to ensure the reliable and safe operation of industrial systems in a variety of applications.

What types of control cards are there and which ones can we maintain?

  1. Motor Control Cards: These cards control the operation and speed of motors in industrial machinery and equipment. Maintenance ensures precise and safe control of the motors.

  2. Temperature Control Cards: Used in industrial heating, ventilation and air conditioning systems. Maintenance is necessary to maintain the accuracy and stability of the temperature control.

  3. Process Control Cards: They control and regulate various aspects of industrial processes, such as chemical mixing or in-line production. Maintenance ensures efficient and consistent control.

  4. Automation Control Cards: These cards are essential for the automation of industrial processes, ensuring the execution of scheduled tasks. Maintenance ensures smooth operation.

  5. Motion Control Cards: Used in positioning and movement systems in machinery and robotics. Maintenance is necessary to maintain precision in movements.

  6. Alarm Control Cards: They monitor and alert on anomalous situations in industrial systems. Maintenance ensures that alerts are accurate and reliable.

  7. Communication Control Cards: They facilitate communication between different components and systems in the industry. Maintenance ensures the functionality of data communication.

  8. Lighting Control Cards: Used in industrial lighting systems to adjust light levels and save energy. Maintenance is essential to maintain light efficiency.

  9. Security Control Cards: These cards monitor security systems, such as restricted access and emergency alarms. Maintenance ensures accurate response in critical situations

THE BEST INDUSTRIAL MAINTENANCE SOLUTION IN SALTILLO, COAHUILA

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MAINTENANCE AND REPAIR OF AUTOMATED EQUIPMENT IN SALTILLO

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We generate and develop projects for the industry in general with the highest levels of service, efficiency and quality, always seeking, achieving and preserving above all, the physical integrity of the people who operate the automation equipment.
CEO
Ing. Juan Carlos Villanueva
For 13 years,
BATIZ CONTROL INC® has helped customers optimize their production process, increase efficiency, and improve their bottom line with the highest standards of quality and service.
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