Electronic solutions
Conatec, with 40 years of experience in the industrial sector, has established itself as a benchmark in the design and manufacturing of advanced electronic regulation and control solutions. Our line of regulators and controllers is designed to offer reliable and precise performance, adapting to the demands of sectors such as automotive, food, chemicals, and air conditioning.
Manufactured under strict quality standards, these devices guarantee optimal operation even in complex industrial environments. In addition to offering robust and efficient products, we provide specialized advice to help our customers find the solution that best suits their needs. Conatec is synonymous with reliability, experience, and commitment to excellence.
Discover some of our standard solutions in controllers for various industrial applications.
HP200
Advanced controller for electric deck ovens in bakery and pastry, designed to precisely manage thermal regulation and steam generation in baking chambers. It allows independent control of ceiling, floor, mouth-ceiling, and mouth-floor zones, ensuring uniform and efficient baking.
Outstanding control features:
Inputs and outputs
Type K temperature sensors for measurement in different oven zones and 3 A/250 V AC relay outputs for heating, steam, and ventilation control.
Operating modes
Closed-loop PID temperature regulation for main baking zones and open-loop for oven mouth. Includes independent timers for steam control and baking time.
Advanced functions
Energy saving system with adjustable levels, weekly programming for automatic start-up, and alarm management for failures and overtemperatures.
User interface
LCD display with clear parameter visualization, storage of up to 20 baking programs with customizable names, and language selection.
Communication and monitoring
Remote connectivity via PC for configuration, monitoring, and maintenance, with the ability to make remote adjustments and diagnose failures.
HP300
Advanced controller for bakery convection ovens, designed to precisely manage static or rotating ovens with one or two trolleys. This product allows baking optimization through temperature control, steam injection, and airflow regulation, ensuring uniform and efficient baking.
Outstanding control features:
Inputs and outputs
Type K temperature sensors and 3 A/250 VAC relay outputs for heating, steam, turbine, extractor, and trolley positioning control.
Operating modes
Up to 40 baking programs with quick selection, on/off control with adjustable hysteresis, and programmable automatic start-up cycles.
Advanced functions
Timed steam injection control, temperature regulation with up to three changes per cycle, dynamic draft adjustment, and synchronization with automatic loaders.
User interface
LCD display with clear parameter visualization, direct access to stored programs, and multi-language configuration.
Communication and monitoring
Remote connectivity via PC for parameter adjustment, monitoring, and predictive maintenance.
7010 M2
Advanced controller for industrial kneading machines and mixers, designed to manage two-speed equipment and optimize time and efficiency in the kneading process. It allows automatic control of rotation, bowl direction reversal, and lid safety monitoring.
Outstanding control features:
Inputs and outputs
Two-speed control with independent timing, inputs for safety lid sensors, and 5 A/230 V AC relay outputs.
Operating modes
Kneading time configuration by speed, automatic bowl rotation reversal, and stop by open lid detection.
Advanced functions
Reduction of external timers, LED indication of rotation state and operating speed.
User interface
Compact panel for easy installation with intuitive controls and operational status display.
Installation and mounting
Optimized design for integration into industrial equipment control panels with IP54 protection on the front.
ColdPack
Advanced controller for refrigeration and industrial air conditioning systems, designed to manage up to four chambers simultaneously with temperature, humidity, drying, and defrost control functions. The system operates under a master-slave architecture, using RS-485/RS-422 communications and MODBUS-RTU protocol, allowing integration with SCADA control and monitoring networks.
Outstanding control features:
Inputs and outputs
Support for PT-100 sensors, 4-20 mA current inputs, and multiple digital inputs. Includes triac outputs to control compressors, fans, defrost, and auxiliary functions.
Operating modes
Automatic temperature and humidity control, zoned staging, sequential compressor start-up to avoid electrical peaks, and balanced compressor wear distribution.
Advanced functions
Automatic/manual defrost management, energy saving during off-peak hours, discharge pressure monitoring, and safety algorithms for cold starts.
User interface
Two-line LCD display for viewing critical parameters and status indicator LEDs (cold, fan, defrost, failures).
Communication and monitoring
PC and SCADA system connection capability for monitoring and advanced configuration, with support for up to 32 equipment per network with repeaters.
Developed under the standards of a leading manufacturer in automation solutions for industrial refrigeration, this controller offers a robust, flexible, and optimized system for demanding environments.
9930
Advanced controller for freezing and rapid cooling chambers for food products such as pastries, bakery items, fruits, and fish. It offers precise management of ultra-fast freezing and cooling processes, ensuring optimal product preservation.
Outstanding control features:
Inputs and outputs
Support for up to three PT100 probes (chamber, product core, and defrost) with configurable logic inputs and six relay outputs to control compressor, fan, defrost, light, alarm, and auxiliary functions.
Operating modes
Six configurable operating modes, including ultra-fast freezing and rapid cooling, with the option to work with one or two probes (chamber and core) and maintenance modes. Allows control by time or temperature reached.
Advanced functions
Continuous cold cycle control, automatic or manual defrost, fan management according to cycle phase, and alarms for sensor failures or abnormal temperature conditions.
User interface
4-digit digital display for viewing temperatures and system states, with LED indicators showing compressor, fan, defrost, and alarm status. Dedicated keyboard for configuration and mode selection.
Communication and monitoring
Optional RS-485 communication under MODBUS-RTU protocol for integration with monitoring and remote management systems, allowing real-time parameter monitoring and adjustment.
SECMATIC 970
Advanced controller for industrial dryer systems, designed to precisely manage drying processes in food, agricultural, or industrial applications. It allows control of critical parameters such as temperature, humidity, and drying times, ensuring energy efficiency and final product quality.
Outstanding control features:
Inputs and outputs
Supports temperature and humidity sensors, with outputs to control heaters, fans, and humidification/dehumidification systems.
Operating modes
Customizable programs with heating, drying, and cooling stages, adapted to different products and requirements.
Advanced functions
PID control for precise regulation, automatic cycle management, safety alarms, and critical condition monitoring.
User interface
Intuitive digital display for configuration, real-time parameter visualization, and quick access to operating modes.
Communication and monitoring
RS-485 connectivity and MODBUS-RTU protocol for integration with SCADA systems and remote management.
Developed by a leading manufacturer in industrial automation, this controller offers flexible and precise solutions to optimize drying processes in demanding industrial environments.
7905
Advanced controller for industrial fermentation chambers, designed to manage the entire fermentation process with precise temperature control (heat/cold) and humidity (humidification/drying). It allows programming and monitoring of different process phases, ensuring that fermentation ends at the exact predefined moment.
Outstanding control features:
Inputs and outputs
PT100 sensors or 4-20 mA transmitters for temperature and humidity, and static relay outputs for heating, cooling, humidification, drying, and ventilation.
Operating modes
Manual operation for direct control or up to 10 automatic programs with configurable phases (hibernation, post-hibernation, fermentation, etc.).
Advanced functions
Automatic defrost control based on actual operating times, dynamic phase adjustment to meet programmed time, and synchronization with baking processes.
User interface
Digital display with continuous visualization of temperature, humidity, and control output status, as well as a dynamic process graph.
Communication and monitoring
Compatible with remote monitoring, integration into SCADA systems via RS-485, and advanced alarm and event management.
This controller, developed according to the standards of a leading manufacturer in automation for the food industry, offers a precise and efficient solution to optimize fermentation control in bakeries and fermented food industries.
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- HC100: this basic controller is ideal for applications requiring simple temperature control in ovens. It offers essential functions for thermal regulation and guarantees reliable and efficient operation.
- HC200: designed for processes that demand more detailed control, it allows programming of multiple temperature stages and adapts to processes requiring sequential thermal changes.
- HC300: this model incorporates advanced programming capabilities, allowing storage and execution of up to 20 different programs. It is suitable for complex processes requiring precise temperature evolution according to predefined profiles.
- HC400: in addition to the HC300 functions, the HC400 offers communication options for integration into broader automation systems, facilitating monitoring and remote control of thermal processes.
- HC500: designed for use in ovens requiring processes with different temperature levels, the HC500 can control up to three temperature stages in a single program. This makes it especially useful in applications where temperature changes are necessary during the cooking cycle.
- HC2500: This controller is oriented toward larger industrial applications, offering precise and reliable control in complex thermal processes. Its robust design and extensive programming capabilities make it suitable for demanding industrial environments.
- The entire CONATEC HC controller range is characterized by its ease of use, intuitive interfaces, and versatile programming options. These devices are designed to easily integrate into different control systems and provide solutions adapted to the specific needs of each industrial process.