Controller Product List and Ranking from 41 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.

Controller Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. シー・エイチ・シー・システム 東京支店 Tokyo//Building materials, supplies and fixtures manufacturers
  2. デンソーウェーブ Aichi//others
  3. e431 Hyogo//Trading company/Wholesale
  4. 4 CoolAutomation Japan Tokyo//Trading company/Wholesale
  5. 5 null/null
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Controller Product ranking

Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. CoolMaster ・　CoolMaster PRO CoolAutomation Japan
  2. Robot Controller "RC8" デンソーウェーブ
  3. Wireless Controller "RHS2" 東亜システム
  4. 4 Demand Control System "Ai-Glies" プールス
  5. 5 ICT construction machinery 3D machine control "Leica MCP80"

Controller Product List

631～645 item / All 708 items

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[Useful Materials] Academic Papers on Indoor CO2 Concentration

[Useful Materials] Academic Papers on Indoor CO2 Concentration

We are currently offering materials that will help you consider the introduction of a CO2 controller! We introduce the experimental methods for indoor CO2 concentration, the experimental results, and conclusions and discussions!

This document provides an overview of the "Academic Papers on Indoor CO2 Concentration." We briefly introduce overseas research on "Is CO2 a pollutant? The impact of CO2 concentration on the decision-making of occupants." The effects of CO2 concentration are clearly presented, making it an easy-to-reference book. We encourage you to read it. [Contents] ■ Paper Title ■ Paper Summary ・ Experimental Methods ・ Experimental Results ・ Conclusion and Discussion *For more details, please download the PDF or feel free to contact us.

  • Air conditioning equipment

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CO2 Controller 'SA-K Series' for Flower Cultivation

CO2 Controller 'SA-K Series' for Flower Cultivation

With zero concentration difference CO2 application, we promote flowering! This dramatically improves production efficiency.

Managing CO2 concentration in greenhouses is an important factor in flower cultivation. By maintaining an appropriate CO2 concentration, it is expected to promote plant photosynthesis, accelerate flowering, and increase yield. However, traditional CO2 management often relies heavily on manual labor, requiring significant time and effort. The "SA-K Series" is a CO2 controller that automatically regulates CO2 concentration in greenhouses. By automatically switching between zero concentration difference CO2 application and high concentration CO2 application, it maximizes plant photosynthesis and contributes to improved production efficiency. 【Usage Scenarios】 - Flower cultivation in greenhouses - Promoting flowering and increasing yield - Traditional CO2 management often relies on manual labor, requiring significant time and effort - Difficulty in managing appropriate CO2 concentration 【Benefits of Implementation】 - Reduction in work time - Decrease in labor costs - Increase in yield due to enhanced flowering - Improvement in production efficiency - Increase in profitability

  • Automatic Control Equipment

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Office CO2 Sensor and Controller

Office CO2 Sensor and Controller

Visualize CO2 concentration and automatically control ventilation! Achieve energy savings and a comfortable space.

As challenges in the office environment, the rising electricity costs due to air conditioning, decreased concentration, and health issues can be mentioned. CO2 sensors and controllers measure the indoor CO2 concentration and automatically control ventilation to solve these problems. 【Usage Scenarios】 - Office rooms, conference rooms: Reduction of air conditioning costs, improvement of employee concentration, realization of a comfortable office environment - Reception areas, lobbies: Improvement of customer satisfaction, cost reduction through energy savings 【Effects of Implementation】 - Reduction of electricity costs: By controlling ventilation according to CO2 concentration, unnecessary ventilation can be minimized, significantly reducing electricity costs. - Improvement of indoor environment: Proper ventilation maintains appropriate CO2 levels, creating a comfortable indoor environment. - Improvement of employee concentration: A comfortable indoor environment leads to increased employee concentration, contributing to enhanced productivity.

  • Automatic Control Equipment

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CO2 Sensor and Controller for Schools

CO2 Sensor and Controller for Schools

Visualize CO2 concentration to achieve a comfortable space and energy savings!

Schools are places where many students and staff spend long hours. The rise in CO2 concentration in enclosed spaces raises concerns about decreased learning efficiency and health issues. Proper ventilation is essential, but excessive ventilation can lead to energy waste. CO2 sensors and controllers are groundbreaking products that measure indoor CO2 levels in real-time and automatically control ventilation, achieving both a comfortable learning environment and energy savings. 【Usage Scenarios】 - Classrooms: Decreased concentration, drowsiness, health issues among students - Libraries: Maintaining a quiet environment, noise generated by ventilation - Gymnasiums: Ventilation after exercise, decreased heating and cooling efficiency - Offices: Decreased concentration, reduced heating and cooling efficiency due to ventilation 【Benefits of Implementation】 - Improvement of indoor environment: Creates a comfortable space, enhancing learning efficiency and concentration. - Reduction in electricity costs: Proper ventilation control reduces energy consumption, achieving energy savings. - Reduction in CO2 emissions: Contributes to lowering environmental impact.

  • Automatic Control Equipment

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CO2 Sensor and Controller for Hospitals

CO2 Sensor and Controller for Hospitals

Reduce infection risk and achieve energy savings! Visualize CO2 concentration and create a comfortable space.

Hospitals are required to maintain a clean and safe environment at all times. However, an increase in CO2 concentration due to insufficient ventilation not only adversely affects the health of patients and healthcare workers but also raises the risk of infection. Our "CO2 Sensor Controller" measures indoor CO2 concentration in real-time and automatically controls ventilation, achieving a reduction in infection risk and energy-saving effects. [Usage Scenarios] * Patient Rooms: Proper ventilation and CO2 concentration management are crucial to ensure patient comfort and safety. * Waiting Rooms: Enhancing comfort and reducing infection risk in spaces used by many patients. * Offices: Ensuring appropriate ventilation to enhance the concentration and work efficiency of healthcare workers. [Benefits of Implementation] * Reduced Infection Risk: Proper ventilation suppresses the spread of viruses and bacteria. * Improved Indoor Environment: Maintaining comfortable temperature and humidity enhances the health of patients and healthcare workers. * Reduced Electricity Costs: Ventilation control based on CO2 concentration minimizes unnecessary energy consumption and achieves energy savings. * Efficient Operation: Automatic control maintains an appropriate ventilation environment without relying on manual intervention.

  • Automatic Control Equipment

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CO2 Sensor and Controller for Shopping Malls

CO2 Sensor and Controller for Shopping Malls

Achieving energy savings and a comfortable space through the visualization of CO2 and automatic ventilation control!

Shopping malls are places where many people gather, and it is important to provide a comfortable space. However, if the heating and cooling efficiency is poor, electricity costs will increase, and the environmental impact will also become significant. Additionally, if ventilation is not properly managed, CO2 levels may rise, potentially leading to a decrease in customer satisfaction. CO2 sensors and controllers measure indoor CO2 levels and automatically control ventilation, achieving energy savings and a comfortable space. 【Usage Scenarios】 * Shopping Malls: During peak visitor times, CO2 levels tend to rise, making proper ventilation a challenge. * Event Venues: CO2 levels are likely to increase during events, necessitating ventilation measures. 【Benefits of Implementation】 * Improvement of Indoor Environment (Realizing a Comfortable Space): By properly managing CO2 levels, a comfortable environment can be achieved, contributing to increased customer satisfaction. * Reduction of Electricity Costs (Energy Savings): Ventilation control based on CO2 levels helps to minimize unnecessary ventilation and reduce electricity costs. * Reduction of Environmental Impact: Decrease in CO2 emissions due to energy savings.

  • Automatic Control Equipment

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CO2 Sensor and Controller for Data Centers

CO2 Sensor and Controller for Data Centers

Achieving energy savings through the visualization of CO2.

Data centers are locations where heat-generating equipment such as servers is concentrated, resulting in consistently high air conditioning loads. Therefore, improving electricity costs and cooling efficiency has become a challenge. Our CO2 sensors and controllers measure indoor CO2 levels and automatically control ventilation, achieving energy savings and a comfortable environment. 【Usage Scenarios】 - Data Centers: Rising room temperatures due to heat-generating equipment like servers, soaring electricity costs - Offices: Decreased concentration, health issues, worsening air conditioning efficiency 【Benefits of Implementation】 - Reduction in Electricity Costs: By controlling ventilation according to CO2 levels, unnecessary cooling can be minimized, significantly reducing electricity costs. - Improvement of Indoor Environment: Proper ventilation maintains comfortable room temperature and humidity, enhancing work efficiency and concentration.

  • Automatic Control Equipment

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Greenhouse CO2 Sensor and Controller

Greenhouse CO2 Sensor and Controller

Achieve crop growth promotion and energy savings through CO2 concentration management!

Managing CO2 concentration in greenhouses is essential for promoting crop growth. However, to maintain the appropriate concentration, it is necessary to adjust the timing and amount of ventilation properly. Relying on manual labor can be costly and inefficient. The "CO2 Sensor Controller" from C.H.C. System Co., Ltd. helps promote crop growth by automatically measuring and controlling the CO2 concentration in the greenhouse. [Usage Scenarios] - Crop cultivation in greenhouses - Growth promotion through CO2 concentration management - Alleviating labor shortages [Benefits of Implementation] - Contributes to promoting crop growth by optimally managing CO2 concentration - Reduces the burden of manual management and improves work efficiency

  • Automatic Control Equipment

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Nutrient Solution Cultivation CO2 Controller "SA-K Series"

Nutrient Solution Cultivation CO2 Controller "SA-K Series"

Maximize plant growth with zero concentration difference CO2 application!

Introducing the CO2 controller "SA-K Series," which optimally manages CO2 concentration in greenhouses to promote plant growth. In nutrient solution cultivation, it is crucial to maintain the optimal CO2 concentration for plant growth. However, traditional CO2 application methods faced challenges such as concentration fluctuations due to the opening and closing of ventilation windows and the hassle of proper concentration management. The SA-K Series addresses these issues and enables efficient CO2 application. 【Usage Scenarios】 - Purpose: Promoting plant growth - Location: Greenhouse - Challenges: - CO2 concentration fluctuations due to the opening and closing of ventilation windows - The hassle of proper CO2 concentration management - Low production efficiency 【Benefits of Implementation】 - Reduction of labor - Improvement in plant production efficiency - Increased yield through maximization of photosynthesis efficiency - Cost reduction through savings on fuel expenses

  • Automatic Control Equipment

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CO2 Controller for Plant Factories 'SA-K Series'

CO2 Controller for Plant Factories 'SA-K Series'

Maximize plant growth with zero concentration difference CO2 application!

Introducing the CO2 controller for facility horticulture, the 'SA-K Series', which contributes to increased yields in plant factories. By optimally managing the CO2 concentration in greenhouses, it promotes photosynthesis in plants and achieves higher harvests. The 'SA-K Series' is the world's first to support "zero concentration difference CO2 application," maintaining optimal CO2 levels even when ventilation windows are open, maximizing plant growth. 【Usage Scenarios】 - CO2 concentration management in plant factories - Aiming for increased yields and improved quality - Wanting to reduce the hassle of CO2 concentration management 【Benefits of Implementation】 - Reduction of labor: Automated control makes CO2 concentration management easier, significantly reducing reliance on manual labor. - Improved production efficiency: By maintaining optimal CO2 levels, it promotes photosynthesis in plants and contributes to increased yields. - Increased revenue: Higher harvests lead to improved profitability.

  • Automatic Control Equipment

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CO2 Controller for Greenhouse Cultivation Experiments for Seedling Cultivation

CO2 Controller for Greenhouse Cultivation Experiments for Seedling Cultivation

Accelerate plant growth with zero concentration difference CO2 application!

Are you struggling with the efficiency of seedling cultivation? Managing CO2 concentration in greenhouses greatly affects plant growth. By maintaining an appropriate CO2 concentration, you can promote photosynthesis and contribute to increased yields. However, manual management not only requires time and effort but can also affect the accuracy of concentration management. The CO2 controller for facility horticulture, the 'SA-K Series', automatically controls the CO2 concentration in greenhouses, creating an optimal environment. 【Usage Scenarios】 - Seedling facilities: Difficulties in managing appropriate CO2 concentrations and reducing the burden of management due to labor shortages. - Greenhouse cultivation: Labor-saving through the automation of CO2 concentration management and improved production efficiency. 【Benefits of Implementation】 - Reduction of labor: Automatic control significantly reduces the management tasks related to CO2 concentration. - Improved plant production efficiency: Maintaining optimal CO2 concentration promotes photosynthesis and contributes to increased yields. - Energy-saving effects: Reducing unnecessary CO2 emissions can lower energy consumption.

  • Automatic Control Equipment

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CO2 Controller for Greenhouse Cultivation Experiments for Research Institutions

CO2 Controller for Greenhouse Cultivation Experiments for Research Institutions

Maximize plant growth with zero concentration difference CO2 application!

In greenhouse cultivation experiments at research institutions, optimal CO2 concentration management is crucial for plant growth. However, traditional CO2 controllers have faced challenges in applying CO2 while ventilation windows are open, leading to a decrease in photosynthesis efficiency. The 'SA-K Series' developed by CHC System Co., Ltd. is the world's first CO2 controller that supports "zero concentration difference CO2 application." Even with the ventilation windows open, it maintains the appropriate indoor CO2 concentration, maximizing plant growth. 【Usage Scenarios】 - Plant growth experiments at research institutions - Verification of CO2 concentration effects in new variety development - Exploration of optimal CO2 concentrations for improving photosynthesis efficiency - CO2 concentration management in closed spaces 【Benefits of Implementation】 - Compared to traditional CO2 application, photosynthesis efficiency improves, promoting plant growth. - By maintaining appropriate indoor CO2 concentrations even with the ventilation windows open, unnecessary CO2 consumption can be reduced. - Automatic control significantly reduces the labor involved in managing CO2 concentrations that previously relied on manual efforts.

  • Automatic Control Equipment

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