[Case Study of Solution] Resolving the issue of control equipment stopping due to heat!
Contributing to the improvement of line operating rates and the reduction of unexpected repairs for control equipment! A simple explanation in 6 pages of manga.
【Case Study of Proposed Solutions】 ■Traditional Method - Using fan motors for cooling control panels ■Issues - High temperatures inside the control panels during summer cause malfunctions in control devices such as servo amplifiers and inverters - Consequently, the factory line stops ■Ideal Condition - The factory line does not stop due to malfunctions of control devices throughout the year ■Apisute's Proposal - Calculation of heat generation and investigation of current temperatures for each control panel - Installation of appropriate coolers for control panels based on heat generation ■Benefits - Stable temperatures inside control panels year-round, reducing malfunctions of control devices - Additionally, abnormal conditions of the control panel cooler are output externally. In case of emergencies, alerts will notify you *For more details, please refer to the related product catalog or feel free to contact us.
basic information
This is a case that is possible precisely because Apiste is involved in both environmental improvement and temperature control/air conditioning. Apiste not only handles coolers for control panels but also dust collectors and mist collectors, making us skilled in environments where mist and dust are present. We will propose the optimal improvement methods tailored to each site, so please feel free to contact us. *For more details, please refer to the PDF materials or feel free to reach out to us.*
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For more details, please refer to the PDF document or feel free to contact us.
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【Catalog for Non-Freon Energy-Saving Control Panel Coolers ENC-GR-eco Series Now Available】Not only does it eliminate the management costs of Freon with non-Freon, but it also significantly reduces electricity costs by up to 55% compared to conventional models!
The cooler for control panels can perform cooling, dust prevention, and dehumidification inside the panel due to its internal circulation system. It keeps the equipment inside the manufacturing site in optimal condition, ensuring stable production. This time, we would like to introduce the non-freon energy-saving control panel cooler "ENC-GR-eco series." Are there any users or those considering a control panel cooler who have the following concerns? - Managing freon products is cumbersome. - I want to reduce daily electricity costs. - I want to install it, but I am struggling with lack of space. The "ENC-GR-eco series" is a control panel cooler that can solve these issues all at once! The catalog provides detailed explanations of its features. If you are interested, please download the PDF from the related catalog below or view it in the electronic book. [Contents (excerpt)] ■ ENC-GR-eco series lineup ■ Feature 1: Energy-saving control ■ Feature 2: Lightweight and slim ■ Feature 3: Toughness *If you prefer a filterless type, please refer to the ENC-GR-Pro series catalog available in the related catalog.
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Achieve significant energy savings! Non-Freon energy-saving control panel cooler ENC-GR-eco series.
The cooler for control panels can perform cooling, dust prevention, and dehumidification inside the panel due to its internal circulation method. It keeps the equipment inside the manufacturing site in optimal condition, enabling stable production. This time, we would like to introduce the non-fluorocarbon energy-saving control panel cooler "ENC-GR-eco series." ■ Since it uses non-fluorocarbon refrigerants, there are no management costs for fluorocarbons! The global warming potential (GWP) is extremely low, and it is not subject to the fluorocarbon emission control law, so there are no costs for recovering or destroying the fluorocarbons from discarded coolers, and there is no obligation for regular inspections of the cooler during use. ■ Energy-saving operation is possible! By operating according to the load rate, we have achieved energy savings of up to 55% compared to conventional models. In addition to controlling the "condensation fan" and "electronic expansion valve," we also implement "compressor control" using a uniquely developed inverter. ■ Lightweight and slim for easy installation! We have achieved a significant weight reduction of up to 32% compared to our conventional models. Additionally, we have models with a slim depth of 115mm, making installation in narrow spaces possible! If you are interested, please feel free to contact us.
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[Catalog Now Available] The ENC-GR-Pro series control panel cooler achieves low maintenance and energy savings with non-fluorine + α technology. Catalog now available.
The cooler for control panels can perform cooling, dust prevention, and dehumidification inside the panel due to its internal circulation method. It keeps the equipment inside the manufacturing site in optimal condition, ensuring stable production. [We have published the "GR-Pro Series Catalog," which clearly introduces the features of the ENC-GR-Pro series.] Are you currently using or considering a cooler for control panels and facing any of the following concerns? - Managing refrigerant products is cumbersome. - I want to make regular maintenance easier. - I want to reduce daily electricity costs. The "GR-Pro Series" cooler for control panels can solve these issues all at once! The catalog provides detailed explanations of the features of the GR-Pro series, so if you are interested, please download the PDF from the related catalog below or feel free to contact us. [Contents (excerpt)] ■ Feature 1: About low maintenance ■ Feature 2: About energy saving ■ Feature 3: About convenience with IoT compatibility ■ Feature 4: About lightweight and slim design ■ What is a cooler for control panels ■ Refrigerant emissions control law
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Many benefits! The ENC-GR-Pro series of control panel coolers achieves low maintenance and energy savings with non-Freon and additional features.
The cooler for control panels can perform cooling, dust prevention, and dehumidification inside the panel due to its internal circulation method. It keeps the equipment in the manufacturing site in optimal condition, enabling stable production. This time, we would like to introduce the "GR-Pro series" control panel cooler, which is non-fluorocarbon, low maintenance, and energy-efficient, reducing the burden on our customers! ■ Since it uses non-fluorocarbon refrigerants, there are no management costs for fluorocarbons! The global warming potential (GWP) is extremely low, and it is not subject to the Fluorocarbon Emission Control Law, so there are no costs for recovering or destroying the fluorocarbons from discarded coolers, and there is no obligation for regular inspections of the cooler during use. ■ Significant reduction in maintenance costs and labor with no fins and no filters! The GR-Pro series adopts a new finless condenser. There are no clogging points, so there are no filters, eliminating the need for filter cleaning or replacement. ■ Energy-saving operation By operating according to the load rate, we have achieved up to 55% energy savings compared to conventional models. In addition to "compressor control" using a uniquely developed inverter, we also control the "condensing fan" and "electronic expansion valve."
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[Introduction of Solution Proposal] Implementing temperature management within control panels to achieve stable operation of equipment with control panel coolers. A simple explanation of the case study in a 6-page comic!
We are currently publishing a catalog showcasing examples that are possible only because of Apiste's expertise in both environmental improvement and air conditioning/temperature control. It would be problematic if the temperature rises and the control panel becomes too hot, causing production to stop. An increase in temperature within the control panel can lead to the deterioration or damage of control devices such as inverters and servo amplifiers. 【Proposed Solutions】 ■ Conventional Method - Using fan motors for cooling the control panel ■ Issues - High temperatures in the control panel during summer lead to malfunctions of control devices such as servo amplifiers and inverters - Consequently, the factory line stops ■ Ideal Condition - The factory line does not stop due to malfunctions of control devices throughout the year ■ Apiste's Proposal - Calculate the heat generation for each control panel and investigate the current temperature - Install appropriate coolers for control panels based on heat generation ■ Benefits - The temperature inside the control panel remains stable year-round, reducing malfunctions of control devices + Additionally, abnormal conditions of the control panel cooler are output externally. In case of an emergency, an alarm will notify you. *For more details, please refer to the related product catalog or feel free to contact us.