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Concentration Controller Product List and Ranking from 4 Manufacturers, Suppliers and Companies | IPROS GMS

Concentration Controller Product List

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Inert Gas Oxygen Concentration Control System (ICS)

Four solenoid valves can be remotely operated! Suitable for monitoring oxygen concentration and controlling the flow rate of inert gas input Oxytron2000/Mini-ICS.

● Proper management of N2 purge volume for various process equipment ● Improved safety through explosion limit management ● Domestic explosion-proof certification obtained ■ This oxygen concentration meter is designed with double safety in mind, equipped with two sensors to handle unexpected situations. ■ It features a feedback control function for the flow rate of inert gas introduced into the process vessel. ■ This oxygen analyzer employs a unique pinhole-type galvanic sensor that is resistant to high temperatures, high pressures, and impurities, with a fast response time. ■ By controlling the appropriate flow rate of inert gas, it can reduce VOCs that are discharged simultaneously with the inert gas. ■ The calibration of the oxygen sensor is fully automatic, and it can output predictions for sensor replacement timing and alerts for replacement timing. ■ It includes three contacts for remote status indication, four factory-set contacts, and five user-set contacts. For further details, please download the catalog or contact us.

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Drug solution concentration controller

Reduce waste liquid to improve cost and yield. Free demo available with sample submission!

◆A comprehensive after-sales service system by dedicated technical service personnel ◆Verification and assurance of measurement analysis accuracy ◆Consistent support from the examination of analysis procedures through sample testing to equipment implementation ◆Versatile and compatible with processing solutions from various manufacturers ◆Enhanced supply methods

  • Other semiconductor manufacturing equipment
  • Concentration Controller

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Carbon Dioxide Concentration Control Transmitter / MI1CA-CO2TR

It is used to improve plant growth in greenhouses, cultivation rooms, and hydroponic cultivation rooms.

This is a carbon dioxide gas monitor/controller for controlling the concentration of carbon dioxide gas and monitoring indoor CO2 levels. It displays CO2 concentration and temperature simultaneously. There are two operating modes. Switching between modes is easy. Greenhouse Mode: This operating mode manages the concentration of carbon dioxide gas used to improve crop growth and activates when there is sunlight or artificial light such as LEDs, and the light sensor is operational. The light sensor detects the presence of light, and during the night or in darkness when photosynthesis does not occur, the relay does not operate regardless of CO2 concentration. When the CO2 concentration drops to a specified low level, the relay turns ON, activating the electromagnetic valve attached to the carbon dioxide generator or gas cylinder. Then, when the CO2 concentration reaches a specified high level, the relay turns OFF. Ventilation Mode: When the CO2 concentration reaches a specified high level, the relay turns ON, activating ventilation fans, etc. When the CO2 concentration drops to a specified low level, the relay turns OFF. The light sensor is not used in ventilation mode.

  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Detergent Concentration Controller "Ekrin Tamotsu-kun"

Fully automatic measurement and correction of cleaning solution concentration! A detergent concentration controller that prevents over-supply.

"Ekrin Tamotsu-kun" is a detergent concentration controller that automatically measures and adjusts the concentration of cleaning solutions. It comes standard with an intermittent dosing function to prevent excessive supply of detergent. We can manufacture it according to existing lines and requests, including water push circuits for detergent supply piping and shared supply routes for multiple recovery tanks. 【Features】 ■ Fully automatic measurement and adjustment of cleaning solution concentration ■ Standard intermittent dosing function ■ Custom specifications available ■ Various options available, including models equipped with touch panels *For more details, please refer to the catalog. Feel free to contact us with any inquiries.

  • Cleaning agents
  • Concentration Controller

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Inert Gas Oxygen Concentration Control System for Aircraft (ICS)

Four solenoid valves can be remotely controlled! Optimize the oxygen concentration in the cargo hold.

In the aviation industry, ensuring safety through oxygen concentration management is crucial for the protection of cargo in the cargo hold. This is especially important when transporting flammable goods or precision instruments, where adjusting oxygen levels with inert gas is essential. If oxygen concentration is not properly managed, there is an increased risk of cargo damage and, in the worst case, fire hazards. Our Inert Gas Oxygen Concentration Control System (ICS) monitors the oxygen levels in the cargo hold and controls the amount of inert gas introduced to safely protect the cargo. 【Usage Scenarios】 * Aircraft cargo holds * Transportation of flammable goods and precision instruments * Transportation of cargo with explosion risks 【Benefits of Implementation】 * Optimizes oxygen concentration in the cargo hold, enhancing cargo safety * Reduces explosion risks * Decreases VOC emissions

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Inert Gas Oxygen Concentration Control System for Semiconductor Manufacturing

Four solenoid valves can be remotely operated! Ideal for monitoring oxygen concentration and controlling inert gas flow.

In the semiconductor manufacturing industry, strict management of oxygen concentration in the manufacturing process is essential to improve product quality and yield. In particular, maintaining an inert gas environment is crucial to suppress oxidation and prevent performance degradation of products. Improper management of oxygen concentration can lead to product defects and performance decline. Our Inert Gas Oxygen Concentration Control System (ICS) effectively prevents oxidation in the semiconductor manufacturing process by monitoring oxygen concentration and controlling the flow rate of inert gas. 【Application Scenarios】 - Inert gas purging in semiconductor manufacturing processes - Improved safety through explosion limit management - Reduction of VOC emissions 【Benefits of Implementation】 - Improved product quality and yield - Enhanced safety of the manufacturing process - Reduced environmental impact through decreased VOC emissions

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Oxygen concentration control system in inert gas for data preservation

Suppressing material degradation through oxygen concentration monitoring and inert gas flow control.

In the archive industry, it is important to prevent deterioration caused by oxygen for the long-term preservation of materials. In particular, paper and film materials can oxidize when exposed to oxygen, potentially leading to discoloration and degradation. Maintaining an inert gas environment properly is essential to extend the lifespan of materials and connect valuable information to the future. Our Inert Gas Oxygen Concentration Control System (ICS) optimizes the preservation environment by monitoring oxygen levels and controlling the amount of inert gas introduced. 【Use Cases】 - Preservation of materials in museums and art galleries - Storage of ancient documents and rare books in libraries - Preservation of films and photographs in archive facilities 【Benefits of Implementation】 - Suppresses material degradation and enables long-term preservation - Optimizes the use of inert gas, contributing to cost reduction - Monitors oxygen concentration in real-time, allowing for early detection of anomalies

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Inert Gas Oxygen Concentration Control System for Food Storage

Maintains food freshness and suppresses quality deterioration. Remote-controlled oxygen concentration management system.

In the food storage industry, proper environmental management is essential to maintain food quality and extend shelf life. In particular, oxygen promotes the oxidation of food, leading to a loss of freshness and flavor. Improper management of oxygen concentration can result in food deterioration and waste, potentially causing significant losses. Our Inert Gas Oxygen Concentration Control System (ICS) precisely monitors the oxygen levels in food storage facilities and contributes to preserving food freshness by introducing inert gases. 【Usage Scenarios】 - Food storage facilities - Refrigerated and frozen warehouses - Food processing plants 【Benefits of Implementation】 - Preservation of food freshness - Suppression of quality degradation - Extension of shelf life - Reduction of waste loss

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Oxygen concentration control system for inert gas in data centers

Reduce the fire risk in data centers! Monitor oxygen levels and optimize the amount of inert gas introduced.

In data centers, the proper operation of fire extinguishing systems is essential to minimize damage in the event of a fire. Particularly with inert gas extinguishing systems, it is important to properly manage the oxygen concentration in the room before the gas is released to maximize extinguishing effectiveness. If the oxygen concentration is not properly managed, the extinguishing effect may decrease, or it may lead to equipment malfunction. Our Inert Gas Oxygen Concentration Control System (ICS) monitors the oxygen concentration and optimally controls the amount of inert gas introduced, thereby reducing the fire risk in data centers. 【Usage Scenarios】 - Fire extinguishing systems in data centers - Server rooms, network equipment rooms - Areas with high fire risk 【Benefits of Implementation】 - Improved extinguishing effectiveness during a fire - Prevention of equipment malfunction - Enhanced safety - Reduction of VOC emissions

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Oxygen Concentration Control System (ICS) for Art Museums in Inert Gas

We prevent the deterioration of artworks and protect valuable collections.

In facilities that handle artworks, such as art museums and galleries, the long-term preservation of exhibits is crucial. Artworks can deteriorate when exposed to oxygen, humidity, and harmful substances. In particular, oxygen promotes oxidation, which can lead to discoloration and cracking. Our Inert Gas Oxygen Concentration Control System (ICS) properly manages the oxygen levels within display cases, helping to suppress the deterioration of artworks. 【Usage Scenarios】 * Inside display cases * Storage rooms * During packaging and transportation 【Benefits of Implementation】 * Long-term preservation of artworks * Reduced risk of deterioration * Maintenance of exhibit value

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Inert Gas Oxygen Concentration Control System for Wine Cellars

Protect the quality of wine! Monitor oxygen levels and optimize the amount of inert gas injected.

In the wine cellar industry, managing oxygen concentration is crucial for maintaining wine quality. Oxygen promotes the oxidation of wine, which can compromise its flavor and aroma. Proper oxygen concentration management is essential for the long-term storage of wine. Our Inert Gas Oxygen Concentration Control System (ICS) monitors oxygen levels and controls the amount of inert gas introduced, preventing the degradation of wine quality. 【Usage Scenarios】 * Inside wine cellars * Wine storage facilities * Wine bottling processes 【Benefits of Implementation】 * Prevention of wine oxidation * Stabilization of quality * Achievement of long-term storage

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Inert Gas Oxygen Concentration Control System for Pharmaceuticals (ICS)

Contributing to the quality preservation of pharmaceuticals! Monitoring oxygen concentration and controlling inert gas flow.

In the pharmaceutical industry, strict management of oxygen concentration in the manufacturing environment is required to ensure product quality and safety. In particular, controlling the environment with inert gases is essential to prevent the oxidation and degradation of active pharmaceutical ingredients and to maintain product stability. Inadequate management of oxygen concentration can lead to a decline in product quality and a reduction in shelf life. Our Inert Gas Oxygen Concentration Control System (ICS) contributes to maintaining the quality of pharmaceuticals by monitoring oxygen concentration and precisely controlling the flow rate of inert gas. 【Usage Scenarios】 - Inert gas purging in the pharmaceutical manufacturing process - Oxygen concentration management in pharmaceutical storage areas - Oxygen concentration management during the filling process 【Benefits of Implementation】 - Reduces the risk of pharmaceutical quality deterioration - Contributes to extending product shelf life - Improves the safety of the manufacturing process

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Oxygen concentration control system for inert gas in chemical plants

Four solenoid valves can be remotely operated! Suitable for monitoring oxygen concentration and controlling the flow rate of inert gases.

In the chemical plant industry, handling flammable gases and combustible materials makes minimizing the risk of explosion accidents the top priority. Particularly, ensuring the safety of process equipment requires proper management of oxygen concentration. As the oxygen concentration increases, the risk of explosion rises, necessitating purging with inert gases and monitoring of oxygen levels. Our Inert Gas Oxygen Concentration Control System (ICS) supports the safe operation of plants. 【Usage Scenarios】 - Plants handling flammable gases and combustible materials - Equipment requiring explosion limit management through N2 purging - Situations where monitoring oxygen concentration within process vessels is desired 【Benefits of Implementation】 - Reducing the risk of explosion accidents - Improving plant safety - Reducing VOC emissions

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Oxygen concentration control system in inert gas for lithium-ion batteries

Remote control of four solenoid valves! Reducing fire risk through oxygen concentration monitoring and inert gas flow control.

In the lithium-ion battery industry, safety in the manufacturing process is one of the most important issues. In particular, managing the oxygen concentration in the battery manufacturing and storage environment is essential to suppress the risk of ignition. Improper management of oxygen concentration can lead to performance degradation of the batteries and, in the worst case, ignition accidents. Our Inert Gas Oxygen Concentration Control System (ICS) monitors oxygen levels and precisely controls the flow rate of inert gas to create a safe environment. 【Usage Scenarios】 - Maintaining an inert gas atmosphere in the lithium-ion battery manufacturing process - Managing oxygen concentration in battery storage warehouses - Reducing explosion risks in battery disposal facilities 【Benefits of Implementation】 - Improved safety through reduced ignition risk - Stabilization of product quality - Reduced environmental impact by decreasing VOC emissions

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Oxygen concentration control system in inert gas for data preservation

Suppressing material degradation through oxygen concentration monitoring and inert gas flow control.

In the archive industry, it is important to prevent deterioration caused by oxygen for the long-term preservation of materials. In particular, paper and film materials can oxidize when exposed to oxygen, leading to discoloration and degradation. Maintaining an appropriate inert gas environment is essential to extend the lifespan of materials and connect valuable information to the future. Our Inert Gas Oxygen Concentration Control System (ICS) optimizes the preservation environment by monitoring oxygen levels and controlling the amount of inert gas introduced. 【Use Cases】 - Preservation of materials in museums and art galleries - Storage of ancient documents and rare books in libraries - Preservation of films and photographs in archive facilities 【Benefits of Implementation】 - Suppresses material degradation, enabling long-term preservation - Optimizes the use of inert gas, contributing to cost reduction - Monitors oxygen levels in real-time, allowing for early detection of anomalies

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Inert Gas Oxygen Concentration Control System for Agriculture (ICS)

Remote control of four solenoid valves! Contributing to the efficiency of pest control.

In the field of agriculture, pest control is crucial for maintaining crop quality and ensuring safety. Particularly in pest control within enclosed spaces, it is essential to manage oxygen levels appropriately and to efficiently introduce inert gases. Improper management of oxygen levels can lead to reduced pest control effectiveness and potential damage to crops. Our Inert Gas Oxygen Concentration Control System (ICS) monitors oxygen levels and controls the flow rate of inert gas, achieving both efficient pest control and crop safety. 【Usage Scenarios】 - Pest control in warehouses and containers - Pest management in agricultural product storage facilities - Pest control in enclosed greenhouses 【Benefits of Implementation】 - Improved effectiveness of pest control - Preservation of crop quality - Optimization of inert gas usage - Increased work efficiency

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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Inert Gas Oxygen Concentration Control System for Space Development

Remote control of four solenoid valves! Ideal for monitoring oxygen concentration and controlling inert gas flow.

In the field of space development, it is important to protect precision instruments such as rockets and satellites from the harsh environment of outer space. In particular, managing the oxygen concentration inside the equipment is essential to reduce the risks of explosion and corrosion, ensuring the safety of the instruments. Improper management of oxygen concentration can lead to equipment failure or performance degradation. Our Inert Gas Oxygen Concentration Control System (ICS) properly manages the purging amount of inert gas and controls the explosion limits, thereby enhancing the safety of equipment in space development. 【Usage Scenarios】 * Manufacturing and storage of rockets and satellites * Oxygen concentration management for space experiment facilities * Environmental control during the transportation of precision instruments 【Benefits of Implementation】 * Reduced risk of explosion and corrosion of equipment * Increased longevity of equipment * Improved safety

  • りさいずOxytron 2.png
  • りさいずMini ICS.png
  • ICS用途.png
  • Other measurement, recording and measuring instruments
  • Concentration Controller

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