アピステ List of Products and Services

【Proposed Solutions】 ■Traditional Method - Using spot coolers for workpiece cooling ■Issues - Foreign substances are blown onto the workpieces - The temperature of the blown air varies due to fluctuations in external temperatures, leading to changes in production conditions - High humidity in the blown air causes condensation, raising concerns about rust ■Ideal State (Desired Conditions) - Cleanliness in the transport and assembly processes is managed, preventing foreign substances from adhering - Temperature management is possible, stabilizing production conditions - No condensation occurs ■Aplist's Proposal - Enclose with a booth and select appropriate filter units to achieve a Class 10,000 environment - Use the PAU series precision air conditioning units to maintain a constant discharge temperature year-round - Supply dehumidified air using the PAU series precision air conditioning units to create a condensation-free environment ■Benefits - Resolution of foreign substance adhesion issues - Stabilization of production conditions - Resolution of condensation issues - Minimal costs with localized air conditioning - Additional significant energy savings - Additional reduction in management and disposal costs through non-fluorocarbon use - Additional capability to log production conditions (temperature and humidity data) *For more details, please refer to the PDF materials or related product catalogs, or feel free to contact us.

• air conditioning

■Points for Piping Around Liquid Tanks When the pump is located below or above the liquid level, the components that should be installed in the piping route will vary slightly. Based on such cases, we will explain component selection and points to note, including other examples. ■Points for Piping Around Chillers When using a chiller, a bypass circuit is almost essential and is commonly installed. We will explain what kind of bypass kit is good, as well as other points to consider, using illustrations. For more details, please refer to the PDF materials or feel free to contact us.

• Chiller

There are many types of harmful substances generated during production activities in factories. Since these harmful substances can contaminate the work environment and potentially cause health issues, it is necessary to install general ventilation or local exhaust systems to remove them according to the shape of the substances. A mist collector is a device that sucks in oil mist, which is classified as particulate matter among such harmful substances, and separates it from the air. This document introduces the diameter of oil mist that can be collected by different types of mist collectors, so if you are interested, please take a look. *The document can be viewed immediately via "PDF Download." [Contents] ■ What is a mist collector ■ Types of mist collectors

• Technical and Reference Books

In the Fire Service Act, items that have a high risk of fire occurrence, a significant risk of fire spread in the event of a fire, and a high degree of difficulty in extinguishing are designated as "hazardous materials." Many of the non-water-soluble cutting oils used on-site fall under the category of hazardous materials, so measures based on regulations and preventive measures against fire hazards are necessary. This document summarizes the designated quantities of hazardous materials such as gasoline, kerosene, and heavy oil, so if you are interested, please take a look. *The document can be viewed immediately via "PDF Download." [Contents] ■ Hazardous materials under the Fire Service Act ■ Classification of hazardous materials for non-water-soluble cutting oils

• Technical and Reference Books

Oil mist refers to the fine particles of oil that float in the air. In machining processes such as cutting and turning, there is a heavy reliance on cutting oils, which in turn makes it easier for oil mist to be generated. This document explains the effects of generated oil mist, providing specific examples. If you are interested, please take a moment to read it. *The document can be viewed immediately via "PDF Download." [Contents] ■ What is oil mist? - Health hazards for on-site workers; eye diseases caused by oil splashes entering the eyes - Fog in factories, adhesion to ceilings - Contamination of floors and walls - Infiltration into machines and control panels - Inflow into air conditioning systems

• Technical and Reference Books

The Specific Chemical Substance Hazard Prevention Regulations were established under the Labor Safety and Health Act to prevent workers from suffering health hazards due to chemical substances. Specific chemical substances are defined as those that have a high potential to cause health hazards and are broadly categorized into three types. This document summarizes details about the types of specific chemical substances and an overview of the amendments to the regulations made in April 2021. If you are interested, please take a moment to read it. *The document can be viewed immediately via "PDF Download."* [Contents] ■ Specific Chemical Substance Hazard Prevention Regulations (Specific Regulations) ■ Types of Specific Chemical Substances ■ About the amendments to the Specific Regulations in April 2021

• Technical and Reference Books

When conducting work in environments where dust is generated, laws for dust control are established to protect workers and the working environment. Employers are required to safeguard the health of workers and ensure a comfortable working environment through dust control measures. This document highlights the Labor Safety and Health Act and the Dust Hazard Prevention Regulations as laws related to dust, summarizing their outlines. If you are interested, please take a moment to read it. *The document can be viewed immediately via "PDF Download." [Contents] ■ Labor Safety and Health Act / Dust Hazard Prevention Regulations ■ Types of work subject to the Dust Hazard Prevention Regulations ■ Regulations on equipment such as dust collectors and management ■ Work environment measurement

• Technical and Reference Books

Industrial air conditioning refers to air conditioning used for industrial purposes, aimed at maintaining and improving product quality management, as well as stabilizing the accuracy of product evaluation and analysis. Recently, product quality management has become a significant issue in the manufacturing industry, and precision air conditioning is gaining attention as one effective measure for this purpose. This document summarizes temperature and humidity conditions by industry and process, as well as guidelines for cleanliness by industry. It also provides explanations regarding clean standards and cleanliness levels, so if you are interested, please take a moment to read it. *The document can be viewed immediately via "PDF Download."* [Contents] - Conditions for industrial air conditioning by process - Cleanliness and clean rooms - Clean standards and classes (cleanliness levels) - Other items related to cleanliness

• Technical and Reference Books

In recent years, factory automation (FA) has become common in production equipment, enabling mass production at low costs through robots and automated machines. However, there are also disadvantages, such as the heat emitted by robots and automated machines adversely affecting control devices and causing troubles. This document summarizes the impact of heat and humidity on machinery while explaining the importance of environmental measures within control panels. It also outlines traditional countermeasures and their issues, as well as the benefits of using coolers for control panels. If you are interested, please take a moment to read it. *The document can be viewed immediately via "PDF Download."* [Contents] ■ Evolution of FA and the high functionality and performance of control devices ■ Impact of troubles in control devices ■ Effects of heat on equipment ■ Effects of humidity on equipment ■ Traditional countermeasures and their issues ■ Benefits of using coolers for control panels

• Technical and Reference Books

In Japan, the "Freon Recovery and Destruction Law" was enacted in 2001, but it was revised in 2013 to implement comprehensive measures covering the entire lifecycle of freon substances, from production to disposal, and the name was changed to the "Freon Emission Control Law." This document summarizes the efforts of managers of Type 1 specified products (commercial refrigeration and air conditioning equipment). If you are interested, please take a moment to read it. *The document can be viewed immediately via "PDF Download." [Contents] ■ About the Freon Emission Control Law ■ Efforts of managers of Type 1 specified products

• Technical and Reference Books

Refrigerants play the role of heat carriers. In the refrigeration cycle, they can move heat from a lower temperature area to a higher temperature area. The most commonly used refrigerant in air conditioning equipment and industrial cooling systems is fluorocarbon. The materials provide a detailed explanation of refrigerants that have a negative impact on the environment, such as CFCs and HCFCs. If you are interested, please take a look. *The materials can be viewed immediately from "PDF Download." [Contents] ■ What is a refrigerant ■ Types of refrigerants ■ Environmental impact of Freon - Ozone layer depletion - Global warming

• Technical and Reference Books

When a substance evaporates, it absorbs a large amount of heat from the surroundings, and when it condenses, it releases a large amount of heat to the surroundings. The refrigeration cycle refers to a mechanism that continuously provides cooling by utilizing this principle. We explain the "vapor compression refrigeration cycle," which is commonly used in room air conditioners and industrial cooling devices, by dividing it into four points: compression, condensation, expansion, and evaporation. If you are interested, please take a look. [Contents] ■ What is a refrigeration cycle? ■ How the refrigeration cycle works - Compression - Condensation - Expansion - Evaporation *The materials can be viewed immediately via "PDF download."

• Technical and Reference Books

There are many tools and devices around us that cool things, such as fans, air conditioners, and refrigerators. These tools share a common principle regarding the fundamental concept of "cooling." This document summarizes the principles of cooling while referencing familiar examples. It also explains the three laws of heat exchange and the relationship between the three states of matter and heat, so if you are interested, please take a look. 【Contents (excerpt)】 ■ What does "cooling" mean ■ Heat transfer (heat exchange) ■ The three states of matter and heat *The document can be viewed immediately via "PDF Download."

• Technical and Reference Books

By 2050, the realization of a decarbonized society and the move towards carbon neutrality is becoming increasingly important as a management issue for companies, with the reduction of greenhouse gas emissions. HFCs (hydrofluorocarbons), which are primarily used as refrigerants, are one type of greenhouse gas. They have a greenhouse effect hundreds to thousands of times greater than CO2, and their leakage is on the rise, leading to the establishment of a schedule for reducing production and consumption. This document introduces "the transition to non-fluorinated refrigerants" as an immediately actionable method for reducing greenhouse gas emissions. We encourage those interested to read it. [Contents (excerpt)] - Are fluorocarbons greenhouse gases? - What are non-fluorinated substances? - Global warming potential by refrigerant type - Low recovery rates of fluorocarbons - Increasing HFC emissions - Japan's unique measures against fluorocarbons - Global measures against fluorocarbons *The document can be viewed immediately via "PDF Download."

• Technical and Reference Books

There are many indicators that quantitatively represent the characteristics of air, such as temperature, humidity, volume, and specific gravity, which are referred to as air conditions. Air conditioning is the process of adjusting these air conditions to a suitable state according to the purpose and use of the space. Air conditioning can be divided into two types based on the intended purpose: health air conditioning and industrial air conditioning. This document explains the characteristics of these two types using diagrams and illustrations. If you are interested, please take a look. 【Contents (Excerpt)】 ■ What is air conditioning ■ The four elements of air conditioning ■ Types of air conditioning *The document can be viewed immediately via "PDF Download."

• Technical and Reference Books

Oxygen is essential for our biological activities, and we obtain this oxygen from the "air" that is naturally present around us. The gases that surround the Earth up to the atmosphere are called the atmosphere, and the gases around us, including water vapor, are generally referred to as air. This document summarizes the main components of air, the characteristics of each type when air is divided into two categories, and how temperature, humidity, and pressure are expressed. If you are interested, please take a moment to read it. [Contents (excerpt)] ■ What is air ■ Components of air ■ Dry air and moist air ■ How to express and types of air temperature and humidity ■ How to express and types of air pressure *The document can be viewed immediately via "PDF Download."

• Technical and Reference Books

This document provides an easy-to-understand explanation of liquid-cooled heat exchangers using illustrations. A heat exchanger is a device that transfers thermal energy from a fluid at a higher temperature to a fluid at a lower temperature, and it is used in a wide range of applications, including industrial product manufacturing processes and building air conditioning systems. Among these, a liquid-cooled heat exchanger is designed to efficiently exchange heat without mixing two fluid systems. This document includes the structures and features of five commonly used types of liquid-cooled heat exchangers, such as brazed plate heat exchangers, gasketed plate heat exchangers, and shell-and-tube heat exchangers, so if you are interested, please take a look. [Contents (excerpt)] ■ Role and applications of liquid-cooled heat exchangers ■ Types of liquid-cooled heat exchangers - Brazed plate heat exchangers - Gasketed plate heat exchangers - Shell-and-tube heat exchangers - Immersion heat exchangers - Jacket tanks - Summary *The document can be viewed immediately via "PDF Download."

• Technical and Reference Books

When you get burned, cooling the affected area with water, or using water for air conditioning in buildings and large commercial facilities, is common in various situations. This is due to the inherent properties of water, which make it an excellent medium for cooling. This document explains why water is superior as a cooling medium, comparing it with other cooling media. It also summarizes specific heat and latent heat, so if you're interested, please take a look. [Contents] ■ Water as an Excellent Cooling Medium - Chemically stable - High specific heat - High latent heat ■ Related Column - Why is Summer in Kyoto So Hot? *The document can be viewed immediately via "PDF Download."

• Technical and Reference Books

This document is a technical material that explains information related to temperature and humidity management, cooling equipment, and more, divided into 15 themes over 68 pages. It clearly introduces the differences between general air conditioning and localized air conditioning using diagrams and illustrations, and also includes basic knowledge about psychrometric charts, methods for selecting chillers, and issues related to piping in cooling equipment. If you are having trouble with temperature and humidity management or cooling equipment, please take a look. 【Contents (excerpt)】 ■ What is a constant temperature room? ■ What is humidity? ■ Chiller selection method section ■ What are the components of water? *The document can be viewed immediately via "PDF Download."

• Chiller

This document is a technical material that clearly explains everything from pure water and ultra-pure water to the selection method for chillers. It provides an easy-to-understand explanation of why pure water is used for various cleaning processes, methods for temperature control using water, causes of issues in liquid piping, and how to determine cooling capacity. It serves as a reference for those struggling with chiller selection, as well as a training material for beginners. 【Contents】 ■ Chiller Selection Method ■ What are the Components of Water? ■ How to Create Pure Water ■ What is Industrial Water? *The document can be viewed immediately via "PDF Download."

• Chiller

This document is a technical material that clearly explains everything from constant temperature, dehumidification, and humidification to local air conditioning. It provides an easy-to-understand explanation of the differences between general air conditioning and local air conditioning, methods to achieve constant temperature and humidity, basic knowledge of air diagrams, and how to select fans using PQ diagrams. It can be used not only as a reference for those struggling with temperature and humidity management but also as training material for beginners. [Contents (excerpt)] ■ What is a constant temperature room? ■ What is humidity? ■ What is humidification? ■ What is dehumidification? *The document can be viewed immediately via "PDF Download."

• Other air conditioning equipment

This document is a technical resource that clearly summarizes the basics of hydraulic oil cooling, as well as issues and solutions. It provides easy-to-understand explanations of the effects of hydraulic oil on equipment, basic knowledge about hydraulic systems and oil viscosity, types of oil, and machine tools. It can be used not only as a reference for those struggling with hydraulic oil cooling but also as training material for beginners. 【Contents】 ■ Basics of hydraulic oil cooling ■ What is hydraulics? ■ What is oil? - Types of oil - ■ What is oil? - Mineral oil - ■ What is oil? - Industrial oil - ■ What are machine tools? *The document can be viewed immediately via "PDF Download."

• Chiller

This document is a technical resource that clearly summarizes basic knowledge of thermal management and heat generation by different devices within control panels. It provides easy-to-understand explanations of the effects of heat and humidity on electronic equipment, methods for selecting coolers for control panels for thermal management, and fundamental knowledge about refrigeration cycles. It can be used not only as a reference for those struggling with thermal management but also as training material for beginners. 【Contents】 ■ Basic knowledge of thermal management ■ List of heat generation by different devices within control panels ■ What is a cooler for control panels? ■ What is a refrigeration circuit? ■ Collection of thermal management applications for digital signage *The document can be viewed immediately via "PDF Download."

• Control Panel Cooler

■Classification of Roles of Hydraulic Components First, we will provide an overview of the roles that each component of the hydraulic system plays. ■Points for Cooling Hydraulic Fluid with a Chiller Hydraulic fluid is often cooled by air-cooled radiators, but it frequently causes problems during the summer. We will clearly explain the key points for cooling with a chiller, which is optimal for forced cooling in summer. ■Determining Required Additional Capacity and Cooling Methods The hydraulic fluid temperature rises significantly immediately after the equipment starts operating. In calculating the required capacity, we will base our calculations on the significant temperature changes that occur right after the equipment startup. Additionally, we will explain where to install the chiller based on the current system diagram and examples. For more details, please refer to the PDF materials or feel free to contact us.

• Chiller

■Understanding the Overview of the Equipment Let's start by looking at the equipment piping system diagram to grasp the overview of the equipment. ■Classifying by Piping System Next, by color-coding the piping by system, it becomes easier to understand the composition. ■Identifying the Heat Source Once we reach this point, let's think about where the heat sources are located and mark them. ■Calculating Required Cooling Capacity and Deciding on Cooling Method First, check the current cooling capacity against the heat sources. Then, calculate the current heat generation and determine the insufficient cooling capacity and how to address it. The calculation methods and thought processes for each stage are clearly explained based on system diagram examples. For more details, please refer to the PDF document or feel free to contact us.

• Chiller

■Cooling equipment such as air-cooled heat exchangers, water-cooled heat exchangers, cooling towers, and chillers. As we check the piping system diagrams, they are almost always installed. Let's understand the types and features to make the best use of them! - What are the weaknesses of air-cooled radiators? - What kind of heat exchangers are easy to use even with high-viscosity fluids? For more details, please refer to the PDF materials or feel free to contact us.

• Chiller

■Symbols Used in Piping System Diagrams Since depicting the constituent equipment takes too much time and effort, constituent equipment is represented by symbols in piping system diagrams. This section provides a clear explanation of these symbols based on diagrams. ■Information Represented in Piping System Diagrams It is not an exaggeration to say that piping system diagrams serve as a "treasure map" for understanding the entire equipment piping. This section provides a clear explanation of what information is included, based on actual piping system diagrams. For more details, please refer to the PDF materials or feel free to contact us.

• Chiller

■ How to Wrap Seal Tape There are various points to consider when wrapping seal tape. This explanation is made clear with photos, covering aspects such as the direction and position of wrapping. ■ Points to Note When Connecting Flanges This section explains, using illustrations, the points that are likely to become leak points during flange connections and the order of tightening. ■ Key Points for Selecting Components This section clearly explains the balance between cost and desired flow rate, considerations for selecting flow control valves, points to ensure functionality and aesthetics, and component selection based on maintenance space. ■ About Bypass Piping This section provides a clear explanation of the necessity of bypasses, risks of blockage operation, key points for selecting components in bypass circuits, and points to improve maintenance during operation. ■ Points to Note in Pump Surrounding Piping This section explains, using illustrations, the importance of alignment and pipe support for pump protection, as well as considerations regarding air pockets. ■ Points to Note in Heat Exchanger Surrounding Piping This section clearly explains considerations based on the type of heat exchanger and thoughts regarding maintenance space. For more details, please refer to the PDF materials or feel free to contact us.

• Chiller

■Types of Heat Exchangers Heat exchangers can be classified based on differences in cooling media and structure. Additionally, there are many types of heat exchangers within each classification. Let's identify the features and select the optimal heat exchanger! - Which is easier to miniaturize, brazed type or gasket type? - What types of heat exchangers are commonly chosen for sanitary specifications? For more details, please refer to the PDF materials or feel free to contact us.

• Chiller

■Types of Valves Valves can be classified based on the shape of the valve and the required functions. Additionally, there are many types of valves within each classification. Let's understand the features and select the optimal valve! - What are the characteristics and precautions of butterfly valves? - What is the difference between foot valves and check valves? For more details, please refer to the PDF materials or feel free to contact us.

• Chiller

■Required Performance of Pumps The structure and type of pump to be adopted change depending on the application and the type of fluid. What criteria should be used for selection? Basic items such as flow rate, head, output, and efficiency are listed. ■Types of Pumps and Their Characteristics Pumps are classified in detail based on their principle of operation. - Is a propeller pump a positive displacement or non-positive displacement pump? - Is a diaphragm pump a reciprocating pump or a rotary pump? The characteristics of each type of pump are summarized. ■Troubleshooting Examples and Solutions Common trouble cases that occur around pumps, their causes, and examples of solutions are explained based on frequent occurrences. - Why does cavitation happen? - What is water hammer? For more details, please refer to the PDF document or feel free to contact us.

• Chiller

■Types of Piping Did you know that piping can be broadly classified into three types based on material? Within the three categories of metal, resin, and lining, there are various types. - What type of piping is commonly used for high-pressure piping subjected to pressures of 1.0 MPa or more? - What kind of piping is suitable for low temperatures below freezing? - What type of piping is commonly used for sanitary applications, such as in food and pharmaceuticals? ■Piping Connections Did you know that piping connection methods can be broadly classified into four types? Additionally, each connection method has its own advantages and disadvantages. We provide clear information on methods such as threading, flanges, fittings, and couplings. For more details, please refer to the PDF document or feel free to contact us.

• Chiller

■Pipe Nominal Diameter, Commonly Known Are you aware that the nominal diameter of a pipe is defined by its pipe diameter? There are three types of nominal diameters: A designation, B designation, and commonly known. The nominal diameter differs depending on whether it is based on "millimeters" or "inches." ■Guideline for Flow Rate in Pipes The maximum flow rate is determined by the pipe diameter. However, this is merely a guideline, and depending on the conditions, there may be excessive pressure loss or a decrease in the durability of the pipe itself. For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This document is an application guide for the semiconductor, electronics, and electrical industries using our high-performance chiller, the "PCU-SL Series." It introduces various applications, including the cooling of sputtering and etching equipment, cooling of laser oscillators, and more, along with illustrations. Please make use of it. [Contents] ■ Cooling of vacuum deposition equipment ■ Cooling of sputtering and etching equipment ■ Temperature conditions for aging test equipment for semiconductor devices ■ Cooling of laser oscillators ■ Temperature control of chemical solution tanks *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This document is an application guide for the food and pharmaceutical industries. It introduces various applications, including the cooling of grinders and mixers, as well as the cooling of vacuum drying, distillation, sterilization, and degassing/defoaming equipment, along with illustrations. Please make use of it. 【Contents】 ■ Cooling of vacuum drying, distillation, sterilization, and degassing/defoaming equipment ■ Cooling of mixers and tanks ■ Cooling of thawing device transmitters ■ Cooling of laminators, heat sealers, and blisters ■ Cooling of grinders and mixers *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This document is an application guide for the chemical and resin industry. It introduces various applications, including temperature management in the sheet extrusion process and temperature management in the coating and laminating processes, along with illustrations. Please make use of it. [Contents] ■ Temperature management in the sheet extrusion process ■ Temperature management in the coating and laminating processes ■ Cooling of the extruder water tank ■ Temperature control of molds ■ Cooling of mixers and tanks *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This document is an application guide for the development and evaluation department. It introduces various applications, including the cooling of engine bench testers, radiators and heat exchangers, and the utilities of environmental test chambers and air handlers, along with illustrations. Please make use of it. [Contents] ■ Cooling of engine bench testers ■ Cooling of battery charging and discharging devices ■ Cooling of turbine and motor benches ■ Cooling of radiators and heat exchangers ■ Utilities of environmental test chambers and air handlers *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This document is an application guide for the paper and cardboard industry. It introduces various applications, including temperature control in coating and gluing processes, and cooling of hydraulic units for pressure rolls, presses, and cylinders, along with illustrations. Please make use of it. [Contents] - Temperature control in coating and gluing processes - Cooling of X-ray thickness gauges - Cooling of cooling rolls - Cooling of hydraulic units for pressure rolls, presses, and cylinders - Cooling and stabilization of BM gauges *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This document is an application guide for the steel and non-ferrous metal industry. It introduces various applications, including the cooling of X-ray inspection equipment, cooling of rolls/bearings/hydraulic units, along with illustrations. Please make use of it. 【Contents】 ■ Cooling of X-ray inspection equipment ■ Temperature management of laser processing machines ■ Cooling of plasma welding machines ■ Cooling of rolls/bearings/hydraulic units ■ Cooling of high-frequency induction heating devices *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

This document is an application guide for chillers aimed at the transportation industry. It introduces various conventional issues, as well as applications such as cooling for high-frequency induction heating devices and temperature management for laser processing machines, accompanied by illustrations. Please make use of it. [Contents] ■ Cooling for high-frequency induction heating devices ■ Temperature management for laser processing machines ■ Cooling of hydraulic unit operating fluids ■ Temperature control for molds ■ Cooling for welding machines *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

"Chiller Technology vol.1" is a document that introduces technical knowledge related to chillers. In vol.1, we cover the "chiller selection procedure," as well as key points for selecting a chiller such as "determining the temperature of circulating water" and "deciding on the cooling method [air-cooled or water-cooled]." Please make use of it. [Contents] ■ Chiller selection procedure ■ Chiller selection points ■ Determining the temperature of circulating water ■ Deciding on the cooling method [air-cooled or water-cooled] ■ Determining cooling capacity ■ Calculating lift *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

"Chiller Technology vol.2" is a document that introduces technical knowledge related to chillers. It includes sections such as "Types of Water by Components," "Pure Water and Ultra-Pure Water," and "How Pure Water Removes Dirt." Please take a moment to read it. [Contents] ■ Introduction ■ Secrets of Water ■ Types of Water by Components ■ Pure Water and Ultra-Pure Water ■ How Pure Water Removes Dirt ■ Water Troubles *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

"Chiller Technology vol.3" is a document that introduces technical knowledge related to chillers. In vol.3, it covers topics such as "the differences between tap water, pure water, and ultra-pure water," as well as "how to make pure water" and "how to make ultra-pure water." We invite you to read it. [Contents] ■ Introduction ■ Differences between tap water, pure water, and ultra-pure water ■ How to make pure water ■ How to make ultra-pure water ■ The power of pure water *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

The "Chiller Know-How Book Vol. 1" is a useful resource when you encounter problems with your chiller. It includes solutions for issues such as "The circulating water temperature won't rise! It won't drop!" and "The circulating water isn't flowing properly!" as well as "Algae and rust have developed in the circulation path!" Please make use of it. [Contents] ■CASE 01: The circulating water temperature won't rise! It won't drop! ■CASE 02: The circulating water temperature is unstable! ■CASE 03: The circulating water isn't flowing properly! ■CASE 04: Vibration occurs within the equipment! ■CASE 05: Circulating water is leaking from the chiller! ■CASE 06: Algae and rust have developed in the circulation path! *For more details, please refer to the PDF document or feel free to contact us.

• Chiller

"The Chiller Know-How Book Vol. 2" is a useful resource when you encounter problems with chillers. It includes solutions for issues such as "I don't know the flow rate of the circulating water!", "The temperature accuracy of the circulating water is not satisfactory!", and "I can't log the status of the chiller!" Please make use of it. [Contents] ■CASE 01: I don't know the flow rate of the circulating water! ■CASE 02: The temperature accuracy of the circulating water is not satisfactory! ■CASE 03: The circulating water has run out! ■CASE 04: The circulating water is not returning! ■CASE 05: Water has splashed onto the electrical circuit! ■CASE 06: I can't log the status of the chiller! *For more details, please refer to the PDF document or feel free to contact us.

• Chiller