三協インタナショナル Product Lineup

The CGS (Gas Content Measurement System) is an inline measurement system designed to continuously measure the gas content in fluids. This system operates regardless of the size and shape of the gas contained in the fluid. The CGS compares the impedance when there is no gas present with the impedance during measurement to determine the gas content.

Compliant with international standard ISO 18738, the elevator diagnostic device PMT (P.M.T.) is capable of diagnosing the ride comfort of elevators.

This is the LAMBDA thermal conductivity measurement system compliant with ASTM D7896-19. It is capable of measuring thermal conductivity, thermal diffusivity, and specific heat capacity, making it suitable for the development of LLCs, HTFs, silicone oils, and insulating oils. The system allows for easy measurements on its own, as well as data collection using a PC and automated measurements at specified temperatures. *For detailed specifications, please download the PDF. For more information, please contact us.

EPSILON+ is a fluid impedance measurement system based on DIN 51 111. It can measure electrical conductivity, relative permittivity/permittivity εr, and dielectric loss tangent (DDFtanδ). The system allows for easy measurements on its own, as well as data collection using a PC and automatic measurements at specified temperatures.

We will perform mechanical diagnostics of rotating machinery using a wireless accelerometer and an iPhone or iPad. The app features functions such as real-time waveforms, FFT spectrum viewer, and ISO 10816 meter, allowing for easy measurements.

Selectable input voltage, oscillation frequency, and configurable analog outputs of 5V, 10V, ±5V, ±10V, and 4-20mA are available.

It is a color difference meter that distinguishes color differences that cannot be perceived by the human eye using sensors. It can identify the colors of various objects such as LED panels, car colors, glass, metal, and paint. The measurement principle uses Lab, allowing for finer differentiation of color differences compared to RGB and CMYK. Furthermore, due to its non-contact nature, it can be used inline, enabling the controller to memorize a reference color, which allows for the determination of OK/NG during the production process.

In the elevator maintenance operations within the building management industry, ensuring safety and maintaining a comfortable ride are crucial. Abnormalities in elevators can lead to user anxiety and potential accidents, making regular inspections and appropriate maintenance essential. The elevator diagnostic device 【EVA-625】, compliant with international standard ISO18738, allows for detailed diagnosis of elevator ride quality and early detection of potential issues. 【Usage Scenarios】 - Regular elevator inspections - Performance evaluation before and after renovation work - Addressing complaints regarding ride quality 【Benefits of Implementation】 - Improved elevator safety - Reduced maintenance costs - Increased user satisfaction

In the hotel industry, ensuring the safety of our guests is the top priority. The safe operation of elevators is essential for supporting a comfortable stay for guests. Elevator malfunctions can not only lead to accidents but also significantly damage the hotel's reputation. The elevator diagnostic tool, EVA-625, diagnoses the ride quality of elevators and helps identify potential issues early, supporting safe operation. [Usage Scenarios] - Regular safety inspections of elevators - Performance evaluation during elevator renovations or upgrades - Investigation of causes when elevator malfunctions occur [Benefits of Implementation] - Improved elevator safety - Enhanced peace of mind for guests - Reduced risk of accidents - Long-term stable operation of elevators

The hospital elevator is a crucial infrastructure for the movement of patients and medical staff, as well as the transport of medical equipment during emergencies. Elevator malfunctions can threaten patient safety and hinder the provision of medical services. The elevator diagnostic device 【EVA-625】, compliant with international standard ISO18738, diagnoses the ride quality of elevators and detects abnormalities early, supporting safe elevator operations. 【Usage Scenarios】 - Confirming elevator operation during emergencies - Diagnosing during regular maintenance - Investigating the causes of elevator malfunctions 【Benefits of Implementation】 - Improved elevator safety - Enhanced sense of security for patients and staff - Reduced maintenance costs for elevators

In commercial facilities, safe operation of elevators and smooth movement are required. Especially in commercial facilities with a high number of users, elevator malfunctions or poor ride quality can lead to a decrease in customer satisfaction. By accurately understanding the operational status of elevators and performing appropriate maintenance, these challenges can be addressed, contributing to the efficient operation of the facility. 【Usage Scenarios】 - Elevator ride quality diagnosis - Regular maintenance - Early detection of malfunctions 【Benefits of Implementation】 - Improved elevator safety - Increased customer satisfaction - Reduced maintenance costs

The elevator in a condominium significantly impacts not only the comfort of residents but also the asset value of the building. The aging or malfunctioning of elevators can decrease resident satisfaction and potentially lead to a reduction in asset value. The elevator diagnostic tool 【EVA-625】, compliant with international standard ISO18738, provides a detailed assessment of the ride quality of elevators and helps identify issues early on. This enables the establishment of appropriate maintenance plans, maintains elevator performance, and protects the asset value of the condominium. 【Usage Scenarios】 - Regular maintenance of elevators - Understanding the current condition before renovation work - Addressing complaints from residents 【Benefits of Implementation】 - Improved safety of elevators - Increased resident satisfaction through improved ride quality - Maintenance or enhancement of asset value - Optimization of maintenance costs

In public offices, compliance with elevator safety standards and ensuring user safety are important issues. Regular inspections and appropriate maintenance are essential for legal compliance. Accurate data collection regarding elevator ride comfort aids in safety evaluation and improvement. The elevator diagnostic tool [EVA-625] complies with international measurement standards and is a tool for objectively assessing elevator ride comfort. [Usage Scenarios] - Regular inspections of elevators - Compliance with legally mandated inspections - Evaluation of elevator safety [Benefits of Implementation] - Thorough legal compliance - Improvement of elevator safety - Enhanced user peace of mind

In logistics warehouses, the efficiency and safety of cargo transportation are crucial. Elevator malfunctions can lead to delays and accidents in transportation. The elevator diagnostic tool [EVA-625] diagnoses the ride quality of elevators and detects abnormalities early, contributing to improved efficiency and safety in transportation. [Usage Scenarios] - Regular inspections of freight elevators - Investigation of abnormal sounds or vibrations in elevators - Diagnosis before elevator renovations or maintenance [Benefits of Implementation] - Reduces the risk of elevator failures - Maintains and improves transportation efficiency - Ensures a safe working environment

In the educational environment of universities, there is a demand for teaching materials that deepen specialized knowledge on the structure and operating principles of elevators, as well as research on vibrations. In particular, students can engage in more practical learning by actually measuring and analyzing the ride comfort of elevators. The elevator diagnostic tool [EVA-625] complies with the international standard ISO18738 and is capable of diagnosing elevator ride comfort. [Usage Scenarios] - Utilization in classes such as mechanical engineering, architecture, and urban engineering - Research projects related to elevators - Field measurements and data analysis conducted by students [Effects of Implementation] - Visualization of elevator vibration characteristics, leading to deeper understanding - Acquisition of practical measurement skills - Increased efficiency in data collection for research activities - Ability to conduct diagnostics in accordance with international measurement standards

Airport elevators play a crucial role in the safe transportation of passengers. Regular maintenance and accurate diagnostics of elevators are essential for smooth movement. The elevator diagnostic device 【EVA-625】, compliant with international standard ISO18738, diagnoses the ride quality of elevators and supports safe operation. 【Usage Scenarios】 - Maintenance inspections of elevators within the airport - Investigation of elevator vibrations and unusual noises - Evaluation of elevator ride comfort 【Benefits of Implementation】 - Early detection of elevator abnormalities to prevent accidents - Improved passenger comfort - Reduction of elevator maintenance costs

In the railway industry, the safe operation of elevators is essential for ensuring user safety and facilitating smooth movement. Particularly, elevators in stations and vehicle depots are used by many people, so malfunctions or issues can become significant problems. The occurrence of vibrations or unusual noises requires early detection and appropriate maintenance. Our elevator diagnostic device, the EVA-625, complies with international measurement standards and addresses these challenges by diagnosing the ride quality of elevators. [Usage Scenarios] - Monitoring the operational status of station elevators - Regular inspections of elevators in vehicle depots - Performance evaluation during elevator renewals [Benefits of Implementation] - Early detection of elevator abnormalities to prevent accidents - Improved safety of elevators, enhancing user confidence - Reduction of maintenance costs

In data centers, stable operation 24 hours a day, 365 days a year is required, and elevator malfunctions can potentially impact business continuity. Regularly diagnosing the ride quality of elevators and early detection of abnormalities is crucial to reduce the risk of system downtime due to elevator stoppages and to enhance availability. The elevator diagnostic tool [EVA-625] complies with international measurement standards and can detail the ride quality of elevators. [Usage Scenarios] - Maintenance inspections of data center elevators - Detection of elevator abnormalities and investigation of causes - Performance evaluation during elevator renovations and upgrades [Benefits of Implementation] - Reduces the risk of elevator failures - Improves elevator safety - Contributes to the stable operation of data centers

Outer diameter: 6mm Length: specified length (minimum 250mm) Operating pressure: maximum 40MPa Pressure medium temperature range: -40 to 70℃ Pipe fittings: 1/4" or 1/8" Inner tube: polyester

In the shipbuilding industry, proper management of lubricating oil is essential to ensure the operational efficiency and safety of vessels. Gases in lubricating oil can cause film breakage, increase friction and wear, and ultimately lead to equipment failure. Accurate measurement of gas content in oil is crucial for understanding the condition of lubricating oil and performing appropriate maintenance. The CGS (Gas Content Measurement System) is an inline measurement system designed to continuously measure the gas content in fluids. This system operates regardless of the size and shape of the gas contained in the fluid. The CGS compares the impedance when there is no gas present to the impedance during measurement to quantify the gas content. 【Application Scenarios】 - Monitoring the condition of lubricating oil - Engine maintenance - Management of hydraulic systems 【Benefits of Implementation】 - Early detection of lubricating oil degradation - Extension of equipment lifespan - Reduction of maintenance costs

In the automotive industry's durability testing, the gas content in lubricants and hydraulic oils is a crucial factor that affects component wear and performance degradation. Particularly when evaluating the durability of hydraulic equipment and engine parts under high temperature and high pressure, it is essential to accurately understand the gas behavior in the oil. Traditional syringe methods not only require considerable time and effort for measurement but also have the potential for measurement errors. Our oil gas content measurement system, Model CGS, addresses the challenges of gas management in durability testing by installing sensors in the flow path to continuously measure gas content inline. 【Usage Scenarios】 * Evaluation of engine oil degradation * Performance evaluation of hydraulic systems * Durability testing of transmission oil 【Benefits of Implementation】 * Real-time data acquisition through inline measurement * Improved reliability of test results due to enhanced measurement accuracy * Reduction and efficiency improvement of testing time

In aircraft hydraulic systems, the gas content in the hydraulic fluid affects the system's performance and safety. An excessive presence of gas can lead to component damage due to cavitation and cause delays in system response. These issues can have serious implications for the safe operation of the aircraft, making it crucial to accurately monitor the gas content in the hydraulic fluid. Our gas content measurement system, Model CGS, installs sensors in the flow path to continuously measure gas content inline, enabling early detection of abnormalities in the hydraulic system and supporting safe operations. 【Usage Scenarios】 - Maintenance of aircraft hydraulic systems - Quality control of hydraulic fluid - Abnormality detection in systems 【Benefits of Implementation】 - Improved reliability of hydraulic systems - Extended lifespan of components - Enhanced safety

In the automotive electrical and electronic field, the miniaturization and high performance of electronic components are progressing, making the evaluation of the properties of dielectric fluids used increasingly important. In particular, to ensure the reliability of electrical components, it is essential to accurately understand the electrical characteristics of dielectric fluids and assess their effects under temperature changes and vibrations. EPSILON+ was developed to meet these needs. 【Usage Scenarios】 - Design and development of in-vehicle electronic devices - Quality control of electrical components - Research and development of products using dielectric fluids 【Effects of Implementation】 - Measurement of various parameters with a small amount of samples - Data collection and analysis through PC integration - Accurate data acquisition through measurements under temperature control

In the chemical industry, a precise understanding of dielectric properties that influence reaction rates and efficiency is essential in reaction processes. In particular, accurate measurements of dielectric constant and electrical conductivity are crucial for managing the degree of reaction progress and the quality of products. Inaccurate measurements can hinder the optimization of reaction conditions and negatively impact the quality of the final product. EPSILON+ can measure electrical conductivity, relative permittivity/dielectric constant εr, and dielectric loss tangent (DDF tanδ) with approximately 8ml of a small sample. This enables efficient monitoring and control of the reaction process, contributing to quality improvement. 【Application Scenarios】 - Monitoring of chemical reaction processes - Evaluation of reaction rates - Quality control of products - Research on catalytic reactions 【Benefits of Implementation】 - Optimization of reaction processes - Improvement of quality control - Increased efficiency in research and development - Cost reduction

In the printing industry, quality control of ink is crucial. The electrical properties of ink affect the final output of prints and the operation of inkjet printers. In particular, the electrical conductivity and dielectric constant of ink are important factors that influence the stability of the ink and the quality of printing. EPSILON+ supports quality control of ink by accurately measuring these properties. [Usage Scenarios] - Quality control in ink manufacturing - Development of ink for inkjet printers - Optimization of the printing process [Effects of Implementation] - Improvement in ink quality - Reduction of printing defects - Shortening of development time