GMI Japan KK Product Lineup

We would like to introduce a case study that employs a "terminal board" for the purpose of connecting control systems and multiple barriers with a single touch. As the introduction of instruments and interfaces continues to expand daily, there has been a desire to reduce installation man-hours. We have prepared a terminal board designed specifically for major PLC/DCS/ESD systems, enabling one-touch connections across various systems. Its compact design supports up to 64 channels, contributing to a reduction in man-hours. 【Case Overview】 ■ Issue: Need to reduce installation man-hours when introducing instruments and interfaces ■ Reason for Adoption: Achieved one-touch connection with a terminal board designed specifically for major PLC/DCS/ESD systems ■ Solution: Compatible with systems from Invensys Foxboro, ABB, Triconex, Yokogawa Electric Corporation, Honeywell, and other manufacturers ■ Results: Contributes to man-hour reduction by supporting DIN rail or flat mounting *For more details, please download the PDF or feel free to contact us.

• others

We would like to introduce a case study that utilizes the HART multiplexer system "D5700" series for the purpose of controlling HART communication for multiple devices collectively. Connecting to HART-compatible devices one by one is not easy and has been associated with significant effort and costs. By aggregating HART communication from multiple instruments through a multiplexer, wiring has been simplified. Compared to traditional HART interfaces, a significantly simpler system has been achieved, reducing the number of modules while increasing the communication speed to 115,200 bps. 【Case Overview】 ■ Issue: Connecting to HART-compatible devices one by one is not easy and incurs effort and costs. ■ Reason for Adoption: Aggregating HART communication from multiple instruments through a multiplexer simplifies wiring. ■ Solution: Achieved a significantly simpler system and improved communication speed to 115,200 bps. ■ Result: Capable of expanding to a maximum of 256 devices per system. *For more details, please download the PDF or feel free to contact us.

• others

We would like to introduce a case study that employs the SIL3 lightning arrester "D9000" series for surge protection purposes to protect instruments from damage caused by lightning strikes and other factors. The customer was concerned about damage to various devices due to lightning strikes. The solution protects control devices and systems from lightning surges, preventing signal interruptions and equipment damage. Surge modules and knife switches tailored to each instrument allow for clear protective measures for the equipment. 【Case Overview】 ■ Issue: Damage to various devices due to lightning strikes ■ Reason for Adoption: Protect control devices and systems from lightning surges, preventing signal interruptions and equipment damage ■ Solution: Surge modules and knife switches tailored to each instrument enable clear protective measures for the equipment ■ Outcome: Achieved high reliability with SIL3 compliance and high mounting density with a thickness of 6.2mm *For more details, please download the PDF or feel free to contact us.

• Other safety equipment

This is an introduction to a case study that adopted the multiplexer system "D2000" series for the purpose of sending multiple instrument information in Modbus format at hazardous locations. In facilities with explosion-proof areas, there was a challenge where installing signal lines for multiple instruments complicated the wiring. By multiplexing the signals from multiple instruments, it is now possible to transmit them over a two-wire cable. By aggregating with a multiplexer, the wiring is simplified, and it can be expanded to a maximum of 256 analog channels per system. [Case Overview] ■ Challenge: Installing signal lines for multiple instruments complicated the wiring ■ Reason for Adoption: It is possible to multiplex the signals from multiple instruments and transmit them over a two-wire cable ■ Solution: Simplifying the wiring by aggregating the signal lines of multiple instruments with a multiplexer ■ Result: Expandable to a maximum of 256 analog channels per system *For more details, please download the PDF or feel free to contact us.

• others

We would like to introduce a case study that utilizes the explosion-proof power unit "PSx1200" series as the power supply unit for control panels in hazardous areas (Zone 2). There was a challenge to install control panels in hazardous locations to shorten the wiring distance to field devices in explosion-proof areas. With the Zone 2 compliant power supply, it became possible to install control panels in hazardous locations rather than safe areas. The 24Vdc redundant power supply, which has obtained SIL3 functional safety level certification, can be used safely and installed in Zone 2 hazardous locations. 【Case Overview】 ■ Challenge: To install control panels in hazardous locations to shorten the wiring distance to field devices in explosion-proof areas. ■ Reason for Adoption: The Zone 2 compliant power supply enables installation in hazardous locations. ■ Solution: The SIL 3 functional safety level certified 24 Vdc redundant power supply can be safely installed and used in Zone 2 hazardous locations. ■ Outcome: By introducing this power supply, which allows for direct installation in hazardous locations, it is possible to build flexible systems and reduce equipment installation costs. *For more details, please download the PDF or feel free to contact us.

• power supply
• Other power sources
• power supply

We would like to introduce a case study that adopted the "D6000" series of isolation signal converters for insulation applications of field instruments and control devices in non-hazardous locations. In plants and similar environments, ground potential differences occur under fault conditions of high-power equipment, raising concerns about potential damage to the system if not insulated. Not only does it provide insulation functionality, but it also enables proper signal connection between instruments and control systems through its signal conversion capability. The safety provided by I/O isolation is ensured with SIL2/3 compliance, and it achieves a thickness of just 12.5mm. 【Case Overview】 ■ Issue: Ground potential differences occur, raising concerns about system damage. ■ Reason for Adoption: Enables proper signal connection between instruments and control systems through signal conversion capability, in addition to insulation functionality. ■ Solution: Ensures safety through I/O isolation with reliability supported by SIL2/3 compliance, achieving a thickness of 12.5mm or more. ■ Outcome: By insulating signals, it protects equipment from the effects of ground potential differences, allowing for continued operation of the plant. *For more details, please download the PDF or feel free to contact us.

• Other safety equipment

This is an introduction to a case study that adopted the "Safety Relay D5000" series, which complies with functional safety SIL3, as a solution for SIL loop applications where equipment reliability is required. In fields where equipment reliability is critical, there are concerns that relay failures could have significant impacts, necessitating higher safety standards. By using relays that comply with SIL2/3, higher reliability has been achieved. The thin design of 12.5mm and corrosion resistance provided by G3 coating ensure high quality. 【Case Overview】 ■ Issue: Concerns about the significant impact of relay failures ■ Reason for Adoption: Achieving higher reliability with relays compliant with SIL2/3 ■ Solution: Installability due to the 12.5mm thickness and corrosion resistance from G3 coating ■ Outcome: Prevention of system downtime with highly reliable SIL relays *For more details, please download the PDF or feel free to contact us.

• Safety Relay

We would like to introduce a case study that adopted the intrinsically safe isolation barrier "D1000" series as an explosion-proof measure for hazardous locations handling gas, oil, dust, etc. Conventional Zener structure barriers are inexpensive but require grounding, which necessitates construction efforts and measures against external noise. In addition to SIL3 compliance reliability, the detachable terminal block allows for easy installation. Configuration changes can also be made via dip switches, resulting in a shortened construction period with the introduction of this product. 【Case Overview】 ■ Issue: Required grounding, necessitating construction efforts and measures against external noise. ■ Reason for Adoption: The intrinsically safe isolation barrier does not require grounding due to its structure and is noise-free. ■ Solution: Easy installation with a detachable terminal block that complies with SIL3 reliability. ■ Outcome: Achieved a shortened construction period and long-term cost reduction due to high cost performance. *For more details, please download the PDF or feel free to contact us.

• Other safety equipment

We would like to introduce a case study that adopted the insulated intrinsic safety explosion-proof barrier "D5000" series as an explosion-proof measure for hazardous locations handling gas, oil, dust, etc. Conventional Zener structure barriers are inexpensive but require grounding, which necessitates construction efforts and measures against external noise. With SIL3 compliance, a slim design of 12.5mm thickness, and corrosion resistance due to G3 coating, high quality is achieved. The thickness is less than half that of typical Zener barriers (29mm thick), allowing for more than double the number of barriers to be installed in limited control panel space. 【Case Overview】 ■ Issue: Required grounding necessitated construction efforts and measures against external noise ■ Reason for Adoption: High-quality products from a barrier manufacturing company used in plants worldwide ■ Solution: SIL3 compliance, 12.5mm thin design, and corrosion resistance from G3 coating achieve high quality ■ Outcome: More than double the number of barriers can be installed in control panel space *For more details, please download the PDF or feel free to contact us.

• Other safety equipment

In the shipbuilding industry, structural monitoring requires the stable processing of signals from various sensors to accurately understand the condition of the hull. In particular, high reliability that can withstand harsh environments and accurate data acquisition are crucial. If signal conversion or insulation is inadequate, there is a risk of overlooking structural issues based on incorrect data. The D6000 series contributes to improving the reliability of structural monitoring in shipbuilding by complying with SIL3/SIL2 functional safety levels, ensuring high reliability and a long lifespan of 20 years. 【Application Scenarios】 - Measurement of hull structural distortion and stress - Signal conversion from various sensors - Data collection in harsh environments 【Benefits of Implementation】 - High safety due to compliance with SIL standards - Reduction of long-term operational costs - Maintenance of structural integrity through accurate data acquisition

• isolator

In the mining industry, it is essential to detect equipment anomalies early and respond quickly to ensure the safety of workers. Particularly in environments filled with flammable gases and dust, the reliability of safety monitoring systems becomes crucial. The D6000 series supports SIL3/SIL2 functional safety levels and demonstrates high reliability even in harsh environments. This aids in the establishment and operation of safety monitoring systems in mines. 【Use Cases】 - Gas leak detection - Temperature monitoring - Pressure monitoring - Equipment anomaly detection 【Benefits of Implementation】 - Improved safety - Reduced risk of accidents - Stable operation of equipment - Cost reduction

• isolator

In the field of air pollution monitoring, accurate data collection and safety are essential. Especially in measuring the concentration of harmful substances, reliable signal conversion and insulation are indispensable. Inaccurate data can lead to incorrect measures and potentially exacerbate environmental impacts. The D6000 series meets SIL3/SIL2 functional safety levels, enhancing the reliability of data in air pollution monitoring. 【Usage Scenarios】 - Air pollution measurement stations - Exhaust gas monitoring systems - Air monitoring around factories 【Benefits of Implementation】 - High-precision data collection - Improved system safety - Long-term operational cost reduction

• isolator

In the aerospace industry, it is essential to accurately measure and analyze the vibration data of aircraft to ensure safety and reliability. Particularly in vibration analysis under harsh environments, precise signal conversion and high reliability are required. Inaccurate data can lead to serious accidents. The D6000 series meets SIL3/SIL2 functional safety levels and addresses the stringent demands of the aerospace sector. 【Application Scenarios】 - Aircraft structural health monitoring - Engine vibration analysis - Acquisition of flight test data 【Benefits of Implementation】 - Acquisition of high-precision vibration data - Improved safety - Reduced maintenance costs

• isolator

In the automotive industry, accurate data acquisition and safety are essential for testing and evaluation. Particularly in vehicle performance assessments and durability tests, it is necessary to accurately convert signals from various sensors and process them safely. Signal misconversion or insulation failures can not only undermine the reliability of test results but also lead to serious accidents. The D6000 series supports safety in automotive testing and evaluation by complying with SIL3/SIL2 functional safety levels, providing high reliability and insulation performance, and assisting in accurate data acquisition. 【Usage Scenarios】 - Vehicle performance evaluation tests - Durability tests - Conversion of various sensor signals 【Benefits of Implementation】 - Improved reliability of test data - Ensured safety of tests - Enhanced testing efficiency

• isolator

In the cleanroom environment of semiconductor manufacturing, high reliability and safety are required. In particular, stable operation of control systems is essential to prevent the intrusion of fine particles and contaminants. Failure of signal converters can lead to a complete halt of the manufacturing line, resulting in significant losses. The D6000 series supports stable operation in cleanroom environments, complying with SIL3/SIL2 functional safety levels. 【Usage Scenarios】 - Monitoring of temperature, pressure, flow rate, etc., within the cleanroom - Control systems for semiconductor manufacturing equipment - Safety monitoring systems within the cleanroom 【Benefits of Implementation】 - Stable operation of the manufacturing line - Improved product quality - Reduced maintenance costs

• isolator

In the pharmaceutical industry, process monitoring prioritizes safety and reliability above all else. In particular, accurate monitoring of the manufacturing process is essential for maintaining product quality and ensuring safety. Inaccurate signal processing can lead to an inability to detect process anomalies, potentially resulting in decreased product quality or accidents. The D6000 series supports SIL3/SIL2 functional safety levels, enhancing safety in pharmaceutical process monitoring. 【Usage Scenarios】 - Monitoring process variables such as temperature, pressure, and flow rate - Detecting anomalies in the manufacturing process - Data collection for quality control 【Benefits of Implementation】 - Improved process safety - Stabilization of product quality - Compliance adherence

• isolator

In the food industry, it is essential to accurately monitor various parameters such as temperature and pressure to ensure product safety. In particular, accurate signal conversion and insulation are required to detect anomalies in the manufacturing process and prevent product quality deterioration. Inaccurate measurements or signal errors can lead to quality issues and safety risks. The D6000 series supports quality management in food manufacturing by complying with SIL3/SIL2 functional safety levels. 【Use Cases】 - Temperature management - Pressure monitoring - Filling quantity monitoring - Foreign matter detection 【Benefits of Implementation】 - Improved product quality - Ensured safety - Compliance with regulations - Cost reduction

• isolator

In the water treatment industry, accurate flow measurement is essential for efficient water management and process optimization. Particularly in harsh environments or situations where safety is required, reliable signal converters are indispensable. Inaccurate measurements can lead to unnecessary energy consumption and process abnormalities. The D6000 series complies with SIL3/SIL2 functional safety levels, ensuring safety in flow measurement for water treatment plants. 【Application Scenarios】 - Flow measurement in water treatment plants - Flow monitoring in wastewater treatment facilities - Flow management of industrial water 【Benefits of Implementation】 - Improved safety through SIL functional safety - Cost reduction through space-saving design - Reduced maintenance costs due to a long lifespan of 20 years

• isolator

In the power industry, temperature control is of utmost importance for the stable operation and safety of equipment. Particularly in critical infrastructure such as power plants and substations, accurate temperature monitoring and control are required to prevent accidents caused by temperature anomalies. The D6000 series supports SIL3/SIL2 functional safety levels and enhances safety in temperature control for power equipment by providing high reliability and precise signal conversion. 【Usage Scenarios】 - Monitoring turbine temperatures in power plants - Monitoring transformer temperatures in substations - Monitoring temperatures in transmission lines 【Benefits of Implementation】 - Stable operation of equipment - Reduced risk of accidents - Lower maintenance costs

• isolator

In the petrochemical industry, safe operation of plants and efficient management are essential. Particularly in pressure monitoring systems, accurate signal conversion and high reliability are crucial. Inaccurate signals or system failures can lead to serious accidents. The D6000 series complies with SIL3/SIL2 functional safety levels, enhancing safety in pressure monitoring applications. 【Usage Scenarios】 - Pressure monitoring systems in plants - Pressure measurement outside hazardous areas - Monitoring and control of processes 【Benefits of Implementation】 - Improved safety through SIL functional safety - Cost reduction through space-saving design - Maintenance cost reduction due to a long lifespan of 20 years

• isolator

In manufacturing process management, accurate signal processing and safety are essential. In particular, in plants and factories, it is necessary to accurately convert signals from various sensors and transmit them to control systems. Misconversion of signals or transmission delays can lead to decreased production efficiency and, in the worst case, accidents. The D6000 series complies with SIL3/SIL2 functional safety levels and contributes to the safety and efficiency of manufacturing processes with high reliability and fast response times. 【Usage Scenarios】 - Control systems for plants - Automation lines in factories - Signal conversion in non-hazardous areas 【Benefits of Implementation】 - Improved process safety - Increased production efficiency - Reduced maintenance costs

• isolator

In the aviation maintenance industry, ensuring safety and efficient operations is essential. Particularly in aircraft maintenance, accurate signal processing and highly reliable systems are indispensable. Improper signal processing or system failures can lead to serious accidents. The X1 series is a universal integrated marshalling solution composed of comprehensive solutions that connect customer systems using complete modules. 【Usage Scenarios】 - Signal processing for aircraft engine control systems - Signal processing for aircraft instruments - Control of various equipment in maintenance facilities 【Benefits of Implementation】 - Improved safety - Increased operational efficiency - Cost reduction

• isolator
• Safety Relay

In the marine exploration industry, the accuracy of data and the safety of systems are essential in harsh environments. In particular, factors such as water pressure, temperature changes, and vibrations can lead to malfunctions of measuring instruments and data loss. These issues not only reduce the efficiency of exploration but also increase safety risks. The X1 series is designed for use in harsh environments, ensuring reliable data collection and safe system operation. 【Usage Scenarios】 - Exploration of seabed oil and gas fields - Marine resource surveys - Deep-sea exploration - Ocean observation 【Benefits of Implementation】 - Stable data collection in harsh environments - Reduction of system downtime - Improved safety - Cost reduction

• isolator
• Safety Relay

In the fertilizer plant industry, safety in explosive atmospheres is the top priority. In environments where flammable gases and dust coexist, even a small spark from electrical equipment can lead to serious accidents. Therefore, establishing a safe control system is essential. The intrinsically safe explosion-proof remote I/O 'X1 Series' is designed for use in such hazardous environments, ensuring the safety of the plant. 【Application Scenarios】 - Fertilizer manufacturing plants - Hazardous material storage facilities - Chemical plants 【Benefits of Implementation】 - Reduced explosion risk - Improved plant safety - Compliance with regulations

• isolator
• Safety Relay

In the paint industry, precise control of the manufacturing process is required to maintain consistent product quality. Particularly in processes that handle flammable materials, ensuring safety is the top priority. Inadequate control can lead not only to a decline in quality but also to serious accidents such as explosions and fires. The X1 series achieves efficiency in the manufacturing process while ensuring safety. 【Usage Scenarios】 - Paint formulation - Quality inspection - Manufacturing line monitoring 【Benefits of Implementation】 - Stabilization of the manufacturing process - Improvement in quality - Enhancement of safety

• isolator
• Safety Relay

In the cement industry, stable operation of the plant is essential, and accuracy in anomaly detection and control is required. In particular, reliable data collection and control in measurements such as temperature, pressure, and flow rate are crucial for maintaining production efficiency. Inaccurate measurements or control can lead to plant shutdowns or a decline in quality. The X1 series supports various field signal types and can also be equipped with safety relays, contributing to the stable operation of cement plants. 【Usage Scenarios】 - Measurement of temperature, pressure, flow rate, etc. - Detection of plant anomalies - Construction of control systems 【Benefits of Implementation】 - Stable operation of the plant - Improved production efficiency - Enhanced safety

• isolator
• Safety Relay

In the power generation industry, the safety and efficient operation of plants are essential. In particular, the accurate transmission of signals in hazardous areas and the reliability of systems are crucial. Conventional systems have been a factor in reducing efficiency due to the labor involved in wiring and maintenance. The X1 series was designed to address these challenges. 【Usage Scenarios】 - Control systems for power generation plants - Data collection and control in hazardous areas - Upgrading existing systems 【Benefits of Implementation】 - Reduction in installation space - Ease of maintenance - Cost reduction

• isolator
• Safety Relay

In the water treatment industry, stable operation and efficient management of plants are required. Particularly in water quality management and process control, accurate data collection and rapid control are crucial. Inaccurate data or delays in control can lead to plant shutdowns or environmental pollution. The X1 series supports various field signal types and, with its high compatibility, facilitates integration with existing systems. This contributes to the optimization of water treatment plants. 【Use Cases】 - Data collection for water quality monitoring systems - Control of wastewater treatment processes - Remote monitoring of water purification facilities 【Benefits of Implementation】 - Stable operation of plants - Reduction of operational costs - Increased efficiency in data collection

• isolator
• Safety Relay

In the food industry manufacturing sites, high hygiene standards are required, and safety measures are essential in environments that carry the risk of explosive atmospheres. In particular, it is crucial to establish safe control systems to address hazards such as dust explosions and the leakage of flammable gases. The intrinsically safe explosion-proof remote I/O 'X1 Series' is necessary to ensure safety in such environments and to protect the quality and safety of food. 【Usage Scenarios】 - Temperature and pressure monitoring in food production lines - Collection of sensor data during cleaning processes - Establishment of control systems in hazardous areas 【Benefits of Implementation】 - Reduces explosion risks and creates a safe working environment - Improves quality control through accurate data collection - Enhances maintenance, leading to improved production efficiency

• isolator
• Safety Relay

In the pharmaceutical industry's management department, the safety and efficiency of manufacturing processes are essential. Particularly in environments handling explosive materials, I/O systems compliant with intrinsic safety and explosion-proof standards are required. Inadequate I/O systems can increase the risk of accidents and lead to production stoppages. The X1 series consists of a universal integrated marshaling solution that connects customer systems using complete modules. 【Application Scenarios】 - Pharmaceutical manufacturing plants - Hazardous material warehouses - Research and development facilities 【Benefits of Implementation】 - Improved safety - Reduced installation space - Cost savings

• isolator
• Safety Relay

In mining measurement, accurate data acquisition and ensuring safety are essential. Particularly in measurements under explosive atmospheres, it is important to meet intrinsic safety and explosion-proof requirements. Inappropriate measurements can lead to accidents or operational shutdowns. The X1 series is designed for high-risk industries and enhances the safety of measurements in mining by accommodating various field signal types. 【Use Cases】 - Measurement of temperature, pressure, and flow in explosive atmospheres - Signal collection from various sensors within the plant - Connection to safety instrumentation systems 【Benefits of Implementation】 - Compliance with intrinsic safety and explosion-proof standards, improving safety - Reduction of installation space and cost savings - Compatibility with various field signal types, enabling flexible system construction

• isolator
• Safety Relay

In chemical plant control systems, safety and reliability are the top priorities. Particularly in plants that handle flammable and hazardous materials, accurate signal processing and rapid control are essential to prevent accidents. Incorrect signals or delays can lead to serious incidents. The X1 series was designed to address these challenges. 【Use Cases】 * Process control in chemical plants * Measurement and control in hazardous areas * Safety Instrumented Systems (SIS) 【Benefits of Implementation】 * Improved safety of the plant * Enhanced system reliability * Improved maintainability

• isolator
• Safety Relay

In the oil and gas industry, monitoring systems are required for the safe operation of plants and efficient operations. Particularly in environments where flammable gases or high-pressure fluids are present, delays in abnormal detection or malfunctions can lead to serious accidents. The X1 series is designed to mitigate such risks. [Usage Scenarios] - Monitoring of plant temperature, pressure, flow rate, etc. - Establishment of gas leak detection systems - Control of emergency shutdown systems [Benefits of Implementation] - Ensured high reliability and safety - Reduction of installation space and cost savings - Improved maintainability of the system

• isolator
• Safety Relay

In the field of collaborative robots, an environment where humans and robots can coexist safely is essential. If safety is not ensured, there is a risk of personal injury or equipment damage. In particular, abnormal stops or malfunctions of robots can lead to serious accidents. Our safety relay, compliant with functional safety SIL3, provides detection of abnormalities in load, wiring, power supply, and coils under all operating conditions, and transmits independent alarms to the connected DO card on the control system side. This enhances the safety of collaborative robots and creates an environment where work can be performed with peace of mind. 【Use Cases】 - Safety control systems for collaborative robots - Emergency stop circuits for robotic arms - Work areas without safety fences 【Benefits of Implementation】 - Reduced risk of personal injury - Prevention of equipment damage - Improved work efficiency

• Safety Relay

In the logistics industry, safe operation is essential for transport systems. Particularly as automation advances, equipment malfunctions or erroneous operations can lead to delays or accidents in logistics. Safety relays compliant with functional safety SIL3 detect abnormalities in loads, wiring, power supply, and coils, and communicate independent alarms to the control system, ensuring safety. This contributes to the increased reliability of transport systems. 【Usage Scenarios】 * Automated warehouses * Conveyor systems * Automated guided vehicles (AGVs) 【Benefits of Implementation】 * Safe operation of equipment * Improved logistics efficiency * Reduced risk of accidents

• Safety Relay

In crane control at ports, safety is the top priority, and high reliability and safety standards are required to prevent accidents. Malfunctions of cranes or abnormalities in the control system can lead to serious accidents. Safety relays compliant with functional safety SIL3 detect abnormalities in load, wiring, power supply, and coils, and communicate independent alarms to the control system, ensuring safety. This improves the safety of the crane control system and reduces the risk of accidents. 【Usage Scenarios】 - Overload protection for cranes - Emergency stop circuits - Monitoring of limit switches - Safety interlocks 【Benefits of Implementation】 - Improved safety of crane systems - Ensured safety for workers - Reduced losses due to accidents - Compliance with regulations

• Safety Relay

In heavy machinery control in the mining industry, high safety and reliability are required in harsh environments. Malfunctions of heavy machinery can lead to serious accidents, making safety measures a top priority. Our functional safety SIL3 compliant safety relay detects abnormalities in load, wiring, power supply, and coils under all operating conditions, ensuring safety by transmitting independent alarms to the control system. 【Application Scenarios】 - Emergency stop circuits for heavy machinery - Control systems for hydraulic excavators, bulldozers, etc. - Safety protection for mining plants 【Benefits of Implementation】 - Improved safety during heavy machinery operation - Reduced risk of accidents - Decreased plant downtime

• Safety Relay

In the energy industry, particularly in power plants, the safe operation of equipment is the top priority. Protection systems in power plants are essential for quickly detecting abnormal situations and minimizing damage to equipment and personnel. Safety relays compliant with functional safety standard SIL3 play a crucial role in ensuring the safety of power plants. 【Application Scenarios】 * Emergency stop circuits in power plants * Turbine protection systems * Boiler protection systems 【Benefits of Implementation】 * Safe operation of equipment * Prevention of human casualties * Stable operation of the plant

• Safety Relay

In the chemical plant industry, high safety standards are required to minimize the risk of explosion accidents. Particularly in plants that handle flammable materials, it is crucial to quickly detect any abnormalities and prevent explosions before they occur. Inadequate safety measures can lead to serious accidents. Our functional safety SIL3 'Safety Relay' provides detection of abnormalities in load, wiring, power supply, and coils under all operating conditions, and also offers the capability to transmit independent alarms to connected DO cards on the control system side. 【Application Scenarios】 - Safety protection systems in chemical plants - Control circuits in explosive atmospheres - Emergency stop circuits 【Benefits of Implementation】 - Reduction of explosion risks - Improvement of plant safety - Mitigation of losses due to accidents

• Safety Relay

In the pharmaceutical industry, process management prioritizes the safety and reliability of manufacturing processes. Particularly, the detection of equipment anomalies in drug manufacturing is essential for maintaining product quality and ensuring safety. Equipment malfunctions or abnormalities can lead to product quality degradation and manufacturing line stoppages, potentially resulting in significant losses. Our functional safety SIL3 "Safety Relay" provides detection of anomalies in loads, wiring, power supply, and coils under all operating conditions, delivering performance that transmits independent alarms to the connected DO card on the control system side. This enhances safety in pharmaceutical processes and enables the establishment of a stable production system. 【Usage Scenarios】 - Detection of equipment anomalies in pharmaceutical manufacturing lines - Safety monitoring of manufacturing processes - Safety measures in quality control 【Benefits of Implementation】 - Early detection of equipment anomalies to prevent product quality degradation - Reduction of manufacturing line stoppage risks - Creation of a safe manufacturing environment and strengthening of compliance

• Safety Relay

In the food manufacturing industry, foreign object contamination is a serious issue that not only undermines product quality and safety but can also damage a company's reputation. To minimize the risk of foreign object contamination on the production line, it is essential to have safety measures in place that can detect anomalies early and respond quickly. Our functional safety SIL3 compliant safety relay detects abnormalities in loads, wiring, power supplies, and coils under all operating conditions, and communicates independent alarms to the control system, thereby reducing the risk of foreign object contamination. 【Application Scenarios】 - Detection of abnormalities in various equipment on food manufacturing lines - Ensuring the safety of foreign object detection systems - Safety monitoring of manufacturing processes 【Benefits of Implementation】 - Prevention of product quality deterioration due to foreign object contamination - Improved safety of the production line - Enhanced reliability of the company

• Safety Relay

In the machine tool industry, the reliability of safety fences is extremely important to ensure the safety of operators. To prevent accidents, it is essential to reliably detect abnormalities in the safety fence and stop the dangerous operation of the machinery. Safety relays enhance the safety of safety fences by detecting abnormalities in the load, wiring, power supply, and coil, and transmitting independent alarms to the control system. Our functional safety SIL3 compliant safety relays are highly reliable, space-saving, and have third-party certification, contributing to safety measures in machine tools. 【Usage Scenarios】 - Abnormality detection of safety fences - Emergency stop circuits for machine tools - Coordination with safety-related equipment 【Benefits of Implementation】 - Ensuring the safety of operators - Safe operation of machinery - Reducing the risk of accidents

• Safety Relay

In aerospace control systems, high safety and reliability are essential. Particularly in the operation of aircraft and the control of spacecraft, system anomalies can lead to serious accidents, making safety measures a top priority. Safety relays provide detection of abnormalities in loads, wiring, power supplies, and coils under all operating conditions, and they transmit independent alarms to the connected DO cards on the control system side. This ensures the safety of the system and allows for rapid response in case of emergencies. 【Use Cases】 - Aircraft flight control systems - Spacecraft propulsion systems - Control tower communication systems - Missile launch control systems 【Benefits of Implementation】 - Improved system safety - Reduced risk of accidents - Construction of reliable control systems - Reduction of operational costs

• Safety Relay

In railway signal systems, ensuring safety is the top priority, and signal malfunctions can lead to serious accidents. In particular, reliability under harsh conditions and rapid response in the event of an anomaly are required. Our functional safety SIL3 compliant safety relay detects abnormalities in load, wiring, power supply, and coils in all operating conditions, transmitting independent alarms to the control system, thereby enhancing the safety of the signal system. 【Application Scenarios】 - Railway signal systems - Level crossing control systems - Point control systems 【Benefits of Implementation】 - Improved system safety - Reduced accident risk - Lower maintenance costs

• Safety Relay

In the automotive industry, emergency stop systems play a very important role in ensuring safety. To quickly detect vehicle abnormalities and reliably bring them to a stop, high reliability and safety are required. Safety relays detect abnormalities in loads, wiring, power supplies, and coils, and communicate independent alarms to the control system side, thereby enhancing the safety of emergency stop systems. 【Usage Scenarios】 * Emergency stop systems * Safety protection circuits * Abnormality detection systems 【Benefits of Implementation】 * High safety * Improved system reliability * Reduced risk of accidents

• Safety Relay