Earth Power Product Lineup

In the operation of buoys in the ocean, it is essential to efficiently store the power obtained from solar panels into batteries in limited space and harsh environments, ensuring a stable power supply. In the maritime environment, where weather and sunlight conditions can fluctuate easily, minimizing power loss and ensuring reliable charging is crucial for maintaining the light. Our "EPC8MPPT" maximizes power generation through its MPPT function, supporting efficient operation. 【Usage Scenarios】 - Power management in buoy power systems - Installation of marine observation equipment in limited spaces - Stable charging in environments with variable sunlight conditions 【Benefits of Implementation】 - Efficiently charges the battery with power generation through the MPPT function - Easy installation in the limited space within the buoy due to ultra-compact design - Automatic shutdown function after sunset to reduce unnecessary power consumption

In the operation of relay stations in the telecommunications industry, stable power supply from solar power generation systems is essential in locations where securing commercial power sources is difficult, such as mountainous areas and remote islands. It is required to efficiently charge batteries and keep the equipment running even in environments where sunlight conditions fluctuate. Power loss is directly linked to the risk of relay station shutdown, making control technology that maximizes the utilization of generated power crucial. Our "EPC8MPPT" supports the establishment of a stable power environment by efficiently extracting power from solar modules through its MPPT function. 【Usage Scenarios】 - Independent power systems for communication relay stations where commercial power sources are unavailable - Solar power generation operations in locations with unstable sunlight conditions - Installation in compact power boxes where space-saving is required 【Benefits of Implementation】 - Maximizes generated power and improves battery charging efficiency through MPPT function - Reduces unnecessary power consumption with an automatic shutdown feature after sunset - Operates stably even in harsh environments, supporting a wide temperature range (-20 to +45°C)

In the field of environmental surveys, stable operation of observation equipment in locations where securing power is difficult, such as mountainous areas and remote islands, is required. In particular, efficiently securing power under limited sunlight conditions and properly managing batteries is crucial for the continuity of observation data. Power shortages and battery degradation due to overcharging pose risks of interrupting surveys or causing equipment failures. This product supports the reliability of observation systems by maximizing power from solar modules through MPPT functionality, enabling efficient charging. 【Usage Scenarios】 - Power management for meteorological observation equipment in mountainous areas and remote islands - Battery charging control in long-term unmanned observation systems - Stable power supply in environments where sunlight conditions can change easily 【Benefits of Implementation】 - Maximizing generated power through MPPT functionality allows for efficient charging even with limited sunlight - Automatic shutdown function after sunset reduces unnecessary power consumption during standby - Operable in a wide temperature range (-20 to +45°C), making it suitable for harsh outdoor environments

In portable charging for camping and outdoor activities, how to efficiently store limited solar energy in batteries is an important challenge. In outdoor environments where weather and sunlight conditions change rapidly, maintaining a stable charging efficiency is required. Insufficient charging can lead to power shortages or equipment shutdowns during camping. Our "EPC8MPPT" contributes to securing power outdoors by maximizing the power from solar modules through its MPPT function, enabling efficient charging. 【Usage Scenarios】 - Charging portable power sources or batteries at campsites - Building a sub-battery system for car camping - Securing power for lighting and small appliances outdoors 【Benefits of Implementation】 - The MPPT function maximizes charging efficiency in response to changing sunlight conditions - Compact and lightweight design makes it easy to carry and set up as camping gear - Automatic shutdown feature after sunset reduces unnecessary power consumption from the battery

In independent power supply systems such as traffic signal controllers, it is essential to maintain a stable power supply even in environments where weather and sunlight conditions fluctuate. Particularly, the stoppage of traffic signals due to power shortages directly impacts traffic safety, making it crucial to have a mechanism that efficiently stores limited solar energy in batteries. Our "EPC8MPPT" maximizes the power generation from solar modules through its MPPT function, enabling efficient charging and supporting the stable operation of signal systems. 【Usage Scenarios】 - Traffic signal control in locations where commercial power supply is difficult to access - Emergency signal power systems during disasters - Outdoor installation environments where sunlight conditions can vary 【Benefits of Implementation】 - Maximization of power generation through MPPT function allows for efficient charging even with limited sunlight - Automatic shutdown function after sunset reduces unnecessary power consumption during standby - Capable of operating in a wide temperature range (-20 to +45°C), suitable for outdoor environments

In the operation of crime prevention and surveillance cameras, ensuring a stable power supply in locations where securing power is difficult is a significant challenge. Cameras installed outdoors are particularly susceptible to weather and sunlight conditions, necessitating efficient power management. The shutdown of cameras due to power shortages directly poses a security risk, so a system that maximizes the limited solar energy is essential. Our "EPC8MPPT" efficiently charges batteries from solar panel modules using MPPT functionality, supporting the stable operation of surveillance systems. 【Usage Scenarios】 - Installation of surveillance cameras in outdoor areas without power supply - Security systems in locations such as mountainous regions or farmland where commercial power supply is difficult to access - Temporary operation of surveillance cameras during disasters or events 【Benefits of Implementation】 - The MPPT function efficiently charges the battery with generated power, maximizing operating time - An automatic shutdown feature after sunset reduces unnecessary power consumption - Supports a wide temperature range (-20 to +45°C), enabling stable operation in outdoor environments

In the aviation industry's runway lighting systems, stable power supply is extremely important to ensure reliable visibility during nighttime and adverse weather conditions. Especially in independent power systems, it is essential to efficiently store limited solar energy and ensure operations after sunset. Insufficient charging or power loss directly leads to significant risks such as lighting failures. Our "EPC8MPPT" supports the establishment of a stable power environment by efficiently supplying power from solar modules to batteries through its MPPT function. 【Usage Scenarios】 - Independent lighting systems around runways - Standalone lighting equipment for taxiways and parking areas - Aviation lights in areas where commercial power supply is difficult 【Benefits of Implementation】 - MPPT control maximizes power generation even in changing sunlight conditions - Automatic shutdown function after sunset reduces unnecessary power consumption during standby - Capable of operating in a wide temperature range (-20 to +45°C), suitable for outdoor environments

In the medical industry, the stable temperature management of refrigerated storage for vaccines and pharmaceuticals in remote locations is extremely important. In environments with unstable power supply, efficient operation of solar power systems is required. This product, equipped with an MPPT function to maximize power generation, responds to changes in sunlight conditions and supports stable charging of batteries, contributing to the reliable operation of medical refrigerators. 【Usage Scenarios】 - Operation of medical refrigerators in remote areas where power supply is difficult - Backup power systems during disasters or emergencies - Power management for mobile medical units 【Benefits of Implementation】 - Maximization of power generation efficiency through MPPT function, effectively utilizing limited solar energy - Reduction of unnecessary power consumption with automatic shutdown function after sunset - Stable operation even in harsh environments, supporting a wide temperature range (-20 to +45°C)

In the context of natural energy learning in educational settings, how to efficiently utilize the power obtained from solar cell modules becomes an important theme. Understanding the MPPT (Maximum Power Point Tracking) function, which maximizes power generation according to changes in sunlight conditions, is essential for next-generation energy education. Our "EPC8MPPT" can charge batteries with 95% efficiency through MPPT control, providing an accurate control environment for data collection and demonstration experiments. 【Usage Scenarios】 - Power source for practical training and experiments related to natural energy - Educational materials for learning about the mechanisms of solar power generation systems - Exercises for constructing small independent power supply systems 【Benefits of Implementation】 - Improved experimental accuracy due to high power generation efficiency from MPPT control - Proper charging of lead and lithium-ion batteries through CC-CV charging methods - Creation of a safe learning environment through protective features such as overcurrent prevention fuses

In the railway industry, high reliability and stability of the power supply system are essential to maintain the safe operation of vehicles. In particular, for onboard systems exposed to vibrations during operation and extreme temperature changes in outdoor environments, a stable power supply is indispensable. Voltage instability or failures can pose risks of system-wide shutdowns or malfunctions. Our "RSD Series" provides stable power supply even in harsh environments, contributing to the reliability of vehicle systems through a design compliant with railway standards. 【Usage Scenarios】 - Power supply for onboard systems of trains, trams, and special vehicles - Power stabilization for emergency vehicles - Power supply for industrial systems such as robots and AGVs 【Benefits of Implementation】 - High safety due to compliance with railway standards (EN50155/EN45545-2) - Stable operation in a wide temperature range from -40°C to +70°C - Robust sealed design suitable for high-vibration environments

In the automotive industry and in-vehicle systems, it is essential to maintain a stable power supply even in harsh environments, such as during vibrations while driving or sudden temperature changes. Instability in power supply poses risks of malfunction or failure of in-vehicle equipment, making high reliability and durability indispensable. Our "RSD Series" achieves stable operation in the challenging in-vehicle environment characterized by significant vibrations and temperature fluctuations, thanks to its robust design compliant with railway standards, thereby contributing to the improvement of system reliability. 【Usage Scenarios】 - Driving in-vehicle systems for special vehicles and emergency vehicles - Power systems for AGVs (Automated Guided Vehicles) - Driving electronic devices in environments with severe vibrations and temperature changes 【Benefits of Implementation】 - Stable power supply even in harsh environments - Reduced risk of failure due to robustness compliant with railway standards - Efficient use of in-vehicle space due to compact design

In the power supply for control circuits of industrial robots and AGVs, high reliability and stable power supply that are not affected by vibrations and temperature changes during operation are required. Instability in power supply can directly lead to serious troubles such as malfunctions or stoppages of the control system, making a robust design capable of withstanding harsh environments essential. The RSD Series offers high vibration resistance and a wide temperature range in compliance with railway standards, making it an optimal solution to support the stable operation of robotic systems. 【Usage Scenarios】 - Power supply to control circuits of industrial robots and AGVs - System operation in manufacturing sites with severe vibrations and temperature changes - Control of onboard systems and special vehicles that require high reliability 【Benefits of Implementation】 - Improved system operating rates due to stable voltage supply even in harsh environments - Reduced maintenance burden due to robustness compliant with railway standards - Space-saving in control panels due to compact 1U design

In the renewable energy industry, stable power supply and accurate voltage conversion are required even in outdoor installations and environments with significant temperature fluctuations. Particularly, to ensure the long-term reliability of the system, a robust power supply design that can withstand harsh conditions is essential. Inadequate voltage conversion can lead to decreased efficiency of the entire system and increase the risk of equipment failure. Our "RSD Series" features a wide input range and excellent environmental performance, contributing to the optimization of voltage conversion and stable system operation. 【Usage Scenarios】 - Voltage conversion in solar power generation systems - Power supply within control panels installed outdoors - System operation in environments with significant temperature changes 【Benefits of Implementation】 - A wide operating temperature range of -40°C to +70°C enables stable operation in outdoor environments - A wide input range of 4:1 accommodates diverse power supply environments - Internal substrate coating and high vibration resistance ensure long-term reliability

In the telecommunications infrastructure industry, extremely high reliability and durability of base station power supplies are required to provide stable communication services 24 hours a day, 365 days a year. Particularly in outdoor installations or under harsh temperature conditions, it is essential to minimize the risk of failure due to vibration and heat. Inadequate power supply can lead to communication disruptions and increased maintenance costs. The RSD Series achieves stable power supply even in harsh environments through its robust design compliant with railway standards and wide temperature range, contributing to the reliability of communication systems. 【Usage Scenarios】 - Power systems for outdoor communication base stations - Driving communication equipment in environments with significant temperature fluctuations - Stable power supply in areas with vibrations 【Benefits of Implementation】 - Stable operation due to a wide temperature range from -40°C to +70°C - Robust sealed design suitable for high vibration environments - Flexible system construction with a wide input range of 4:1

In the field of medical devices, maintaining stable operation of equipment under any circumstances is essential to ensure patient safety. In particular, unstable power supply poses risks of malfunction or shutdown of devices, making high reliability and robustness indispensable. The RSD Series is a sealed DC-DC converter that delivers stable performance even in harsh environments such as high vibration and temperature fluctuations, supporting the stable operation of systems in medical settings. 【Usage Scenarios】 - Power stabilization for medical transport equipment and mobile medical systems - Maintaining operation of medical devices in environments with vibrations - System operation in environments with temperature variations 【Benefits of Implementation】 - Stable power supply through low ripple & noise design - Enhanced safety of devices with overvoltage, overload, and short-circuit protection features - Operation unaffected by environmental changes, supporting a wide temperature range from -40°C to +70°C

In the aerospace industry, high reliability and stable power supply are required to ensure that systems operate reliably even in harsh environments, such as extreme temperature changes and vibrations. Power supply failures can directly lead to system shutdowns or performance degradation, making the selection of products with environmental resistance capabilities extremely important. Our "RSD Series" addresses power supply challenges in harsh environments through robust design compliant with railway standards and guaranteed operation over a wide temperature range. 【Usage Scenarios】 - Ground support systems related to aerospace - Measurement and control equipment in harsh environments - In-vehicle and mobile systems subject to severe vibrations and temperature changes 【Benefits of Implementation】 - Stable operation due to wide temperature range support from -40°C to +70°C - Improved reliability through a sealed design that withstands high vibration environments - System protection through reinforced insulation design of DC4000V

In the maritime industry, the reliability of power supply is extremely important to maintain the stable operation of instruments during navigation. Particularly in harsh environments such as salt damage, high vibrations, and rapid temperature changes, failures of voltage conversion units can pose risks of instrument malfunction or system shutdown. The RSD Series offers high environmental performance and insulation design compliant with railway standards, making it the optimal solution for providing stable power to onboard instruments. 【Usage Scenarios】 - Voltage conversion for marine instruments - Onboard systems subject to harsh vibrations and temperature changes - Control equipment requiring stable power supply 【Benefits of Implementation】 - Stable operation in high vibration and wide temperature environments - System protection through insulation design on both primary and secondary sides - Maintenance of accurate instrument operation due to low ripple and noise

In agricultural machinery automation systems, stable power supply is required even in harsh outdoor environments. In particular, vibrations associated with field work and extreme temperature changes due to seasons and time of day can cause failures or malfunctions in electronic devices. To maintain system reliability and achieve stable automation operation, a robust power unit that can withstand harsh environments is essential. Our "RSD Series" features high vibration resistance in accordance with railway standards and a wide operating temperature range, providing stable power to agricultural machinery automation systems. 【Usage Scenarios】 - Control systems for autonomous tractors and unmanned working machines - Power supply for automation system operation in fields - Equipment operation in outdoor environments with severe vibrations and temperature changes 【Benefits of Implementation】 - Maintains stable operation even in high-vibration environments - Operates year-round with a wide temperature range of -40°C to +70°C - Reduces maintenance burden with high durability from internal substrate coating

In defense-related fields and the operation of special vehicle systems, a stable power supply that does not falter even in extreme environments is essential. Particularly in environments exposed to intense vibrations and wide temperature fluctuations, high durability and reliability are crucial to minimize the risk of electronic equipment failure. The RSD Series, with its robust design compliant with railway standards, ensures stable operation even under harsh conditions, addressing power supply challenges in defense and special vehicle systems. 【Application Scenarios】 - Onboard system power supply for special and emergency vehicles - Driving electronic devices in environments with severe vibrations and temperature changes - Power supply for autonomous systems such as AGVs and robots 【Benefits of Implementation】 - Stable operation in a wide temperature range from -40°C to +70°C - Robust sealed design capable of withstanding high vibration environments - System protection features including overvoltage, overload, and short-circuit protection

In the operation of logistics warehouse conveyors and AGVs (Automated Guided Vehicles), a stable power supply is essential for maintaining operational efficiency. Particularly in environments where vibrations and temperature fluctuations are severe during operation, failures in the power unit can directly cause system shutdowns. The RSD Series features high vibration resistance compliant with railway standards and a wide operating temperature range, ensuring reliable power management even in harsh environments. 【Usage Scenarios】 - Onboard power management for AGVs (Automated Guided Vehicles) - Control power for automated transport systems - Power supply around conveyors where vibrations occur 【Benefits of Implementation】 - Improved operational efficiency through stable power supply in high-vibration environments - Environmental adaptability due to a wide temperature range of -40°C to +70°C - Space-saving design with a compact 1U form factor

In the operation of data centers, the stable operation of servers and the optimization of power efficiency are extremely important. Especially in environments where heat and vibration are likely to occur, the reliability of the power supply unit affects the overall performance of the system. The RSD Series is a sealed DC-DC converter that provides stable power supply even in harsh environments, supporting the efficient operation of server power supplies. 【Usage Scenarios】 - Power supply systems within server racks - Environments with thermal loads due to high-density implementations - Communication equipment systems that require stable voltage supply 【Benefits of Implementation】 - Flexible system design due to a wide input range of 4:1 - Stability achieved through a wide operating temperature range of -40°C to +70°C - Reduced load on equipment due to low ripple & noise design - High safety due to reinforced insulation design

In the railway industry, vehicle power supply systems require high reliability to continuously provide stable power to control equipment even in high-voltage environments. Particularly, the durability of the power supply unit is a crucial factor directly linked to the stable operation of the vehicle during long-term use under voltage fluctuations and harsh conditions. The RSDH Series is an insulated DC-DC converter that supports an ultra-wide input range of DC250V to DC1,500V, achieving stable power supply in high-voltage DC environments. Additionally, its internal coating makes it resistant to dust and dirt, designed for long-term operation. 【Usage Scenarios】 - Power supply to control equipment within railway vehicles - Voltage reduction and stabilization from high-voltage DC power lines - Power supply systems within vehicles that require long-term operation 【Benefits of Implementation】 - Ultra-wide input range allows compatibility with various high-voltage environments - Improved environmental resistance through internal coating reduces maintenance burden - Compact 1U size effectively utilizes limited space within vehicles

In the operation of industrial robots, stable power supply to control devices is essential for maintaining operational accuracy and reliability. Especially in high-voltage DC environments, voltage fluctuations and noise can adversely affect control circuits, potentially leading to unexpected stops or malfunctions. The RSDH Series is an insulated DC-DC converter that supports ultra-wide input from DC250V to DC1,500V, contributing to the stabilization of robot system control by providing a stable DC power supply from high-voltage environments. 【Usage Scenarios】 - Control panels of industrial robots using high-voltage DC power - Power supply to robot control devices in environments where voltage fluctuations are a concern - Long-term operation in manufacturing sites prone to dust and dirt 【Benefits of Implementation】 - Low ripple and noise design reduces interference with control signals - Reinforced insulation design ensures safety between input and output - Internal coating allows for stable operation even in harsh environments

In the renewable energy industry, supplying stable power to control equipment in high-voltage DC environments, such as solar power generation and energy storage systems, is essential for maintaining system reliability. Voltage fluctuations and operation under harsh conditions pose risks of equipment failure and performance degradation, necessitating high insulation performance and stable voltage conversion. The RSDH Series supports long-term operation of systems by providing stable DC power to control equipment even in high-voltage environments, accommodating ultra-wide input from DC250V to DC1,500V. 【Usage Scenarios】 - Ensuring control power in solar power generation systems - Voltage conversion within energy storage systems - Control in high-voltage DC environments for EV charging facilities 【Benefits of Implementation】 - Ultra-wide input compatibility allows for flexible adaptation to various high-voltage systems - Internal coating enhances resistance to dust and dirt, improving reliability for long-term operation - Reinforced insulation design with AC4,000V between input and output contributes to safe system construction

In the maritime industry, stable power supply to instruments is essential to ensure navigation safety. Particularly in high-voltage DC environments, voltage fluctuations and noise pose risks of malfunction or failure of instruments, necessitating reliable power conversion. The RSDH Series supports ultra-wide input from DC 250V to DC 1,500V and provides a stable DC power supply through its insulated design, thereby supporting the accurate operation of instruments. 【Usage Scenarios】 - Power supply from high-voltage DC sources within the vessel to instruments - Ensuring stable control power in harsh environments 【Benefits of Implementation】 - Improved flexibility in power supply design within the vessel due to high-voltage input compatibility - Long-term operation capability due to internal coating that resists dust and dirt - Contribution to stable operation of instruments through low ripple and noise design

In the EV charging infrastructure industry, providing stable power to control equipment within high-voltage facilities is essential for maintaining system reliability. In environments where voltage fluctuations and environmental stress are concerns, robust power units with high insulation performance are required. The RSDH Series supports ultra-wide input from DC250V to DC1,500V, supplying stable DC power to control equipment even in high-voltage environments, thereby supporting long-term stable operation of the system. 【Usage Scenarios】 - Auxiliary power supply for control circuits of EV charging equipment - Stable power supply in high-voltage DC environments - Charging equipment installed outdoors where dust and dirt are likely to accumulate 【Benefits of Implementation】 - Ultra-wide input compatibility allows for flexible adaptation to various high-voltage DC environments - Internal coating makes it resistant to dust and dirt, enabling long-term operation - Enhanced insulation design with AC4,000V between input and output ensures high safety.

In communication base station signal amplification equipment, a stable power supply is essential for maintaining communication quality. Particularly in high-voltage environments, there is a risk that voltage fluctuations and noise can adversely affect the operation of signal amplifiers, necessitating the establishment of a reliable power supply environment. The RSDH Series supports an ultra-wide input range of DC250V to DC1,500V and, with its low ripple and low noise design, provides a stable DC power supply to control equipment even in high-voltage environments. 【Usage Scenarios】 - Power supply to signal amplifiers in communication base stations - Operation of communication control equipment in high-voltage DC environments - Long-term operation in outdoor and harsh environments where dust and dirt are concerns 【Benefits of Implementation】 - Supports stable operation of signal amplifiers through low ripple and low noise design - Internal coating makes it resistant to dust and dirt, enabling long-term operation - Flexible adaptation to various high-voltage DC environments due to wide input voltage compatibility

In the field of medical devices, high insulation performance and stable power supply in power circuits are essential to ensure the safety of patients and operators. Especially in environments dealing with high voltage, reliable insulation protection is required to minimize the effects of noise and prevent equipment malfunction. Our "RSDH Series" adopts a reinforced insulation design with AC 4,000V between input and output, supporting the high safety standards and stable operation required in medical settings. 【Usage Scenarios】 - Control units of medical inspection equipment with built-in high voltage power supply - Precise medical control systems requiring noise countermeasures - Medical power supply environments requiring long-term operation 【Benefits of Implementation】 - High safety and reliability ensured by reinforced insulation design - Stable operation of control equipment due to low ripple & noise design - Improved resistance to dust and dirt through internal coating

In the automation control of agricultural machinery, a reliable power supply that maintains stable operation even in harsh outdoor environments is essential. Next-generation agricultural machinery, particularly those adopting high-voltage systems, requires control power supplies that can withstand voltage fluctuations and environmental stress. The RSDH Series supports an ultra-wide input range of DC 250V to DC 1,500V and is resistant to dust and dirt due to its internal coating, making it ideal for automation systems in agricultural settings that require long-term operation. 【Application Scenarios】 - Control systems for autonomous driving tractors and autonomous agricultural machinery - Power management for electric agricultural machinery equipped with high-voltage batteries - Automatic irrigation and fertilization control panels installed outdoors 【Benefits of Implementation】 - Improved design flexibility for systems due to high-voltage input compatibility - Stable operation even in dusty environments thanks to environmental resistance from internal coating - Compact 1U size allows for installation in limited machine spaces

In the development of aerospace-related equipment, reliability is required to continuously supply stable power to control devices even in harsh environments such as high altitudes and temperature fluctuations. In particular, insulation performance in high-voltage environments and durability against dust and dirt are essential to reduce the risk of failure during long-term system operation. The RSDH Series is suitable as a power supply solution under severe conditions, as it supports operation at altitudes of up to 5,000 meters and is equipped with environmental resistance through internal coating. 【Usage Scenarios】 - Power supply to control devices in high-altitude environments - System operation in high-voltage DC environments - Long-term operation in environments prone to dust and dirt 【Benefits of Implementation】 - Environmental adaptability guaranteed for operation at altitudes of up to 5,000 meters - Improved resistance to dust and dirt through internal coating - High safety due to reinforced insulation design at AC 4,000V

In defense-related fields and critical infrastructure facilities, high reliability is required to continuously supply stable power to control equipment under any environmental conditions. Especially in high-voltage DC environments, a power supply system that is less susceptible to voltage fluctuations and external environmental influences, and that operates stably over long periods, is essential. Inadequate power supply poses risks of equipment malfunction or shutdown, making products with robust design and high insulation performance crucial. The RSDH Series supports ultra-wide input from DC250V to DC1,500V and features environmental resistance due to internal coating, making it ideal for environments where stable power supply is required. 【Usage Scenarios】 - Stable power supply to control equipment in high-voltage DC environments - Harsh operational environments prone to dust and dirt - Power supply units for critical systems that are expected to operate long-term 【Benefits of Implementation】 - Ultra-wide input support maintains stable operation in diverse high-voltage environments - Internal coating enhances resistance to dust and dirt, improving reliability for long-term operation - Reinforced insulation design with AC4,000V between input and output ensures overall system safety

In data center server power supply, stable power supply in a high-voltage environment and high reliability capable of long-term operation are required. Voltage instability and noise can cause equipment malfunctions and failures, making reliable insulation and stable output essential. The RSDH Series supports ultra-wide input from DC250V to DC1,500V, providing stable power from high-voltage DC environments to control equipment, thereby supporting continuous system operation. 【Usage Scenarios】 - Server power supply in high-voltage DC power supply systems - Power circuits for communication equipment requiring stable voltage control - Long-term operation in environments where dust and dirt are concerns 【Benefits of Implementation】 - Low ripple & noise design enables stable power supply to precision server equipment - Internal coating makes it resistant to dust and dirt, reducing maintenance burden - Compact 1U size effectively utilizes limited rack space

In logistics warehouses, conveyor drive systems require long hours of continuous operation and high reliability. Especially in high-voltage environments, stable power supply to control equipment is essential to prevent malfunctions caused by noise and voltage fluctuations. The RSDH Series supports an ultra-wide input range of DC250V to DC1,500V and achieves stable power supply even in dusty environments through internal coating, making it ideal for conveyor systems in logistics settings. 【Usage Scenarios】 - Power supply for automatic guided vehicles (AGVs) in logistics warehouses - Power supply to control panels in high-voltage DC environments - Long-term operation in environments prone to dust and dirt 【Benefits of Implementation】 - Improved operational reliability of conveyors due to stable voltage supply - Reduced maintenance burden with dust resistance from internal coating - Space-saving in control panels achieved with a compact 1U size

In the railway industry, the reliability and stability of power supply are extremely important to ensure the stable operation of electronic devices within vehicles. Particularly in harsh environments such as vibrations and temperature changes during operation, a stable voltage supply with minimized noise is required. Voltage instability can lead to malfunctions or failures of onboard systems, making power supplies with high durability and protective features essential. Our "SD Series" contributes to the stabilization of power supply for railway vehicles through a design intended for use in harsh environments. 【Usage Scenarios】 - Power supply for onboard systems in railway vehicles - Stabilization of power supply for communication devices within vehicles - Power supply in harsh vibration and temperature environments 【Benefits of Implementation】 - Achieves stable voltage supply even in harsh environments - Reduces equipment malfunctions with low ripple noise from built-in EMI filters - Improves overall system reliability with various protective features

In the telecommunications infrastructure industry, a stable power supply that does not falter under any conditions is required for backup power systems at base stations. Particularly in outdoor installations or harsh temperature environments, the reliability and durability of equipment become critical factors that influence system uptime. Inadequate power management can lead to communication failures and increase the risk of equipment malfunctions. The SD Series supports stable operation of base stations through its design, which is resistant to high vibrations and temperature changes, as well as its primary and secondary insulation design. 【Usage Scenarios】 - Backup power systems for base stations - Power supply for outdoor communication equipment - Communication facilities expected to experience high vibrations or temperature changes 【Benefits of Implementation】 - Stable voltage conversion even in harsh environments - Various protective features to prevent system troubles in advance - Reduction of operational burden through a 2-year long warranty and rapid support system domestically

In the control circuit drive of industrial robots, stability of operation and high reliability are required. Especially in harsh environments such as vibrations and temperature changes during operation, the stability of power supply directly affects the robot's operational accuracy and lifespan. Noise and voltage instability can lead to control errors, making robust power supply design essential. The SD Series achieves stable power supply even in harsh environments, contributing to the reliability improvement of robot systems. 【Usage Scenarios】 - Stable power supply for control circuits of industrial robots - System drive for AGVs (Automated Guided Vehicles) - Robot operation in manufacturing sites with high vibrations and temperature changes 【Benefits of Implementation】 - Supports stable operation even in harsh environments - Reduces control errors with low ripple noise from built-in EMI filters - High safety with overvoltage, overload, short circuit, and over-temperature protection functions

In the field of medical devices, it is essential to minimize power supply-derived noise in sensors and control systems that handle fine signals. Noise can lead to malfunctions and decreased measurement accuracy, making the establishment of a clean power supply environment crucial. The SD Series achieves low ripple noise through built-in EMI filters, making it suitable for system designs of medical devices that require stable power supply. 【Application Scenarios】 - Power circuits for medical analysis equipment - Noise countermeasures for precision measuring instruments - Power systems for onboard medical devices 【Benefits of Implementation】 - Supports stable operation of devices through noise reduction with built-in EMI filters - Allows optimal voltage supply for each device through output voltage adjustment functionality - Enhances system safety with overvoltage, overload, short circuit, and over-temperature protection features

In the renewable energy industry, efficient operation of battery systems and stable power supply are required. In particular, when converting the voltage of batteries, high reliability that is not affected by environmental changes and protective functions for the entire system are essential. Instability in voltage conversion poses risks of system failure or performance degradation. The SD Series reliably supports voltage conversion for battery systems with its design that withstands a wide input voltage range and harsh environmental conditions. 【Usage Scenarios】 - Voltage conversion for battery systems - Power control related to renewable energy - Outdoor power systems 【Benefits of Implementation】 - Compatibility with various batteries due to a wide input voltage range - System protection through overvoltage, overload, short circuit, and over-temperature protection - Stable operation even in environments ranging from -20°C to +60°C

In the maritime industry, the operation of navigation instruments requires a stable power supply at all times. Especially in the marine environment, it is essential for instruments to continue functioning accurately under harsh conditions such as salt damage, high humidity, and the vibrations of the ship for safe navigation. An unstable power supply poses risks of instrument malfunctions and failures, making a power system with high reliability and durability crucial. Our "SD Series" is optimal as a power source supporting ship navigation instruments, designed for use in harsh environments and providing stable output with reduced noise. 【Usage Scenarios】 - Stable power supply for navigation instruments and communication devices on board - Integration into onboard systems subject to severe vibrations and temperature changes - Installation in control systems that require limited space 【Benefits of Implementation】 - Achieving stable operation of instruments through a design that is resistant to high vibrations and temperature changes - Suppressing instrument malfunctions with low ripple noise from the built-in EMI filter - Effectively utilizing limited onboard space due to its compact design

In the aerospace industry, aircraft system power supply requires high reliability and stable power supply under harsh environmental conditions. Particularly in environments with severe vibrations and temperature fluctuations, the durability of the power supply unit is directly linked to the safety of the system. The SD Series adopts a design that can be used under harsh conditions such as high vibrations and temperature changes, supporting the stable power supply required for aircraft systems. 【Usage Scenarios】 - Power supply to various control systems within the aircraft - Stable voltage conversion in high vibration environments - Power implementation in limited spaces 【Benefits of Implementation】 - Reliable power supply in harsh environments - Space-saving design within the aircraft - System protection through overvoltage, overload, and overtemperature protection functions

In the automotive industry, vehicle-mounted systems are required to provide stable power to electrical components even in harsh environments, such as during vibrations and extreme temperature changes. Voltage instability and noise can lead to malfunctions or failures of the entire system, making high environmental resistance and noise countermeasures essential. Our "SD Series" supports stable operation in vehicle-mounted systems through a design intended for use in severe conditions. 【Usage Scenarios】 - Driving vehicle-mounted systems for special vehicles and emergency vehicles - Power supply for vehicle-mounted electrical components - System operation in environments with high vibrations and temperature changes 【Benefits of Implementation】 - Achieves stable power supply even in harsh environments - Reduces equipment malfunctions with low ripple noise from the built-in EMI filter - Compact design allows installation in limited vehicle space

In the operation of data centers, power redundancy is extremely important to maintain the stable operation of servers. Power supply interruptions and voltage fluctuations can lead to system-wide shutdowns and data loss, necessitating high reliability and stable power supply. The SD Series is equipped with a low ripple noise design thanks to its built-in EMI filter, as well as various protection features against overvoltage, overload, short circuits, and overheating, supporting the stable operation of server systems. 【Usage Scenarios】 - Power redundancy systems within server racks - Backup power circuits for communication equipment - Control systems requiring stable voltage supply 【Benefits of Implementation】 - Stable power supply due to low ripple noise design - Prevention of system troubles through various protection features - Space-saving achieved through compact design

In agricultural machinery's automatic steering systems, high reliability is required to withstand vibrations that occur during fieldwork and temperature changes specific to outdoor environments. An unstable power supply can lead to system malfunctions or shutdowns, making a power unit capable of maintaining stable voltage even in harsh conditions essential. Our "SD Series" excels in environmental performance and supports the efficient operation of agricultural machinery by providing stable power to automatic steering systems. 【Usage Scenarios】 - Power supply for automatic steering systems in agricultural machinery - System operation in vibration-prone agricultural work environments - Ensuring power supply in environments with significant outdoor temperature fluctuations 【Benefits of Implementation】 - Maintains stable operation even in harsh conditions, improving work reliability - Compact design allows installation in limited machine spaces - Protection features against overvoltage and overheating safeguard the system from failure risks

In defense-related communication systems, extremely high reliability and stable power supply are required. Especially during field operations or when mounted on mobile units, a stable voltage supply that maintains the operation of communication equipment under harsh conditions such as vibration and temperature changes is essential. Instability in voltage can lead to a decline in communication quality or malfunction of equipment, making robust power design important. Our "SD Series" supports the stable operation of communication equipment through a design intended for use in harsh environments and the incorporation of EMI filters that achieve low ripple noise. 【Usage Scenarios】 - Power stabilization for defense communication equipment - Voltage conversion in mobile communication systems - Field operation equipment expected to experience high vibration and temperature changes 【Benefits of Implementation】 - Maintenance of communication quality through stable voltage supply even in harsh environments - Space-saving of the entire system due to compact design - Improved safety of equipment through overvoltage, overload, short circuit, and over-temperature protection features

In the security industry, surveillance camera systems require stable operation 24 hours a day, 365 days a year. Especially in outdoor or harsh environments, the stability of the power supply that can withstand temperature changes and vibrations is essential. Instability in power supply can directly lead to serious issues such as video noise or system shutdowns. The SD Series is designed to be resistant to high vibrations and temperature changes, and it features low ripple noise performance, supporting the stable operation of surveillance camera systems. 【Usage Scenarios】 - Power supply for outdoor surveillance camera systems - Camera systems for traffic monitoring where vibrations occur - Operation of security equipment in environments with significant temperature changes 【Benefits of Implementation】 - Stable power supply even in harsh environments - Contribution to maintaining the quality of surveillance footage due to low ripple noise - Reduced risk of system troubles due to comprehensive protection features