旭化成エンジニアリング Product Lineup

In the field of agriculture, environmental monitoring is crucial for collecting real-time information such as temperature, humidity, and gas concentrations, and for implementing appropriate environmental controls. Particularly in areas where flammable gases may be present, a wireless LAN environment with explosion-proof capabilities is essential. The stability of communication is important to ensure accurate data collection and the reliability of remote monitoring and control. The EXAP-500, which supports Wi-Fi 6E and features an explosion-proof structure suitable for Zone 1/2 hazardous locations, addresses the challenges of wireless LAN environments in agricultural environmental monitoring. 【Use Cases】 - Monitoring temperature and humidity in greenhouses - Measuring gas concentrations in livestock barns - Remote monitoring of pesticide application 【Benefits of Implementation】 - Improved reliability of data collection through stable wireless communication - Reduced installation costs due to PoE support - Decreased risk of communication interruptions through mesh Wi-Fi and smart roaming

In chemical plant process control, real-time data collection and control are essential. Particularly in hazardous areas where flammable gases or ignitable liquids are present, the stability and safety of wireless communication become the top priority. Poor wireless LAN connectivity increases the risk of plant shutdowns or accidents. The EXAP-500 features a pressure-resistant explosion-proof structure compliant with Zone 1/2, enabling stable wireless communication in hazardous locations. 【Usage Scenarios】 - Connection with various sensors and control devices within the chemical plant - Material transport and inspection tasks using AGVs/AMRs - Remote monitoring and operation using tablet devices 【Benefits of Implementation】 - Improved real-time process control - Increased plant operating rates - Ensured safety - Enhanced efficiency of data collection

In tunnels, rapid emergency communication during accidents or disasters is essential. Ensuring a stable communication environment contributes to saving lives and preventing secondary disasters. Traditional wireless LAN environments have faced challenges such as unstable communication and insufficient explosion-proof performance. The EXAP-500 supports Wi-Fi 6E and features a pressure-resistant explosion-proof structure for Zone 1/2, enabling stable wireless communication. 【Usage Scenarios】 - Emergency communication system within tunnels - Communication during inspection and maintenance work - Transmission of surveillance camera footage 【Benefits of Implementation】 - Reliable information transmission during emergencies - Ensuring the safety of workers - Supporting rapid recovery operations

In the warehouse industry, streamlining inventory management and ensuring safety are crucial. Especially in hazardous locations, the stability of wireless communication and explosion-proof performance are essential. The instability of Wi-Fi environments can lead to delays and malfunctions in inventory management systems, potentially decreasing operational efficiency. The EXAP-500 features a pressure-resistant explosion-proof structure suitable for Zone 1/2, providing stable wireless communication even in hazardous areas. With PoE power supply, there is no need for electrical work, allowing for a smooth upgrade from the existing EXAP-200. 【Usage Scenarios】 * Use of inventory management systems in hazardous locations * Automated transport using AGV/AMR * Inspection work utilizing explosion-proof tablets 【Benefits of Implementation】 * Improved operational efficiency through real-time inventory management * Increased productivity due to stable operation of AGV/AMR * Enhanced inspection accuracy through stable connections with explosion-proof tablets

In the port cargo handling monitoring system, real-time information transmission and the assurance of a safe working environment are essential. Particularly in hazardous areas where flammable gases and dust are present, the stability and safety of wireless communication become crucial. Communication disruptions can lead to delays in work and potential accidents. The EXAP-500 features a pressure-resistant explosion-proof structure compliant with Zone 1/2, enabling stable wireless communication in hazardous locations. With Wi-Fi 6E support, it allows for smooth transmission of high-quality video and simultaneous connections of multiple devices. 【Usage Scenarios】 - Crane operation - Loading and unloading tasks - Inspection work within warehouses 【Benefits of Implementation】 - Increased efficiency in cargo handling operations - Ensured safety for workers - Real-time information sharing

In the shipbuilding industry, there are many tasks performed in hazardous areas, such as welding and painting, which require a stable wireless LAN environment. In particular, interruptions in wireless communication pose a significant problem for ensuring worker safety and efficient task execution. The EXAP-500 features an explosion-proof structure suitable for Zone 1/2, providing a stable Wi-Fi environment even in hazardous locations, thereby contributing to improved work efficiency. [Usage Scenarios] - Use of tablet devices in welding areas - Quality control in painting areas - Remote operation during material delivery [Benefits of Implementation] - Smooth work instructions via tablet devices - Real-time progress management - Ensuring worker safety

In the food industry, temperature management during the manufacturing process is crucial for maintaining quality. Particularly in production environments for temperature-sensitive foods, stable wireless communication is essential. Interruptions in communication can lead to missed temperature data recordings and delays in abnormal detection, potentially increasing the risk of product quality deterioration and safety issues. The EXAP-500 features a pressure-resistant explosion-proof structure compliant with Zone 1/2, providing stable wireless communication even in hazardous areas of food factories. 【Usage Scenarios】 * Food factory production lines * Refrigerated and frozen warehouses * Areas requiring temperature management 【Benefits of Implementation】 * Real-time monitoring of temperature data * Improved quality control * Enhanced efficiency of the manufacturing process

In mining, accurate location information is essential for ensuring worker safety and efficient operations. Particularly in areas with explosion hazards, a wireless communication environment that meets safety standards is required. Unstable Wi-Fi connections can cause delays or interruptions in location information systems, potentially hindering emergency responses. The EXAP-500 features a pressure-resistant explosion-proof structure compliant with Zone 1/2, providing stable wireless communication even in hazardous locations and enhancing the reliability of location information systems. 【Use Cases】 - Real-time location tracking of underground workers - Tracking of vehicles and equipment within the mine - Management of access to hazardous areas 【Benefits of Implementation】 - Ensuring worker safety - Improving operational efficiency - Rapid response in the event of an accident - Compliance with regulations

The EXAP-500 is a wireless LAN repeater/access point designed for domestic Zones 1 and 2, compatible with the latest generation Wi-Fi 6E (6GHz band operates only in single station and dual station modes) and is explosion-proof. It is dimensionally compatible with the previous model (EXAP-200) and can be updated within a day without power installation (supports PoE) even in hazardous locations. The mesh Wi-Fi and smart roaming significantly reduce communication disconnections for AMR, AGV, and inspection tablets. ▼ For those facing the following issues: Considering an update to the EXAP-200 Struggling with Wi-Fi communication disconnections in hazardous locations Wanting to ensure stable connections for explosion-proof tablets (Getac/iOS/Windows) Looking to alleviate concerns about long lead times and support for overseas access points Experiencing unstable roaming for AGV/AMR, causing production line stoppages