エクセリ List of Products and Services

In the aerospace field, particularly in satellite communications, the stability and reliability of signals are extremely important. Smooth switching between multiple antennas and communication devices is an essential factor for mission success. Improper signal switching carries the risk of communication interruptions and data loss. Our coaxial switch CX310A is designed to meet such demands, ensuring reliable switching of high-frequency signals to support the stable operation of satellite communication systems. 【Usage Scenarios】 - Antenna switching in satellite communication systems - Signal path switching between ground stations and satellites - Signal distribution and aggregation among multiple communication devices 【Benefits of Implementation】 - Improved communication stability - Reduced signal loss - Enhanced operational flexibility of the system

In the automotive industry, it is essential to efficiently switch between multiple antennas to maintain an optimal communication environment. In particular, the stability of wireless communication is crucial for safe operation and smooth information transmission. Improper antenna switching can lead to a decline in communication quality and malfunctions. Our product, the CX310A, addresses these challenges by ensuring reliable switching of high-frequency signals. 【Usage Scenarios】 - When connecting multiple antennas to a radio device - Switching between multiple radio devices 【Benefits of Implementation】 - Good isolation allows for clear signal transmission without coupling or induction between terminals - High power tolerance and low heat generation ensure stable operation - The robust zinc die-cast body makes it suitable for use in automotive environments

In the security industry and surveillance systems, stable transmission of video signals and quick switching as needed are required. In particular, to efficiently manage and operate video from multiple surveillance cameras, reliable signal switching equipment is essential. Our coaxial switcher CX210A supports the operation of surveillance systems by reliably switching high-frequency signals. 【Usage Scenarios】 - Switching between multiple surveillance camera feeds - Changing connections of equipment in surveillance systems - Flexible configuration of video transmission paths 【Benefits of Implementation】 - Improved operational efficiency of surveillance camera systems - Stable transmission of video signals - Enhanced flexibility in system configuration

In the field of measurement, it is necessary to efficiently switch between multiple measuring instruments and antennas, with a strong emphasis on maintaining signal quality. This is particularly important when dealing with high-frequency signals, as signal attenuation and noise interference can directly impact measurement accuracy. Therefore, reliable signal switching equipment is required. The CX210A is a manual coaxial switch with one circuit and two contacts, specifically designed for switching high-frequency signals, addressing these challenges. 【Usage Scenarios】 - Situations where multiple measuring instruments are switched for use - Changes in signal paths during experiments or research and development - Connecting alternative antennas during maintenance of measuring equipment 【Benefits of Implementation】 - Simplifies the switching operations of measuring instruments and antennas - Maintains the quality of high-frequency signals and ensures measurement accuracy - Improves the efficiency of capital investment and reduces operational costs

In the broadcasting industry, reliable switching of high-frequency signals is essential for the efficient operation of multiple antennas and radios. This is particularly important in environments where real-time performance is prioritized, such as program production and live broadcasting, where signal stability and reliability are crucial. Improper switching can lead to interruptions in audio and video, as well as a decline in quality. The CX210A has been designed as a manual coaxial switch with one circuit and two contacts, specifically for the purpose of switching high-frequency signals to address these challenges. 【Usage Scenarios】 - Switching when connecting multiple antennas to a radio - Signal switching between multiple radios 【Benefits of Implementation】 - Efficient operation of antennas and radios - Simplification of signal switching tasks

In the automotive industry and the field of in-vehicle devices, reliable switching of high-frequency signals is essential for the efficient operation of multiple wireless communication systems and antennas. Particularly in in-vehicle environments, it is crucial to maintain stable communication even under harsh conditions such as vibration and temperature changes. Our coaxial switch CX210A is a product that meets these needs. 【Usage Scenarios】 - Switching between in-vehicle radios and multiple antennas - Switching between in-vehicle radios - Switching of equipment in experimental vehicles and special vehicles 【Benefits of Implementation】 - Enables operation of multiple wireless systems with a single radio - Maintains communication quality through antenna switching - Efficient use of installation space

In the aerospace field, stable operation of precise sensor systems and reliable switching of multiple signal paths are required. Especially in mission-critical situations, it is essential to minimize signal loss and interference while maintaining high reliability in data transmission. Our coaxial switch CX210A is designed to meet these demands. 【Usage Scenarios】 - Efficiently switching signals from multiple sensors - Selecting signal paths in experimental equipment and test beds - Antenna switching for wireless communication systems in ground facilities 【Benefits of Implementation】 - Improved system reliability through reliable switching of high-frequency signals - Maintenance of data accuracy by reducing signal loss - Easy connection and assured connectivity with M-J connectors

In the security industry, particularly in surveillance camera systems, stable transmission of video signals and flexible switching as needed are required. When efficiently managing multiple camera video sources or switching signals between different systems, signal degradation or interference can hinder surveillance operations. The CX210N contributes to improving the reliability of surveillance systems by ensuring smooth and reliable switching of high-frequency signals. 【Usage Scenarios】 - Switching between multiple surveillance camera video sources - Signal switching between surveillance systems and recording devices - Antenna switching in complex radio environments 【Benefits of Implementation】 - Improved surveillance accuracy through stabilization of video signals - Increased flexibility in system configuration - Enhanced operational management efficiency

In the field of measurement, there is a demand for efficiently and accurately switching high-frequency signals from multiple signal sources and measuring instruments. Particularly in experiments and inspections, it is important to prevent signal loss and interference, and to maintain a stable measurement environment. Our product, the CX210N, is a manual coaxial switch with one circuit and two contacts that meets these needs. 【Usage Scenarios】 - Switching when connecting multiple antennas to a radio device - Signal switching between multiple radio devices - Switching signal paths in experimental equipment 【Benefits of Implementation】 - Reliable switching of high-frequency signals - Easy connection with N-J connectors - Environmentally friendly, compliant with RoHS directives

In the broadcasting industry, accurately and quickly switching high-frequency signals from multiple antennas and devices is essential for the stability of program production and transmission. Signal interference and loss can lead to a decline in video and audio quality, and even result in broadcasting accidents. Our CX210N provides a reliable signal switching solution to address these challenges. 【Usage Scenarios】 - Switching between multiple antennas - Switching between multiple wireless devices 【Benefits of Implementation】 - Reliable switching of high-frequency signals - Maintenance and improvement of broadcast quality - Enhanced operational efficiency

In the aerospace field, particularly in satellite communications, it is extremely important to accurately transmit and receive weak signals while maintaining the stable operation of the entire system. External noise and signal attenuation directly affect the quality of communication and can influence the success or failure of missions. Therefore, in high-frequency signal switching, equipment that minimizes signal loss and ensures high reliability is required. The CX210N is a manual coaxial switch with one circuit and two contacts that meets these demands. 【Usage Scenarios】 - Antenna switching in satellite communication systems - Switching of transmission and reception signal paths at ground stations - Changing signal paths in experimental and evaluation environments 【Benefits of Implementation】 - Reduces loss of high-frequency signals and maintains communication quality - Ensures reliable switching of multiple antennas and radios - Complies with RoHS directives, considering environmental regulations

In the automotive industry, particularly in GPS systems, it is essential to accurately and stably switch high-frequency signals between multiple antennas and devices. This ensures the reception accuracy of GPS information and maintains the overall reliability of the system. Improper signal switching can lead to location information errors and communication disruptions. Our product, the CX210N, is a manual coaxial switch with one circuit and two contacts that meets such demands. 【Usage Scenarios】 - Antenna switching for vehicle-mounted GPS devices - Signal switching between multiple GPS receivers 【Benefits of Implementation】 - Stable transmission and reception of GPS signals - Improved overall system reliability

In event management, quick and reliable information sharing among staff is essential. In particular, if communication devices run out of battery during movement or work within the venue, coordination can break down, potentially disrupting operations. Additionally, there may be a need to quickly transfer data generated during the event. Our product is a charging and data transfer cable compatible with the rugged business smart devices PNC460, UL explosion-proof PNC460U, and PNC550, addressing these challenges. 【Usage Scenarios】 - Information sharing among staff at the event venue - Data transfer during equipment setup and teardown - Ensuring communication means in emergencies 【Benefits of Implementation】 - Supports smooth collaboration among staff - Prevents operational interruptions due to communication device battery depletion - Increases efficiency through rapid data transfer

At construction sites, reliable communication and information sharing under harsh conditions are essential. In particular, business smart devices that are crucial for on-site progress management and safety assurance require a stable power supply and rapid data transfer at all times. Battery depletion or delays in data transfer can lead to work stagnation or miscommunication. The Hytera USB Type-C power cable PC143 is compatible with the rugged business smart devices PNC460 and the UL explosion-proof PNC460U, addressing these challenges. 【Usage Scenarios】 - Charging PNC460/PNC460U at construction sites - Transferring on-site data (photos, videos, blueprints, etc.) to a PC - Charging and data transfer for PNC550 【Benefits of Implementation】 - Stable operation of business smart devices - Rapid sharing and utilization of on-site information - Improved work efficiency

In internal communications at educational institutions, smooth information sharing among faculty and staff and prompt communication of instructions to students are essential. To achieve this, stable operation of communication devices is indispensable. Particularly, it is crucial to have an environment that ensures reliable communication under any circumstances, such as during emergencies or when addressing students in class. Our product enables charging and data transfer for rugged business smart devices, meeting these needs. 【Usage Scenarios】 - Charging smart devices for communication among faculty and staff - Charging devices for information sharing during school events - Charging devices for communication during student guidance 【Benefits of Implementation】 - Supports continuous use of business smart devices - Prevents communication disruptions due to battery depletion - Enhances efficiency of information sharing through data transfer

In the retail industry, rapid and accurate information sharing among staff is essential for store collaboration. In particular, the stable operation of devices directly impacts operational efficiency, especially for customer service, inventory checks, and emergency communications. Device battery depletion or delays in data transfer can lead to decreased customer satisfaction and potential loss of opportunities. The Hytera USB Type-C power cable PC143 addresses these challenges by supporting the charging and data transfer of robust business smart devices PNC460, PNC460U, and PNC550 with a single solution, thereby assisting store operations. 【Usage Scenarios】 - Charging devices within the store - Data transfer for inventory checks and sharing customer information - Rapid information transmission in emergencies 【Benefits of Implementation】 - Improved operational efficiency through constant device availability - Smooth information sharing among staff - Faster customer service

● Pole No. 5 Cap Ari 52 is a pole with a diameter of 52.0mm (with cap) for AP poles, manufactured by Nippon Antenna. It can be used as a replacement or repair part for AP poles. ● This is Pole No. 5 used in antenna poles AP-14, AP-12, AP-10, and AP-8. - AP-14: The fifth pole from the top - AP-12: The fourth pole from the top - AP-10: The third pole from the top - AP-8: The second pole from the top ● The outer diameter is 52.0mm, and the length is approximately 1.93m. ● A cap is included at the top of the pole. ● This is a part for antenna poles used to attach antennas such as radios. ● The material used is aluminum A6061TD, and it has been anodized. * This product is a single pole. If you are replacing the entire antenna pole, please check the configuration of the corresponding AP pole. * For more details, please feel free to contact us.

In the educational field, collaboration between diverse devices for sharing teaching materials is essential. Particularly in remote classes and demonstrations, a smooth connection between the camera and PC is crucial. However, if the connector on the camera side does not match the interface on the PC side, establishing a connection can become difficult. This product, the USB Conversion Cable AtoC (USB3-AFCM01BK), converts the connector of the U-BOX AT remote support wearable camera's main unit ST#7704 and the stabilization cameras CX-WE100 and CX-WE300 from Type-A to Type-C, addressing the situations where these cameras need to be connected to a PC. [Usage Scenarios] - Sharing camera footage in remote classes - Transmitting camera footage in demonstration classes - Capturing video during material creation [Benefits of Implementation] - Facilitates connection between the camera and PC - Reduces preparation time for sharing teaching materials - Improves efficiency in classes and material creation

In the field of healthcare, remote diagnosis requires a highly reliable communication environment to accurately and quickly understand the patient's condition. Particularly in the transmission of information from remote locations, interruptions or delays in communication can potentially affect the accuracy of diagnoses. This product connects the standard vehicle-mounted digital simple radio license station GX5580UCB with the Smartwave Telecommunications e-Bridge Adapter CET1378FA-S, enabling communication with IP radios and digital MCA radios, thereby supporting stable remote diagnosis. 【Usage Scenarios】 - Information sharing among healthcare professionals in remote locations - Real-time transmission of patients' vital data - Rapid situation assessment in emergencies 【Benefits of Implementation】 - Improved diagnostic accuracy - Reduced burden on healthcare professionals - Realization of prompt medical response

In the broadcasting industry, smooth video transmission on-site is essential for high-quality program production. In particular, stable communication environments are required in situations where shooting while moving or sharing information over a wide area is necessary. Traditional communication methods have been prone to delays and interruptions, which can affect the quality of video transmission. Our product, the e-Bridge connection cable CAW5580E, connects the standard vehicle-mounted digital simple radio license station GX5580UCB with the e-Bridge adapter, enabling communication with IP radios and digital MCA radios, thereby addressing these challenges and achieving stable video transmission. 【Usage Scenarios】 - Video transmission during location shooting - Audio and video coordination in event broadcasting - Program production requiring information sharing over a wide area 【Benefits of Implementation】 - Improved production quality through stable video transmission - Smooth information sharing between locations - Reduced risk of communication troubles

In drone aerial photography and inspection operations, reliable transmission and reception of control signals with the aircraft is essential. Particularly in scenarios that require extensive operations or complex maneuvers, the stability of communication can determine the success or failure of the task. Communication interruptions can increase the risk of operational errors or accidents. Our product contributes to improving the reliability of communication in drone control by connecting a standard vehicle-mounted digital simple radio license station with an e-bridge adapter, enabling communication with IP radios and digital MCA radios. 【Usage Scenarios】 - Wide-area monitoring with drones - Aerial photography requiring complex maneuvers - Remote operation of drones 【Benefits of Implementation】 - Stabilization of drone control signals - Reduction of communication interruption risks - Expansion of operational range

In the railway industry, accurate and rapid information transmission is essential for operation management. In particular, communication systems related to train operation status and safety assurance require stable connectivity and reliability. Delays or interruptions in communication increase the risk of disruptions to the operation schedule and accidents. Our product, CAW5580E, addresses these challenges by connecting the Standard-made vehicle-mounted digital simple radio license station GX5580UCB with the Smartwave Telecommunications e-bridge adapter CET1378FA-S, enabling smooth communication with IP radios and digital MCA radios. 【Usage Scenarios】 - Real-time understanding of train operation status - Rapid information sharing in emergencies - Ensuring communication during maintenance and inspection work 【Benefits of Implementation】 - Increased efficiency in operation management - Improved safety through stabilized communication - Smooth collaboration among stakeholders

● The Pole No. 4 Cap with a diameter of 47.5 is a pole (with cap) made by Nippon Antenna for AP poles, specifically the 47.5φ tube. ● It can be used as a replacement or repair part for antenna poles. This is Pole No. 4 incorporated in the following AP poles. - AP-14: The fourth pole from the top - AP-12: The third pole from the top - AP-10: The second pole from the top - AP-8: The topmost pole ● The outer diameter of the pole is 47.5φ, and its length is 1.99m. ● The top of the pole is equipped with a cap. ● This is a part for antenna poles to attach antennas such as radios. ● The material is aluminum A6061TD, and it has been anodized. * This product is a part of Pole No. 4 that makes up the AP pole. Please check the configuration of the corresponding AP pole before use. * For more details, please feel free to contact us.

● Pole No. 3 Capless 43 is a 43.0φ tube for AP poles made by Nippon Antenna. It is a type without a cap. ● It is used as the third pole from the top in the [AP-14], the second from the top in the [AP-12], and the topmost in the [AP-10]. ● This aluminum pole has an outer diameter of 43.0φ and a length of 2.05m, and it is used as a component to assemble AP poles for mounting antennas such as radios. ● The material used is aluminum A6061TD, and the surface is treated with anodizing. ● Please confirm the configuration and size of the corresponding poles for replacement or repair of AP poles before use. * For more details, please feel free to contact us.

● Pole No. 2 Capless 39 is a 39.0φ tube for AP poles manufactured by Nippon Antenna. It is a type without a cap. ● This pole is used as the second from the top in the antenna pole [AP-14] and at the very top in [AP-12]. ● It is an aluminum pole with an outer diameter of 39.0φ and a length of 2.07m, used as a component to assemble AP poles for attaching antennas such as radios. ● The material used is aluminum A6061TD, and the surface is treated with anodizing. ● Please check the corresponding pole's configuration and size for replacement or repair of the AP pole before use. * For more details, please feel free to contact us.

In the power industry, establishing a stable communication environment is essential for accurate data collection and rapid situational awareness. Particularly, the connection environment around the receiver is directly linked to signal stability, necessitating the selection of highly reliable components. This product is a dedicated cable for connecting the indoor antenna DP-0613 to the individual receiver, supporting a reliable connection environment. 【Usage Scenarios】 - Building a reception environment for power equipment monitoring systems - Connecting indoor antennas and individual receivers - Installation and maintenance of monitoring communication equipment 【Benefits of Implementation】 - Ensuring a reliable connection environment through the use of dedicated cables - Contributing to the stable operation of equipment monitoring systems - Smooth equipment installation due to standard specifications

In the local government's disaster prevention administrative wireless system, reliable information transmission to residents is the top priority. To ensure that individual receivers stably receive signals, the quality of the cable connecting the antenna and the receiver, as well as proper installation, are essential. Poor connections and signal attenuation can lead to the serious risk of missing broadcasts during emergencies. This product is a cable for individual receivers made by Japan Antenna, designed to properly connect the indoor antenna DP-0613 and the receiver, supporting a stable reception environment. 【Usage Scenarios】 - Installation of individual receivers and antenna connection work in each household - Cable replacement to improve the reception sensitivity of disaster prevention administrative wireless systems - Improvement of the connection environment between existing indoor antennas and receivers 【Benefits of Implementation】 - Establishment of a stable connection environment with Japan Antenna's cables - Improved on-site installation efficiency due to one side being pre-processed with an F4 connector - Flexible adjustment of installation locations due to the appropriate length of 5 meters

Smooth communication at construction sites is extremely important for safety management and schedule management. When establishing a communication system using individual receivers, it is essential to ensure a reliable connection between the indoor antenna and the receiver, maintaining a stable communication environment. Inadequate connections can lead to communication interruptions or missed messages, making proper cable selection indispensable. This product provides a reliable connection environment as a cable for individual receivers manufactured by Japan Antenna. 【Usage Scenarios】 - Installation of individual receivers in construction site offices - Connection between indoor antenna DP-0613 and receiver - Building and maintaining a communication network on-site 【Benefits of Implementation】 - Ensuring a stable connection environment with dedicated cables - Improving the reliability of on-site communication - Streamlining installation work

In the real estate management industry, the rapid communication of information to residents during disasters and emergencies is emphasized. Individual receivers require an appropriate installation environment for reliable information reception, but insufficient connection between the antenna and the receiver can lead to decreased reception sensitivity and loss of information. This product is designed to ensure a stable connection between the indoor antenna DP-0613 and the individual receiver, supporting the establishment of a reliable communication environment. 【Usage Scenarios】 - Installation of individual receivers in each unit of condominiums and apartments - Improvement of reception environment using the indoor antenna DP-0613 - Maintenance of emergency information transmission systems 【Benefits of Implementation】 - Stabilization of communication through reliable connection between the antenna and receiver - Flexibility in installation location due to appropriate cable length (5m) - Establishment of a reliable connection environment provided by Japan Antenna.

In security and patrol monitoring sites, the stable operation of radios and repeaters is crucial for the continuity of operations. Particularly in the operation of the multi-repeater DJ-P116R, issues related to power supply pose a risk of communication disruption, making it essential to maintain a reliable connection environment. This product serves as a replacement part equivalent to the standard components of the DJ-P116R, supporting rapid recovery in case of cable disconnection or loss. 【Usage Scenarios】 - Power connection for the repeater DJ-P116R at security bases - Maintenance and repair of wireless systems for patrol monitoring - Measures against cable aging due to long-term operation 【Benefits of Implementation】 - As it is equivalent to standard components, it can be replaced and operated with confidence - Keeping replacement parts in stock minimizes downtime during equipment troubles - Maintains stable power supply when combined with the USB adapter EDC-339

In the context of lecture delivery in educational and research settings, a stable audio recording and the establishment of a wireless system that covers a wide area are required. Particularly in large lecture halls and research facilities, managing wiring and effectively utilizing existing equipment become challenges. The WX-SA002 enables the construction of a system that utilizes existing coaxial wiring by converting the connection between the wireless antenna and receiver from LAN cable to coaxial cable. 【Usage Scenarios】 - Operation of wireless microphones in large lecture halls - Establishment of a delivery environment utilizing existing coaxial cable facilities - Expansion of audio recording systems in medium to large spaces 【Benefits of Implementation】 - Existing coaxial cables can be used up to 100 meters - System construction is possible even in locations where LAN cable wiring is difficult - Compatibility with 1.9GHz band digital wireless systems

In disaster prevention monitoring systems at municipalities and public facilities, the establishment of a stable communication environment that covers a wide area is required. In particular, when introducing digital wireless systems in medium to large-scale spaces while utilizing existing infrastructure, reducing wiring costs and construction time becomes a significant challenge. This product enables the construction of systems using existing coaxial cables by converting the LAN cable between the wireless antenna and the receiver into a coaxial cable. 【Usage Scenarios】 - Establishing a wireless communication environment in medium to large-scale spaces at public facilities and disaster prevention bases - Introducing a wireless system for disaster monitoring utilizing existing coaxial cable wiring 【Benefits of Implementation】 - By allowing the use of existing coaxial cables up to 100 meters, the burden of new wiring work is reduced - Supporting the establishment of a stable communication environment by accommodating 1.9GHz band digital wireless systems

● Pole 1 Cap Ari 35 is a pole No. 1 for AP poles made by Nippon Antenna. ● It is the first pole that is installed at the top of the antenna pole "AP-14." ● It is an aluminum pole with an outer diameter of 35.0φ and a length of 2.155m. It has a cap on the top. ● This pole is used to install antennas for devices such as radios. ● The material is aluminum (A6061TD), and the surface is treated with anodizing. * For more details, please feel free to contact our company.

In the broadcasting industry, stable operation of equipment is essential. In particular, transceivers used in relay and recording sites require a reliable charging environment that can withstand long hours of operation. Insufficient charging or the use of inappropriate cables may lead to delays in operations due to communication troubles. The Yaesu "SCU-65" is a dedicated cable designed to ensure reliable charging of compatible models in the SRFD51/55 series, supporting smooth communication on-site. 【Usage Scenarios】 - Operation of transceivers at relay sites - Equipment management during studio recordings - Charging management of spare batteries during outdoor shoots 【Benefits of Implementation】 - Establishment of a stable charging environment through dedicated design - Increased operational rate of transceivers and reduction of communication troubles - Improved operational efficiency of on-site equipment

In the educational field, the operation of communication transceivers is essential for smooth school management. It is important to ensure that the transceivers used in daily operations are charged properly and maintained in a state of readiness at all times. Communication disruptions due to insufficient charging can hinder emergency responses and collaboration among staff. This product is a dedicated cable necessary for properly charging the Yaesu Radio transceiver SRFD51/55 series. 【Usage Scenarios】 - Daily charging of transceivers in staff rooms and offices - Equipment maintenance before and after school events - Establishing a charging environment when operating multiple transceivers 【Benefits of Implementation】 - Using a dedicated cable allows for the establishment of a stable charging environment - Charging in approximately 3 hours supports efficient operation during work breaks - Being designed specifically for compatible models ensures reliable charging tasks

Smooth communication at construction sites is essential for maintaining safety and efficiency in operations. To ensure stable operation of specific low-power transceivers, reliable daily charging is required. Communication interruptions due to insufficient charging can hinder collaboration on site, making the use of high-quality genuine cables important. This product is a dedicated cable necessary for properly charging the SRFD51/SRFD55 series. 【Usage Scenarios】 - Charging transceivers at the construction site office - Equipment maintenance after on-site work is completed - Reliable management of spare batteries and main units 【Benefits of Implementation】 - Capable of charging compatible models in about 3 hours - Establishment of a stable charging environment through the use of genuine products - Support for the continuity of on-site communication

In the inventory management field of the logistics industry, smooth communication among staff is essential for accurate and swift shipping and receiving operations. A dead battery in a transceiver can lead to work stagnation, making it crucial to maintain a reliable charging environment. This product is a dedicated cable necessary for establishing a stable charging environment when operating the specific low-power transceiver SRFD51/55 series. 【Usage Scenarios】 - Operation of transceivers during inventory management and picking tasks in logistics warehouses - Management of transceiver charging during shift changes 【Benefits of Implementation】 - By using a dedicated cable, the charging environment for transceivers can be properly maintained - Charging in about 3 hours supports the continuity of operations

In the retail industry, two-way radios are essential tools for quick communication among staff and support tasks around the POS register. To maintain operational efficiency, it is important to ensure a reliable charging environment for the radios. Insufficient charging can lead to communication interruptions, which may cause delays in customer service and operational coordination. This product is a dedicated cable necessary for stable charging of the SRFD51/51-L and SRFD55/55-L models. 【Usage Scenarios】 - Charging two-way radios in the store's backroom - Managing spare units around the POS register - Smooth handover of equipment during staff shifts 【Benefits of Implementation】 - Ensures a stable charging environment through the use of dedicated cables - Full charge in about 3 hours to support long hours of store operation - Supports the operation of compatible models and contributes to maintaining communication environments