Circuit Design, Inc. List of Products and Services

The KST2.4W and KSR2.4/KSR2.4RY are products born from customer requests. Our customers often use them for industrial applications, so we have enhanced their waterproofing and robustness to suit industrial use, and ensured reliability in communication by supporting a Hamming distance of 6. Additionally, a buzzer sounds according to the button pressed, and the link status can be confirmed via an LED. To allow multiple systems to operate in the same area, we have adopted our unique frequency hopping technology, enabling simultaneous operation of over 10 sets. The control units are compatible with 9V, 12V, and 24V systems, and the communication range is approximately 100 meters in line of sight. The product has obtained the Technical Compliance Mark and can be used without any licensing procedures. The term "light industry" is named with the assumption that it can be used in somewhat harsh environments as a general-purpose industrial product, targeting civil engineering, construction, vehicles, welfare, agriculture, and more. It is intended for applications requiring continuous control, such as operating a motor while a button is pressed. Wireless remote controls: KST2.4W-2 (2 buttons), KST2.4W-3 (3 buttons), KST2.4W-4 (4 buttons) Input unit: KST2.4S Control units (receivers): KSR2.4, KSR2.4RY (relay type)

The 2.4GHz wireless remote control system NT-4 and NR-1 is a wireless device compliant with the ARIB standard STD-T66 "Second Generation Low Power Data Communication System." Since it has the Technical Compliance Mark, there is no need for customers to apply for a license. The remote control NT-4 is a compact button type that can be used with a lithium battery CR2032 (1 piece). It supports 3-contact, 4-contact, and 6-contact configurations, allowing you to choose from four types. The output unit NR-1 supports 6 channels of contact output. The output is a photo MOSFET output, which can directly drive a relay. Additionally, the output operation mode can be selected from three modes according to the application. The communication distance is approximately 100m under line-of-sight conditions. The link status can be confirmed via an LED. While the button on the remote control is pressed, continuous output can be generated from the NR-1. It adopts a unique frequency hopping (FH) method, eliminating the concept of frequency channels, allowing multiple systems to operate simultaneously in the same area, such as a distribution center. Wireless remote controls: NT-4-S3 (3 contacts), NT-4-S4, NT-4-D4 (4 contacts), NT-4-D6 (6 contacts) Wireless module: NT-4M (4 contacts) Controller: NR-1

MU3-IN8 and MU3-OUT8 are 8-point input/output boards equipped with the specific low-power wireless module MU-3 (429MHz band / 1216MHz band). They continuously transmit contact information using the MU-3 designed for industrial applications, enabling continuous contact control as required in telecontrol and factory automation. The input uses photo couplers, and the output uses photo MOS relays, allowing for high isolation and connection to high-capacity loads. Additionally, the input and output are connected via terminal blocks, making wiring easy. Not only can the boards communicate with each other, but they can also be controlled from a PC. When controlled from a PC, communication through a relay station and control of multiple boards is also possible. You can choose between the 429MHz band and the 1216MHz band as needed. 429MHz band Input board: MU3-IN8-429 Output board: MU3-OUT8-429 1216MHz band Input board: MU3-IN8-1216 Output board: MU3-OUT8-1216

The "KST2.4W-2" is a small power wireless remote control with two contacts that can be used immediately without a license in the 2.4GHz band, featuring a technical compliance mark. It allows for safe and easy remote operation of wing vehicle openings and closings, loader slides, winch lifting, and more. Additionally, it can be used for lifting and lowering in welfare vehicles. Being wireless, it enables safe operation while confirming the surrounding situation when getting in and out of the vehicle. It also features dustproof and waterproof specifications, with button sizes (12mm in diameter) that are easy to press even while wearing gloves, making it reliable for use on construction sites or in rainy conditions. Thanks to its unique frequency hopping protocol, it minimizes radio interference even when multiple sets are used simultaneously, ensuring stable communication. It also has a LINK output display, allowing constant monitoring of the communication status between the remote control and the control device. 【Features】 - Unique hopping technology minimizes radio interference. - Operable from a distance, with a range of approximately 100m (line of sight). - Stable operation for up to 150 hours with two AA batteries. - Dustproof and waterproof performance equivalent to IP55, making it suitable for outdoor use. *You can purchase directly from the related link. Orders starting from one unit are also welcome!

The "KST2.4W-3" is a three-point waterproof remote control that does not require a radio station license with a technical compliance mark in the 2.4GHz band. Designed for "light industry" applications, it can easily achieve wireless functionality even in harsh environments such as civil engineering, construction, vehicles, welfare, and agriculture. Thanks to its unique frequency hopping protocol, it allows simultaneous control of multiple systems within the same area without the need to be aware of the wireless frequency channels. Additionally, it is equipped with a LINK output display, enabling constant monitoring of the communication status between the operator and the controller. 【Features】 ■ Complies with ARIB STD-T66 second generation low-power data communication system ■ Communication distance is approximately 100m in line of sight ■ Uses two AA batteries for a continuous operation of 150 hours ■ Achieves a Hamming distance of 6 to ensure safety *For more details, please refer to the related links or feel free to contact us.

The "KST2.4W-4" is a waterproof remote control with 4 contacts that does not require a radio station license with a technical conformity mark in the 2.4GHz band. Designed for "light industry" applications, it can easily achieve wireless functionality even in harsh usage environments such as civil engineering, construction, vehicles, welfare, and agriculture. Thanks to its unique frequency hopping protocol, it allows simultaneous control of multiple systems within the same area without the need to be aware of the wireless frequency channels. Additionally, it features a LINK output display, enabling constant monitoring of the communication status between the operator and the control unit. 【Features】 ■ Complies with ARIB STD-T66 second generation low power data communication system ■ Communication distance is approximately 100m in line of sight ■ Uses two AA batteries for a continuous operation of 150 hours ■ Achieves a Hamming distance of 6 to ensure safety *For more details, please refer to the related links or feel free to contact us.

The "KST2.4S" is an input unit that allows for 6 contact inputs without the need for a radio station license with a technical compliance mark in the 2.4GHz band. Designed for "light industrial" applications, it enables easy wireless implementation even in harsh usage environments such as civil engineering, construction, vehicles, welfare, and agriculture. Thanks to its unique frequency hopping protocol, multiple systems can be simultaneously controlled within the same area without needing to be aware of the wireless frequency channels. Additionally, it features a LINK output display, allowing for constant monitoring of the communication status between the operator and the control unit. 【Features】 ■ Compliant with ARIB STD-T66 second-generation low-power data communication system ■ Communication distance of approximately 100m in line of sight ■ Up to 6 contact inputs ■ Communication status can be checked via LINK indicator ■ Achieves a Hamming distance of 6 to ensure safety *For more details, please refer to the related links or feel free to contact us.

The "KSR2.4RY" is an output unit that can output 1 to 4 contact points without the need for a radio station license with a technical conformity mark in the 2.4GHz band. Designed for "light industry" applications, it can easily achieve wireless communication even in harsh usage environments such as civil engineering, construction, vehicles, welfare, and agriculture. Thanks to its unique frequency hopping protocol, multiple systems can be controlled simultaneously within the same area without being aware of the wireless frequency channels. Additionally, it is equipped with a LINK output indicator, allowing for constant monitoring of the communication status between the operation device and the control device. It supports output of contact information for up to 4 systems and is equipped with a relay, enabling direct control of solenoids and other devices (inductive load up to 2A). 【Features】 ■ Compliant with ARIB STD-T66 second-generation low-power data communication system ■ Equipped with a relay for inductive loads up to 2A ■ Communication distance is approximately 100m in line of sight ■ Communication status can be confirmed via LINK indicator ■ Achieves a Hamming distance of 6 to ensure safety It can be used in combination with KST2.4W-2, KST2.4W-3, KST2.4W-4, and KST2.4S. *For more details, please refer to the related links or feel free to contact us.

The "KSR2.4" is an output unit capable of 1 to 6 contact outputs that does not require a wireless station license and comes with a technical compliance mark. Designed for "light industry" applications, it can easily achieve wireless communication even in harsh usage environments such as civil engineering, construction, vehicles, welfare, and agriculture. Thanks to its unique frequency hopping protocol, multiple systems can be controlled simultaneously within the same area without being aware of the wireless frequency channels. Additionally, it features a LINK output indicator that allows for constant monitoring of the communication status between the operation device and the control device. 【Features】 ■ Compliant with ARIB STD-T66 second generation low-power data communication system ■ Communication distance is approximately 100m in line of sight ■ Communication status can be confirmed via LINK indicator ■ Achieves a Hamming distance of 6 for safety assurance It can be used in combination with KST2.4W-2, KST2.4W-3, KST2.4W-4, and KST2.4S. *For more details, please refer to the related links or feel free to contact us.

The NK-2.4Y is a 2.4GHz band 8-point input/output wireless module for embedded equipment. This wireless device can be used as either an operator or a controller. It supports up to 8 input channels or 8 output channels. The NK-2.4Y reduces communication interference from other wireless devices operating in the 2.4GHz band by enabling bidirectional communication through frequency hopping between the operator and the controller. It also achieves a Hamming distance of 6, ensuring error-free operation and reliability for controlling industrial equipment. The communication mode is 1:1, and the communication range is approximately 100 meters under line-of-sight conditions. It can also be used in combination with the light industrial remote control KS*2.4 series. 【Features】 ■ Compliant with ARIB STD-T66 Second Generation Low Power Data Communication System ■ Allows control of up to 8 points by connecting simple peripheral circuits ■ Communication distance is approximately 100 meters under line-of-sight ■ Multiple operations possible without being aware of frequency channels due to frequency hopping ■ Achieves a Hamming distance of 6 to ensure safety *For more details, please refer to the related links or feel free to contact us.

The 2.4GHz wireless remote control NT-4-S3 is a wireless device compliant with the standard "ARIB STD-T66 Second Generation Low Power Data Communication System." It has a technical conformity mark, so no license application is required from the customer. It is a compact button-type remote that operates with a lithium battery CR2032 (1 piece). The estimated communication distance is approximately 100m under line-of-sight conditions. Since it uses the 2.4GHz frequency band, continuous transmission is possible, and by adopting frequency hopping (FH) transmission method, it reduces communication disruptions caused by interference and crosstalk from other wireless devices using the 2.4GHz band. This method does not have the concept of frequency channels, allowing multiple systems to operate simultaneously in the same area, such as a distribution center, while maintaining continuous communication. 【Features】 ■ Compliant with ARIB STD-T66 Second Generation Low Power Data Communication System ■ Communication status confirmation function via LED display ■ Communication distance of approximately 100m under line-of-sight ■ Remote control operates with a lithium battery CR2032 (1 piece) ■ Multiple operations possible without being aware of frequency channels due to frequency hopping *For more details, please refer to the related links or feel free to contact us.

The 2.4GHz wireless remote control NT-4-S4 is a wireless device compliant with the standard "ARIB STD-T66 Second Generation Low Power Data Communication System." It has a technical compliance mark, so no license application is required from customers. It is a compact button type and can be used with a lithium battery CR2032 (1 piece). The estimated communication distance is about 100 meters under line-of-sight conditions. Since it uses the 2.4GHz frequency band, continuous transmission is possible, and by adopting frequency hopping (FH) transmission method, it reduces communication interference and disruption from other wireless devices using the 2.4GHz band. This method does not have the concept of frequency channels, allowing for simultaneous operation of multiple systems in the same area, such as distribution centers, while maintaining continuous communication. 【Features】 ■ Compliant with ARIB STD-T66 Second Generation Low Power Data Communication System ■ Communication status confirmation function via LED display ■ Communication distance of approximately 100 meters under line-of-sight ■ Remote control operates with a lithium battery CR2032 (1 piece) ■ Multiple operations possible without being aware of frequency channels due to frequency hopping *For more details, please refer to the related links or feel free to contact us.

The 2.4GHz wireless remote control NT-4-D4 is a wireless device compliant with the standard "ARIB STD-T66 Second Generation Low Power Data Communication System." It has a technical conformity mark, so there is no need for customers to apply for a license. It is a compact button-type remote that can be used with a lithium battery CR2032 (1 piece). The estimated communication distance is approximately 100 meters under line-of-sight conditions. Since it uses the 2.4GHz frequency band, continuous transmission is possible, and by adopting frequency hopping (FH) transmission method, it reduces communication interference and disruption from other wireless devices using the 2.4GHz band. This method does not have the concept of frequency channels, allowing for simultaneous operation of multiple systems in the same area, such as distribution centers, while maintaining continuous communication. 【Features】 ■ Compliant with ARIB STD-T66 Second Generation Low Power Data Communication System ■ Communication status confirmation function via LED display ■ Communication distance of approximately 100 meters under line-of-sight ■ Remote control operates with a lithium battery CR2032 (1 piece) ■ Multiple operations possible without being aware of frequency channels due to frequency hopping *For more details, please refer to the related links or feel free to contact us.

The 2.4GHz wireless remote control NT-4-D6 is a wireless device compliant with the standard "ARIB STD-T66 Second Generation Low Power Data Communication System." Since it has a technical conformity mark, there is no need for customers to apply for a license. It is a compact button-type remote that can be powered by a single CR2032 lithium battery. The estimated communication distance is approximately 100 meters under line-of-sight conditions. Because it uses the 2.4GHz frequency band, continuous transmission is possible, and by adopting frequency hopping (FH) transmission method, it reduces communication interference and disruption from other wireless devices using the 2.4GHz band. This method does not have the concept of frequency channels, allowing for simultaneous operation of multiple systems in the same area, such as distribution centers, while maintaining continuous communication. 【Features】 ■ Compliant with ARIB STD-T66 Second Generation Low Power Data Communication System ■ Communication status confirmation function with LED display ■ Communication distance of approximately 100 meters under line-of-sight ■ Remote control operates on a single CR2032 lithium battery ■ Multiple operations possible without being aware of frequency channels due to frequency hopping *For more details, please refer to the related links or feel free to contact us.

The 2.4GHz remote control system output unit NR-1 is a wireless device compliant with the standard "ARIB STD-T66 Second Generation Low Power Data Communication System." It has a technical conformity mark, so no license application is required from the customer. It supports six contact outputs. The output is a photo MOSFET output, which can directly drive relays while maintaining high isolation. The output operation mode can be selected from three modes according to the application. The communication distance is approximately 100 meters under line-of-sight conditions. It can be used in combination with NT-4 or NT-4M. 【Features】 ■ Compliant with ARIB STD-T66 Second Generation Low Power Data Communication System ■ Communication status confirmation function with LED display at hand ■ Communication distance of approximately 100 meters under line-of-sight conditions ■ Multiple operations possible without being aware of frequency channels due to frequency hopping *For more details, please refer to the related links or feel free to contact us.

The 2.4GHz band 4-point input wireless module NT-4M is a wireless device compliant with the standard "ARIB STD-T66 Second Generation Low Power Data Communication System." Since it has a technical conformity mark, there is no need for customers to apply for a license. The estimated communication distance is approximately 100 meters under line-of-sight conditions. Because it uses the 2.4GHz band frequency, continuous transmission is possible, and by adopting frequency hopping (FH) transmission method, it reduces communication disruptions caused by interference or crosstalk from other wireless devices using the 2.4GHz band. This method does not have the concept of frequency channels, allowing multiple systems to operate simultaneously in the same area, such as a distribution center, while maintaining continuous communication. 【Features】 ■ Compliant with ARIB STD-T66 Second Generation Low Power Data Communication System ■ Communication status confirmation function ■ Communication distance of approximately 100m under line-of-sight ■ Multiple operations possible without being aware of frequency channels due to frequency hopping *For more details, please refer to the related links or feel free to contact us.

The MU3-IN8-429 is an 8-channel input board equipped with the specific low-power wireless module MU-3-429. It continuously transmits contact information via the MU-3-429, making it suitable for continuous contact control required in telecontrol applications. The inputs are composed of photo couplers, allowing for high isolation and connection to high-capacity loads. Additionally, the inputs are configured with terminal blocks, enabling easy embedded wiring. The MU3-IN8-429 can not only communicate between boards but also read contact information from a PC or CPU using the MU-3-429. When controlling from a PC, relay functionality can be utilized, allowing for the collection of contact information from locations several kilometers away. The relay station for the MU-3-429 operates solely with initial device setup and power supply. To operate, pairing settings between the MU3-IN8-429 and MU3-OUT8-429 must be configured initially. This wireless device allows the antenna to be installed in a location with good radio wave conditions using an extension cable. 【Features】 ■ Continuous communication of 8 contact information ■ Easy embedded wiring via terminal blocks ■ High isolation with photo couplers

The MU3-OUT8-429 is an 8-point output board equipped with the specific low-power wireless module MU-3-429. It continuously transmits contact information via the MU-3-429, making it suitable for continuous contact control required in telecontrol applications. The output is composed of photo MOS relays, allowing for high isolation and the connection of high-capacity loads. Additionally, the output is on a terminal block, making it easy to wire for integration. The MU3-OUT8-429 can control contact information from a PC or CPU using the MU-3-429, not just for communication between boards. When controlling from a PC, a relay function can also be utilized, enabling control of contact information from locations several kilometers away. The relay station for the MU-3-429 operates solely with the initial setup of the device and power supply. To operate, pairing settings between the MU3-IN8-429 and MU3-OUT8-429 are required initially. This wireless device allows the antenna to be installed in a location with a good radio wave environment using an extension cable. 【Features】 ■ Continuous communication of 8 contact information ■ Easy wiring integration via terminal block ■ High isolation with photo MOS relays

The MU3-IN8-1216 is an 8-point input board equipped with the specific low-power wireless module MU-3-1216. It continuously transmits contact information via the MU-3-1216, making it suitable for continuous contact control required in telecontrol applications. The inputs are configured with optocouplers, allowing for high isolation and connection of high-capacity loads. Additionally, the 1216MHz IN8/OUT8 board has a faster response time compared to the 429MHz version. The inputs are connected via terminal blocks, making it easy to integrate wiring. The MU3-IN8-1216 can not only communicate between boards but also read contact information from a PC or CPU using the MU-3-1216. When controlling from a PC, relay functionality can be utilized, allowing for the collection of contact information from locations several kilometers away. The relay station operates with only the initial setup of the MU-3-1216 and power supply. To operate, pairing settings between the MU3-IN8-1216 and MU3-OUT8-1216 are required initially. 【Features】 ■ Continuous communication of 8 contact information ■ Easy integration wiring via terminal blocks ■ High isolation with optocouplers

The MU-3-1216 transmits contact information continuously, making it suitable for continuous contact control required by telecontrol systems. The output is composed of photo MOS relays, enabling high isolation and connection to high-capacity loads. At 1216MHz, the response time is faster compared to 429MHz. The output is on a terminal block, allowing for easy embedded wiring. The MU3-OUT8-1216 can control contact information from a PC or CPU using the MU-3-1216, not just for communication between boards. When controlling from a PC, relay functionality can also be utilized, allowing control of contact information from locations several kilometers away. The relay station of the MU-3-1216 operates solely with initial device setup and power supply. To operate, pairing settings between the MU3-IN8-1216 and MU3-OUT8-1216 are required initially. This radio device allows the antenna to be installed in a location with good radio wave conditions using an extension cable. 【Features】 ■ Continuous communication of 8 contact information ■ Easy embedded wiring via terminal block ■ High isolation with photo MOS relays

The KST2.4W and KSR2.4/KSR2.4RY are wireless remote controls developed in response to customer requests. Our customers often use them for industrial applications, so we have enhanced their waterproofing and robustness to suit industrial use, while ensuring they are easy to hold and maintain a communication reliability with a Hamming distance of 6. A buzzer sounds according to the button pressed, and the link status can be confirmed via an LED. To allow multiple systems to operate in the same area, we have adopted our unique frequency hopping technology, enabling simultaneous operation of over 10 sets. The control units are compatible with 9V, 12V, and 24V systems, with a communication range of approximately 100 meters in line of sight. The product has obtained the Technical Conformity Mark and can be used without any licensing procedures. The term "light industry" is named with the assumption that it can be used in somewhat harsh environments as a general-purpose industrial product. It can be used as a handy remote control in applications such as civil engineering, construction, vehicles, welfare, and agriculture. Continuous control is possible, allowing the motor to operate while the button is pressed. Wireless remote controls: KST2.4W-2 (2 buttons), KST2.4W-3 (3 buttons), KST2.4W-4 (4 buttons) Input unit: KST2.4S Control units: KSR2.4, KSR2.4RY (relay type)

We offer a variety of wireless remote control products tailored to your usage needs. - KST426W/KSR426W-A Usable for ON/OFF switching purposes. Designed to enhance waterproofing and durability for industrial applications. Compatible with 2 to 4 button remotes. - KST2.4W/KSR2.4 Usable for purposes where it is ON while pressed. Designed to enhance waterproofing and durability for industrial applications. Compatible with 2 to 4 button remotes. - WT-01/WT-02/WR-01A Usable for ON/OFF switching purposes. Supports everyday waterproofing and is compatible with 1 or 2 buttons. - NT-4/NR-1 Usable for purposes where it is ON while pressed. Compact remote that can be carried in a pocket. Compatible with 3, 4, or 6 contacts. - RT-3B/RT-4B/RR-1A Usable for ON/OFF switching purposes. Designed for simple remote control applications. Compatible with 3 or 4 buttons. In addition to the above remote control products, we also handle various products compatible with harnesses and terminal blocks for different contact communications. Please feel free to contact us for assistance in selecting models.

In manufacturing process management, it is important to grasp the operational status of equipment in real-time and to detect abnormalities early. Especially as automation of production lines advances, remote monitoring and control of equipment are essential for improving production efficiency and stabilizing quality. Wireless communication technology is effective for controlling moving objects that are difficult to manage with wired connections and for equipment installed outdoors. This product enables control of up to 8 contact points, contributing to the efficiency of process management through wireless emergency stop switches for equipment and status monitoring on the production line. 【Usage Scenarios】 - Remote monitoring of equipment on the production line - Abnormality detection and emergency stop of production equipment - Control of outdoor-installed equipment 【Benefits of Implementation】 - Reduction of wiring costs - Visualization of equipment operational status - Improvement of production efficiency

In the security industry, the reliability of intrusion detection systems is the most critical issue. Malfunctions and communication interruptions can compromise the functionality of security systems and lead to serious situations. The 2.4GHz band 8-point input/output wireless module enables wireless control of up to 8 circuits, making installation easy in locations where wired connections are difficult or in existing buildings where renovations are challenging. Its unique FH method achieves stable wireless communication, contributing to the improvement of intrusion detection system reliability. 【Usage Scenarios】 - Window and door opening/closing sensors - Motion sensors - Emergency buttons 【Benefits of Implementation】 - Reduction in wiring construction costs - Increased system flexibility - Decrease in false alarms

In the parking lot industry, there is a demand for accurate real-time understanding of occupancy status. Particularly for improving user convenience and enhancing the efficiency of parking lot operations, accurate information transmission is essential. Traditional wired systems involve high costs and labor for wiring work, as well as constraints on installation locations. Our 2.4GHz band 8-point input/output wireless module allows for control of up to 8 circuits, enabling wireless collection of information from sensors within the parking lot and integration with occupancy display systems. 【Usage Scenarios】 - Real-time display of occupancy status for each section within the parking lot - Control of gates and lighting - Use in outdoor parking lots 【Benefits of Implementation】 - Reduction in wiring installation costs - Increased flexibility in installation locations - Improved customer satisfaction through the provision of real-time occupancy information

In the entertainment industry, directing control requires precise synchronization of various equipment such as lighting, sound, and special effects, along with a high degree of flexibility in placement. This is especially important in venues like event spaces and theaters where wiring can be challenging. Wired connections can lead to constraints in wiring and limitations on installation locations, potentially compromising the freedom of direction. Our 2.4GHz band 8-channel input/output wireless module allows for wireless control of up to 8 systems, expanding the possibilities for production. 【Usage Scenarios】 - Lighting and sound control at event venues - Attraction direction in theme parks - Special effects control for stage and live performances - Interactive exhibits at exhibitions 【Benefits of Implementation】 - Cost and time savings by reducing wiring work - Expanded range of production due to increased flexibility in equipment placement - Enhanced safety through remote operation - Rapid setup for events and productions

In the construction industry, there is a demand for improved safety and work efficiency in the remote operation of heavy machinery and equipment. Particularly in high-altitude work and hazardous locations, ensuring the safety of operators is crucial. Additionally, quick operation and precise control are essential for reducing work time and enhancing productivity. Our compact and lightweight industrial wireless waterproof remote control, the 'KS Series', addresses these challenges. 【Usage Scenarios】 - Remote operation of cranes, hoists, winches, etc. - Operation of construction machinery (backhoes, bulldozers, etc.) - Operation of vehicles for transporting materials - Operation of aerial work platforms and scaffolding 【Benefits of Implementation】 - Ensuring operator safety - Improving work efficiency - Reducing work time - Cost reduction - Enhancing operability

In the manufacturing industry, ensuring the safety of workers is the top priority. Especially in the operation of heavy machinery such as cranes and hoists, it is essential to minimize the risks of incorrect operation and accidents. Traditional wired remote controls are prone to issues such as cable disconnection and tangling, which can lead to decreased work efficiency. Our compact and lightweight industrial wireless waterproof remote control, the 'KS Series', was developed to address these challenges. [Usage Scenarios] - Remote operation of cranes and hoists - Operation of equipment on manufacturing lines - Remote operation in hazardous locations [Benefits of Implementation] - Improved safety for workers - Increased work efficiency - Freedom from the hassle of cables

In the logistics industry, efficient operations such as loading and unloading tasks within warehouses and operating forklifts are required. It is particularly important to shorten the movement distance of workers and ensure safety. Traditional wired operations can lead to issues such as cable management problems and disconnections, which may decrease work efficiency. Our compact and lightweight industrial wireless waterproof remote control, the 'KS Series,' addresses these challenges and contributes to improving work efficiency. 【Usage Scenarios】 - Crane operation within warehouses - Remote operation of forklifts - Wireless operation in loading and unloading tasks - Integration with inventory management systems 【Benefits of Implementation】 - Reduced movement distance for workers, leading to shorter work time - Improved safety through cable-free operation - Expanded operational range due to wireless technology - Increased efficiency through simultaneous operation of multiple systems

In the agricultural sector, there is always a demand for increased efficiency and labor-saving measures. Particularly when working on extensive farmland or needing to operate multiple machines, the effort involved in moving and operating them can be a significant burden. To alleviate this burden and improve work efficiency, wireless remote controls are effective. Our compact and lightweight industrial wireless waterproof remote control, the 'KS Series', is equipped with waterproofing and durability, contributing to labor-saving in agriculture by enabling easy wireless operation. 【Usage Scenarios】 - Remote operation of agricultural machinery such as tractors and combines - Remote control of irrigation systems - Opening and closing of warehouse and storage facility shutters 【Benefits of Implementation】 - Reduction in work time - Decrease in worker burden - Prevention of operational errors

In forestry high-altitude work, ensuring the safety of workers and efficient operations is crucial. Working at heights involves risks, and the burden on workers tends to increase. In particular, when operating heavy machinery or specialized equipment, precise operation and maintaining a safe distance are required. Our compact and lightweight industrial wireless waterproof remote control, the 'KS Series,' has been developed to address these challenges in high-altitude work. 【Usage Scenarios】 - Remote operation of aerial work platforms and cranes - Operation of felling machines - Operation of forestry heavy machinery 【Benefits of Implementation】 - Improved safety for workers - Increased work efficiency - Enhanced operability - Expanded work range due to wireless technology

In the field of port cargo handling, remote operation of cranes and hoists requires safe and efficient work. It is important to achieve both robustness to withstand harsh environments and precise operability. Additionally, reducing the burden on workers is also a challenge. Our compact and lightweight industrial wireless waterproof remote control, the 'KS Series', addresses these issues. 【Usage Scenarios】 - Remote operation of cranes and hoists - Position adjustment during cargo handling - Operation from hazardous locations 【Benefits of Implementation】 - Improved work efficiency - Enhanced safety - Reduced burden on workers

In the world of stage performances, precise control of various equipment such as lighting, sound, and special effects is required. Especially to ensure safety on stage while executing smooth performances, a highly reliable system that allows remote operation of this equipment is essential. Wired systems come with issues related to cable management and wiring, as well as the risk of tripping over cables. Our compact and lightweight industrial wireless waterproof remote control, the 'KS Series,' addresses these challenges and expands the possibilities of stage performances. 【Usage Scenarios】 - Dimming and lighting control - Volume adjustment and playback operation of audio equipment - Remote operation of special effects (smoke machines, lasers, etc.) - Operation of stage mechanisms (elevators, turntables, etc.) 【Benefits of Implementation】 - Improved safety on stage - Increased freedom and expressiveness in performances - Quick and accurate equipment operation - Reduction in wiring costs

In the event industry, there is a demand for improved performance effects through remote control of lighting. Especially for events where the venue size and layout frequently change, a system that eliminates the hassle of wiring and allows for flexible lighting control is essential. Wiring mistakes and complicated operations can hinder the progress of the event and potentially lower the quality of the performance. Our compact and lightweight industrial wireless waterproof remote control, the 'KS Series,' enables wireless lighting for events and supports smooth event management. 【Usage Scenarios】 - Exhibitions - Concerts - Stage lighting - Illuminations 【Benefits of Implementation】 - Reduction of wiring work - Simplification of lighting operations - Flexible lighting effects - Shortening of event setup time

In the cleaning industry, there is a demand for increased efficiency through remote operation of cleaning robots. Particularly in extensive cleaning tasks and operations in hazardous locations, safe and precise control is essential. Traditional wired operations come with risks such as cable management issues and the potential for disconnection, which can decrease work efficiency. The KS series achieves wireless operation of cleaning robots, addressing these challenges. 【Use Cases】 - Remote operation of cleaning robots - Cleaning tasks in factories, warehouses, and commercial facilities - Cleaning operations in dangerous locations 【Benefits of Implementation】 - Improved work efficiency - Enhanced safety - Freedom from the hassle of cables

In the security and surveillance industry, there is a demand for improved operational efficiency of monitoring systems through remote control. Particularly in monitoring locations that are difficult for humans to operate directly, such as outdoors or at heights, enhancing operability through wireless technology is crucial. Wired systems not only incur costs and labor for wiring installation but also impose restrictions on installation locations. Our compact and lightweight industrial wireless waterproof remote control, the 'KS Series,' addresses these challenges and facilitates the wireless implementation of monitoring systems. 【Usage Scenarios】 - Remote operation of security cameras - Opening and closing of gates and shutters - ON/OFF control of lighting equipment - Remote control of various sensors 【Benefits of Implementation】 - Increased flexibility in installation locations without the need for wiring - Improved operational efficiency through remote control - Cost reduction - Flexible system construction

In the fishing industry, there is a constant demand for stabilizing catch volumes and improving work efficiency. Particularly in the operation of fishing gear, it is crucial to ensure safe and swift handling, as it is easily affected by weather and wave conditions. Traditional wired operations often encounter issues such as cable tangling and disconnection, which can lead to delays in work and a decrease in catch volume. Our compact and lightweight industrial wireless waterproof remote control, the 'KS Series,' enables wireless operation of fishing gear and addresses these challenges. 【Usage Scenarios】 - Opening and closing nets on fishing boats - Remote operation of winches - ON/OFF control of fishing lights on squid fishing boats 【Benefits of Implementation】 - Freedom from the hassle of cables - Increased work efficiency due to improved operability - Enhanced safety (accident prevention through remote operation)

In the automotive industry, it is essential to transmit information from the diverse sensors in vehicles accurately and reliably. In particular, signals from sensors placed in various parts of the vehicle require systems that are resistant to noise and capable of long-distance communication. This product can operate in either the 429MHz or 1216MHz band, allowing for optimal communication tailored to the radio environment, thereby supporting the safe operation of vehicles. 【Usage Scenarios】 - Signal transmission from onboard sensors - Monitoring vehicle status - Control of in-vehicle equipment 【Benefits of Implementation】 - Flexible system construction through long-distance communication - Stable communication resistant to noise - Easy upgrades of existing systems

In the railway industry, signal control systems require accurate information transmission and high reliability. In monitoring and controlling signals over a wide area, such as tracks and station premises, it is essential to ensure stable communication while reducing wiring complexity and costs. Our 429/1216MHz band 8-channel input/output board addresses these challenges and supports the safe operation of railways. 【Usage Scenarios】 * Abnormal detection at level crossings * Monitoring the status of signals * Remote control of points * Monitoring of station facilities 【Benefits of Implementation】 * Reduction in wiring costs * Realization of extensive signal monitoring * Improved reliability through stable wireless communication * Ease of upgrading existing systems

In the field of robotics, reliable signal transmission for remote control of robots is crucial. Especially in environments such as factories and construction sites, where wireless conditions can be unstable and there are many obstacles, stable communication is required. This product allows for the selection of either the 429MHz band or the 1216MHz band, enabling the choice of the optimal frequency range according to the radio environment on-site, thus achieving stable remote control. 【Usage Scenarios】 - Remote control of robots within factories - Operation of heavy machinery at construction sites - Robot operation in disaster areas 【Benefits of Implementation】 - Reliable remote control through stable wireless communication - Avoidance of radio interference, improving communication reliability - Enabling remote control over a wide area

In the agricultural sector, it is important to accurately grasp environmental data such as temperature, humidity, and water levels, and to maintain an environment suitable for crop growth. Especially when dealing with vast farmland or multiple greenhouses, data collection through wiring can be costly and labor-intensive. Additionally, a swift response during abnormal occurrences can significantly affect yield and quality. Our 429/1216MHz band 8-channel input/output board solves these challenges through wireless communication. 【Usage Scenarios】 - Temperature and humidity monitoring inside greenhouses - Water level monitoring in fields - Receiving abnormal signals from remote locations 【Benefits of Implementation】 - Reduction in wiring costs - Extensive environmental data collection - Quick response during abnormal occurrences - Optimization of the crop growth environment

In the energy industry, it is crucial to quickly detect abnormalities in equipment and maintain a stable power supply through power monitoring. Particularly in monitoring widely distributed equipment, it is necessary to eliminate wiring hassles and ensure reliable signal transmission. The 429/1216MHz band 8-channel input/output board transmits 8 sets of contact information over wireless communication in the 429MHz or 1216MHz band, with a maximum line-of-sight distance of 1 km. This allows for real-time understanding of the status of equipment located remotely, enabling prompt responses. 【Use Cases】 - Remote monitoring of substations and power plants - Abnormality detection in solar power plants - Monitoring the operational status of wind power equipment 【Benefits of Implementation】 - Reduction in wiring costs - Quick response in case of abnormalities - Achievement of stable power supply

In manufacturing process management, it is important to grasp the operational status and abnormalities of equipment in real-time and to take prompt action. Particularly in large factories or production lines that span multiple buildings, the complexity and cost of wiring become challenges. Additionally, communication stability may be compromised depending on the radio environment. This product allows for the selection of either the 429MHz band or the 1216MHz band, enabling the choice of the optimal frequency band according to the on-site radio conditions, thus achieving stable communication. By wirelessly transmitting information from eight contact points, it reduces wiring costs and enables flexible system construction. 【Usage Scenarios】 - Monitoring equipment operational status within the factory - Detecting abnormalities in the production line - Confirming process progress from remote locations - Managing processes across multiple buildings 【Benefits of Implementation】 - Reduction of wiring costs - Real-time understanding of process status - Prompt response to abnormalities - Improvement in production efficiency

In the logistics industry, accurately grasping the location information of warehouses and delivery trucks is crucial for improving operational efficiency and safety management. Particularly in large warehouses or sites with multiple trucks in operation, there is a demand for systems that eliminate the hassle of wiring and can transmit location information in real-time. Our 429/1216MHz band 8-point input/output board addresses these challenges. 【Usage Scenarios】 - Monitoring the positions of forklifts and transport vehicles within the warehouse - Tracking the location information of trucks and their cargo - Managing the dynamics of vehicles on-site 【Benefits of Implementation】 - Improved operational efficiency through real-time location information - Faster response to issues and enhanced safety - Reduced wiring costs and flexible system construction

In mining safety management, it is crucial to quickly detect abnormalities in various locations within the mine and plant to ensure safety. To promptly grasp any emergencies such as collapses, gas leaks, or equipment malfunctions and take appropriate action, a system that collects information from multiple points in real-time and communicates it to managers is essential. However, the radio conditions inside the mine can be unstable, and wired connections may also be difficult. This product addresses these challenges through wireless communication in the 429MHz or 1216MHz bands. By wirelessly transmitting information from eight sets of contact points and reliably conveying it to remote locations such as management rooms, it enhances safety management in the mine. 【Usage Scenarios】 - Signal transmission from gas detectors and water level gauges in the mine - Monitoring equipment abnormalities within the plant - Remote monitoring of emergency equipment - Emergency notification system to ensure worker safety 【Benefits of Implementation】 - Rapid detection of abnormalities in the mine and plant to prevent accidents - Reduction of costs and labor associated with wiring work - Possibility of building an extensive monitoring system - System upgrades through wireless conversion of existing equipment