因幡電機産業 Product Lineup

The MENOU AI development platform is an integrated development environment for no-code image inspection AI development that does not require expertise in AI. Two tools to optimize imaging and AI construction: - "MENOU-TE" for AI design tailored to customer challenges using AI development tools. - "MENOU-RN" for deployment and maintenance on the line using operational tools. It enables efficient development of complex inspection, quality control, and examination software without programming. Development is possible even in environments without AI engineers, supporting in-house AI production. 【Features】 ◇ Easy-to-use no-code AI development and operation tools - An interface that allows inspectors to learn AI - Standard features for classification, counting, defect detection, etc. ◇ Low-cost implementation - Free initial validation - Affordable line-time licenses ◇ Imaging system (cameras, lighting, etc.) selection support - Support for selection and implementation using optical know-how - Proposals for AI add-ons to existing equipment ◇ Quantitative analysis of inspection variability using AI and rule-based methods - Hybrid use of AI and rule-based systems without coding - Quantitative settings for advanced inspections that humans perform unconsciously through visual checks.

Inaba Electric Industry proposes IoT systems that can start small while leveraging existing equipment and personnel, as well as products that assist with easy-to-use image inspection for beginners. The "Solution Book Vol. 3" is a document that compiles solutions and products to address various challenges faced in manufacturing sites. This document includes the following content (excerpt): ■ Unable to understand the situation in remote locations Products that achieve highly secure remote connections with a simple configuration ⇒ Enables remote maintenance ■ Want to reduce equipment power consumption A package that visualizes unnecessary power through power monitoring and operational monitoring, which can be retrofitted to existing equipment ⇒ Achieves visualization without modifying current equipment ■ Inconsistent support due to labor shortages Smart glasses that enable real-time remote support to the field ■ Unable to grasp the device status during troubles Dashcam for production sites ⇒ Easily records video during trouble occurrences ■ Want to reduce variability in visual inspections AI image processing tools that are easy to use even for beginners ⇒ Automates skilled visual inspection techniques with AI *Please obtain it from the PDF download.

Solve these concerns all at once! □ I want to easily set up cameras and lighting anytime, anywhere. □ It would be great if I could easily install it on the production line. □ AI requires image capture, but I need an easy way to set up cameras and lighting. □ I want to capture images in various locations within the factory. Please make use of the portable imaging kit "MENOU Photo Room Ashura" that allows for easy setup of imaging environments for AI inspection!

TRITON is a compact yet powerful all-in-one PLC that packages high-performance hardware with excellent cost performance and a tuned OS, along with the highly functional CODESYS. It easily enables all types of control, including PLC compliant with the global standard IEC61131-3, PLCopen compliant motion control, seamlessly buildable control logic and HMI, extensive fieldbus support, and compliance with the OPC UA standard, facilitating IIoT implementation throughout the factory. ★ Powerful Performance - Improved processor, BCM2711 processor, quad-core Cortex-A72 64-bit SoC, delivering processing performance beyond imagination - Extremely fast, ample memory capacity, high-speed WiFi and Bluetooth, 4K video output, and low power consumption ★ Protection Features for Industrial Use - Overvoltage protection - Short circuit damage protection - Electrostatic discharge protection ★ Comprehensive Package Software - OPC UA server functionality - Web visualization functionality - Support for all major fieldbuses - Motion control (optional)

Energy Saving: Contributes to energy conservation by reducing power consumption. Compared to air cylinders, the higher the operating rate, the more power consumption can be reduced. Easy High Performance: No programming required; it can operate with just data input. Speed, acceleration, and deceleration adjustments are possible, allowing for detailed settings with numerical values. Lineup: A variety of electric cylinders are available, allowing for the selection of the optimal electric cylinder tailored to the application.

■ Integration of sequence control and motion control Supports a wide range of needs with a CPU lineup of up to 256 axes ■ Integration of safety Equipped with Safety over EtherCAT, allowing for the coexistence of sequence control and safety control ■ Integration of machine control and information communication - Equipped with global standard networks in the industry, EtherNet/IPTM and EtherCAT - Equipped with the communication protocol OPC UA, standardized as IEC 62541 (available on some models) - Database connection CPU units can directly store production process data to SQL database servers at high speed - Realization of preventive maintenance systems and quality traceability systems ■ Unified development environment from motion, safety to sensing The automation software Sysmac Studio complies with the international standard IEC 61131-3 Supports motion control function blocks compliant with PLCopen Contributes to reducing programming man-hours through the provision of Sysmac Library, which encapsulates Omron's extensive know-how into function blocks.

Simple: A simple assist mechanism controlled by air pressure, eliminating the need for complex settings. Easy to set up due to ground installation. Custom: Customizable payload, axis configuration, and chuck mechanism according to the work and application.

■ Speed Frequency Response With the newly developed current control, the speed frequency response has been increased to 3.5 kHz. This improves the machining quality of mechanical devices. ■ Expansion of Output in High-Speed Range The maximum rotational speed of the servo motor has been increased to 6500 min-1. The application of high-speed operation and new PWM control expands the output range of the motor. ■ High-Resolution Encoder Encoders with a standard resolution of 23 bits and a maximum of 27 bits are available. Control suitable for high-resolution encoders is implemented, achieving high precision and stable positioning. ■ Improved Reliability and Maintainability By predicting the remaining lifespan of the holding brake during braking operations and optimizing the control of the inrush current prevention circuit, failures of the holding brake and electronic components are prevented. Additionally, monitoring the main circuit input voltage and detecting overvoltage in the control power supply is possible. This contributes to reducing downtime through early detection of abnormal causes. ■ Compact, Lightweight, and Energy-Efficient Compared to conventional products, the motor weight is reduced by up to 28%, and the amplifier weight by up to 5%, while the overall length of the motor is shortened by up to 22%. Furthermore, energy losses in the motor are reduced by up to 8%, in the amplifier by up to 22%, and brake power consumption by up to 44%.

■ Design and Manufacturing of Transport, Assembly, and Packaging Equipment - Robots Utilizing SANYO Electric's servo systems and control technology, we achieve automation of production through handling, assembly, part attachment and detachment, dispenser coating, various inspections, and packaging using robots. - Loaders and Unloaders for Processing Machines We automate the transport and attachment/detachment of workpieces in conjunction with machine tools. Straight loaders and stockers can be installed later. - Forming Presses and Molding Machines Forming processes for parts and molding machines can be constructed with both electric and hydraulic control. ■ Design and Manufacturing of Production Guidance Systems and Automatic Inspection Machines - Production Guidance System – Supporting Assembly Work through DX Transformation This system aims to enable assembly work to be performed by "anyone," "without mistakes," and "efficiently," producing products of consistent quality. By following the work instructions displayed on the PC screen, work is standardized, preventing process skipping and forgetting tasks. - Image Processing and Automatic Inspection Devices We manufacture automatic inspection devices utilizing image processing technology and various sensors. ■ Manufacturing of Injection Molding Molds ■ Fluid Simulation & Measurement Support Services We provide advice on optimal airflow design and fan selection.

●容量2 kVA／3 kVAで高さ1Uサイズの業界最小クラスサイズを実現 　交流出力を必要とするあらゆる装置や評価設備の省スペース化・小型化に貢献 ●国際的な安全規格を全モデルで取得（IEC / UL / CSA / EN 61010-1） 　グローバルでの使用が可能 ●様々な環境、評価に適用できる幅広い入出力レンジ 　最大AC電圧350 VAC、DC電圧±500 VDC ●専用ソフト「Virtual control panel」で任意の波形生成、高調波解析が可能 ●5年間の長期保証

■High Safety Certification Compliant with IEC 61508 (SIL3) and EN ISO 13849-1 (PLe/Category 4), designed to meet international safety standards, ensuring a safe and secure production environment. ■Flexible Network Compatibility With support for Safety over EtherCAT (FSoE), standard control devices and safety control devices can coexist on a single EtherCAT network. Additionally, the NX-SL5 supports CIP Safety, allowing standard control devices and safety control devices to coexist on a single EtherNet/IP network. ■Improved Design Efficiency and Reliability By supporting PLCopen-compliant safety function blocks, the learning period and costs for safety design are reduced. In addition to automatic generation of safety programs, wiring diagrams, and user-defined function blocks, offline simulation and online testing help prevent design errors while supporting efficient development. ■High Expandability and Performance The NX-SL3 supports up to 1024 safety I/O points, while the NX-SL5 supports up to 2032 points. It achieves both high-speed, high-precision control and safety control, flexibly accommodating a wide range of devices.

■Implementation without stopping equipment By simply connecting the data flow controller with an Ethernet cable, it can be retrofitted without the need to rewire existing equipment. Even if you are using another company's PLC, there is no need to change devices or control programs, allowing you to start data collection while keeping the equipment operational. ■Start utilizing data immediately, anyone can do it Create data flows without programming. We also offer packages that allow you to automatically acquire and visualize data by simply connecting designated devices and making minimal necessary settings. ■No-code flow editor design The data collection tool SpeeDBee Synapse and the graph display tool can be used on a web browser, allowing you to view and configure them anytime and anywhere. In SpeeDBee Synapse, you can intuitively create data flows by simply connecting processing blocks (components) with lines, making it easy for those unfamiliar with programming to create data flows.

The GP6000 series is Schneider Electric's latest HMI series that enables flexible operations, efficient development, and reliable maintenance in manufacturing environments. The advanced model enhances scalability and upgradability through a modular structure, accommodating separate installations and additional options. It meets diverse needs with high flexibility and performance. The standard model boasts high compatibility with the GP4000T, retaining panel cut dimensions, external dimensions, interfaces, and software for easy replacement. Both models contribute to increased productivity through improved visibility and enhanced operability. Troubleshooting with the PDF viewer function and remote monitoring support reduced downtime and smooth operations. It is a next-generation HMI that addresses a wide range of needs from equipment integration to upgrade demands.

The PS6000 series is an industrial panel computer designed to strongly promote DX (digital transformation) in manufacturing sites. It is equipped with industry-leading specifications and supports a wide range of applications from device embedding to edge computing. Adopting a modular structure that allows for flexible combinations of boxes and displays, it enables the selection of optimal performance from a rich variety of CPU configurations, including Core i7/i5/i3/Celeron/Atom. It supports seven types of displays, including wide and 4:3 formats, providing high usability with features such as touch mode switching tailored to the operating environment. With high quality ensured by domestic design and assembly, it offers the shortest delivery time of six business days, along with one-stop services for repair, kitting, and support. By collaborating with AVEVA software and Pro-face Connect, it also accommodates IT/OT integration, remote monitoring, and smart maintenance, thereby enhancing operational efficiency on-site and maximizing system value.