TOSHIBA UTLH21 is a high-performance industrial controller belonging to Toshiba Unifi NV series, which is widely used in industrial automation and control.
1. Product Overview
TOSHIBA UTLH21 is a microprocessor module based on the ARM Cortex-M3 architecture, featuring high performance, low power consumption, rich communication interfaces and powerful expansion capabilities. It is designed to meet the needs of industrial automation for high speed, reliability and complex control logic.
2. Core features
2.1 High performance and high-speed processing capability
Processor: 32-bit RISC processor with a maximum frequency of up to 80 MHz, capable of quickly processing data and running complex programs.
Memory: Built-in 512 KB storage space and 2 MB storage space, supporting Flash and RAM, suitable for storing large amounts of data and applications.
Real-time operating system: Built-in RTOS ensures the real-time and reliability of control tasks.
2.2 High-speed I/O communication
TC-net I/O: Adopts the industry’s first 100Mbps fault-tolerant ring network to realize high-speed and reliable data transmission, supporting remote and field-installed I/O modules.
Communication Interface: Supports a variety of communication protocols, including USB, I2C, SPI, CAN, UART, etc., which facilitates data transmission and communication between devices.
2.3 Modular design and expandability
Modular expansion: Supports expansion functions such as digital input/output module, analog input/output module, communication module, etc., which can be flexibly configured according to specific needs.
Compact design: Modular design is compact and easy to install, suitable for various industrial environments.
2.4 High reliability and safety
Redundant modules: Improve system reliability through redundant modules and ECC memory error correction technology.
Hardware encryption and security authentication: Support hardware encryption function to guarantee data security and device confidentiality.
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It is widely used in the following areas:
3.1 Industrial automation
Production line control: Used for automation control of machinery and equipment, assembly lines and packaging lines.
Process control: Used in chemical, oil and gas industries to monitor and control production processes.
3.2 Energy Management
Power Plant Monitoring: for equipment monitoring and management of power plants.
Energy Distribution: Optimize energy distribution and management to improve energy efficiency.
3.3 Building Automation
HVAC system: Controls heating, ventilation and air conditioning systems to improve energy efficiency and comfort.
Lighting control: Realize intelligent lighting control.
3.4 Transportation
Train and ship control: Automated control systems for trains and ships.
Traffic Signal System: Supports the stable operation of traffic signal systems.
3.5 Medical Equipment
Medical Robotics: For precise control of medical imaging equipment and surgical robots.
3.6 Semiconductor Manufacturing
Precision Processing: For high-precision motion control in semiconductor manufacturing equipment.
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If you need to purchase or know more about this product, you can contact HONG KONG SAUL ELECTRICAL LIMITED’s channel directly for a detailed quotation and service support.
Summary
The TOSHIBA UTLH21 is a high-performance, multi-functional industrial controller that is ideal for industrial automation and control due to its excellent performance, flexible expansion capabilities, and wide range of application areas. Whether in manufacturing, energy management or medical equipment, it provides efficient and reliable solutions.
4.1 High-speed Logic Processing Capability
The TOSHIBA UTLH21 features powerful high-speed logic processing capabilities to perform complex tasks such as sequencing, motor speed control, and continuous control.
4.2 Fault-tolerant design
Its fault-tolerant ring network (TC-net I/O) ensures high reliability and stability of data transmission, even in harsh industrial environments.
4.3 Multi-language support
It supports multiple programming languages such as ladder diagram, instruction table, C language, etc. to meet different development needs.