Processor Type:High-speed microcontroller
Operating Frequency:Up to 10 MHz
Memory Size:128 KB ROM, 64 KB RAM
Input/Output Channels:8 Input, 8 Output
Communication Interface:RS-485, CAN Bus
Power Supply:DC 12V, 24V
Operating Temperature Range:-20°C to +85°C
Dimensions:152mm x 105mm x 25mm
Weight:0.25kg
The Hitachi Lya010a Digital Board stands out in the industry with its robust design and cutting-edge technology, specifically tailored for demanding industrial automation applications. This digital board is meticulously engineered to deliver exceptional performance and reliability under extreme conditions, ensuring seamless integration into complex manufacturing environments.
Equipped with advanced communication capabilities, the board supports the RS-485 protocol, enabling efficient data exchange and control over a wide range of devices. Its 8-channel configuration offers versatility in managing various input and output tasks, from simple on/off switching to complex control scenarios.
With an operating temperature range of -20°C to +70°C, this digital board is built to withstand harsh environments, making it suitable for use in various industrial sectors including automotive, electronics, and manufacturing. Its compatibility with DC voltage inputs from 12V to 24V ensures flexibility in power supply options, accommodating diverse system requirements.
Featuring an impressive current capacity of up to 2A per channel, the Hitachi Lya010a Digital Board can handle demanding loads without compromising on performance or stability. This capability is crucial in applications requiring precise control and power delivery, ensuring optimal operation across different machinery and processes.
Crafted with precision and quality materials, the digital board boasts durability and longevity, backed by Hitachi’s reputation for excellence in industrial automation components. Its compact dimensions (100mm x 35mm x 60mm) and lightweight design facilitate easy installation and space optimization within existing systems, enhancing operational efficiency.
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