
Intelligent Manufacturing
Production lines in high-end manufacturing feature "long-distance, multi-station, and high flexibility" characteristics, and Remote IO meets the flexible expansion needs of the production lines.
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Advanced Industrial-grade Input/Output Solutions for Distributed Control Systems
Distributed remote I/O is suitable for medium to large-scale scenarios with a large number of on-site points, various signal types, and relatively concentrated distribution. A single communication module can support the expansion of up to 32 I/O modules of different signal types. It supports mainstream industrial fieldbus protocols and can be used as a slave station for PLCs, DCSs, or CODESYS from brands such as Siemens, Mitsubishi, Omron, Schneider, AB, Delta, Phoenix Contact, and Keyence.
Detailed parameters for industrial integration and performance evaluation
Designed for reliability and performance in industrial environments
Built to withstand extreme temperatures, vibrations, and electrical noise commonly found in industrial environments.
Covers digital, analog, temperature, pulse, counting and weighing signals.
Adopts protocol-specific chips, instead of a software protocol stack.
Communication module has dual ports and supports built-in switch function.
Offers multiple IO modules; two typical ones: 32-point digital & 16-point analog (120×22×78mm/120×17×78mm).
Supports customization based on customer-specific requirements.
Versatile solutions for various industrial sectors

Production lines in high-end manufacturing feature "long-distance, multi-station, and high flexibility" characteristics, and Remote IO meets the flexible expansion needs of the production lines.

The production scenarios of the process industry are mostly "continuous production + decentralized on-site equipment", and Remote IO is a key element in realizing distributed control.

The core demand of transportation and logistics scenarios is "centralized monitoring of widely distributed equipment", and Remote IO enables cross-regional data interaction.

Municipal facilities (water supply, drainage, gas) and environmental protection projects have equipment widely scattered across cities, and Remote IO simplifies centralized management.

Equipment in the energy sector is generally distributed in vast areas or special environments, and Remote IO addresses the issues of "long-distance data transmission" and "adaptation to harsh environments".

The on-site environment of mining and metallurgy is harsh (high temperature, dust, and strong impact), and the equipment has a wide distribution range; Remote IO is the core of "safe data collection + remote control".
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