Product Overview
The SNAT7261INT is a high-performance main interface board designed to optimize industrial automation processes. Manufactured by ABB, this advanced control module integrates seamlessly with various electrical equipment, providing reliable communication and precise control capabilities. Its robust design ensures consistent performance in demanding industrial environments, enhancing overall system efficiency. The board supports multiple interface protocols, enabling smooth data exchange and quick response times. Ideal for main control systems, the SNAT7261INT delivers superior stability and flexibility, making it an essential component for modern industrial control applications.
Technical Specifications
| Parameter | Specification |
|---|---|
| Brand | ABB |
| Model | SNAT7261INT |
| Operating Voltage | 24 V DC ±10% |
| Operating Temperature | -20°C to +70°C |
| Dimensions (L×W×H) | 160 mm × 120 mm × 35 mm |
| Interface Type | RS-485, Ethernet, CANbus |
| Mounting | DIN Rail / Panel Mount |
| Weight | 450 g |
Product Features
The SNAT7261INT excels with its versatile interface options, supporting RS-485, Ethernet, and CANbus protocols to ensure seamless integration with diverse industrial systems. Its robust electrical design safeguards against voltage spikes and electromagnetic interference, boosting equipment longevity. Featuring a compact form factor, this main interface board fits easily into existing control cabinets without requiring extensive modifications. The module’s firmware supports advanced automation functions, enabling precise control and real-time monitoring. Additionally, the board is engineered for high reliability, withstanding harsh industrial environments to maintain uninterrupted operation.
Applications
The SNAT7261INT is widely used in industrial automation projects, including factory control systems, process automation, and electrical equipment management. It serves as a critical interface in control panels for manufacturing lines, enabling efficient data communication between sensors and programmable logic controllers. This model is also suitable for automation in energy management systems and material handling equipment, where reliable control and signal processing are essential. Its adaptability makes it ideal for upgrading legacy systems or implementing new control architectures.
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