Carlo Gavazzi Fieldbus Dupline I/O Devices provide flexible and efficient input/output expansion for Dupline-based automation systems. They connect sensors, switches, actuators, and field devices directly to the Dupline bus with minimal wiring. Built for reliability and long-distance communication, these I/O modules deliver stable performance in industrial and building automation. Ideal for scalable and decentralized control architectures.
Carlo Gavazzi Fieldbus Dupline I/O Devices are designed to extend the functionality of Dupline fieldbus networks by enabling seamless integration of digital and analog signals from field equipment. These modules allow decentralized placement throughout a facility, reducing wiring complexity and improving the flexibility of automation architectures. Each I/O device communicates reliably over the Dupline two-wire bus, supporting long-distance transmission and mixed-signal operation without interference.
Available in various configurations—digital input modules, digital output modules, analog input/ output modules, and combined I/O units—Carlo Gavazzi Dupline I/O Devices support a wide range of applications including lighting control, energy monitoring, HVAC management, machine automation, and building systems. Their rugged design ensures excellent immunity to electrical noise, vibration, and temperature fluctuations. With easy installation, clear diagnostic indicators, and seamless integration with Dupline masters and controllers, these I/O devices provide a powerful and cost-effective solution for distributed automation.
| Additional Information – Fieldbus Dupline I/O Devices (Carlo Gavazzi) | |
|---|---|
| Main Function | Provides digital and analog input/output interfaces for Dupline fieldbus automation systems. |
| I/O Types Supported | Digital input, digital output, analog input, analog output, and mixed-function I/O modules. |
| Typical Applications | Building automation, industrial machinery, lighting, HVAC, environmental monitoring, and process control. |
| Communication Method | Dupline two-wire fieldbus enabling long-distance, noise-immune signal transmission. |
| Installation | Decentralized installation with minimal wiring requirements and flexible network topology. |
| Durability | Industrial-grade components resistant to electrical noise, temperature variation, and vibration. |
| Diagnostics | LED status indicators for quick verification of I/O status and bus communication. |
| Compatibility | Fully compatible with Carlo Gavazzi Dupline masters, gateways, sensors, and system controllers. |
| Benefits | Reduces wiring costs, supports scalable automation, and simplifies integration of distributed field devices. |
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Website Updated On : 01 December 2025
