Honeywell CC-SDOR01 Digital Output Relay Extension Module | 51308380-175

cc sdor01 Honeywell Product Overview:

The Honeywell CC-SDOR01 (part number 51308380-175) is a high-performance digital output relay extension module made for Honeywell’s Experion PKS Series C I/O systems. This I/O Terminal Adapter (IOTA) is not redundant; it adds more relay outputs with isolated dry contacts to base digital output modules. This makes it safe and dependable to connect to field devices. People often call it the CC-SDOR01. It connects control logic to actuators and signals in tough settings, which is very important for industrial automation.

The CC-SDOR01 is built to last, with electromechanical relays that can handle heavy-duty switching and loads up to 5A at 250 VAC resistive. It has jumper-selectable Form A or Form B connections, open-wire diagnostics, and a conformal covering that protects it from moisture, dust, and chemicals. This makes it perfect for the marine, oil and gas, and manufacturing industries. The module can be mounted directly on DIN rails or I/O racks. It has screw terminals that make it easy to wire up to 32 channels in extended configurations.​

In real-world industrial settings, the CC-SDOR01 controls solenoids, motor starters, valves, and alarm horns in DCS frameworks. This makes it possible to automate processes like batch mixing, pump sequencing, and emergency shutdowns with great accuracy. Because it is electrically isolated (1500 VAC RMS), it avoids noise coupling and ground loops, which makes power plants and petrochemical plants more reliable. Operators like that it can work in a wide variety of temperatures (-40°C to 85°C) and that it has hazardous area certifications (Class I Div 2), which means it may be used in explosive environments without any extra barriers.

cc sdor01 Technical Specifications:

Usage:

The CC-SDOR01 controls solenoids, relays, valves, and indicator lights in DCS systems for automated control of manufacturing lines and power plants in process industries. Because it is tough and can be isolated, the marine and industrial automation sectors use it for engine controls and safety interlocks. It is useful for oil and gas activities because it can securely switch high-voltage power in explosive environments.