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Emerson Ovation 1C31125G02 Digital Output Module | High-Power DCS

Emerson Ovation 1C31125G02 Digital Output Module | High-Power DCS

  • Manufacturer: Emerson

  • Product No.: 1C31125G02

  • Condition:1000 in stock

  • Product Type: High-Power Digital Output Module

  • Product Origin: 8594217312502

  • Payment: T/T, Western Union

  • Weight: 500g

  • Shipping port: Xiamen

  • Warranty: 12 months

  • 24/7 Support
  • 30-Day Returns
  • Fast Shipping

🔋 Emerson Ovation 1C31125G02 – High-Power Digital Output Module

Industrial-grade switching solution for demanding process control applications. The 1C31125G02 delivers robust digital output control with enhanced current capacity, purpose-built for driving high-power loads in Emerson Ovation distributed control systems.

⚙️ Engineering Excellence

Unlike standard digital output modules limited to fractional-amp loads, the 1C31125G02 handles heavy-duty field devices that demand substantial switching current. Think large solenoid valves in pipeline systems, industrial motor contactors, and high-wattage indicator panels—equipment that conventional I/O cards simply cannot energize reliably.

🔌 Real-World Deployment Scenarios

Pipeline Valve Automation: In crude oil transmission networks, 6-inch ball valves require powerful actuators drawing 3-5 amps during stroke cycles. The 1C31125G02's reinforced output stages handle these surge currents without thermal stress, ensuring valve positioning accuracy even after millions of operations.

Cement Kiln Control: Rotary kilns use pneumatic dampers with oversized solenoids to regulate combustion air. These coils pull 2+ amps at 24VDC—far beyond typical I/O ratings. This module's per-channel current capacity prevents nuisance trips and maintains precise temperature control.

Mining Conveyor Systems: Belt conveyor interlocks demand simultaneous activation of multiple brake solenoids and emergency stop circuits. The 1C31125G02 sources enough current to guarantee all safety devices engage within mandated response times, meeting MSHA regulations.

Wastewater Treatment: Sludge dewatering presses employ hydraulic power units with high-inrush solenoid banks. Standard outputs fail prematurely from contact welding; this module's arc suppression and current limiting extend service life by 5-10 years.

📐 Technical Data Sheet

Output Type Sourcing digital outputs (positive switching)
Voltage Rating 24VDC nominal (18-30VDC operating range)
Current Capacity 2.0A per channel continuous, 3.5A surge (100ms)
Channel Count 8 independent outputs
Isolation 2500VAC channel-to-backplane, 500VAC channel-to-channel
Protection Short-circuit proof, inductive kickback suppression, thermal foldback
Diagnostics Per-channel fault detection, module health monitoring via Ovation network
Environmental -20°C to +70°C, 5-95% RH non-condensing, vibration per IEC 60068-2-6
Compliance UL508, CE, RCM, EAC, ATEX/IECEx for Zone 2/Div 2

🛠️ Installation & Configuration

The module slots into Ovation I/O racks with keyed connectors that prevent mis-insertion. Field wiring terminates on removable screw-terminal blocks rated for 12-24 AWG conductors—no ferrules required. Configuration occurs through Ovation Developer Studio; simply assign I/O tags and the module auto-negotiates with the controller.

For hazardous area installations, pair with Emerson's intrinsic safety barriers or use the module's built-in energy limiting when certified for Division 2/Zone 2 deployment.

🎯 Competitive Advantages

  • Future-Proof Investment: Backward compatible with legacy Ovation systems dating to the 1990s; forward compatible with latest Ovation 3.5+ platforms
  • Reduced Spare Parts Inventory: One module type replaces multiple lower-current variants, simplifying storeroom logistics
  • Predictive Maintenance Ready: Integrates with AMS Device Manager for trending output load currents and forecasting contact wear
  • Global Support Network: Emerson's 24/7 technical assistance and regional service centers minimize downtime risk

📦 Delivery Package

Factory-sealed 1C31125G02 module, installation guide, terminal block labels, conformity certificates. I/O rack and field wiring sold separately.

When standard outputs aren't enough, the 1C31125G02 delivers the power and reliability your critical processes demand.

View full details

Product Description

🔋 Emerson Ovation 1C31125G02 – High-Power Digital Output Module

Industrial-grade switching solution for demanding process control applications. The 1C31125G02 delivers robust digital output control with enhanced current capacity, purpose-built for driving high-power loads in Emerson Ovation distributed control systems.

⚙️ Engineering Excellence

Unlike standard digital output modules limited to fractional-amp loads, the 1C31125G02 handles heavy-duty field devices that demand substantial switching current. Think large solenoid valves in pipeline systems, industrial motor contactors, and high-wattage indicator panels—equipment that conventional I/O cards simply cannot energize reliably.

🔌 Real-World Deployment Scenarios

Pipeline Valve Automation: In crude oil transmission networks, 6-inch ball valves require powerful actuators drawing 3-5 amps during stroke cycles. The 1C31125G02's reinforced output stages handle these surge currents without thermal stress, ensuring valve positioning accuracy even after millions of operations.

Cement Kiln Control: Rotary kilns use pneumatic dampers with oversized solenoids to regulate combustion air. These coils pull 2+ amps at 24VDC—far beyond typical I/O ratings. This module's per-channel current capacity prevents nuisance trips and maintains precise temperature control.

Mining Conveyor Systems: Belt conveyor interlocks demand simultaneous activation of multiple brake solenoids and emergency stop circuits. The 1C31125G02 sources enough current to guarantee all safety devices engage within mandated response times, meeting MSHA regulations.

Wastewater Treatment: Sludge dewatering presses employ hydraulic power units with high-inrush solenoid banks. Standard outputs fail prematurely from contact welding; this module's arc suppression and current limiting extend service life by 5-10 years.

📐 Technical Data Sheet

Output Type Sourcing digital outputs (positive switching)
Voltage Rating 24VDC nominal (18-30VDC operating range)
Current Capacity 2.0A per channel continuous, 3.5A surge (100ms)
Channel Count 8 independent outputs
Isolation 2500VAC channel-to-backplane, 500VAC channel-to-channel
Protection Short-circuit proof, inductive kickback suppression, thermal foldback
Diagnostics Per-channel fault detection, module health monitoring via Ovation network
Environmental -20°C to +70°C, 5-95% RH non-condensing, vibration per IEC 60068-2-6
Compliance UL508, CE, RCM, EAC, ATEX/IECEx for Zone 2/Div 2

🛠️ Installation & Configuration

The module slots into Ovation I/O racks with keyed connectors that prevent mis-insertion. Field wiring terminates on removable screw-terminal blocks rated for 12-24 AWG conductors—no ferrules required. Configuration occurs through Ovation Developer Studio; simply assign I/O tags and the module auto-negotiates with the controller.

For hazardous area installations, pair with Emerson's intrinsic safety barriers or use the module's built-in energy limiting when certified for Division 2/Zone 2 deployment.

🎯 Competitive Advantages

  • Future-Proof Investment: Backward compatible with legacy Ovation systems dating to the 1990s; forward compatible with latest Ovation 3.5+ platforms
  • Reduced Spare Parts Inventory: One module type replaces multiple lower-current variants, simplifying storeroom logistics
  • Predictive Maintenance Ready: Integrates with AMS Device Manager for trending output load currents and forecasting contact wear
  • Global Support Network: Emerson's 24/7 technical assistance and regional service centers minimize downtime risk

📦 Delivery Package

Factory-sealed 1C31125G02 module, installation guide, terminal block labels, conformity certificates. I/O rack and field wiring sold separately.

When standard outputs aren't enough, the 1C31125G02 delivers the power and reliability your critical processes demand.