The GE / Andco SCC10-115/230 is a microprocessor-based smart controller card for electric motor actuators that delivers precise positioning control via analog input signals. This controller eliminates traditional setup complexity—no dip switches, trim pots, or external meters required. An onboard LED display provides menu-driven configuration and automatic self-calibration, with all settings stored in non-volatile memory. The card accepts dual power inputs (115VAC or 230VAC) and supports multiple analog signal ranges, making it adaptable to diverse industrial actuator applications. Three relay outputs (Fault, Full Closed, Full Open) enable supervisory signaling. Quick disconnect terminal strips simplify field installation and maintenance without removing the actuator from service.
## Technical Specifications
**Electrical Performance**
• Power Input: 115VAC or 230VAC
• Command Signal Input: Analog signal
• Input/Output Ranges: Menu-selectable options include 4–20 mA, 1–5 VDC, 2–10 VDC, 0–10 VDC, and custom ranges
• Relay Outputs: Fault, Full Closed, Full Open
**Physical Characteristics**
• Dimensions (SCC-10 reference): 3.5 × 1.625 × 4 in.
• Mounting: Direct integration within actuator housing
• Operating Temperature: −30°F to +120°F (−34°C to +48°C)
## Key Features
• Menu-driven setup and calibration via onboard LED display
• Automatic self-calibration with permanent non-volatile memory storage
• Intelligent positioning logic reduces motor cycling to extend actuator service life
• Selectable fail-safe options through menu configuration
• Quick disconnect terminal strips for rapid maintenance access
• No external calibration equipment or adjustment components needed
## Typical Applications
Electric actuator positioning control in industrial automation, HVAC damper control, process flow regulation, and equipment requiring proportional positioning feedback without complex external instrumentation.
## Compatibility & Integration
Designed for GE and Andco electric actuators. Analog input command signals interface with standard 4–20 mA or voltage-range transmitter outputs. Direct actuator mounting and field terminal strip connections enable straightforward integration into existing control systems.
