Description

Brief Product Description

The HIMA F3113A is a specialized output module amplifier designed for use within the H41q and H51q safety systems. It provides precision signal conditioning and robust switching capabilities to bridge logic controllers with high-load field actuators.

​Product Description

High-Performance Signal Conditioning

The HIMA F3113A functions as a high-integrity interface between low-level control logic and demanding industrial field devices. This amplifier module specializes in boosting signal strength while maintaining the strict data fidelity required for safety-instrumented systems (SIS). By utilizing a 24V DC nominal power supply and delivering a steady 50mA output current, the F3113A ensures that control commands reach actuators with surgical precision. Its design effectively manages a 100-Ohm load impedance, which prevents signal attenuation across long cable runs in complex plant architectures.

Engineered for Extreme Industrial Safety

Safety remains the primary focus of the HIMA F3113A, featuring an impressive isolation resistance of 10MΩ to protect the central processing unit from field-side electrical faults. The module integrates high-capacity relays capable of switching loads up to 10A at 250V AC, providing the heavy-duty performance needed for motor starters and solenoid valves. Furthermore, the F3113A operates reliably in a wide thermal envelope ranging from -25°C to +85°C. This resilience allows for deployment in non-climate-controlled marshaling cabinets and harsh outdoor processing areas without risking premature hardware failure.

Seamless DCS Integration

The F3113A module features a streamlined, low-profile form factor that maximizes cabinet density within HIMA H41q or H51q system racks. This compact footprint allows for easier cooling and simplified cable management during large-scale system expansions. Because the module adheres to HIMA’s stringent manufacturing standards in Germany, it offers a plug-and-play maintenance experience for technicians. Additionally, the unit’s intuitive terminal layout reduces the risk of wiring errors during commissioning, while its active status monitoring contributes to a lower Mean Time to Repair (MTTR) for the entire Distributed Control System (DCS).

Technical Specification Table