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Full integration of hermetically sealed relays onto a PCB
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2A-, 5A-, 10A- and 25A- ratings ; low level to 110VDC network voltage
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1-, 2-, 3-, 4-, or 6-pole relays
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Sockets available for easy relay removal
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Use of separated transient suppression devices (PCB mounting or plug-in sockets) and other electronic components (e.g. diodes)
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Time delay relay integration (PCB mounting or plug-in sockets)
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Flexible technical approach allows for easy change or modifications of schematics
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Relay panels designed as LRUs for ease of replacement
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"Design-to-safety" electronics i.e., optimized architecture to achieve the safety objectives of the equipment specifications
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BITE features such as Fully Automatic Power On Built-in-Test (PBIT), Continuous Built-in-Test (CBIT) and Initiated Built-in-Test (IBIT)
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Accurate I²t over-current and short circuit protection with thermal memory and fully compliant (or better than) thermal circuit breaker trip curve
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Reprogrammable trip curves
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Various communication buses (ARINC 429, CAN, RS422/485, MIL-STD-1553, Ethernet buses, etc.) for internal use, and for communication with man/machine interface, aircraft central computer, and other aircraft equipment
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Load reporting and management such as load shedding, soft start for specific loads (light), and current measurement
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Zero voltage turn-on and turn-off (AC device)
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Synchronization between 3 phases for AC SSPCs (any phase trip will trip all phases)
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Current threshold and delay for actuator overload protection
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Programmable time delay on operate or release
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Fail-safe functions
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Optional arc fault detection
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Very low heat dissipation using solid state technology