Phoenix Contact ib il safe 2-eco

A cross-circuit has been detected in sensor circuit 2, indicated by active cross-circuit detection. This condition occurs while sensor circuit 1 is active, the reset/start circuit is activated, and the segment circuit is open. This type of error can compromise the functional safety of the device by providing incorrect sensor input information.

This fault indicates either an external plausibility error in sensor circuit 2 or that internal diagnostics are active, signaling an internal error. This state occurs when both sensor circuits 1 and 2 are active, the reset/start circuit is activated, and the segment circuit is open. It suggests an inconsistency in sensor input logic or an internal device malfunction affecting functional safety.

A cross-circuit has been detected in sensor circuit 1, indicated by active cross-circuit detection. This condition occurs while sensor circuit 2 is active, the reset/start circuit is activated, and the segment circuit is open. This type of error can compromise the functional safety of the device by providing incorrect sensor input information.

This fault indicates either an external plausibility error in sensor circuit 1 or that internal diagnostics are active, signaling an internal error. This state occurs when both sensor circuits 1 and 2 are active, the reset/start circuit is activated, and the segment circuit is open. It suggests an inconsistency in sensor input logic or an internal device malfunction affecting functional safety.

This fault signifies a plausibility error in either sensor circuit 1 or 2 (external error), or that internal diagnostics are active (internal error). This state is observed when sensor circuits 1 and 2 are active and the segment circuit is open. Such an error indicates a potential inconsistency in sensor input logic or an internal device issue that could affect safety functions.

The segment voltage US is not supplied to the device, even though sensor circuits 1 and 2 are active and the reset/start circuit is activated. This critical condition prevents proper internal device operation and indicates a power supply issue to the US segment. Functional safety cannot be ensured without the segment voltage US.

An error in the reset circuit has occurred: either the readback contact of an external actuator is open (external error), or an internal normally open (N/O) contact is welded shut (internal error). This state is present when sensor circuits 1 and 2 are active, the reset/start circuit is activated, and the segment circuit is open. This prevents the reset circuit from operating correctly, thereby compromising machine safety.

An error has been detected during a manual reset attempt, characterized as a 'stuck-at' condition at the input of the reset/start circuit. This implies that the reset input signal is stuck in a particular logical state, preventing the device from recognizing a valid manual reset command. This can inhibit the safe and controlled restart of the machine.