Alerts

Alerts

Signal Name Description Condition Impact
Battery subpack 2 Pyro fuse deployment was triggered by firmware but did not successfully execute.
Pyro fuse deployment was recently triggered and the deployment failed.
Pyro deployment may be compromised.
Battery subpack 2 pyro fuse deployment was triggered by firmware.
Pyro fuse deployment was triggered by firmware.
Fast Charge (FC) link is offline and DC link is split.
Battery subpack 2 pyro fuse deployment was recently triggered and the deployment test failed, indicating that it may not have deployed properly.
Pyro fuse deployment was recently triggered and the deployment test failed.
Pyro deployment may be compromised.
A fault condition has been detected on the battery subpack 2 pyro fuse.
A leak test, switch test, or other type of failure is detected.
Pyro deployment ability is compromised.
Battery subpack 2 pyro squib is disconnected or open-circuit, but pyro circuit is otherwise nominal.
Pyro squib is missing resulting in open-circuit resistance.
Pyro fuse deployment ability is compromised.
Battery subpack 1 Pyro fuse deployment was triggered by firmware but did not successfully execute.
Pyro fuse deployment was recently triggered and failed to execute.
Pyro deployment may be compromised.
Battery subpack 1 pyro fuse deployment was triggered by firmware.
Pyro fuse deployment was triggered by firmware.
Fast Charge (FC) link is offline and DC link is split.
Battery subpack 1 pyro fuse deployment was recently triggered and the deployment test failed, indicating that it may not have deployed properly.
Pyro fuse deployment was recently triggered and the test failed.
Pyro deployment may be compromised.
A fault condition has been detected on the battery subpack 1 pyro fuse.
Leak test failure, switch test failure, or other failure.
Pyro deployment ability is compromised.
Battery subpack 1 pyro squib is disconnected or open-circuit, but pyro circuit is otherwise nominal.
Pyro squib is missing resulting in open-circuit resistance.
Pyro fuse deployment ability is compromised.
The High Voltage DC Link Controller (HVLINK) has detected a fault condition impacting the pyro subsystem.
A fault condition is detected by the pyro subsystem.
Pyro cannot be deployed.
The HvSense measurement asic has a SPI communication fault or other internal fault.
Fault condition was set during SPI communications
HvSense readings are stale
The High Voltage DC Link Controller (HVLINK) has detected a fault condition impacting the pyro subsystem.
A fault condition is detected by the pyro subsystem.
Pyro cannot be deployed.
The High Voltage DC Link Controller (HVLINK) has detected a failure condition on the energy-reserve circuit.
Voltage, capacitance, or leakage of the energy-reserve circuit are out-of-tolerance.
Pyro deployment may be compromised.
Energy-reserve backup mode has been activated.
STANDBY_24V_INTERNAL rail is dropping due to loss of Standby power from the Subpack Controllers (SPCs).
Battery Management System Semi (BMSSEMI) and High Voltage DC Link Controller (HVLINK) are running from the onboard Energy Reserve (ER) capacitor backup power.
The HVLINK has diagnosed a short on the DC link.
The absolute value of slosh current from Bus A to Bus B on the DC Link exceeds 2000A
The FC Pyros are deployed. Fast Charge (FC) link is offline and DC link is split
Incorrect, missing, or unsupported board part number programmed.
HVLINK detects an unexpected board part number
HVLINK is unable to initialize parameters related to printed circuit board assembly (PCBA) configuration
Incorrect or missing configuration block programmed.
HVLINK config block may be missing, incorrect, or unsupported
HVLINK is unable to initialize configuration parameters
The HvSense measurement Application-specific Integrated Circuit (ASIC) has a Serial Peripheral Interface (SPI) communication error. This alert provides visibility into the health of the communications interface.
A single HvSense SPI communication error has been detected on the ASIC.
HvSenseAsicFault is at risk of being triggered soon,
VCLEFTS is not reporting to HVLINK on CAN.
VC_rcmLVState is not received by HVLINK within its mia qualification time
HVLINK shall assume VC_rcmLVState = LV_ON