Consumer Product Recalls

Hazard: A battery short circuit increases the risk of a fire.

Hazard: An overheated high voltage battery contactor may cause the vehicle to lose drive power, increasing the risk of a crash.

Hazard: A loss of drive power increases the risk of a crash.

Hazard: An undetected low battery charge can result in a loss of electrical accessories such as hazard lights, or cause a loss of drive power, increasing the risk of a crash.

Hazard: A loss of drive power increases the risk of a crash. In addition, a disconnected half shaft can result in a vehicle rollaway if the parking brake is not applied, increasing the risk of a crash or injury.

Hazard: A loss of drive power increases the risk of a crash.

Hazard: Unintended illumination of the brake lights may confuse other drivers, increasing the risk of a crash.

Hazard: An instrument panel that does not illuminate critical safety information, such as the speedometer or warning lights, can increase the risk of a crash.

Hazard: An incorrect GAWR and an inadequate tire and rim combination can lead to unintentionally overloading the vehicle, increasing the risk of a crash.

Hazard: Exhaust fumes inside the cabin increases the risk of injury or death from carbon monoxide poisoning. In addition, a detached exhaust tip can become a road hazard for other road users, increasing the risk of a crash.

Hazard: Failure to display the gear position may result in a vehicle rollaway if the parking brake is not engaged, increasing the risk of a crash.

Hazard: The recalled baby loungers violate the federal safety regulations for Infant Sleep Products because the sleeping pad is too thick, posing a suffocation hazard; an infant could fall out of an enclosed opening at the sides of the lounger or become entrapped; and the sides are too low to contain the infant and the loungers do not have a stand, posing a fall hazard. These violations create an unsafe sleeping environment for infants.

Hazard: The recalled high chairs pose a fatal suffocation risk because they were marketed, intended, or designed for infant sleep, and they have an incline angle greater than 10 degrees in violation of the federal Safe Sleep for Babies Act. In addition, the high chair poses a deadly entrapment hazard because the opening between the seat and tray is large enough that a child can become entrapped in it, which is a violation of the federal regulations for high chairs.

Hazard: The recalled auto belay device can fail to retract, posing a fall hazard and risk of serious injury or death.

Hazard: A fuse within the avalanche transceiver can be defective and cause power to drain from the battery, posing a risk of loss of emergency communication which could result in serious injury or death.

Hazard: The wall sconce's electrical wires can become damaged at the adjustable joints, posing a risk of electric shock.

Hazard: The recalled children’s pajama sets and robes violate the flammability regulations for children’s sleepwear, posing a risk of burn injuries and death to children.

Hazard: The recalled combiner cables can malfunction when used with Nomad-series solar panels, posing a fire hazard.

Hazard: The recalled pajamas violate the flammability regulations for children's sleepwear, posing a risk of burn injuries to children.

Hazard: The boilers can release carbon monoxide (CO) due to delayed ignitions or component damage, posing a risk of serious injury or death.

Hazard: The aerostem fork steerer tube on the recalled bicycles can crack or break, posing fall and injury hazard.

Hazard: Under very rare situations, the Dexcom G6 touchscreen receiver may not provide high or low glucose alarms/alerts as designed, which can result in two different conditions. First, if a receiver operating system .net error occurs when an alarm/alert should be triggered, the initial alarm/alert will not be delivered until a subsequent alarm/alert is triggered. At that time, the initial alarm/alert is delivered, but not the second one. Alarm/alerts will continue to be delayed and be one alarm/alert behind, causing delayed alarm/alerts until the receiver is reset. This condition could result in the missed detection of a hyperglycemic or hypoglycemic event. Second, a single EGV reading may be delayed for 5 minutes after the initial .net operating system error. If the user receives a single EGV reading delayed by 5 minutes, the delay is not expected to cause user harm.

Hazard: Under very rare situations, the Dexcom G6 touchscreen receiver may not provide high or low glucose alarms/alerts as designed, which can result in two different conditions. First, if a receiver operating system .net error occurs when an alarm/alert should be triggered, the initial alarm/alert will not be delivered until a subsequent alarm/alert is triggered. At that time, the initial alarm/alert is delivered, but not the second one. Alarm/alerts will continue to be delayed and be one alarm/alert behind, causing delayed alarm/alerts until the receiver is reset. This condition could result in the missed detection of a hyperglycemic or hypoglycemic event. Second, a single EGV reading may be delayed for 5 minutes after the initial .net operating system error. If the user receives a single EGV reading delayed by 5 minutes, the delay is not expected to cause user harm.

Hazard: Under very rare situations, the Dexcom G6 touchscreen receiver may not provide high or low glucose alarms/alerts as designed, which can result in two different conditions. First, if a receiver operating system .net error occurs when an alarm/alert should be triggered, the initial alarm/alert will not be delivered until a subsequent alarm/alert is triggered. At that time, the initial alarm/alert is delivered, but not the second one. Alarm/alerts will continue to be delayed and be one alarm/alert behind, causing delayed alarm/alerts until the receiver is reset. This condition could result in the missed detection of a hyperglycemic or hypoglycemic event. Second, a single EGV reading may be delayed for 5 minutes after the initial .net operating system error. If the user receives a single EGV reading delayed by 5 minutes, the delay is not expected to cause user harm.

Hazard: Product may contain surface and subsurface contamination of Listeria monocytogenes which is typically visible immediately upon removal from the packaging, appearing on the blood side of the biplate.

Hazard: Product may contain surface and subsurface contamination of Listeria monocytogenes which is typically visible immediately upon removal from the packaging, appearing on the blood side of the biplate.

Hazard: There is over-molding that stabilizes the connection between the cable and cable-entry on the mattress. It turns out that after about a year of use, the connector cable on the mattress can experience the same type of deflection that caused the intermittent connection with the cables connecting to the ESU.

Hazard: There is over-molding that stabilizes the connection between the cable and cable-entry on the mattress. It turns out that after about a year of use, the connector cable on the mattress can experience the same type of deflection that caused the intermittent connection with the cables connecting to the ESU.

Hazard: There is over-molding that stabilizes the connection between the cable and cable-entry on the mattress. It turns out that after about a year of use, the connector cable on the mattress can experience the same type of deflection that caused the intermittent connection with the cables connecting to the ESU.

Hazard: Inconsistency in the use of Density uncertainty in the RayStation functions Robust optimization, Robust evaluation and Compute perturbed dose for proton and light ion treatment plans when a HU-to-mass density CT calibration curve used in RayStation version 4.5 to 2024B including some service packs.