Corrosion monitoring/alert system
A corrosion monitoring/alerting system includes a chassis. A corrosion monitoring subsystem identifies a current humidity and a current temperature in the chassis, determines that the current humidity is above a corrosion-alert humidity and the current temperature is below a corrosion-alert temperature and, in response, generates a first corrosion alert signal. A corrosion alert subsystem identifies the first corrosion alert signal and, in response, transmits a first recommended corrosion remediation action communication. The corrosion monitoring subsystem may also transmit a test current through a test computing subsystem connection, determine that a test voltage generated in response to transmitting the test current through the test computing subsystem connection is below a corrosion-alert voltage and, response, generate a second corrosion alert signal. The corrosion alert subsystem may identify the second corrosion alert signal and, in response, transmit a second recommended corrosion remediation action communication.
1. A corrosion monitoring/alerting system, comprising:
a chassis;
a corrosion monitoring subsystem that is configured to:
identify a current humidity and a current temperature in the chassis;
determine whether the current humidity is above a corrosion-alert humidity and the current temperature is below a corrosion-alert temperature; and
generate, in response to determining that the current humidity is above the corrosion-alert humidity and the current temperature is below the corrosion-alert temperature, a first corrosion alert signal; and
a corrosion alert subsystem that is coupled to the corrosion monitoring subsystem and that is configured to:
identify the first corrosion alert signal generated by the corrosion monitoring subsystem; and
transmit, in response to identifying the first corrosion alert signal, a first recommended corrosion remediation action communication.
2. The system of claim 1 , wherein the corrosion monitoring subsystem is configured to:
transmit a test current through a test computing subsystem connection;
determine whether a test voltage generated in response to transmitting the test current through the test computing subsystem connection is below a corrosion-alert voltage; and
generate, in response to determining that the test voltage is below the corrosion-alert voltage, a second corrosion alert signal, and wherein the corrosion alert subsystem is configured to:
identify the second corrosion alert signal generated by the corrosion monitoring subsystem; and
transmit, in response to identifying the second corrosion alert signal, a second recommended corrosion remediation action communication.
3. The system of claim 2 , wherein the second corrosion alert signal is generated in response to determining that the current humidity is above the corrosion-alert humidity, the current temperature is below the corrosion-alert temperature, and the test voltage is below the corrosion-alert voltage.
4. The system of claim 2 , further comprising:
a computing subsystem that is housed in the chassis and that is associated with a computing subsystem connection that connects the computing subsystem to a circuit board that is housed in the chassis, wherein the second corrosion alert signal identifies corrosion associated with the computing subsystem connection that connects the computing subsystem to the circuit board.
5. The system of claim 2 , wherein the first recommended corrosion remediation action communication includes at least one of: a filter replacement recommendation and a computing subsystem connection check recommendation, and wherein the second recommended corrosion remediation action communication includes a computing device shutdown recommendation and a computing subsystem connection check recommendation.
6. The system of claim 1 , wherein the corrosion-alert humidity is 90% and the corrosion-alert temperature is 55 degrees Celsius.
7. An Information Handling System (IHS), comprising:
a processing system; and
a memory system that is coupled to the processing system and that includes instructions that, when executed by the processing system, cause the processing system to provide a corrosion monitoring engine that is configured to:
identify a current humidity and a current temperature in a chassis;
determine whether the current humidity is above a corrosion-alert humidity and the current temperature is below a corrosion-alert temperature; and
generate, in response to determining that the current humidity is above the corrosion-alert humidity and the current temperature is below the corrosion-alert temperature, a first corrosion alert signal,
wherein the memory system also includes instructions that, when executed by the processing system, cause the processing system to provide a corrosion alert engine that is configured to:
identify the first corrosion alert signal generated by the corrosion monitoring engine; and
transmit, in response to identifying the first corrosion alert signal, a first recommended corrosion remediation action communication.
8. The IHS of claim 7 , wherein the corrosion monitoring engine is configured to:
transmit a test current through a test computing subsystem connection;
determine whether a test voltage generated in response to transmitting the test current through the test computing subsystem connection is below a corrosion-alert voltage; and
generate, in response to determining that the test voltage is below the corrosion-alert voltage, a second corrosion alert signal, and wherein the corrosion alert engine is configured to:
identify the second corrosion alert signal generated by the corrosion monitoring subsystem; and
transmit, in response to identifying the second corrosion alert signal, a second recommended corrosion remediation action communication.
9. The IHS of claim 8 , wherein the second corrosion alert signal is generated in response to determining that the current humidity is above the corrosion-alert humidity, the current temperature is below the corrosion-alert temperature, and the test voltage is below the corrosion-alert voltage.
10. The IHS of claim 8 , wherein the second corrosion alert signal identifies corrosion associated with a computing subsystem connection that connects a computing subsystem to a circuit board.
11. The IHS of claim 8 , wherein the second recommended corrosion remediation action communication includes a computing device shutdown recommendation and a computing subsystem connection check recommendation.
12. The IHS of claim 7 , wherein the first recommended corrosion remediation action communication includes at least one of: a filter replacement recommendation and a computing subsystem connection check recommendation.
13. The IHS of claim 7 , wherein the corrosion-alert humidity is 90% and the corrosion-alert temperature is 55 degrees Celsius.
14. A method for monitoring and alerting about corrosion in a computing device, comprising:
identifying, by a corrosion monitoring subsystem, a current humidity and a current temperature in a chassis;
determining, by the corrosion monitoring subsystem, whether the current humidity is above a corrosion-alert humidity and the current temperature is below a corrosion-alert temperature;
generating, by the corrosion monitoring subsystem in response to determining that the current humidity is above the corrosion-alert humidity and the current temperature is below the corrosion-alert temperature, a first corrosion alert signal;
identifying, by a corrosion alert subsystem, the first corrosion alert signal generated by the corrosion monitoring engine; and
transmitting, by the corrosion alert subsystem in response to identifying the first corrosion alert signal, a first recommended corrosion remediation action communication.
15. The method of claim 14 , further comprising:
transmitting, by the corrosion monitoring subsystem, a test current through a test computing subsystem connection;
determining, by the corrosion monitoring subsystem, whether a test voltage generated in response to transmitting the test current through the test computing subsystem connection is below a corrosion-alert voltage;
generating, by the corrosion monitoring subsystem in response to determining that the test voltage is below the corrosion-alert voltage, a second corrosion alert signal;
identifying, by the corrosion alert subsystem, the second corrosion alert signal generated by the corrosion monitoring subsystem; and
transmitting, by the corrosion alert subsystem in response to identifying the second corrosion alert signal, a second recommended corrosion remediation action communication.
16. The method of claim 15 , wherein the second corrosion alert signal is generated in response to determining that the current humidity is above the corrosion-alert humidity, the current temperature is below the corrosion-alert temperature, and the test voltage is below the corrosion-alert voltage.
17. The method of claim 15 , wherein the second corrosion alert signal identifies corrosion associated with a computing subsystem connection that connects a computing subsystem to a circuit board.
18. The method of claim 15 , wherein the second recommended corrosion remediation action communication includes a computing device shutdown recommendation and a computing subsystem connection check recommendation.
19. The method of claim 14 , wherein the first recommended corrosion remediation action communication includes at least one of: a filter replacement recommendation and a computing subsystem connection check recommendation.
20. The method of claim 14 , wherein the corrosion-alert humidity is 90% and the corrosion-alert temperature is 55 degrees Celsius.