Vulcanization detection method and relevant equipment

Abstract

The embodiment of the invention provides a vulcanization detection method and relevant equipment. The vulcanization detection method comprises the following steps that: monitoring equipment acquires vulcanization resistor information reported by at least one single plate, wherein the vulcanization resistor information comprises the number of vulcanization resistors and the positions of the vulcanization resistors; the monitoring equipment judges whether the number of the vulcanization resistors is larger than or equal to a preset first numerical value; if so, the monitoring equipment determines that vulcanization occurs in a communication machine room, and outputs prompt information indicating that the vulcanization occurs in the communication machine room, wherein the prompt information comprises the number of the vulcanization resistors and / or the positions of the vulcanization resistors. By adopting the vulcanization detection method and the relevant equipment in the embodiment of the invention, the vulcanization condition of the communication machine room can be determined rapidly, and the real-time performance of vulcanization detection is improved.

Description

technical field [0001] The invention relates to the field of electronic technology, in particular to a sulfuration detection method and related equipment. Background technique [0002] Electronic products working in a sulfur-containing environment for a long time will cause vulcanization of components such as resistors. The vulcanization of components such as resistors may cause the system to fail to operate normally. It is a very important task to maintain the environment of the computer room and ensure the normal operation of the system. [0003] At present, there are two commonly used methods for detecting whether the equipment room is vulcanized. The first one is the qualitative evaluation of hanging copper sheet analysis, that is, in the typical location of the equipment room (such as the door, the vent, near the suspected sulfur source, near the key equipment, etc.) Place the copper sheet for a long time (generally 30 days). By observing the corrosion degree of the co...

AI Technical Summary

Problems solved by technology

The second is to pass the air in the computer room through the absorption liquid (or absorption pipe) to absorb the sulfur-containing gas in the air to obtain the content of sulfur in the air, and then divide it by the volume of the passing gas to obtain the concentration of sulfur in the air, that is For quantitative calculations, the entire detection process takes a long time (usually 15 days)

However, the first scheme has a long detection cycle and low precision, and the second scheme has a long detection cycle and high cost, and it needs to be completed by professionals, which is complicated to operate

It can be seen that the existing vulcanization detection method takes too long and has low efficiency

Images