Shenhai-iVakadinadina ni Kacabote
Kalasi A iyaya e lesi me baleta na iWasewase ni Kacabote ni Kuvu 21 e kilai ena ivakarau levu duadua ni TA 85°C. Ena veivanua e dodonu me tarovi kina na kacabote, na cagi e rawa ni tiko kina na iyaya rawarawa ka kacabote me vaka na gasa, katakata, kuvu ni soso, kei na kakana. Explosions can occur when these substances come into contact with sparks, yameyame ni buka, certain temperatures, or specific air pressures. It is therefore critical to take measures to prevent such explosions.
| iWasewase 20 | iWasewase 21 | iWasewase 22 |
|---|---|---|
| E dua na draki vakadomobula e macawa ka dau basika tikoga ena mataqali o kuvu ni soso, e tiko ena dua na gauna balavu se vakawasoma. | Na veivanua e dau basika kina na vanua vakadomobula e macawa se dau basika ena so na gauna ena mataqali o kuvu ni soso ena gauna ni veisele. | Ena iwalewale ni veisele, e dua na ituvaki vakadomobula e macawa ena kena ivakarau na o kuvu ni soso ena sega ni rawa ni yaco ena veivanua e tiko kina na iyaya ni cakacaka ena dua na gauna lekaleka. |
This highlights the importance of adhering to strict safety standards, especially in industrial environments where kacabote materials are present. The use of Class A devices, with their specified maximum surface ivakarau ni katakata, is a key strategy in mitigating the risk of explosions. These devices are designed to operate safely within explosive atmospheres by limiting their surface temperatures below the ignition temperatures of the surrounding sega ni vakataotaki rawa iyaya.
The implementation of such safety protocols ensures that operations in hazardous areas remain secure and explosion-free, thereby protecting both personnel and infrastructure.