Shenhai-iVakadinadina ni Kacabote
iTuvatuva Vakamisini
| Executive standards | iVakatagedegede ni veitaqomaki |
| iVakatakilakila ni ivakadinadina ni kacabote | IP66 |
| Power supply | Ex de ib [ib] P II BT4 Gb, Ex de ib [ib] P II CT4 Gb, DIP A20 TA T4 |
| iVakatagedegede ni veitaqomaki | 220V AC ± 10%, 50Hz or AC 380V ± 10%, 50Hz or according to user requirements |
| Sound and light alarm when the concentration of hazardous gases in the cabin exceeds the limit (25% LEL) |
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| Sound and light alarm when the concentration of toxic gas in the cabin exceeds the limit (12.5ppm) | |
| Normal indoor pressure value | 30-100pa |
| Appearance material | sitila kaboni, sitila stainless |
| External dimensions | customized according to user requirements |
iYaya ni iYaya
Our company’s series of explosion-proof analysis cabins adopt a forced ventilation positive pressure explosion-proof method to prevent explosion hazards caused by the release of combustible gases inside and explosive environments outside. The analysis cabin adopts a steel structure, with both inner and outer walls made of steel plates and an insulation layer in the middle. The analysis cabin is suitable for explosive environments in Class II, iWasewase 1 or Zone 2 locations in industries such as petroleum and chemical engineering.
The system consists of the following six parts:
A. The main body of the analysis room (double layer structure, filled with insulation and fireproof materials in the middle)
B. Indoor hazardous gas concentration monitoring system
C. Audible and visual alarm interlocking system
D. The lighting, cagi, air conditioning, maintenance sockets, and other public equipment of the analysis cabin are powered by industrial power sources. The analyzer system, installation detection alarm, and interlocking system are powered by UPS power supply.
E. Instrument power supply system
F. Public power supply system
It can measure and monitor various physical quantities such as parameters, veivakasaurarataki, ivakarau ni katakata, kei na so tale. in the circuit, and can be achieved by installing various explosion-proof meters or secondary instruments inside.
Explosion proof (electromagnetic starting) distribution device (voltage reduction) that can meet high current requirements.
It can achieve automatic or manual switching of circuits for two or multiple power supply lines.
Select the corresponding explosion-proof electrical combination based on the electrical schematic diagram and main technical parameters provided by the user, determine the external dimensions of the distribution cabinet, and meet the on-site needs of the user.
iTuvaki e Gadrevi
1. iWasewase 1 kei na iWasewase 2 suitable for kacabote gas environments;
2. Suitable for environments with Class IIA, IIB, and IIC explosive gases;
3. Veiganiti kei na sega ni vakataotaki rawa dust environments in zones 20, 21, kei na 22;
