Next Generation
Ozone Generator
GP Ozone Generator
Next generation Ozone Generators Developed by Arcbull Ozone Generators and Elit Food & Consultant A.Ş
MEO SRV 2
Solenoid Valve Control
Capacity: 80 gr / m3 Power
Consumption: 0.75 Kw / hour
Ozone Generator: 160 cm x 60 cm x 60 cm
Working Conditions:
System room ; It should be at room temperature, moisture-free and a clean environment.
Technical Specification
|
1- High ionization reactors; Thanks to the New Generation Corona-disharge technology, it does not produce toxic gas and has a long life. (This feature has been proved by the analyzes conducted at the university.) 2- High ionization reactors are powered by an independent high voltage transformer. 3- High ionization reactors have low energy consumption. 4- In case of failure in any of the multiple reactors, the other reactors continue to operate 5- Gas production concentration can be adjusted in the ozone generator 6- Fan cooling is used in the device and it is inside the cabinet. 7- Durable teflon or stainless steel materials are used in the gas line. 8- Ozone generator is PLC controlled. 9- It has leakage current protection. 10- The device performs temperature control. 11- Device temperature and numerical reactor active value are displayed on the screen. 12- There is an emergency off button to turn off the device in emergencies. 13- Device supply voltage is 220 Volt, 50 Hz. 14- The oxygen supply of the ozone device is made by the oxygen concentrator. An external oxygen system is used. Fan cooling is used in the cabin. 15- Oxygen Concentrator can produce 90% -92% purity oxygen gas. 16- Oxygen Concentrator gas flow rate is adjusted to 1 – 5 liters / minute flow. |
MEO SRV 3
Solenoid Valve Control
Capacity: 120 gr / m3 Power
Consumption: 1 Kw / hour
Ozone Generator: 180 cm x 60 cm x 60 cm
Working Conditions:
System room; It should be at room temperature, moisture-free and a clean environment.
Technical Specifications
|
1- High ionization reactors; Thanks to the New Generation Corona-disharge technology, it does not produce toxic gas and has a long life. (This feature has been proved by the analyzes conducted at the university.) 2- High ionization reactors are powered by an independent high voltage transformer. 3- High ionization reactors have low energy consumption. 4- In case of failure in any of the multiple reactors, the other reactors continue to operate 5- Gas production concentration can be adjusted in the ozone generator 6- Fan cooling is used in the device and it is inside the cabinet. 7- Durable teflon or stainless steel materials are used in the gas line. 8- Ozone generator is PLC controlled. 9- It has leakage current protection. 10- The device performs temperature control. 11- Device temperature and numerical reactor active value are displayed on the screen. 12- There is an emergency off button to turn off the device in emergencies. 13- Device supply voltage is 220 Volt, 50 Hz. 14- The oxygen supply of the ozone device is made by the oxygen concentrator. An external oxygen system is used. Fan cooling is used in the cabin. 15- Oxygen Concentrator can produce 90% -92% purity oxygen gas. 16- Oxygen Concentrator gas flow rate is adjusted to 1 – 5 liters / minute flow. |
MEO SRV 4
Solenoid Valve Control
Capacity: 160 gr / m3 Power
Consumption: 1,5 Kw / hour
Ozone Generator: 160 cm x 120 cm x 60 cm
Working Conditions:
System room ; It should be at room temperature, moisture-free and a clean environment.
Technical Specifications
|
1- High ionization reactors; Thanks to the New Generation Corona-disharge technology, it does not produce toxic gas and has a long life. (This feature has been proved by the analyzes conducted at the university.) 2- High ionization reactors are powered by an independent high voltage transformer. 3- High ionization reactors have low energy consumption. 4- In case of failure in any of the multiple reactors, the other reactors continue to operate 5- Gas production concentration can be adjusted in the ozone generator 6- Fan cooling is used in the device and it is inside the cabinet. 7- Durable teflon or stainless steel materials are used in the gas line. 8- Ozone generator is PLC controlled. 9- It has leakage current protection. 10- The device performs temperature control. 11- Device temperature and numerical reactor active value are displayed on the screen. 12- There is an emergency off button to turn off the device in emergencies. 13- Device supply voltage is 220 Volt, 50 Hz. 14- The oxygen supply of the ozone device is made by the oxygen concentrator. An external oxygen system is used. Fan cooling is used in the cabin. 15- Oxygen Concentrator can produce 90% -92% purity oxygen gas. 16- Oxygen Concentrator gas flow rate is adjusted to 1 – 5 liters / minute flow. |
MEO SRV 6
Solenoid Valve Control
Capacity: 360 gr / m3 Power
Consumption: 2.2 Kw / hour
Ozone Generator: 60 cm x 120 cm x 160 cm
Oxygen Generator: 60 cm x 60cm x 190cm
Working Conditions:
System room; It should be at room temperature, moisture-free and a clean environment.
Technical Specifications
|
1- High ionization reactors; Thanks to the New Generation Corona-disharge technology, it does not produce toxic gas and has a long life. (This feature has been proved by the analyzes conducted at the university.) 2- High ionization reactors are powered by an independent high voltage transformer. 3- High ionization reactors have low energy consumption. 4- In case of failure in any of the multiple reactors, the other reactors continue to operate 5- Gas production concentration can be adjusted in the ozone generator 6- Fan cooling is used in the device and it is inside the cabinet. 7- Durable teflon or stainless steel materials are used in the gas line. 8- Ozone generator is PLC controlled. 9- It has leakage current protection. 10- The device performs temperature control. 11- Device temperature and numerical reactor active value are displayed on the screen. 12- There is an emergency off button to turn off the device in emergencies. 13- Device supply voltage is 220 Volt, 50 Hz. 14- The oxygen supply of the ozone device is made by the oxygen concentrator. An external oxygen system is used. Fan cooling is used in the cabin. 15- Oxygen Concentrator can produce 90% -92% purity oxygen gas. 16- Oxygen Concentrator gas flow rate is adjusted to 1 – 5 liters / minute flow. |
MEO SRV 10
Solenoid Valve Control
Capacity: 400 gr / m3 Power Consumption: 3.3 Kw / hour Ozone Generator: 160 cm x 120 cm x 160 cm Oxygen Generator: 60 cm x 60cm x 190cm Work conditions : System Room; It should be a clean, moisture-free environment at room temperature.Technical specifications
|
1- High ionization reactors; Thanks to the New Generation Corona-disharge technology, it does not produce toxic gas and has a long life. (This feature has been proved by the analyzes conducted at the university.) 2- High ionization reactors are powered by an independent high voltage transformer. 3- High ionization reactors have low energy consumption. 4- In case of failure in any of the multiple reactors, the other reactors continue to operate 5- Gas production concentration can be adjusted in the ozone generator 6- Fan cooling is used in the device and it is inside the cabinet. 7- Durable teflon or stainless steel materials are used in the gas line. 8- Ozone generator is PLC controlled. 9- It has leakage current protection. 10- The device performs temperature control. 11- Device temperature and numerical reactor active value are displayed on the screen. 12- There is an emergency off button to turn off the device in emergencies. 13- Device supply voltage is 220 Volt, 50 Hz. 14- The oxygen supply of the ozone device is made by the oxygen concentrator. An external oxygen system is used. Fan cooling is used in the cabin. 15- Oxygen Concentrator can produce 90% -92% purity oxygen gas. 16- Oxygen Concentrator gas flow rate is adjusted to 1 – 5 liters / minute flow. |
