- Neware
- Pine Research
- OKOndt Group
- Novocontrol
- Norecs
- METERTEST
- Microrad
- Metrel
- Labdex
- SDT
- micrux
- AARONIA AG
- ADASH
- Amptek
- AOiP
- AstroNova
- AWSensors
- Automatic Research
- BASI
- BRS
- BWB Technologies
- Cmc
- CTRL
- CALMET
- CHECKLINE
- Coxem
- C-Tech
- DV Power
- DANATRONICS
- ECH
- Elsys
- Enervac
- Enapter
- ELVEFLOW
- EA Technology
- EL-CELL
- ENERGY SUPPORT
- Electrothermal
- FASTEC
- GE
- GMW
- Gaskatel
- GIUSSANI
- Globecore
- GREENLIGHT
- GRZ
- HTW
- HIGH SENSE SOLUTIONSHTW
- HUBER
- Labnics
- Ida
- LIQUID
- Instytut Fotonowy
- KEHUA TECH
- JGG
- HVPD
- Jenway
- Jacomex
- IVIUM
- ndb
- OZM
- Redoxme
- Serstech
- SATIR
- VacCoat
- Zurich
- Neware
- Pine Research
- OKOndt Group
- Novocontrol
- Norecs
- METERTEST
- Microrad
- Metrel
- Labdex
- SDT
- micrux
- AARONIA AG
- ADASH
- Amptek
- AOiP
- AstroNova
- AWSensors
- Automatic Research
- BASI
- BRS
- BWB Technologies
- Cmc
- CTRL
- CALMET
- CHECKLINE
- Coxem
- C-Tech
- DV Power
- DANATRONICS
- ECH
- Elsys
- Enervac
- Enapter
- ELVEFLOW
- EA Technology
- EL-CELL
- ENERGY SUPPORT
- Electrothermal
- FASTEC
- GE
- GMW
- Gaskatel
- GIUSSANI
- Globecore
- GREENLIGHT
- GRZ
- HTW
- HIGH SENSE SOLUTIONSHTW
- HUBER
- Labnics
- Ida
- LIQUID
- Instytut Fotonowy
- KEHUA TECH
- JGG
- HVPD
- Jenway
- Jacomex
- IVIUM
- ndb
- OZM
- Redoxme
- Serstech
- SATIR
- VacCoat
- Zurich
工業用油過濾裝置
INDUSTRIAL OIL PURIFICATION UNIT CMM-2.2LT 型號:CMM-2.2LT-
CMM-2.2LT機組設計用於熱真空乾燥和過濾用於燃氣輪機、燃氣泵組、燃氣發動機壓縮機、變壓器潤滑、密封和液壓控制系統的工業油,並用於去除這些油中的機械雜質和水。
此外,該裝置還可用於用熱變壓器油加熱和乾燥充滿油的電氣設備。
操作原理
由真空驅動的油通過一個過濾細度為200μm的粗濾器,然後進入一個裝有加熱器的真空罐中。從底部到頂部上升,油被加熱,並通過一個特殊的通道蓋子進入腔室的另一部分,直接進入特殊的填充物。接下來,油順著填充物裝置流下,而水份和氣體則通過真空從油中去除。然後,油從罐底通過兩個精細的過濾器被抽出到設備出口。過濾器的過濾細度可以選擇5、3、1或0.3μm。
設計特點
通過將加熱器置於真空罐內,設備被縮小,油加熱過程中的熱損失被減少。真空系統產生的低壓將油引向真空罐。其它部件也採用了新的佈局。這些創新在設備縮減方面產生了良好的效果。
優勢
- 體積小。
- 推車形式,方便移動。
- 容易操作。
- 適用於渦輪機、液壓機、壓縮機和其它類型的各種工業油。
-
Parameter
Value
1. Capacity, m3/h (gpm), not less than
– in thermal vacuum drying and filtration mode
2.2
2.* Processed oil parameters (in several passes):
– total gas content, %, not more than
1.5
– oil moisture mass content, g/t (ppm), not more than
10
– industrial purity class of ISO 4406
-/14/12
3. Max output oil temperature, ºС (ºF)
55
4. Output pressure, bar (psi)
3
5. Oil heater power, kW, not more than
36
6. Max power requirement, kW, not more than
42
7. Electric current parameters
– voltage, V
380
– AC with frequency, Hz
50
– number of phases
3
8. Dimensions, mm (in), not more than
– length
1,050
– width
760
– height
1,470
9. Weight, kg, not more than
420
Note: *At initial parameters of oil:
- volumetric gas content — not more than 10.5%;
- moisture mass content — not more than 0.005% (50 g/t);
- temperature — not lower than 0ºС
- when the oil passes through the unit multiple times.
-
CMM-2.2LT unit is designed for thermal vacuum drying, filtration of industrial oils used in lubrication, sealing, hydraulic control systems of gas turbine and gas pumping units, gas engine compressors, and in transformers, as well as for removal of mechanical impurities and water from those oils.
In addition, the unit may be used for heating and drying the oil-filled electrical devices with hot transformer oil.
Principle of operation
The oil driven by vacuum passes through a coarse filter with the filtration fineness of 200 microns after which it gets inside a vacuum tank where a heater is located. Rising from bottom to top, the oil heats up and gets into the other part of the chamber through a special channeled lid coming directly to special fillers. Next, the oil flows down the fillers, while the moisture vapor and gases are removed from the oil by vacuum. Then, the oil is pumped out through two fine filters from the tank bottom to the unit outlet. The filtration fineness of the filters can be selected at 5, 3, 1, or 0.3 microns.
Design features
The heater is located inside the vacuum tank which made it possible to reduce the unit size and to diminish the heat losses when heating the oil.
The oil is sucked into the vacuum chamber due to the underpressure generated by a vacuum system. A new layout has been applied to the rest of the unit components. All of these innovations have yielded good results in terms of small equipment dimensions.Advantages
- compactness;
- mobility;
- ease of control;
- the purpose of use is to purify various industrial oils of turbine, hydraulic, compressor, and other types
-
Parameter
Value
1. Capacity, m3/h (gpm), not less than
– in thermal vacuum drying and filtration mode
2.2
2.* Processed oil parameters (in several passes):
– total gas content, %, not more than
1.5
– oil moisture mass content, g/t (ppm), not more than
10
– industrial purity class of ISO 4406
-/14/12
3. Max output oil temperature, ºС (ºF)
55
4. Output pressure, bar (psi)
3
5. Oil heater power, kW, not more than
36
6. Max power requirement, kW, not more than
42
7. Electric current parameters
– voltage, V
380
– AC with frequency, Hz
50
– number of phases
3
8. Dimensions, mm (in), not more than
– length
1,050
– width
760
– height
1,470
9. Weight, kg, not more than
420
Note: *At initial parameters of oil:
- volumetric gas content — not more than 10.5%;
- moisture mass content — not more than 0.005% (50 g/t);
- temperature — not lower than 0ºС
- when the oil passes through the unit multiple times.