loading
MSH-F-440-CCV-5-V38-A-BT
MEIBAO
Technical parameter
Head: 0-31m
Flow rate: 0-875L/min
Material: GFRPP, CFRPPP, PVDF, ETFE
Voltage: 220V/380V
3 Innovations:
1/ GFRPP, CFRPP, PVDF, ETFE materials. Excellent corrosion resistance.
2/ Shaft seal-free design, so that magnetic pumps say goodbye to leakage .
3/ Adopt high-quality magnets of Ru-Fe-B and Sm-Co, high temperature resistance, strong magnetic force .
4/ Volute design, impedance internal friction is reduced, noise is reduced.
Model Description:
1-Model number: MSH, MSHG
2-Pump body material: F-GFRPP, C-CFRPP, E-ETFE, P-PVDF
3-Inlet and outlet diameter: 44: 40x40mm, 45: 50x40mm, 46: 65x50mm
4-Horsepower: 0: 1/2HP, 1: 1HP, 2: 2HP, 3: 3HP, 5: 5HP
5-Pump shaft material: S-SIC, C-CERAMIC, T-TITANIUM (Ti)
6-Bearing material: C-CARBON, P-PTFE, S- SIC
7-Rubber material: E-EPDM, V-VITON
8-Frequency: 5-50Hz, 6-60Hz
9-Voltage: V38: 220V/380V/3Ф, V44: 220V/440V/3Ф,V41: 208V/415V/3Ф
10-Liquid specific gravity limit: 50HZ: A-1.2, B-1.5, C-2.0 60HZ: D-1.2, E-1.5, F-2.0
11-Motor explosion-proof level: CT4-ExdIICT4, BT4-ExdIIBT4
Comprehensive technical upgrade
1.The pump head and the motor connection foot are integrally formed, which is stable and firm, has a long service life, and is easier to maintain and disassemble.
2. The medium magnetic drive, no shaft seal design, good sealing, will not cause chemical leakage.
3.The impeller and the inner magnet are integrally formed to strengthen the impeller strength and improve efficiency.
4.The combined RF type flange that can adjust the direction of the screw hole arbitrarily not only provides convenient piping, but also avoids flange deformation caused by piping pressure and leakage.
5.By accurately setting the relative position of the passive magnet and the active magnet, the position of the magnetic capsule can be effectively controlled by magnetic force. Even when idling, the rear end of the bearing will not contact the rear thrust ring. This structure effectively suppresses the generation of friction and ensures the lubrication of the friction part.
6.The front and rear shells of the pump are designed as partial volute shapes. After assembly, the overall ideal spiral-shaped chamber is obtained, which effectively suppresses the leakage caused by the liquid ejected from the impeller flowing back into the pump chamber again, thereby guiding the liquid to the pump outlet smoothly and efficiently.
Technical parameter
Head: 0-31m
Flow rate: 0-875L/min
Material: GFRPP, CFRPPP, PVDF, ETFE
Voltage: 220V/380V
3 Innovations:
1/ GFRPP, CFRPP, PVDF, ETFE materials. Excellent corrosion resistance.
2/ Shaft seal-free design, so that magnetic pumps say goodbye to leakage .
3/ Adopt high-quality magnets of Ru-Fe-B and Sm-Co, high temperature resistance, strong magnetic force .
4/ Volute design, impedance internal friction is reduced, noise is reduced.
Model Description:
1-Model number: MSH, MSHG
2-Pump body material: F-GFRPP, C-CFRPP, E-ETFE, P-PVDF
3-Inlet and outlet diameter: 44: 40x40mm, 45: 50x40mm, 46: 65x50mm
4-Horsepower: 0: 1/2HP, 1: 1HP, 2: 2HP, 3: 3HP, 5: 5HP
5-Pump shaft material: S-SIC, C-CERAMIC, T-TITANIUM (Ti)
6-Bearing material: C-CARBON, P-PTFE, S- SIC
7-Rubber material: E-EPDM, V-VITON
8-Frequency: 5-50Hz, 6-60Hz
9-Voltage: V38: 220V/380V/3Ф, V44: 220V/440V/3Ф,V41: 208V/415V/3Ф
10-Liquid specific gravity limit: 50HZ: A-1.2, B-1.5, C-2.0 60HZ: D-1.2, E-1.5, F-2.0
11-Motor explosion-proof level: CT4-ExdIICT4, BT4-ExdIIBT4
Comprehensive technical upgrade
1.The pump head and the motor connection foot are integrally formed, which is stable and firm, has a long service life, and is easier to maintain and disassemble.
2. The medium magnetic drive, no shaft seal design, good sealing, will not cause chemical leakage.
3.The impeller and the inner magnet are integrally formed to strengthen the impeller strength and improve efficiency.
4.The combined RF type flange that can adjust the direction of the screw hole arbitrarily not only provides convenient piping, but also avoids flange deformation caused by piping pressure and leakage.
5.By accurately setting the relative position of the passive magnet and the active magnet, the position of the magnetic capsule can be effectively controlled by magnetic force. Even when idling, the rear end of the bearing will not contact the rear thrust ring. This structure effectively suppresses the generation of friction and ensures the lubrication of the friction part.
6.The front and rear shells of the pump are designed as partial volute shapes. After assembly, the overall ideal spiral-shaped chamber is obtained, which effectively suppresses the leakage caused by the liquid ejected from the impeller flowing back into the pump chamber again, thereby guiding the liquid to the pump outlet smoothly and efficiently.
1/GFRPP, CFRPPP, PVDF, ETFE materials have excellent corrosion resistance.
2/No shaft seal design, allowing the magnetic pump to bid farewell to leakage.
3. Use high-quality magnets made of Ru iron boron and samarium cobalt, which are resistant to high temperatures and have strong magnetic force
4/Spiral case design reduces impedance internal friction and reduces noise.
1/GFRPP, CFRPPP, PVDF, ETFE materials have excellent corrosion resistance.
2/No shaft seal design, allowing the magnetic pump to bid farewell to leakage.
3. Use high-quality magnets made of Ru iron boron and samarium cobalt, which are resistant to high temperatures and have strong magnetic force
4/Spiral case design reduces impedance internal friction and reduces noise.
※ The pump head and motor connection base are formed as a whole, stable and firm, with a long service life, and easier and more convenient maintenance and disassembly.
※ Magnetic drive, no shaft seal design, good sealing performance, and will not cause chemical leakage. ※ The impeller and inner magnet are integrated to enhance the strength of the impeller and improve efficiency.
※ The combined RF flange with adjustable screw hole direction can not only provide convenient piping, but also avoid flange deformation and leakage caused by piping pressure.
By accurately setting the relative position of the passive magnet and the active magnet, magnetic control can be effectively carried out on the position of the magnetic bag. Even during idle operation, the rear end of the bearing will not come into contact with the rear thrust ring. This structure effectively suppresses the generation of friction heat and ensures lubrication of the friction part.
※ The front and rear casing of the pump are designed in a partial volute shape, and after assembly, an ideal spiral shaped chamber is obtained, effectively suppressing the leakage phenomenon caused by the liquid sprayed from the impeller returning to the pump chamber, thereby guiding the liquid smoothly and efficiently to the pump outlet.
※ The pump head and motor connection base are formed as a whole, stable and firm, with a long service life, and easier and more convenient maintenance and disassembly.
※ Magnetic drive, no shaft seal design, good sealing performance, and will not cause chemical leakage. ※ The impeller and inner magnet are integrated to enhance the strength of the impeller and improve efficiency.
※ The combined RF flange with adjustable screw hole direction can not only provide convenient piping, but also avoid flange deformation and leakage caused by piping pressure.
By accurately setting the relative position of the passive magnet and the active magnet, magnetic control can be effectively carried out on the position of the magnetic bag. Even during idle operation, the rear end of the bearing will not come into contact with the rear thrust ring. This structure effectively suppresses the generation of friction heat and ensures lubrication of the friction part.
※ The front and rear casing of the pump are designed in a partial volute shape, and after assembly, an ideal spiral shaped chamber is obtained, effectively suppressing the leakage phenomenon caused by the liquid sprayed from the impeller returning to the pump chamber, thereby guiding the liquid smoothly and efficiently to the pump outlet.
MSH F 44 0 C C V 5 V38 A BT
1- Model number: MSH, MSHG
2- Pump body material: F-GFRPP, C-CFRPPP, E-ETFE, P-PVDF
3- Outlet diameter: 44:40x40mm, 45:50x40mm, 46:65x50mm
4- Horsepower: 0:1/2HP, 1:1HP, 2:2HP, 3:3HP, 5:5HP
5- Pump shaft material: S-SIC, C-CERAMIC, T-TITANIUM (Ti)
6- Bearing material: C-CARBON, P-PTFE, S-SIC
7- Rubber material: E-EPDM, V-VITON
8- Frequency: 5-50Hz, 6-60Hz
9- Voltage: V38: 220V/380V/3 Φ， V44: 220V/440V/3 Φ， V41: 208V/415V/3 Φ
10- Liquid specific gravity limit: 50HZ: A-1.2, B-1.5, C-2.0, 60HZ: D-1.2, E-1.5, F-2.0
11- Motor explosion-proof level: CT4 ExdIICT4, BT4 ExdIIBT4
MSH F 44 0 C C V 5 V38 A BT
1- Model number: MSH, MSHG
2- Pump body material: F-GFRPP, C-CFRPPP, E-ETFE, P-PVDF
3- Outlet diameter: 44:40x40mm, 45:50x40mm, 46:65x50mm
4- Horsepower: 0:1/2HP, 1:1HP, 2:2HP, 3:3HP, 5:5HP
5- Pump shaft material: S-SIC, C-CERAMIC, T-TITANIUM (Ti)
6- Bearing material: C-CARBON, P-PTFE, S-SIC
7- Rubber material: E-EPDM, V-VITON
8- Frequency: 5-50Hz, 6-60Hz
9- Voltage: V38: 220V/380V/3 Φ， V44: 220V/440V/3 Φ， V41: 208V/415V/3 Φ
10- Liquid specific gravity limit: 50HZ: A-1.2, B-1.5, C-2.0, 60HZ: D-1.2, E-1.5, F-2.0
11- Motor explosion-proof level: CT4 ExdIICT4, BT4 ExdIIBT4
