IMD Magnetic Centrifugal Pump
Specifications
Flow rate : 1~160 m3/h ; 4.4-704GPM
Total delivery head : 17~62m ; 17-203feet
Temperature range : -20 °C to 100 °C (-4°F to 212 °F)

Application
- Application : Corrosive, pure and contaminated media in chemical industries. Pharmaceutic and petrochemical industries. In metal
processing, waste water treatment etc. When Stainless steel is not sufficiently resistant. An alternative for expensive haste alloy, titanium
alloy pumps. When anti-adhesive surfaces are important.
- Pumping Liquid : Strong corrosive liquids. Aggressive, explosive and toxic liquids. Volatile chemicals. Flammable liquids. Difficult-
to-seal liquids

Design Feature
- Economic and Reliable Design Feature
1. Sealess design and free leakage. Without shaft seal and driving through by magnetic coupling, which avoid leakage.
2. Compact structure. Close-coupled design, magnetic coupling connect to motor shaft end directly, without rolling bearing loss. High
efficiency and low noise. Reduce installation space and easily assembly.
3. Convenient maintenance. Pull-back construction, which allows easy on-site maintenance, no need to dis-assembly pipes,
4. No magnetic eddy current heating. Spacer sleeve made of Carbon-fiber-reinforced plastic [CFRP],With high-strength mechanical
property, free from the magnetic eddy current phenomenon.Inspection and maintenance work.
- The Pump Housing
1. Virgin Fluoroplastic : Considerably easier and more reliable quality control. No reduction in the permeation resistance. Pure pharmaceutical
and fine chemical media no contamination
2. With ductile cast iron casing absorbs all the hydraulic and pipework-forces. According to DIN/ISO5199/Europump 1979 standard. Comparing
to plastic pumps, no expansion joints are required. Flange with service-minded through holes to DIN; ANSI, BS; JIS. For flushing system and
monitoring device as required, the draining nozzle will be offered.
- Spacer sleeve made of Carbon-fiber-reinforced plastic [CFRP]
1. The metal-free system does not induce any eddy currents and thus avoids unnecessary heat generation. Efficiency and operational reliability
benefit from this. Even low flow rates or media near their boiling point can therefore be conveyed without the introduction of heat.
- Closed Impeller
1. Closed impeller with flow-optimized vane channels: for high efficiency and low NPSH values. The metal core is protected by a thick-walled
seamless plastic lining, the large metal core and increase the mechanical strength considerably even at elevated temperature and high flow rates.
Secured screw connection to the shaft to against loosening if the pump is started up in the wrong direction of rotation or in the case of back-
flowing media
- Bearing
1. Pure SSIC bearing make a decisive contribution to operational reliability and the long service life of the pump. pure SSIC as a base material
produces maximum
2. dimensional stability. SSIC is extremely resistant to corrosion and abrasion