Mizztech CQL stainless steel magnetic pump

The main advantages of CQL stainless steel magnetic pump include.

Leak-free design: power is transmitted through magnetic coupling, eliminating the risk of leakage in traditional pumps due to mechanical seal failure and improving the safety of the working environment.
CORROSION RESISTANCE: Made of high quality stainless steel material, it has excellent corrosion resistance and is capable of handling a variety of corrosive liquids, including acids, alkalis and salts. Suitable for chemical, petroleum and food industries.
High efficiency and energy saving: the use of magnetic coupling transmission, without direct connection between the drive shaft and the pump shaft, reducing friction and energy loss, improving the efficiency of energy utilization and reducing operating costs.
Which pump to choose depends on the specific application scenario and needs. If you pay more attention to the pump’s corrosion resistance and energy efficient features, stainless steel magnetic pump is a better choice. Both have their own advantages, there is no absolute advantage and disadvantage, the key is to choose the most suitable pump according to the specific application conditions!

Stainless steel magnetic pump is a kind of pump using magnetic drive technology, its main features include strong corrosion resistance and no mechanical seal. The pump body and key components are usually made of 304 or 316 stainless steel, which have excellent corrosion and high temperature resistance. The magnetic drive system is driven by internal and external magnetic coupling, eliminating the need for conventional mechanical seals and thus dramatically reducing the risk of leakage and the need for maintenance.

This type of pump works by transmitting power through the magnetic coupling between an external motor-driven magnetic field and an internal rotor, enabling the transfer of liquids. The lack of direct mechanical contact reduces energy loss and system maintenance, while increasing pump safety and efficiency. Magnetic pumps perform particularly well when handling toxic, corrosive or valuable liquids.

Stainless steel magnetic pumps are widely used in the chemical, food, beverage, pharmaceutical and oil and gas industries for transferring a variety of liquids such as chemicals, hot beverages, and medicinal liquids. It is necessary to regularly check the pump body, magnetic coupling and sealing status during use, avoid dry running, and ensure proper installation to ensure the long-term stable operation of the pump.

Scope of use

1、Pressure Limit:The pressure limit of the pump is 1.6MP, note that the output pressure of the pump should not exceed the pressure limit.
2、Operating temperature:-20℃<100℃:ambient temperature change range:0~40℃;ambient temperature change range:35~85%RH.
3, prohibit the conveyor belt with particles and crystallization of the media, prohibit the conveyor will produce a large number of air bubbles of the media.
4、Effect of medium viscosity on the performance of the pump:When the output wave body changes, the performance of the pump also changes.
Precautions before use
It is strictly prohibited to take the method of closing or adjusting the inlet valve to control the flow, to avoid damage to the impeller and other parts.
Magnetic pumps are prohibited from idling, and the minimum flow rate should be controlled at 35% of the design point when the pump is running.
2、If vapor corrosion occurs when the pump is running, it must be shut down within one minute.
3, it is recommended that continuous operation; often on / off the opportunity to lead to a significant decline in the life of the pump. If intermittent use is required, do not turn on/off the pump more than 5 times an hour.CQL
The temperature change of the medium should be controlled within 45℃, too high temperature rise/fall may lead to the damage of the pump parts (such as shafts, bearings).
5、If there is a sudden power failure when the pump is running, the power must be turned off immediately and the outlet valve must be closed.
6、The noise of the pump is ≤85dB.

Startup and operation

1、Fill the pump with the medium to be conveyed in advance, and after the pipeline installation is completed, turn on the power supply, and check whether the pump is running flexibly and whether the steering direction is the same as that indicated by the indication of the steering direction. 2、Close the outlet valve to start the pump (shut down the valve to start), and then adjust the outlet valve so as to make the pump reach the specified flow rate. 3、The unit is in trial operation for 5~5 minutes, and then the outlet valve must be shut down immediately to make the pump reach the specified flow rate.
3、Test run the unit for 5~10 minutes, if there is no abnormality, it can be put into operation.
4、When shutting down, close the outlet valve first, and then cut off the power supply.

Product Structure Diagram

①Cashing ②Cashing gasket ③Impeller locking bolt ④Impeller
⑤Thrust ring assembly ⑥Shaft sleeve ⑦Pump shaft ⑧Base
⑨Pump cover combinations ⑩Magnetic couplings ⑪Rotor assemblies
⑫Locknuts ⑬Isolation sleeve ⑭Bracket ⑮Motor

“Highly efficient and energy-saving with low maintenance requirements, our pumps are ideal for chemical, food, pharmaceutical, and various other industries. Choose our magnetic drive pumps for worry-free, reliable fluid transfer every time!”