Customization: | Available |
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After-sales Service: | Life Time Technical Support |
Warranty: | 1 Year Warranty |
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The NP series of micro magnetic gear pumps are exquisitely crafted for small flow rate conveyance. They shine in applications with flow rates spanning from 2 ml/min to 65,000 ml/min, covering transportation, addition, lubrication, sampling, spraying, dispensing, printing, pressurization, filtering, cleaning, circulation, coating, spraying, and metering.
Equipped with a small integrated DC motor with a built-in drive, these pumps are adept in confined spaces. With explosion-proof motors, they are safe for flammable and explosive environments. Paired with variable-frequency DC/AC motors, they are precise for metering tasks requiring speed regulation.
Dominating the low-viscosity micro gear pump domain, they handle 20 Bar pressure conditions with ease and boast a remarkable service life exceeding 20,000 hours. Compact, with rapid real-time dynamic responses, stable flow, high accuracy, and leak-free, they offer unrivaled solutions for fluid handling.
NP1200 Specification
Life expectancy: more than 20000 hours with clean fluid
Recommended inlet filter: Recommended 400 mesh
Inlet vacuum:-0.85Bar(related to the motorspeed)
Differential pressure:20Bar(with pure water fluid)
Pressure withstanding:20~150Bar (customization)
Motor:High/low temperature resistant brushless DC motors,stepper motors,servo motors,
shielded motors and otherspecified motors Form (DC/AC)
Operational noise(at a speed of 2000rpm):Spur gear <64dB at 2000rpm
Working Speed:1~4000rpm
Working temperature: Pump head:-120 to 150ºC BLDC motor: -40 to 80ºC(Normal),-40 to 150ºC(outer control)
Maximum dry running time:Dry running is not recommended.
Import and export connection thread specifications: NPT 3/8", NPT 3/4" or other customized sizes
Filtration: It is recommended to install a 400-mesh filter at the inlet. If it is a closed circulation system, the filter is advised to be installed at the pump inlet. The flow area of the filter should be large enough so as not to affect the normal liquid flow.