Detailed Technical Specifications:
Voltage: Single-phase 220V/50Hz
Brand: Cheonsei
Motor power: 60 W
Pressure: 7 bar
Flow rate: 25 l/min
Materials: SS316-PTFE-SS316 (Pump head – Diaphragm – Ball)
Tube diameter: KS10K-15A
Origin: South Korea
Features:
Modern and durable design:
The KM Series is a diaphragm dosing pump that uses a diaphragm mechanism to transport liquids, ensuring high precision and leak-free operation.Corrosion-resistant materials:
The pump body is made from corrosion-resistant materials such as PP (Polypropylene), PVDF (Polyvinylidene Fluoride), or SS316 stainless steel, suitable for various chemicals, including highly corrosive ones.Teflon diaphragm:
The diaphragm is made from Teflon, providing superior chemical resistance and high mechanical durability.Accurate dosing capability:
The flow rate can be flexibly adjusted via a micrometer knob or control signals (depending on the model), even during operation.
Wide capacity range from 5 ml/min to 54,000 ml/min, meeting diverse requirements.
Dosing accuracy of approximately 3-5%, ideal for applications requiring precise flow rates.Performance and safety:
Equipped with a check valve system to minimize issues and ensure stable flow.
Integrated thermal overload protection with an automatic reset mechanism, enhancing lifespan and operational safety.
IP65 protection rating, resistant to water and dust, suitable for both indoor and outdoor use.
Applications:
Water and environmental treatment: Dosing chemicals such as chlorine, disinfectants, or water treatment agents in clean water and wastewater treatment systems.
Chemical industry: Precise dosing of chemicals like acids, alkalis, and solvents in chemical production or laboratory processes.
Food and pharmaceutical industry: Pumping food additives, flavorings, or liquids in food production processes.
Heavy industry and manufacturing: Dosing chemicals for boilers, equipment cooling systems, or filling applications in paint, ink, or dye production.
Medical and research: Accurate chemical dosing for medical applications or experiments requiring precise low-flow rates.










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