Industrijska črpalka LEWA EEC 0000 -15

Manufacturer: LEWA GmbH
Type: EEC 0000 -15
factory number: 600293-010.001
flow rate (Q/50Hz): 3 l/h
Construction year: 2016
Made in: Federal Republic of Germany
Certifications: CE
The LEWA ecodos® membrane metering pump represents a reliable and efficient solution for dosing and pumping in low-pressure areas. This pump is suitable for a wide range of dosing and pumping tasks and offers a flow rate of 16 to 1460 l/h per pump head at a maximum discharge pressure of 20 bar.Precise dosage adjustment: With an accuracy of ± 1% in the flow rate range, the ecodos offers a comprehensive adjustment range of up to 1:50, which can be crucial for precise process control.Various sizes and equipment: The pump is available in various sizes and material variants (316/316L, PVC, PVDF, PTFE) and can therefore be adapted to specific requirements. Integration into control and regulation systems: The ecodos can be easily integrated into existing production systems, with the power on the motor side controlled via a frequency converter or with an automatic stroke adjustment. Hermetically sealed: The pump operates without dynamic seals in the process fluid area, creating a hermetically sealed working surface and thus preventing emissions and contamination of the fluid.High operational reliability: Even if a diaphragm is damaged, continued operation is possible, ensuring high production reliability. PTFE sandwich diaphragm: The 4-layer PTFE sandwich diaphragm is continuously monitored during operation and offers high stability and durability. Adaptability and options: The pump offers numerous customization options, including explosion-proof designs, integration into process control systems, and customized accessories. Industry applications: The ecodos is used in various industries, including refineries, petrochemicals and chemical industries.
The system consists of the parts shown in the images. Given your company's focus on CO2 reduction through the reuse of industrial equipment, the LEWA ecodos® could be a suitable choice, particularly due to its efficiency, adaptability, and ability to minimize emissions and contamination. These features could help reduce environmental impact while ensuring high operational reliability and process accuracy.