About SEKO Motor Driven Dosing Pump
Typical Applications:
- Water Treatment: For precise chemical dosing to adjust pH, disinfect water, or add other chemicals needed for treatment processes.
- Agriculture: Used for controlled application of fertilizers, pesticides, or herbicides to ensure effective crop management.
- Chemical Processing: Enables accurate and consistent injection of chemicals, additives, or reagents in various production processes.
- Food Production: Used in the controlled dosing of food-grade ingredients, such as preservatives or flavorings, to ensure product consistency and safety.
Reliable Performance in Challenging EnvironmentsWith enclosure protection rated at IP55 and robust construction from high-quality materials such as polypropylene, PVDF, and SS316, the SEKO Motor Driven Dosing Pump is designed for longevity and dependability. It smoothly handles harsh industrial settings, ensuring continuous operation even in the presence of high humidity levels, making it ideal for chemical dosing and water treatment applications.
Enhanced Flexibility and ControlStroke adjustment can be performed manually or electronically, from 0 to 100%, and speed can be modulated via a digital control system. This flexibility allows precise control over dosing requirements to suit varying process demands. The pump is self-priming, with automatic suction, enabling easy installation in wall or floor mount configurations. Connections are available in threaded or flanged types for greater compatibility.
Advanced Safety and ComplianceIntegrated thermal overload protection safeguards the motor against overheating, ensuring consistent and safe operation. Both PTFE and EPDM seal options are available to suit specific chemical compatibility needs. The pump is CE certified, reflecting its adherence to stringent European standards and reassuring users of its quality and reliability in demanding chemical environments.
FAQs of SEKO Motor Driven Dosing Pump:
Q: How is the stroke volume of the SEKO Motor Driven Dosing Pump adjusted?
A: The stroke volume can be adjusted from 0 to 100% either manually using a control knob or electronically via a digital control system, allowing for precise customization of dosing rates to match process requirements.
Q: What types of chemicals and viscosities can this pump handle?
A: Thanks to its corrosion-resistant construction and PTFE-coated diaphragm, the pump can handle a wide range of chemicals, including aggressive and viscous fluids, with viscosities up to 2000 cps, making it suitable for water treatment and chemical injection tasks.
Q: When is the SEKO dosing pump best utilized?
A: This dosing pump is ideal for applications requiring accurate chemical metering, such as water treatment facilities, industrial chemical dosing systems, and other processes where precise control of liquid addition is critical.
Q: Where can the SEKO Motor Driven Dosing Pump be installed?
A: It is designed for flexible installation, supporting both wall and floor mounting options. Its compact and robust design makes it suitable for indoor industrial environments, especially where space and ambient conditions demand protection and durability.
Q: What are the main benefits of using this dosing pump?
A: Key benefits include reliable and consistent chemical dosing, corrosion resistance, self-priming capability, integrated safety mechanisms, and ease of installation with both threaded and flanged connection options. Its compliance with CE standards ensures quality and safety.
Q: How does the pump ensure operational safety during prolonged use?
A: It features built-in thermal overload protection to prevent overheating, alongside durable seals and a weather-protected enclosure, minimizing maintenance needs and safeguarding against unexpected failures during continuous operation.
Q: What connection and sealing options are available for the pump?
A: Users can choose between threaded or flanged connections for the inlet/outlet according to their pipeline setup. Seal options include PTFE and EPDM, catering to diverse chemical compatibility requirements.