Description
Dosatron® eOne MF Series Ultrasonic Micro-Doser Kit
3/4in - 0.26gph - 145psi
The Dosatron® Etatron eOne MF Metering Pump is a high-performance, microprocessor-controlled dosing pump designed for precision and efficiency. Operating at a dosing frequency of up to 300 impulses per minute, it ensures accurate proportional dosing for various applications. The backlit graphic display allows easy programming and monitoring of parameters, while multiple dosing modes provide flexibility. Engineered for reliability, the eOne MF features an alarm system for suction or discharge interruptions, a standard PVDF solenoid head, and a manual air bleed pump head for quick priming. Its ceramic ball valve and PVDF injection valves with multiple thread options enhance durability and adaptability. With a compact design, reduced operating temperature, and low mechanical stress, this pump delivers energy efficiency and long-lasting performance. Additionally, the IP65 acid-resistant housing and a unique one-piece PTFE diaphragm ensure durability in demanding environments.
3/4in - 0.26gph - 145psi
The Dosatron® Etatron eOne MF Metering Pump is a high-performance, microprocessor-controlled dosing pump designed for precision and efficiency. Operating at a dosing frequency of up to 300 impulses per minute, it ensures accurate proportional dosing for various applications. The backlit graphic display allows easy programming and monitoring of parameters, while multiple dosing modes provide flexibility. Engineered for reliability, the eOne MF features an alarm system for suction or discharge interruptions, a standard PVDF solenoid head, and a manual air bleed pump head for quick priming. Its ceramic ball valve and PVDF injection valves with multiple thread options enhance durability and adaptability. With a compact design, reduced operating temperature, and low mechanical stress, this pump delivers energy efficiency and long-lasting performance. Additionally, the IP65 acid-resistant housing and a unique one-piece PTFE diaphragm ensure durability in demanding environments.
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