Mucon offers a range of stainless steel hygienic Oyster™ Butterfly Valves for powder isolation and flow control applications.
Designed as an EtherCAT master controller and motion controller with protection to IP20, the powerful automation system CPX-E for factory and process automation with NE21-specific certifications is becoming the central control system for handling technology. Several bus modules are available for the configuration as a compact and low-cost remote I/O.
The uncomplicated way to start with industrial vision systems: the vision sensor SBSI allows users to implement simple camera applications quickly and inexpensively – even without expert knowledge. Whether you want to read codes or carry out simple quality inspections, the SBSI can be commissioned in just 3 steps.
The valve and valve terminals with their robust design combines features required for operation in harsh environments such as impact resistance, mounting options and ease of handling.
The compact valve manifold for low-cost, general use.
Modular: easy expansion in individual steps – perfect for special machine building.
Very easy to clean, highly corrosion resistant, outstandingly sturdy and extremely functional.
Overview of the available valve terminal series with the most important technical features and recommendations for their range of applications.
From data to knowledge to transformation
Move from complexity to simplicity, from asset and process intelligence to operational intelligence with the PI System. Its highly scalable, open data infrastructure empowers enterprises in real time, transforming operational data into actionable knowledge and business transformation.
KOMAL "ED" series of Electrodeionization unit employs EDI technology to produce high purity water. EDI process systems replace conventional Dl mixed bed resins unit to produce deionized water. KOMAL EDI does not require shutdowns to regenerate the resins with chemicals or replacing resins. Consistent high purity Ultrapure water having resistivity of 12-15 Mohm .cm can be produced.
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