Omega FLV400 Series Owner's manual

Type
Owner's manual

Omega FLV400 Series

The Omega FLV400 Series is a versatile and high-performance liquid flow controller designed to accurately measure and control liquid flow rates. With its advanced Pelton micro-turbine flow sensor and micro-stepping servo valve assembly, the device provides precise and continuous flow regulation.

The FLV400 Series offers a wide flow range, typically from 20 mL/min to 2 L/min, making it suitable for various applications. Its low viscosity and non-corrosive liquid compatibility enable it to handle a range of fluids. The user-provided control input allows for precise flow control, while the ERROR output indicates any flow restrictions or pressure issues.

Omega FLV400 Series

The Omega FLV400 Series is a versatile and high-performance liquid flow controller designed to accurately measure and control liquid flow rates. With its advanced Pelton micro-turbine flow sensor and micro-stepping servo valve assembly, the device provides precise and continuous flow regulation.

The FLV400 Series offers a wide flow range, typically from 20 mL/min to 2 L/min, making it suitable for various applications. Its low viscosity and non-corrosive liquid compatibility enable it to handle a range of fluids. The user-provided control input allows for precise flow control, while the ERROR output indicates any flow restrictions or pressure issues.

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Omega FLV400 Series Owner's manual

Type
Owner's manual

Omega FLV400 Series

The Omega FLV400 Series is a versatile and high-performance liquid flow controller designed to accurately measure and control liquid flow rates. With its advanced Pelton micro-turbine flow sensor and micro-stepping servo valve assembly, the device provides precise and continuous flow regulation.

The FLV400 Series offers a wide flow range, typically from 20 mL/min to 2 L/min, making it suitable for various applications. Its low viscosity and non-corrosive liquid compatibility enable it to handle a range of fluids. The user-provided control input allows for precise flow control, while the ERROR output indicates any flow restrictions or pressure issues.

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