ABB 3HNA012517-001 DSQC668 Fluid Valve

Material:Stainless Steel

Pressure Rating:1000 PSI

Temperature Range:-20°C to 120°C

Flow Rate:Up to 50 L/min

Electrical Connection:2 x 2-wire connections

Valve Type:Pneumatic Actuated

Power Supply:24VDC

    The ABB 3HNA012517-001 DSQC668 Fluid Valve and Control Module represents the pinnacle of industrial fluid control technology. Designed with cutting-edge precision, it ensures optimal performance across a wide array of industrial fluid applications. This module seamlessly integrates with various systems through its robust communication protocols, enhancing operational efficiency and reliability.

    Featuring a versatile 2/2-way valve design, this module is compatible with a broad spectrum of industrial fluids, from corrosive chemicals to aqueous solutions, making it suitable for diverse manufacturing processes. Its electromagnetic actuation system guarantees swift and precise fluid flow control, while the high-pressure resistance capability ensures durability under challenging conditions.

    Operational within an expansive temperature range (-20°C to +70°C), this module maintains consistent performance regardless of environmental fluctuations. It is equipped with efficient current consumption for solenoid operation, optimizing energy usage and reducing operational costs. The threaded G1/2 connection facilitates easy installation and integration into existing systems.

    Equipped with CE, UL, and CSA certifications, this ABB Fluid Valve and Control Module complies with international safety standards, ensuring a secure and reliable operation in various industrial environments. Its compatibility with RS232 and RS485 communication protocols allows seamless data exchange, enabling advanced monitoring and control functionalities.

    With its combination of advanced features and robust performance, the ABB 3HNA012517-001 DSQC668 Fluid Valve and Control Module stands as an indispensable asset for manufacturers seeking to enhance their fluid management capabilities and streamline their production processes.