User-friendly B207+lf24-sr Us - Válvula De Control Caracterizada (ccv), Dn 1/2" [15], 2 Vías, Cv 0.3 actuador Para Válvula, Muelle De Retorno, Ac/dc 24 v, 2...10 v, Proporcional Actuador Montado With A 50% Price Cut [o4JyBHfN]

B207+LF24-SR US - Characterized Control Valve (CCV)

The B207+LF24-SR US Characterized Control Valve (CCV) is a versatile and robust solution for precise fluid control. This 2-way, DN 1/2" [15] valve is designed for use with water, cold or hot, and can handle up to 60% glycol. With its Cv 0.3 and 600 psi nominal body pressure rating, it offers exceptional performance and durability. The valve is equipped with a stainless steel internal component and features a proportional actuator for precise control.

Key Specifications

This high-quality control valve comes with a range of impressive specifications. It is compatible with AC/DC 24 V power supply and offers a control range of 2 to 10 V. The actuator consumes only 2.5 W during operation and 1 W in standby mode, ensuring energy efficiency. The valve's IP54 and NEMA 2 protection ratings make it suitable for various industrial environments. Its UL Enclosure Type 2 housing provides additional safety and durability.

• Patron: 2 vías
• Fluido: Agua fría o caliente, hasta 60% de glicol

Practical Applications and Benefits

The B207+LF24-SR US Characterized Control Valve is ideal for a wide range of applications, including heating, ventilation, and air conditioning (HVAC) systems, industrial processes, and more. Its precise control and reliable performance make it a valuable asset for maintaining optimal fluid flow and pressure. With its easy installation and robust construction, this valve is a cost-effective solution for businesses looking to improve their fluid control systems. Whether you're managing a commercial building or an industrial facility, this valve is designed to meet your needs and enhance your operations.

• Target Audience: HVAC professionals, industrial engineers, facility managers
• Benefits: Improved fluid control, energy efficiency, and increased system reliability