NBR Seal Materials Solenoid Operated Valve Offering 32&40 mm Orifice Size Engineered for Durable Fluid Control Applications 00134329 00134330 00134332 00134333 00134334 00134336

This valve features a servo-assisted diaphragm design, ensuring reliable operation across various functions such as shut-off, dosing, and filling. Its advanced mechanism provides precise control for diverse applications.

Available in both circuit function A (Normally Closed) and circuit function B (Normally Open), this product offers flexibility to meet different fail-safe and process control requirements. This adaptability ensures it can be tailored to specific operational needs.

Constructed with a robust brass body, the valve delivers excellent corrosion resistance, contributing to a long and reliable service life even in challenging environments.

The valve seals are available in several materials including NBR (suitable for temperatures from -10°C to +60°C), FKM, and EPDM. This variety allows compatibility with a broad range of media to suit different industrial needs.

With port sizes ranging from G1/2 up to G2 and orifice diameters between 13 mm and 50 mm, the valve can accommodate diverse flow requirements, making it versatile for multiple applications.

Designed to operate efficiently within a pressure range from 0.2 bar to 16 bar, this valve is suitable for various industrial settings requiring different pressure levels.

Equipped with standard 8-watt coils, the valve supports a 100% continuous duty cycle, ensuring dependable performance over long-term use without overheating.

To enhance global compatibility, the valve is offered in several voltage options including DC 24V, AC 24V, and AC 220V, each with a tolerance of ±10% for stable operation.

This product comes with an IP65 protection rating, making it dust-tight and safeguarded against water jets when utilized with an appropriate cable plug, suitable for harsh environments.

For hazardous area applications, explosion-proof versions of the valve are available. These are ATEX certified under the designation II 2G Ex e mb IIC T4 Gb, ensuring safety compliance in explosive atmospheres.

Featuring an anti-waterhammer design, the valve operates with low noise, providing quiet performance ideal for sensitive environments where noise reduction is critical.

The valve can be installed in any orientation; however, positioning the actuator upright is recommended to achieve optimal performance.

It is suitable for use with neutral media, including compressed air and water, ensuring wide applicability across general industrial processes.

These controls are essential for managing neutral gaseous and liquid media within various industrial processes. Precise shut-off, dosing, and filling operations ensure efficient and accurate handling of materials, contributing to smooth workflow and safety.

Reliable management of compressed air is a critical aspect of industrial automation and machinery operation. Effective control systems maintain consistent pressure and flow, supporting optimal performance and longevity of equipment.

Control solutions designed for water treatment facilities and drinking water supply systems help maintain quality and safety standards. These systems regulate water flow and treatment processes to ensure clean and safe water distribution.

For environments with potentially explosive atmospheres, explosion-proof designs compliant with ATEX standards are available. These specialized controls provide safe operation and reduce risk in hazardous industrial settings.

General-purpose fluid control solutions support a wide range of manufacturing and process automation applications. These systems enhance efficiency, accuracy, and reliability across numerous industrial sectors.

Controls for pneumatic actuators and cylinders enable precise movement and operation within automated machinery. These systems are vital for tasks requiring controlled mechanical motion driven by compressed air.

In chemical, pharmaceutical, and other general process control applications, specialized control solutions facilitate accurate regulation of fluids and gases. This precision is crucial for maintaining product quality and process efficiency.