The Bürkert Type 2875 direct-acting solenoid valve serves as a regulating unit in control circuits, offering excellent sealing with its resilient seat seal and built-in shut-off function. The frictionless valve plunger ensures superior regulating performance, making this valve particularly suitable for applications with high control requirements including wide control range operations and drying gases.

• Wide control range for versatile applications
• Fast response time for dynamic flow control
• Compact design for space-constrained installations
• Nominal diameter range: DN 2.0 - 9.5 mm
• Optional explosion-proof coil available
• Excellent sealing with resilient seat seal
• Frictionless plunger for superior regulating performance

The Bürkert Type 2875 is engineered for precise, stable fluid regulation in demanding process and automation environments. Optimized for low to medium flow applications, this valve delivers smooth, stepless adjustment of flow rate and pressure, ensuring consistent fluid management for both gaseous and liquid media.

Constructed with high-grade durable housing and versatile sealing materials, the unit offers excellent resistance to temperature variation and mild chemical corrosion, ensuring long-term operational reliability under continuous working cycles.

The finely tuned electromagnetic drive system achieves minimal hysteresis and ultra-smooth modulation performance, effectively preventing flow jitter while guaranteeing superior control linearity and repeatability. The streamlined compact design features simplified structural layout for easy assembly and effortless routine maintenance.

Ideal for closed-loop control scenarios requiring precise flow dosing, pressure trimming, and dynamic media adjustment. The Bürkert Type 2875 serves as a reliable, cost-efficient precision control component widely adopted in:

• Environmental monitoring devices
• Analytical instruments
• Medical automation systems
• Industrial fine process control systems
• Compact equipment integration
• Modular automation systems