SIEMENS VBI61.40-25 3-Way Ball Valve PN40
Reliable 90° flow diversion and shut-off for demanding HVAC and process circuits.
The SIEMENS VBI61.40-25 3-Way Ball Valve PN40 delivers precise flow routing and shut-off in HVAC and process piping through a 90° turn. In addition, its three-way design directs fluid to different paths, while moreover the PN40 rating withstands pressures up to 40 bar. Therefore, it suits medium-sized systems requiring accurate control.
This valve features a brass body, a chrome-plated brass ball, and a brass stem. Its EPDM sealing ring ensures full water tightness from -10°C to +120°C. Furthermore, the internal ball mechanism fully opens, closes, or mixes flow with a quarter-turn. Consequently, low torque reduces energy use for manual or actuated operation.
SIEMENS VBI61.40-25 3-Way Ball Valve — Technical Specifications
Typical applications include central heating and hot water circulation lines, industrial cooling towers, and boiler rooms. In addition, it manages heat exchanger switching in air conditioning systems. Moreover, it serves as an automation solution in septic and wastewater lines. As a result, it supports diverse industrial flow control needs.
Key Advantages
- Kvs 25 provides millimeter-precise flow adjustment
- Low torque enables easy integration with small actuators
- Brass body and chrome plating offer full corrosion resistance
Applications
- Flow diversion in central heating and hot water circulation lines
- Industrial cooling towers and boiler room piping
- Heat exchanger control in air conditioning systems
The SIEMENS VBI61.40-25 3-Way Ball Valve PN40 delivers high performance and reliability for industrial flow control. ORFA Industrial has stocked this product as an authorized distributor since 1985. For technical support and orders, contact our expert team. As a result, ORFA Industrial supplies worldwide and provides technical support.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies




Reviews
There are no reviews yet.