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2-way regulating ball valve with male thread, PN 40

VKRA

2-way regulating ball valve with male thread, PN 40

How energy efficiency is improved

Efficiency means precise control and working with minimum leakage


Funktioner

  • 2-way regulating ball valve for continuous control of cold and hot water in closed circuits

  • In combination with valve actuators AKM 105(S), 115(S), 115SA and AKF 112, 113(S) as a control unit

  • Equal-percentage ball valve characteristic; control contour in the ball directly integrated

  • Characteristic can be set with SUT rotary actuator (SAUTER Universal Technology) to linear or quadratic

  • Spindle with large sliding surface and PTFE glide ring

  • Low torque due to collar mounted on O-ring

  • Ball valve with male thread as per ISO 228-1 (G x” B)

  • Body made of DZR (dezincification-resistant) cast brass

  • Spindle made of DZR brass with PTFE glide ring

  • Ball made of DZR brass, chrome-plated and polished surface

  • Spindle seal with double O-ring made of EPDM

  • Strainer and screw fitting available as accessories

  • Water quality as per VDI 2035

Produktsökning
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SAUTER Head Office was the target of a cyber security incident on November 20, 2024. SAUTER’s IT department immediately activated, well defined, internal emergency plans. All IT systems were completely isolated and shut down to successfully prevent the attack from spreading. External cybersecurity experts and data forensics specialists then began to check all systems and restore them securely. This process is unfortunately time-consuming, but absolutely necessary to ensure that the cyber-attack does not continue at a later date.


The SAUTER websites have been affected by the emergency operation and are available again with immediate effect.


There are currently no concrete indications that our customers' infrastructures have been compromised in any way by SAUTER devices. It appears to be an opportunistic incident with no clearly recognisable long-term goals or systematic attacks. The situation does not currently suggest that there is a targeted, sustained threat to the affected systems.