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Continuous thermal actuator for unit valves with stroke indicator

AXS 315S

Continuous thermal actuator for unit valves with stroke indicator

How energy efficiency is improved

Reliable actuation in efficient control systems


Funktioner

  • Actuation of unit valves and valves in surface heating and cooling systems as well as fan coils

  • First-open function for low-force fitting on the valve using adapter ring

  • NC “normally closed” and NO “normally open” versions

  • NC version with first-open function

  • Adaptation to valve using plastic adapter M30 × 1.5 or M28 × 1.5

  • Max. closing force 125 N

  • With 24 V thermal expansion element

  • Large visible and tactile position indicator

  • Low-noise and maintenance-free

  • Contemporary design

  • High functional quality and service life

  • Version with 1m, 2m or 5m plug-in cable

  • PVC or halogen-free cable, with or without position feedback, available as an accessory

  • Can be mounted in any position, even suspended under the valve

Produktsökning
© 2024  Fr. Sauter AG Alla rättigheter förbehållna
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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.