Samson Aktiengesellschaft products

The valve driver module is used for controlling and monitoring solenoid valves. Intrinsically safe communication using PROFIBUS-DP allows a consistent flow of date from the field level up to the production and company levels.

The solenoid valve is used to control pneumatic actuators. Different types of protection, switching functions and connection types allow the solenoid valve to be tailor-made for the specific task.

The solenoid valve is used to control linear actuators with NAMUR rib according to IEC 60534-6-1 as well as rotary actuators with NAMUR interface according to VDI/VDE 3845.

The solenoid valve is used to control linear actuators with NAMUR rib according to IEC 60534-6-1 as well as rotary actuators with NAMUR interface according to VDI/VDE 3845. Different nominal signals and connection types allow the solenoid valve to be tailor-made for the specific task.

The solenoid valve provides short positioning times for controlling pneumatic actuators. Different switching functions, flow rates and connection types allow the solenoid valve to be tailor-made for the specific task.

The electrical transmitter is used to measure gauge pressures or absolute pressures and convert these measured values into an electric output signal. It is suitable for use with gases, vapors or liquids and can be equipped with an external pressure transmitter.

The electrical transmitter is used to measure gauge pressures or absolute pressures and convert these measured values into an electric output signal. It is suitable for use with gases, vapors or liquids and can be equipped with an external pressure transmitter.

Different limit contacts, switching functions, connection types and connection options allow the limit switch to be tailor-made for linear and rotary actuators. When equipped with an integrated solenoid valve, the limit switch can also be used to control the actuator.

Different limit contacts and connection types allow the limit switch to be tailor-made for linear and rotary actuators.

The desuperheater is used to cool superheated steam down to saturated steam temperature. To do so, processes heated by saturated steam often require small amounts of steam, with the load fluctuating between 0 % and 100 %. This is where the desuperheater can be used optimally since it ensures perfect cooling across the entire load range.