Camille Bauer

Detecting objects in systems is such an important part of the automation industry. Objects have to be reliably detected and measured, as well as verifying that they are correctly positioned. The scope of possible applications is almost limitless and is continuously expanding (for example, detecting valve and flap positions, the position of PV panels for optimal exposure to light, the position of a ship's rudder, and automation tasks in the machine-tool industry.)

An important part of automation today is the detection of objects in systems. Objects have to be reliably detected and measured, as well as verifying that they are correctly positioned. The scope of possible applications is almost limitless and is continuously expanding (for example, detecting valve and flap positions, the position of PV panels for optimal exposure to light, the position of a ship's rudder and automation tasks in the machine-tool industry).

  The KINAX WT720 has been introduced by Camille Bauer Metrawatt AG, which is an angular position transducer for capturing the position of ships' rudders or propellers. The absolute encoder is impressively robust and suitable for use in harsh environments.

Camille Bauer Metrawatt AG has designed the SINEAX AM series as a range of compact devices for measuring and monitoring heavy current networks. The quality of the display, intuitive controls, and measurement precision are all signs of the Swiss comprehension of product quality. The SINEAX AM series is available in different sizes and versions. The devices can be used in all types of application. They allow you to see what can't be seen in the electric power network, and before there are negative consequences for people or equipment.

The SIRAX series of current transformers are being introduced by Camille Bauer Metrawatt AG, on the principle of offering ‘everything from one source’. This represents another milestone in the expansion of their product offering for heavy current engineering. To keep track of electrical energy consumption, the relevant currents have to be measured.