Technical Articles

Setting up the hydrogen infrastructure – from the electrolyser to the distribution network to the consumer – requires both suitable valves and controls to monitor their positions.

Source: CHEMIE TECHNIK (05/2025)

Wireless switches and sensors have many benefits in the field of robotics, especially in conjunction with rapidly repeating three-dimensional movements. They are versatile and not subject to wear and tear. As a practicable alternative to cabled switching devices, the steute portfolio includes a tried-and-tested wireless system.

Source: INDUSTRIELLE AUTOMATION (01/2025)

Wireless solutions have many advantages – also and including for valve position monitoring within the hydrogen infrastructure. Valve manufacturers can choose between electromechanical position switches and non-contact sensors in Ex variants, which communicate via an industry-compatible point-to-point radio connection.

Source: fluid (01/2025)

Valve manufacturers have a wide choice when searching for suitable switching equipment to monitor valve positions. Different types of electromechanical switches and non-contact sensors are available, with series suited to explosive zones, corrosive environments and subzero applications. In many cases it can be beneficial to opt for wireless switches, including in Ex zones.

Source: CITplus (7-8/2024)

Wireless has benefits – also and especially for valve position monitoring within the hydrogen infrastructure. Valve manufacturers have access to electromechanical position switches and non-contact sensors in Ex variants with industry-compatible point-to-point wireless communication.

Source: H2 compact (01/2024)

Safety switching devices used in Ex zones have to meet two different sets of complex requirements: explosion protection and machine safety. Designers also have to choose between different types of construction and different active principles. This is true for both heavy-duty applications and machines used for the processing and packaging of e.g. (dust-)explosive foodstuffs.

Source: CITplus (03/2024)

Machines which are constructed for mechanical process engineering applications in explosive zones have to meet not one, but two demanding sets of rules and standards. They are – for good reason – subject to both machine safety requirements and explosion protection requirements. At the Powtech, steute will be showing switching devices for this special combination of demands – and presenting a new product.

Source: Technische Sicherheit 13 (07-08/2023)

As digitalisation progresses, cybersecurity is a major topic of discussion, and rightly so. Safety technologies have also moved on considerably in the course of this development. Dipl.-Ing. Rainer Lumme, Product Manager Extreme at steute Technologies, explains the changes in an interview with Andreas Mühlbauer.

Source: INDUSTRIAL Production (10/2022)

At a gravel plant in Vennebeck, gravel freshly extracted from the River Weser has to travel a considerable distance on conveyor belts from the floating-grab excavator to the processing and grading machinery. The responsible persons at the gravel plant are currently testing a new series of emergency pull-wire switches.

Source: GESTEINS Perspektiven (6/2022)

Machine safety in explosive zones: switchgear required for this field must comply with two complex sets of regulations. Although this is a "niche within a niche", different options are still available when selecting safety switches and sensors. This is true for heavy-duty applications, but also for machines performing duties such as processing or packaging dust-explosive foodstuffs.

Source: Technische Sicherheit 12 (2022) Nr. 07-08

Wireless switching devices are not yet widespread within the oil & gas industry. And yet wireless technology offers this sector some particular advantages – provided that explosion protection is guaranteed.

Source: Chemie Technik (04/2022)

Optimising the combination of machine, automation and wireless technology means more flexibility for bending processes.

Source: BLECH (05/2021)