Wireless switches
Wireless switching with Steute Wireless
Wireless signal transmission offers many advantages. Steute has been developing products with this technology for years and can now offer solutions for wireless switching in explosion protection and control technology.
Wireless switching with sWave® technology
With switches it is theoretically possible to process a wireless signal. But this is only half the solution, because the switches also need energy to function. By using sWave® technology, steute has solved this problem. The energy required comes from a solar cell or is generated by operating the switch (kinetic energy). This means that the switches can be used completely without cabling.
Components for wireless switching:
- Wireless position switches
- Wireless pull-wire switches
- Wireless foot switches and foot pedals
- Wireless pushbuttons and control switches
- Wireless communication from switch to network
View Wireless footswitches in the Product Portal Ask your question
Wireless position switch
The steute RF 13 is a position switch in a compact housing and therefore suitable for small installation situations. The housing measures only 49 x 40 x 21 mm.
Kinetic energy
The switch does not need a battery as the position switch generates energy during a circuit and thus supplies itself with energy (kinetic energy).
Wireless pull-cord switch
Wireless pull-wire switches are used in machines and plant systems, doors and gates, barriers and fences. The various fields of application include security tasks in different sectors of industrial building automation.
The wireless pull-wire switch RF 95 WH/90° SW868/SW915 from steute has a plastic housing. The pull switches have a sealing rating of IP65/IP67.
The wireless pull-wire switch uses sWave® wireless technology (SW868/SW915) and is self-sufficient (kinetic energy).
Wireless sensor network - steute Nexy
Ready for Industry 4.0!
The software that controls machines gets a much more prominent role in Industry 4.0. However, this software is no longer integrated in the devices, but runs on a central server. An important prerequisite for the cost-effective, semi-automated manufacture of complex products in small quantities is a continuous flow of information. sWave.NET especially offers new possibilities for production environments designed according to the principles of Industry 4.0.
Using steute nexy, continuous communication between wireless switches and the ERP system or other higher-level system is possible. Up to 100 wireless switches can be connected to one access point. The intelligent Internet of Things (IoT) communication network (nexy) enables you to automate production processes and reduce production costs.
Wireless three-step foot pedal with safety function
The RF GFS 2 D (VD) SW2.4-safe from steute is a three-stage foot pedal that operates on the OFF-ON-OFF principle. The foot pedal works on the basis of the wireless technology sWave®-safe. The three-phase footswitches can be used in applications requiring performance level e (EN ISO 13849-1) and are optionally available with an extra emergency stop button.
Wireless switching with wireless push buttons
Switching with pushbuttons and switches is a simple method of operation. Functions can be switched on and/or off with one hand. The many different colour options make it possible to link a colour to a function. One housing contains at least one push button and a maximum of three push buttons. Read more about wireless push buttons.
Wireless switching with manual control
An operator walking in or around a machine can switch with a hand control carried by the operator. A cable would always cause problems in this case because the operator is limited in his range because of the cable. With a steute wireless hand control it is possible for the operator to move freely in and around the machine and to change gear when needed.
RF HB cordless hand control
The RF HB cordless hand controls are suitable for many applications, e.g. logistics, home automation systems and machine and plant construction. They are equipped with four push buttons which are assigned to the functions desired by the receiver. The housing is comfortable and very light to handle, partly due to the powerful lithium batteries. These have a service life of approximately 800,000 cycles.
Programming the rf hb 3 radio hand transmitter & selecting the operating mode
Wireless inductive sensors
The RF IS series of wireless inductive sensors from steute are equipped with M8, M12, M18, and M30 power couplings and are non-embeddable. The RF IS series also includes an ATEX variant. In combination with the Ex RF 96 ST universal transmitter, the wireless inductive sensor can be used in classification zones 1 and 21.
Processing wireless circuits in database
steute sWave®
Whether it's about evaluating or controlling production processes live. Up-to-date information is and will become increasingly important. With up-to-date information it is possible to view information (at a distance) and to control the process where necessary. With a steute wireless network, machines communicate how much they produce, what their status is and which parts of the machine are wearing out. The products also communicate with the network: through sensors they indicate their location and whether they are in good condition.
