The largest model in the new PocketEvo-Series has 10 buttons, which can be 1-, 2- or 3-step or stepless, depending on customer requirements. In addition, the integration of various additional operating elements such as up to two rotary switches and lateral buttons is possible without any problems. This makes the PocketEvo-magna suitable for even the most complex applications.
For visualization of the machine feedback, a 2.2 inch LC color display is available as an alternative to the 7-segment display. The design can be adapted according to your wishes.
Thanks to the patented SMP technology, all keys can be replaced by operators themselves in just a few minutes. Without special tools, each button can be unscrewed individually and a new one inserted. The robust special housing remains closed at all times, so that no protective measures against soiling have to be taken.
Downtimes of your system are additionally reduced to a minimum by the integrated CDC key. Because if the transmitter needs to be replaced, the new device can be connected to the receiver and put into operation in just a few minutes. The CDC key is removed from the old device and inserted into the new one.
For optimum protection against dirt and impact, a special housing was developed for the PocketEvo. The integrated, all-round protective rubber coating in conjunction with the glass fibre reinforced plastic core ensures that all electronic components can withstand extreme external mechanical influences. This means that the PocketEvo can be used in particularly harsh environments without any problems.
The jury of the Industry Prize was also convinced by the radio remote control, so that they awarded the PocketEvo the “Industry Prize 2017”. The prize is awarded to particularly progressive industrial products that have a high economic, technological and ecological benefit. The PocketEvo was awarded the “BEST OF” rating.
Compact, handy and easy to use, the PocketEvo button transmitter allows you to work in complete safety conditions without reducing the effectiveness of machine operation.