Push button transmitter
The PocketEvo-media belongs to the latest generation of industrial radio remote controls. The second largest model in the series impresses with the variety of functions that can be covered.
- modular design
- compact, robust special housing
- 7-segment display for data feedback
- SMP Technology
|Communications||Single channel FSK|
|Safety||Multi bit address code with over 1 million combinations|
|Frequency band||433.05 – 434.79 MHz|
868 – 868.975 MHz
915 – 916.650 MHz (NA)
Others availabe upon request
|RF power||< or = 10 mW|
< or = 20 mW (NA)
|Operating range||≤ 100 m|
|Command response time||Approx. 15/60 ms typical|
|Low battery indication||Approximately 15 minutes|
|Operating time||Up to 30 hours continuous (media)|
6-7 hours typical (media LCD)
|Auto shutdown||Configurable via NBB programming tools|
|Operating temperature range||-20 °C to +70 °C|
|Weight:||0.66 Kg (without battery)|
|LCD display||Programmable backlit 3.5” color graphic (media LCD)|
|FCC compliance||Part 15|
|Power supply||2 x AA LR6 disposable alkaline or rechargeable NiMH cells|
|Optional internal charger||AA LR6 NiMH battery charger connection|
|Optional power supply||2,200 mAh, 3.6 V DC Li-Ion rechargeable battery pack|
|Battery pack charging time||Approximately 2 hour|
|Battery pack specifications||60 x 37,5 x 16,5 mm at 50 g|
|Battery pack charger power supply||110-230 V AC or 12-24 V DC|
|Charger AC power plug options||EU, USA, JP, GB, AU|
– Transmitting signal strength
– Status of the machine function
– Customer-specific feedback information and logos on request
LBT frequency search
When switching on or switching to another frequency, the system checks whether the frequency channel used is occupied by other transmitters. If this is the case, the next frequency channel is checked until it is ensured that the transmitter can operate without interference. LBT is the abbreviation for ‘Listen before Talk’.
optionally one-, two- or three-stage
SMP technology: Easy key exchange without opening the housing, no protective measures against contamination necessary.
Max. two rotary switches and / or optionally also potentiometers etc
left and right one additional button each, for free use
Neck strap for PocketEvo
Shoulder strap for PocketEvo
Belly strap for PocketEvo
Hand strap for PocketEvo
The 8 buttons of the PocketEvo-media can have 1, 2 or 3 levels as well as stepless and are freely configurable. In the lower area of the radio remote control, up to two additional rotary switches or potentiometers can be integrated. For maximum flexibility, the transmitter has space on the side for one additional button each and can therefore be used to control a wide variety of machines.
All 8 buttons on the PocketEvo-media can be replaced by the operator in just a few minutes thanks to the patented SMP technology. The housing remains closed at all times, so that no protective measures against contamination need to be taken. Changing a transmitter is also really easy thanks to the integrated Radiokey. The key of the old device is simply removed and plugged into the new transmitter – a connection to the receiver is immediately established and the system can be put back into operation. These innovative technologies reduce expensive downtimes to a minimum!
The specially developed special housing of the transmitter offers optimal protection against dirt and shocks. The glass fibre reinforced plastic core protects all electronic components from external mechanical influences. Thanks to the all-round protective rubber coating, any impact or shock is cushioned. This allows the PocketEvo to be used in particularly harsh environments.
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.