Technologies

• Display of switching functions or machine statuses
• Switching with toggle switch / push-button or via feedback
  from the machine
• 3 mm LEDs (red, green, yellow)
• 5 mm LEDs (red, green, yellow, blue, duo red/green)

• Display of transmitter information, machine information, feedback data, error descriptions
• Customised programming
• Planar-B+ / Planar-B1 Ex / Planar-B2 Ex → 1.2 inch monochrome display
• PocketEvo series → 2.2 inch TFT colour display
• HyPro-6 / -8 / Nano-minor → 2.2 inch monochrome display
• HyPro+ → 3.2 inch TFT display
• Nano-media / Nano-magna (Ex) → 4.3 inch TFT display

We are also happy to design customised enclosures to match your corporate design.
We can offer custom colour and design combinations in the following areas:

• Insert signs: Here we offer you the option of choosing different colours and integrating your logos and symbols.
• Housing: In order to better integrate our products into your company design, we can offer you different housing colours on request.
• Embossing of the housing: NBB offers you the option of embossing your logo on the housing of various products (PocketEVO, Nano-media and Nano-magna).

• Design up to PL e / SIL3 possible
• Switches the machine to a safe state in hazardous situations
• Usually fitted with a mushroom switch

Digital or analogue control commands

• About CANopen / CanOpen Safety

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• Possible in the joystick or as a pushbutton
• Free programming of the signal

Optional activation

• Unintentional control of the system can be prevented

Uninterrupted battery change

• Radio transmitter can continue to be operated
• LED display shows the current status of the battery capacity

The Nano-magna Ex also impresses in dust explosion hazard zones 21 and 22.

LBT mode 0

When switching on, the system transmits on the last channel used; when switching frequencies, it jumps to the next channel and transmits there.

LBT mode 1

When switching on / frequency switching, the transmitter checks whether the next channel is free. If the channel is occupied, the system continues until a free channel is reached.

LBT mode 2

When switching on / frequency switching, the entire frequency band is scanned. The transmitter jumps to the centre of the range with the most free channels.

1 transmitter -> X receivers

• Operate several machines simultaneously with one radio remote control
• Feedback is excluded

X transmitter -> X receiver

• Several transmitters can each control several receivers
• A receiver can only be controlled by one transmitter
• One transmitter can control several receivers simultaneously
• Feedback excluded

X transmitter -> 1 receiver

• Multiple operators on one receiver
• Only one transmitter is actively connected
• Log-In / Log-Out System

Master / Slave

• Two radio systems communicating with each other
• Master can take over & overwrite all commands of the slave in terms of priority
• “Basket / Observer”

x

x

x

x

*Example: X transmitter -> 1 receiver

The nickel metal hydride (NiMH) rechargeable batteries from NBB have a decisive advantage due to their high energy density:
As there is no known memory effect with NiMH technology, regular recharging is possible and deep discharge can therefore be avoided.

The NBB battery packs are charged at a high charging current using special NBB chargers. This fast charging is thermally controlled to optimise recharging and also to prevent overcharging.

• Machine behaviour freely definable, e.g. acoustic signal on the transmitter
• Receiver: Compact-V and Compact-XL
• Transmitter: Nano series, HyPro series

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Example image: Inclination angle defined at 45°

• Saves all relevant device parameters (coding, functions, etc.)
• Change between original transmitter and identical replacement transmitter possible
• Switching possible even under adverse conditions
• Replacement in seconds -> hardly any downtime

Devices with standard radio key

• PocketEvo-minor
• PocketEvo-media
• PocketEvo-magna

Devices with optional Radiokey

• Nano-media
• HyPro+

Devices without a radio key can be set manually using special key combinations.

• Optimum utilisation of the joystick travel by setting the min/max values
• Supports the user in the safe handling of the transmitter
• No “dead travel” of the joystick
• Minimal deflection of the joystick causes the system to react
• Valve can therefore be controlled precisely and accurately