N2KB Manuals & User Guides

N2KB B.V. is a Netherlands-based technology manufacturer focused on developing highly reliable and effective fire detection and extinguishing control systems. Their product portfolio includes the NANO panel, a versatile, stand-alone fire alarm and extinguishing system designed to protect enclosed or restricted spaces like electrical cabinets, CNC machines, server rooms, and vessel engine compartments. The NANO system is robust and holds CE, FCC, and rigorous DNV marine type approvals.

In addition to traditional control panels, N2KB innovates with specialized hardware like the FTM Testpanel for system diagnostics and the Pyralis automatic thermodynamic energy harvesting and activation module. The Pyralis acts as a self-sufficient safety device, requiring no batteries or external power, using thermal energy to monitor temperature escalations and instantly trigger specific suppression networks. N2KB consistently emphasizes long-term reliability, safety, and strict compliance with international fire safety codes, ensuring maximum protection in mission-critical environments.

• What environments are N2KB NANO systems designed for?

  N2KB NANO systems are compact, stand-alone fire detection and extinguishing panels ideal for electrical cabinets, CNC machines, vessel engine rooms, and other specialized and restricted enclosures.

• Is the N2KB NANO system marine approved?

  Yes, the NANO/MAR system has successfully passed rigorous CE, FCC, and EMC testing and holds a DNV marine type approval for use in marine environments and vessels.

• How does the N2KB Pyralis module work without power?

  The Pyralis module utilizes automatic thermodynamic energy harvesting. It relies on heat changes from ambient temperatures to reserve energy and activate suppression systems, operating entirely without batteries or external electrical connections.

• What happens if there is a main power failure on my NANO control panel?

  The NANO system is designed for ultra-low power consumption and automatically switches to its emergency standby power supply to continue functioning optimally during a total main power failure.