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KBM is a modified key block (BK) Vektor-1 FACP, designed to connect various devices when “dry contacts” (isolated) are needed, such as voice announcement devices, auto-dial to a centralized monitoring station, etc.

The KI-USB-UART interface collector is intended for configuration FACP “Vektor-1” and communicator KM-GSM using a computer.< /p>

IC RS485 is a component of FACP “Vektor-1” and appointed to create a hierarchical group of devices.

RC-Vektor – the remote control is used with all control panels of the “Vektor” series to avoid situations of unauthorized access to control panels.

PUiZ “Vektor” is a control and delay device. Designed to control one fire extinguishing zone. Used with gas, powder, and aerosol extinguishing modules. The “Vector” C&DD is connected to the “Vector” series FACP, using the RS485 interface.

CRR is used with all FACP of the “Vector” series for connecting powerful power units (fans, valves, motors, etc.).

AAC – is an address component PPKPiU “Vektor-1” and is intended for the organization of management, monitoring and dispatching of ventilation smoke removal units, pumps, valves and other automation.

ASA – address switching adapter is an address component FACP “Vektor-1” , intended for the management, monitoring and dispatching of smoke removal, ventilation, pumps, valves and other automation .

ASA– is an addressable component of the Vektor-1 FACP, intended for the organization of management, monitoring and dispatching of ventilation smoke removal units, pumps, valves and other automation.

UAA – is a component of the block of addressable UAL loops of the “Vector-1” series FACP device, is connected to the addressable signaling loop (AAL). It is intended for transmitting information about the status of non-addressable fire detectors, manual control devices, position sensors, etc. devices at FACP.

The device is designed for the organization of centralized and autonomous protection of various objects from fires by round-the-clock monitoring of the state of up to 40 fire alarm and automation loops, and combines the functions of a fire receiving and control device and a control device.

The device is designed for the organization of centralized and autonomous protection of various objects from fires by round-the-clock monitoring of the state of up to 32 fire alarm and automation loops, and combines the functions of a fire receiving and control device and a control device.

The device is designed for the organization of centralized and autonomous protection of various objects from fires by round-the-clock monitoring of the status of up to 24 fire alarm and automation loops, and combines the functions of a fire receiving and control device and a control device.

The device is designed for the organization of centralized and autonomous protection of various objects from fires by round-the-clock monitoring of the status of up to 16 fire alarm and automation loops, and combines the functions of a fire receiving and control device and a control device.

The device is designed for the organization of centralized and autonomous protection of various objects from fires by round-the-clock monitoring of the status of up to 16 fire alarm and automation loops, and combines the functions of a fire receiving and control device and a control device.

The device is designed for the organization of centralized and autonomous protection of various objects from fires by round-the-clock monitoring of the state of up to 8 fire alarm and automation loops, and combines the functions of a fire receiving and control device and a control device.