Advanced SmokeGo Control Panel | 1-4 Loop Expandable Smoke Control System | Apollo, Hochiki & AxisEn Protocol Options

FAQs

What is the primary cause of fire-related deaths?

Smoke inhalation is the primary cause of fire-related deaths.

Why is controlling the flow of smoke important in a fire?

Controlling the flow of smoke is vital to create safe escape routes for occupants and clear access for firefighters.

What is SmokeGo from Advanced?

SmokeGo from Advanced is the UK’s first smoke control panel approved to EN 54 parts 2 and 4 by FM.

How does SmokeGo simplify smoke management?

SmokeGo simplifies smoke management by providing complete control of fans and dampers from the fire system and making smoke control simpler to install, configure, and operate through a simple four-step configuration process.

What is the configuration process for SmokeGo?

The configuration process involves inputting the number of smoke compartments, assigning fire detection zones per compartment, and defining loop devices for smoke control, with automatic configuration of fan and damper interfaces by the programming wizard.

How does SmokeGo reduce setup time?

SmokeGo uses a unique mapping matrix, graphical system representations, drop-down menus, and keyboard shortcuts to reduce setup time, enabling creation of a working system in minutes instead of days.

What manual and automatic options does SmokeGo offer?

SmokeGo offers integrated and independent switch cards for manual and automatic control options that meet the requirements of virtually any site.

What is the post alarm purge feature in SmokeGo?

The post alarm purge feature rapidly clears smoke from a building after a fire event and can be automatically configured or manually controlled via an enable purge button or switch.

How does SmokeGo ensure safe evacuation and access for fire crews?

SmokeGo provides versatile programming options for stale well pressurization to ensure safe evacuation of occupants and access for fire crews.

Can SmokeGo prioritize smoke containment and extraction in critical areas?

Yes, SmokeGo allows easy configuration of cascade options to prioritize containment and extraction of smoke in critical areas of a building.

What features help safeguard the SmokeGo system?

Features such as interlocks, sequential fan restart, group manual controls, and automatic system tests for fans and dampers help safeguard the system and avoid overloading and damage.

Is SmokeGo compatible with different system types?

Yes, SmokeGo is compatible with dedicated and non-dedicated systems and can be networked or used independently.

What additional monitoring capability does SmokeGo offer when used with Advanced Live?

When used with Advanced Live, SmokeGo allows checking fan and damper status remotely using any internet-enabled device.

What are the key benefits of choosing SmokeGo from Advanced?

Key benefits include ultimate programming versatility, ease of use, unbeatable setup times, and fire safety peace of mind.

How many loops does the 1-4 Loop SmokeGo panel support?

The 1-4 Loop SmokeGo panel is a dedicated control panel that supports between 1 and 4 detection loops, providing increased capacity for larger installations requiring multiple loop configurations.

What protocols does the SmokeGo 1-4 Loop panel support?

The SmokeGo panel supports Apollo (XP95/Discovery), AxisEn and Hochiki ESP protocols, allowing integration with a wide range of fire detection devices and ensuring compatibility with existing fire systems.

How many smoke compartments and dampers can the system control?

The panel can control up to 500 smoke compartments and 2000 dampers, providing comprehensive smoke control capability for large and complex buildings. The system can be expanded further through the integral P-Bus system for even larger installations.

Can the SmokeGo panel be networked with other fire panels?

Yes, by adding an optional network card (MXP-503 Standard or MXP-509 Fault-Tolerant), the panel can communicate with other SmokeGo or MxPro 5 fire panels, remote terminals, network peripherals, BMS or graphical interfaces. The network operates as a true peer-to-peer system and can be configured in fault-tolerant loop or radial format, supporting up to 2000 zones.

What certifications does the SmokeGo panel hold?

The panel is certified to EN 54-2:1997 +A1:2006 and EN 54-4:1997 +A1:2002 +A2:2006 by FM Approvals. It is also designed to comply with ISO 21927-9 and BS7346-8 standards for smoke control systems.

How is the panel programmed and configured?

The panel can be programmed either via the onboard alphanumeric keypad or through PC-based configuration tools. The PC-NET-022 configuration software provides a unique software matrix with graphical representations and drop-down menus for quick and intuitive system setup. Additional Windows-based tools are available for configuration, service and logo customisation.

What are the differences between the large and extended enclosure options?

The large enclosure (475 x 450 x 120mm) offers 19 top, 11 top rear and 2 bottom cable entry knockouts with internal battery capacity from 24v 4Ah to 24v 18Ah. The extended enclosure (750 x 450 x 190mm) provides 30 top, 6 top rear, 3 bottom plus 2 double rear cable entry knockouts with internal battery capacity from 24v 4Ah to 24v 45Ah, accommodating larger system requirements and extended standby time.

Is the panel compatible with AdvancedLive?

Yes, the panel is compatible with AdvancedLive (UK&I only), which is Advanced’s fire panel monitoring solution that enables secure, easy, real-time management of fire systems through onboard Ethernet connectivity (10-Base-T, 100-Base-T).

How many fan and damper switch cards can be connected?

Up to 15 fan and damper switch cards can be connected per peripheral bus (P-Bus), with cards available for internal or external mounting. Expansion options are available for larger systems requiring additional switching capacity.