What is SWIFT?
SWIFT stands for: Smart Wireless Integrated Fire Technology. It is a Class A, commercial wireless system using a robust mesh network that integrates with existing ONYX® intelligent fire systems.
Why would I use SWIFT?
SWIFT sensors detect fire, just like their wired counterparts, while providing installation flexibility in a wireless format. SWIFT devices provide an opportunity for applications where it is costly (concrete walls/ceilings, buried wires), obtrusive (surface mount conduit), or possibly dangerous (asbestos) to use traditional wired devices.
A SWIFT wireless system can use any combination of monitor modules, smoke and/or heat detectors. In addition, both wired and wireless devices are present on the same FACP providing an integrated wired-wireless solution for increased installation potential.
How robust is the SWIFT system?
What type of security does SWIFT have?
The SWIFT system uses an encryption key. Each message is encrypted to prevent miscommunication with other devices. As part of the set-up process, devices are assigned a “profile” which limits communication to a designated gateway.
What is needed for a system?
The SWIFT system is designed to work with current ONYX® fire alarm control panels, a wireless gateway (FWSG), and the wireless devices (detectors and module). The W-USB is a wireless transmitter which aids in the site survey, mesh formation, and diagnostics of the system. However, it is an optional component.
Which panels does this work with?
NFS-320, NFS2-640 and NFS2-3030 panels.
How many devices per gateway?
A system can have up to 49 devices per gateway; in any combination of detectors and modules. However, each device uses one address on the panel, so address capacity cannot exceed the panel limits. In addition, the gateway also uses 1 address.
How many gateways in a system?
Up to 4 gateways can be within range of each other.
What devices are available?
The initial launch will include a photo, Acclimate®, standard heat, rate-of-rise heat, and monitor module. A 6-in base is sold separately.
How are devices spaced?
Device spacing follows NFPA guidelines for the application. If signal strength is low, then an additional module or detector can be installed that will act as a repeater. Modules are frequently preferred for use as repeaters, since detector locations must conform to requirements.
What kind of batteries does a device use?
The devices are listed to use either 4 Panasonic CR123A or 4 Duracell DL123A.
What is the battery life?
Battery life is UL listed for 2 years.
Will I know if the batteries are low?
Low battery levels on the wireless devices are displayed as a trouble on the panel. When the message “TROUBLE BATTERY LOW” is displayed, replace the battery in the device. This message is an indication that at least one week of battery life remains.
What frequency does the system operate on?
Will this work in Canada or other countries?
The SWIFT system is not currently listed outside of the US. International usage depends upon agency requirements and the permitted ISM band frequency range.
When will the system be available?
Expected launch date is October, 2014.
What agency listings?
UL, FM, CSFM, FDNY
How do I know if it will work in my building?
The SWIFT system offers a Site Survey step, which allows an Installer to preview a site for wireless viability before they ever purchase a system using just a few devices that can be re-used from site to site.
What are the steps to install a system?
The SWIFT system has two methods for installation: a quick install using magnets and LED indicators or a more detailed site installation using SWIFT Tools with the W-USB and a laptop.The basic steps include:
How far can a device be from the gateway?
In a typical environment the first device can be approximately 50 feet. Factors such as intervening walls, barriers, or stock must be accounted for, so performing a site survey before installation is recommended. Since devices operate within a mesh network, remote devices communicate with the gateway through multiple links within the network of devices.
How much will a SWIFT device cost?
About 3-4 times as much as a comparable wired device. However, the installed cost may be lower in many applications since there is no need for wiring, especially in a difficult area.