The Qolsys IQ Hardwire 16-F Wired to Wireless Converter is used for making existing hardwired sensors compatible with a wireless 319.5 MHz system. The sensors will connect directly with the Hardwire 16-F, and the module will send a wireless 319.5 MHz signal to the panel on behalf of each zone.
The IQ Hardwire 16-F will work with any wireless alarm system that accepts 319.5 MHz signals. Some of the systems that operate at this frequency include the IQ Panel 2, the IQ Panel 2 Plus with 319.5 MHz daughtercard, the original IQ Panel and the Interlogix Simon Series Panels. If the module is used with the IQ2 or IQ2+, then the signal will utilize rolling code encryption for added security. Otherwise, signals will be sent without rolling code encryption.
There are 16 total hardwired zones on the IQ Hardwire 16-F. Zones 1 thru 15 are for standard hardwired security sensors. This includes devices such as door and window contacts, motion sensors, glass break sensors and more. Normally Open or Normally Closed wiring can be used. Each zone must have a 4.7k resistor wired in parallel (NO) or series (NC). The necessary resistors come included. Note that the 4.7k resistors that come with the module are color-coded Yellow-Violet-Black-Brown-Brown.
Zone 16 is also supervised using a 4.7k resistor and can be wired Normally Open with the resistor in parallel. It is designed specifically for use with 2-wire smoke detectors. Up to ten 2-wire smoke detectors can be wired in parallel through these terminals. The smoke zone supports System Sensor 2W-B, 2WT-B and 2WTA-B models. Different detector models should not be mixed on the same zone. Please note that 4-wire smokes and carbon monoxide sensors cannot be used with the IQ Hardwire 16-F.
For power, the IQ Hardwire 16-F uses a 16.0VDC plug-in transformer. A power cable comes included for connecting the Hardwire 16-F with its plug-in transformer. Note that the wire with the dash marks is the positive (+) wire. It is strongly recommended that a user adds a 12VDC 5AH max backup battery to keep the module running in the event of an electrical outage. A backup battery does not come included with the device. We recommend purchasing an UltraTech 1240 Battery for this job. The IQ Hardwire 16-F comes with a battery harness for connecting the battery.
The IQ Hardwire 16-F also features a 500 mA power output, for devices that require power such as motion detectors and glass break detectors. Also included is an auxiliary relay output rated at 12VDC 500mA which can be used to add an additional siren. This relay is triggered wirelessly by the Qolsys IQ Panel 2, and will follow the alarm panel siren sounding. In addition, the Qolsys Hardwire 16-F has both a negative and positive trigger input, which can be used to activate the siren relay. Additional power may be needed for some external siren applications. The module measures in at 5.5" x 3.5".
Please note that the Qolsys IQ Hardwire 16-F will only serve as a wireless siren relay for an IQ Panel 2 System that is RF PIC Version 11.1.4 G2 or higher. Panels have a lower version cannot be upgraded. The user will need to replace the system with a new one if they want to use the IQ Hardwire 16-F as a wireless siren relay. You can check the RF PIC Version for your IQ Panel 2 by clicking the small grey bar at the top of the main screen. Then choose Settings > Advanced Settings > Installer Code (1111) > About > Hardware > RF PIC Version.
Note: The older-style QS7133-840 IQ Hardwire 16-F can only use 4.7k resistors, which come included with the module. By the start of 2020, Qolsys updated the product to support 1k to 10k resistors by calibrating the module. Older Hardwire 16-F modules cannot perform this calibration and must use 4.7k resistors. We cannot guarantee whether you will receive a newer-style IQ Hardwire 16-F with the ability to calibrate, or an older-style IQ Hardwire 16-F that is restricted to 4.7k resistors. To ensure proper function, it is recommended that you just use the 4.7k resistors included with the module. If you have an existing Qolsys Hardwire 16-F, and you aren't sure if it supports EOLR learning, then you can check its Revision to determine. Any unit that is Revision B or higher will support EOLR learning. More information can be found here.