Qolsys Inc IQPK086 Wireless Control Panel 433 Mhz

Product Description

The QOLSYS INC IQPK086 is the IQ4 NS wireless security control panel configured for Verizon LTE cellular communication and operating on the 433 MHz SRF radio frequency. This panel serves as the central hub of a wireless security system, managing sensors, detectors, and peripheral devices across a protected premises. It is designed for installation by licensed security system technicians and integrators working in residential and light commercial applications. The 433 MHz frequency band allows compatibility with a wide range of wireless sensors and peripherals that share that protocol.

The IQPK086 is suited for new installations and system upgrades where Verizon LTE is the preferred cellular network for alarm communication and remote connectivity. The panel supports wireless zone enrollment and communicates alarm events, supervisory signals, and system status to a central monitoring station or end-user interface over the Verizon network. It is packaged as a single unit and categorized under wireless control panels for trade ordering and inventory purposes.

Key Features

• Verizon LTE cellular communicator built in for alarm reporting and remote access
• 433 MHz SRF wireless receiver for compatible sensors and peripherals
• All-in-one wireless control panel design simplifies installation
• Sold as a single unit for straightforward procurement

Compatibility

Designed as a wireless control panel compatible with 433 MHz SRF wireless security sensors and accessories. Verify sensor frequency and enrollment requirements before installation.

Installation Notes

Installation should be performed by a licensed alarm or low-voltage contractor in accordance with local codes and the National Electrical Code (NEC) for low-voltage systems. Power down the system and confirm the cellular communicator is properly activated with the carrier before commissioning. Follow the manufacturer documentation for sensor enrollment and zone programming. Do not install in locations that may interfere with cellular signal reception.