Qolsys Inc IQPK083 Wireless Control Panel 319.5 Mhz

Product Description

The QOLSYS INC IQPK083 is a wireless security control panel operating on the 319.5 MHz SRF frequency band. This unit is the IQ4 NS variant configured for the AT&T cellular network, making it suited for installations that depend on AT&T LTE connectivity for alarm monitoring and remote communication. The panel is designed for integration into residential or light commercial security systems and is typically installed by licensed alarm and security technicians. Note: this part number has been marked discontinued by the manufacturer and may no longer be available through standard distribution channels.

The IQPK083 falls within the QOLSYS IQ4 NS product family, a line of wireless control panels built around SRF 319.5 MHz sensor compatibility. The AT&T cellular configuration makes it appropriate for monitored security deployments where a broadband or landline backup is not the primary communication path. Installation is handled by alarm system professionals familiar with wireless panel setup, sensor pairing, and cellular module activation.

Key Features

• 319.5 MHz SRF wireless frequency for sensor communication
• AT&T cellular network configuration for remote monitoring connectivity
• IQ4 NS platform from QOLSYS INC
• Sold as an individual unit (each)

Compatibility

Designed as an OEM-style replacement or installation unit within wireless control panel systems compatible with the QOLSYS IQ4 NS platform using 319.5 MHz SRF sensors and AT&T cellular communication.

Installation Notes

Installation should be performed by a licensed alarm or low-voltage security technician in accordance with local codes and manufacturer guidelines. Power down the existing system and disconnect the backup battery before removing or replacing a control panel. Cellular activation requires coordination with the monitoring provider and the AT&T network. Do not attempt to reconfigure the cellular module or frequency settings outside of the manufacturer-supported setup process.