Qolsys Inc IQSWH3W-PG 915 Mhz In-wall Switch

Product Description

The QOLSYS INC IQSWH3W-PG is a 915 MHz in-wall smart switch designed for integration with compatible wireless security and home automation panels. Operating on the 915 MHz frequency band, it provides wireless on/off control of standard lighting or load circuits without requiring a dedicated smart-home hub beyond the paired panel. The switch installs directly into a standard wall box, replacing a conventional toggle or decorator switch. Electricians and low-voltage integrators install this device as part of a broader automation or security system deployment.

This switch is suited for residential and light-commercial applications where wireless load control is needed alongside a compatible 915 MHz automation or security panel. Typical installations include single-gang wall locations controlling overhead lighting, switched outlets, or other resistive loads. It is sold as a single unit and is intended for use where the controlling panel supports the PowerG or PG wireless protocol on the 915 MHz band.

Key Features

• 915 MHz wireless communication for reliable in-wall switch control
• In-wall form factor fits standard single-gang electrical boxes
• Replaces conventional wall switches in automation-integrated installations
• Wireless operation eliminates the need for direct wired communication runs to the panel
• Sold as a single unit for individual zone or load control

Compatibility

Designed as an OEM-style replacement or add-on in-wall switch for residential and light-commercial automation systems supporting the 915 MHz PG wireless protocol.

Installation Notes

Installation should be performed by a licensed electrician in accordance with NEC requirements for in-wall wiring devices. Turn off the circuit breaker controlling the target circuit before removing the existing switch or making any wiring connections. Verify that the receiving panel or controller supports the 915 MHz PG wireless protocol before installing. Low-voltage programming and pairing to the panel should be completed after electrical rough-in is confirmed safe and power is restored.