Yale Residential YRD654-CB1-P05 Smart Lock Brass Ble

Product Description

The YALE RESIDENTIAL YRD654-CB1-P05 is a Bluetooth-enabled smart lock designed for residential door hardware applications. This unit features a brass finish and uses BLE (Bluetooth Low Energy) wireless connectivity to allow keyless entry and access management. It is sold as a single unit and is installed by locksmiths, residential contractors, or experienced property maintenance professionals. The lock integrates with compatible smart home systems and mobile applications, providing a modern replacement for traditional keyed deadbolts in residential settings.

This smart lock is suited for residential entry doors where keyless or app-based access control is required. Typical installations include single-family homes, rental units, and light commercial entry points where a finished brass appearance and wireless connectivity are priorities. The BLE connection enables short-range communication with a paired mobile device for lock and unlock functions.

Key Features

• Bluetooth Low Energy (BLE) wireless connectivity for mobile device pairing
• Brass finish for a traditional residential aesthetic
• Keyless entry operation eliminates the need for physical keys
• Single-unit packaging for straightforward procurement
• Designed for residential smart lock applications

Compatibility

Designed as an OEM-style replacement or upgrade smart lock for residential entry door applications. No specific compatible model numbers or system families were provided in the product data.

Installation Notes

Installation is typically performed by a licensed locksmith or qualified residential contractor following the manufacturer's door prep and mounting instructions. Before installation, ensure the door is unpowered from any existing electronic locking hardware and that the door edge and bore dimensions match the lock's requirements. Refer to local building codes for residential access hardware compliance. Do not force the lock body into an undersized bore as this may damage the mechanism.