Liftmaster PPLK1PH-10 Telephone Entry Keypad 10 Pack

Product Description

The LIFTMASTER PPLK1PH-10 is a telephone entry keypad unit with proximity card reader capability, sold in a 10-unit pack. Designed for access control applications, it combines a single-button keypad with a proximity reader to manage entry at gates, doors, and secured access points. The unit is intended for installation by licensed access control technicians or electricians working on commercial or residential gate and door systems. Each unit ships individually as a discrete electronic assembly ready for field wiring and programming.

This product is suited for multi-site deployments or larger installations where multiple entry points require consistent access control hardware. The 10-pack format reduces per-unit procurement overhead on projects that require several reader-keypad stations. Typical applications include apartment complexes, commercial facilities, parking structures, and gated communities where proximity credential access is required alongside keypad backup entry.

Key Features

• Single-button keypad with integrated proximity card reader in one unit
• Telephone entry category device for managing visitor and resident access
• 10-unit pack format supports multi-point installations efficiently
• Sold as individual each (EA) units per pack with quantity of 1 pack per order

Compatibility

Designed as an OEM-style access control entry device for use in telephone entry and proximity-based gate or door access systems. No specific compatible model numbers were provided in the product data.

Installation Notes

Installation should be performed by a licensed electrician or certified access control technician in accordance with applicable NEC requirements. Power down and de-energize the access control panel before wiring the unit. Ensure proper conduit and weatherproofing is applied at the mounting location for outdoor installations. Program credentials and communication settings according to the system controller configuration before returning the circuit to service.