Details

Lockey EC783 Digital Cabinet Lock with RFID Card Reader and Keypad

The Lockey Electronic Lock EC783 combines RFID and keypad technologies for dual-mode cabinet access. Designed with a sleek faceplate offered in multiple colors, it adapts well to vertical locker or cabinet layouts in shared environments. Capable of storing up to 30 RFID credentials, it also features manual code entry for versatile user management. With optional override and programmable settings, it offers control and security in equal measure. Built tough for daily use in education, retail, or healthcare spaces.

Key Features:

• Dual access via RFID cards and keypad
• Supports public and private user modes
• Stores up to 30 user cards
• Key override for emergency access
• Up to 80,000 cycles per pair of AA batteries
• Battery condition indicator with LED alerts
• Audible keypad feedback (can be turned on/off)

Specifications:

• Mounting Orientation: Vertical
• Power Source: 2 x AA Alkaline batteries
• Battery Life: Up to 80,000 cycles
• Material: Zinc die-cast with powder-coated finish
• Dimensions: 136mm (5 3/8") L x 37mm (1 1/2") W x 30mm (1 1/8") D
• Mounting: 2 or 3 point mounting

General Warranty Policy

• LockeyUSA may request additional information to process warranty claims effectively.
• If the product is covered by warranty, it will be repaired or replaced at LockeyUSA's discretion.
• Return shipping within the United States is covered by LockeyUSA.
• International customers are responsible for all shipping costs, duties, and applicable fees.
• All warranty claims must include a completed LockeyUSA Warranty Claim Form and valid proof of purchase.
• Warranties only apply to products manufactured after December 31, 1999.

Lockey EC Series Electronic Cabinet & Locker Locks

• Warranty: Three-Year Electronic Warranty
• Covers: Electronic defects in EC Series cabinet and locker locks.
• Does Not Cover: Finish, vandalism, improper installation, or use of non-synthetic lubricants.
• Installation Warning: Warranty void if installation instructions are not followed.