Trine 2012-6-14AC/DC Aluminum Frame Electric Strike

Trine 2012-6-14AC/DC Electric Strike - Aluminum Frame offers a reliable solution for both new installations and replacements in light commercial settings. This fail-secure electric strike features a robust construction with a brass powder-coated finish, ensuring durability and a professional appearance. Measuring 4-7/8" x 1-1/4", it is designed to accommodate poorly aligned frames, making it an ideal choice for challenging door and lockset configurations. With an impressive holding force of 900 lbs and a durability rating of 500,000 life cycles, the Trine 2012-6-14AC/DC is built to withstand everyday use. It includes a horizontal latch adjustment of 1/8", allowing for easy adaptation to wider latch bolts. The strike releases under slight door pre-load, ensuring smooth operation even under varying conditions. Installation is straightforward with screw terminals for quick connections, and its non-handed design simplifies setup. The Trine 2012-6-14AC/DC is compatible with 6-14 VAC/DC power supplies, making it versatile for various applications. Backed by a one-year limited warranty, this electric strike combines functionality, reliability, and ease of use, making it a smart choice for enhancing security in commercial environments.

Electric Strike - Aluminum Fra

Electric Strike, 6-14VAC/DC, Fail Secure, 4-7/8" x 1-1/4", Brass Powder Coated

The adjustable 1000 & 2000 Seies is a light commercial series. These strike are non-handed used in new and replacement applications. The stike is used in poorly aligned frames. Holding force is 900lbs and a duribility testing of 500,000 life cycles.

Allows adjustment for wider latch bolts & poorly aligned doors & locksets.

• 1/8” Horizontal Latch Adjustment.
• Releases Under Slight Door Pre-Load.
• 500,000 Life Cycles -- Holding Force - 900 lbs.
• Solid Cast Latch - Chrome Plated.
• Non Handed Operation.
• Screw Terminals - Quick Connection.

Resources

• 2000 Series Electric Strikes Cut Sheet
• 2023 Trine Price Book (effective 4.28.2023)