2026 Upgraded ANSI Standard Heavy Duty Electric Door Strike Lock for Door Access Control System, Cylindrical/Mechanical Locksets, Fail-Secure/Fail-Safe Adjustable, (Input Voltage 12VDC), Silvery

• 【Excellent quality New upgraded Electric Door Strike Lock for Door Access Control System Made of high-quality alloy, corrosion-resistant and rust-free, the maximum impact resistance is 1000kg / 2200lbs after electrification， Tested life of over 500,000 cycles and higher efficiency（Voltage: DC12V).
• 【Two modes adjustable】 You can set the operation mode of Fail Safe or Fail Secure. Just loose the ************************************************************* and tighten it in the other hole. Fail-Safe (NC): When the power is off, the door is in the open status. Fail Secure(NO): When power is off, the door is in the closed status. The corresponding mode can be selected in different situations.
• 【Application Scenarios】 New upgraded ANSI standard heavy-duty electric door locks are available for access control systems, cylinder locks, and mechanical locks. This electric door lock can be used to convert cylinder locks into electronic access lock control systems, It can meet a wide variety of needs.
• 【Accessories included】 In addition to the electric lock outside the package also contains the installation piece * 2, screws * 4, diode * 1, instructions * 1, and warm tips: before ordering, please confirm the door frame size to avoid errors in the purchase, please refer to the instructions when installing.
• 【Risk-free shopping】 Your satisfaction is our unremitting pursuit, if you have any questions you can consult us at any time, if you are not satisfied with our products, you can request an exchange or ************************************************************* at any time, and we will 7/24 for your service!

2026 Upgraded ANSI Standard Heavy Duty Electric Door Strike Lock for Door Access Control System, Cylindrical/mechanical Locksets, Fail-Secure/Fail-Safe Adjustable, with Diode、Installation instructions (Input Voltage 12VDC)