The Sargent 8215-LNMD mortise lock features a Passage or Closet function with an MD Lever, LN Rose, comes Field Reversible and is Grade 1 Heavy Duty. The passage function is a non-keyed function that allows for free egress from both the outside and inside trim.
Passage or Closet Function - ANSI F01
- Trim from either side retracts latchbolt at all times
Sargent 8200 Series Overview
The 8200 Series mortise lock is designed and constructed with the highest quality components to provide maximum security, performance, and durability, making it the strongest lock on the block. Considered the industry benchmark for all mortise locks on the market today, the robust lock is an attractive solution with a multitude of lever and escutcheon styles available.
With its innovative, multi-functional lock body, the 8200 Series Mortise Lock, is considered the industry benchmark for all mortise locks on the market today. It is also the strongest and most durable far surpassing ANSI/BHMA A156.13 Series 1000 Grade 1 standards in independently verified testing for additional resistance against vandalism and unauthorized entry.
The electromechanical version of the 8200 Series Mortise Lock operates from 12 to 24VDC and can be used in stand-alone applications or as part of an integrated access control system. Featuring EcoFlex technology, the electromechanical version dramatically reduces power consumption by up to 96%, as certified by GreenCircle.
Features
- ANSI/BHMA Grade 1 certified for cycle and strength requirements
- UL-cUL listed for 3-hour fire doors and windstorm applications
- Thru-bolted lever trim and strengthened cylinder retainer
- Available with security key systems (Degree, Signature, KESO, and XC)
- Available in 58 different functions, including electromechanical, security (freewheeling, security escutcheon, anti-vandal pull trim), and monitoring
- 6 lever designs, 2 roses/escutcheons designs, and 14 architectural finishes offered
- Available with behavioral health trim
- 10-year warranty
- Patented design and construction
