Yale Auxiliary Locks 197F STRIKE — Yale Auxiliary Locks Flat Strike for 197 Jimmy Proof Deadlocks
- 197F STRIKE
197F STRIKE — Yale Auxiliary Locks
Flat Strike for 197 Jimmy Proof Deadlocks
A company born of innovation, Yale has pioneered the evolution of the locking industry for over 170 years. Offering a broad portfolio of door hardware and locks to secure your home or business, Yale continues to innovate new products for both residential and commercial applications. Products include mortise and cylindrical locks, exit devices, door closers, electromechanical products and key systems, as well as windstorm certified hardware, decorative levers, and antimicrobial hardware coatings.
Yale offers a wide variety of auxiliary rim locks for any number of applications. These versatile non-handed locks are made from strong alloyed material and are available for varying door thicknesses.
These versatile non-handed locks are made from strong alloyed material and are available for varying door thicknesses.
Outside: Furnished standard with 5-pin rim cylinder 1109E.
Inside: Key locks or unlocks deadbolt. Also available with flat strike, model no. 197-1/4F (for outswinging doors).
Backset 2-3/8" (60mm)
Material Zinc Alloy
Deadbolt Length N/A
Reversible Latchbolt N/A
Cylinder (Outside) 1109E Brass 5-pin with anti-pick mushroom drivers
Cylinder (Inside) Fixed 3-pin Brass cylinder. No alternatives.
Case Finishes Sprayed Bronze only
Cylinder Finish Brass
2 Keys RB8
Door Thickness 1-1/4" to 2-1/4" (32mm-57mm)
Dimensions are shown in inches (millimeters)..
197F Flat Strike Used with 197F and 197-1/4F for outswing doors
Yale® auxiliary rim locks 80, 88, 112, 112-1/4, 197, and 197-1/4 are shipped standard with an 1109E brass, 5-pin, E1R (PARA) section rim cylinder. The 1109E is not available as a replacement cylinder. Note: 1109E depths and spacings are not compatible with other cylinders available from Yale Locks & Hardware. For alternative rim cylinders, refer to Yale® KeyMark® and/or Yale Cylinder and Keys catalog sections
*Image may not represent the actual product or finish