RECENTLY VIEWED
RECENTLY VIEWED
Don't have an Account? Create an Account
DK Hardware Professional Tax Exempt? Net 30? - DK Net Terms
Roll over image to zoom in
Product Features
Product Overview
Related Videos
Reviews
Questions & Answers
30 Days Easy Return. We are the largest supplier of the most adaptable, personalized hardware in the industry. We work hard to ensure you're satisfied with our products.
Grade
Grade 1
Thickness
1-3/4"
Hand
Field Reversible
Color
Satin Brass
Color Code
606/US4
Case Length
10.375"
Function
9465-Closet Storeroom Lock
Cylinder Type
SFIC Prep Less Core
Fire Rated
3 Hours {A}
Origin
Mexico
BAA Qualified
Yes
Package Height
5.625
Package Length
10.375
Package Volume
313.6816406
Package Width
5.375
Bolt Protection
3/4" Latch, 1" Deadbolt
Case Height
5.625"
Case Volume
313.6816406
Case Width
5.375"
Dust Box
Plastic
Lever/Knob Design
17 - Lever
Lock Face Size
8" x 1-1/4"
Package Qty
1
Rose/Escutcheon Design
B - Rose
Screws
Combination
Special Marks
Small format interchangeable core, Fire rated 3 Hours {A}
Strike Height
4-7/8"
Strike Number
10-072
Strike Type
ASA
Strike Width
1-1/4"
Base Material
Brass
Closet Mortise Lock with Deadbolt, 17B Design, SFIC Prep, Less Core, Satin Brass
Schlage L-Series Extra Heavy Duty Mortise Locks are built to withstand the rigors of daily use without fail. Our L9000 Series locks are ideal for use in schools, hospitals and factories, where the finest hardware must also deliver consistent, dependable operation and stand up to constant use and abuse. We pay attention to these details so you can focus on creating a functional and aesthetically pleasing environment for your clients. In fact, every one of our L-Series locks meets ANSI Grade 1 standards for safety. A multitude of functions, finishes and trim designs are available to meet virtually every security and aesthetic requirement.
Lock bodies are field-reversible without disassembly
Schlage L Series Extra Heavy Duty, Grade 1 Mortise Locks are built to withstand the rigors of daily use without fail. Lock bodies are field-reversible without disassembly.