Assa 5400LN SERIES - Manual (Page 3)

FEATURES
Page 3 5400LN Series Cylindrical Lock
FIRE LISTINGS
UL - cUL Fire Label for all door
functions up to 3 hours.
ANSI
ANSI A156.2, 1996 Series 4000
Grade 1.
DOOR THICKNESS
The 5400LN fits doors from
1-3/4" to 2-1/4" thick. It can be
used on 1-3/8" thick doors by
adding two spacer plates
P/N 14-5401-6644.
FULL-FEATURED GRADE 1 LEVER LOCKSET OFFERING:
• Patented Free Wheeling lever mechanism increases vandal resistance and reduces the amount of
maintenance typically required of locksets with rigid levers.
• 11 finish options.
• 3 lever designs
• 19 functions.
• Stainless steel latchbolt provides added strength and wear resistance. Direct 1/2" throw is standard.
• A 3/4" latch throw for fire-rated or pairs of doors is available.
• Wear-resistant plates in the chassis help extend the life of the lockbody and provide smoother lock operation.
• Longer through-bolts through the chassis provide greater stability and prevent rotation.
• Lifetime warranted heavy-duty lever return springs prevent lever sag and provide positive return of lever to
horizontal position.
• Door adjustable rose support plates allow for easy adjustment of lockset to fit doors ranging in thickness
from 1-3/4" to 2-1/4". Rose spacers available for 1-3/8" thick doors.
• Three non-handed lever options (Augusta, Monroe, and Pacific Beach) comply with ADA requirements for
easy gripping and operation.
• Expanded cylinder and keying options:
- Yale ® 6- and 7-pin standard and interchangeable core cylinders including Yale ® KeyMark ® patented
keyway cylinders (see page 8).
- Standard cylinders with Schlage ® C and Sargent ® LA keyways.
- Levers which accept interchangeable core cylinders by Best ® , Corbin Russwin, Schlage ® and Medeco ® and ASSA ® .
• 3-1/2" roses cover new ANSI hollow metal door cutout.
Stainless Steel
Latchbolt
Adjustable
Rose Plates
Heavy-Duty
Lever Return
Springs
Solid Brass
Pin Tumbler
Cylinder
Multiple Keying
Options
3-1/2" Rose
Anti-Rotation
Through-Bolts Free Wheeling
Patented Lever
Mechanism