CL460 & CL465 NARROW STILE CODELOCK
CL460 & CL465 NARROW STILE CODELOCK
Narrow stile mechanical codelock suitable for aluminium doors. An affordable alternative to electronic keypads, electrical strikes, magnetic locks and other systems used on aluminium framed doors.
Ideal for new or retrofit applications. Designed to be retrofitted to adams rite or similar ansi round cylinder mortice deadlatches. Complete with cams, threaded cylinder and either a stubby or full size lever handle.
INFORMATION
BRAND
Codelocks
PRODUCT TYPE
Door Lock
COLLECTION
Cl460
PRODUCTION
Made in UK
KEY FEATURES
- Stainless steel finish
- Code Free access option
- Neoprene seals included
- Full size lever handles with return to door
- Suitable for internal and external aluminium doors
- Field handed keypad - will fit doors hung on the left or right
LOCK MATERIAL
Zinc Alloy
BUTTONS
2 x 7
MODEL
The cl465 model provides a code free access mode. This model features a black dot on the ‘y’ button. When the ‘y’ button is pressed along with a correct code input, the lever will retract the latch freely until disabled.
FINISH
Stainless Steel
CODE CHANGE METHOD
Tumblers (Off Door)
KEYED ALIKE
Available
KEYPAD
14 stainless steel buttons
SUITABLE FOR
- Internal
- External
HANDED
Non Handed - Locks will fit doors hung on the left or right
SPINDLE
Two part 1⁄4" (6mm) spring loaded spindle
CODES
Single code storage - 8,191 non sequential combinations available
ORIENTATION
Vertical
APPLICATION LEAD TIME
3 to 5 working days
CLEAN
Clean by Codelocks is an optional finish which can be applied to any of our Codelocks products. Clean by Codelocks features an ISO certified* photocatalytic coating which, when applied to our locks, offers enhanced protection against viruses, bacteria, germs and other environmental toxins.
The coating utilises a process called photocatalytic oxidation, which means that the coating converts harmful bacteria and germs into a non-toxic compound, resulting in a clean and hygienic surface. The clear coating combats SARS-CoV-2 coronavirus (COVID-19) and can reduce bacterial growth by 99.96% 3 , providing an additional measure of protection over sanitisation.




