The B600 (standard cylinder only) can be be specified for 1 3/8" thin doors and the appropriate parts will be supplied. Interchangeable cores are not available for 1 3/8" thin doors.
The outside housing, B600-089, can be ordered to retrofit an existing standard cylinder B600.
Description: 1 1/8” Collar (trim ring) for 1 3/8” – 1 5/8” door
Schlage only offers a limited number of keyways that match the BEST sections. Available in keys and cores.Specify keyway using the B suffix: AB = A, BB=B, CB=C, DB = D, DDB=DD, EB = E, FB = F, GB =...
1 1/8" mortise cylinders fit the 650 series keyswitch.
The 650 series keyswitch when ordered with the cylinder, will come complete with the correct cylinder, cam, and any ...
If blocking rings (PN 36-079) are needed, specify dimensions when ordering. See below for blocking ring (PN 36-079) dimensions.
Blocking Ring
Specify Di...
Verify the door thickness is 1 5/8" or greater per the pricebook. Thin doors will force the clip off the housing. If door thickness is correct then replace the product as needed.
...
Schlage ND-Series tailpieces for extended doors are available by only two means, but are not available to order separately.
If an extended tailpiece is needed, then a complete lock ...
B500 with standard cylinders
How to order with the deadbolt:
Door thickness over 1 3/4" to 2 1/4", specify door thickness when deadbolt is ordered
Door thickness greater than 2 1/4" will req...
For ND locks shipping on or after January 30, 2017, the lever and core driver will need to be changed to convert from JD to BD.SFIC lever, 03-200SFIC driver and spacer, 09-774
For ND Locks shipping prior to January 30, 2017:The springcage(s), lever, and core driver will need to be changed. Depending on the function the components below are required.Outside spring c...
Schlage is pleased to announce in January 2012 the addition of small format interchangeable core (SFIC) and full size interchangeable core (FSIC) to our CS210 interconnected lock series.
Clic...
There are several ways to spot differences, see Figure 1, but the easiest is to look at the face of each core.
The face of both cores looks like a "figure 8". With small format, bo...