![]() ![]() ![]() ![]() Take your canned air and blow away any dirt and dust that may have accumulated inside the cylinders or locking assembly. Separate the two cylinders from the inside and outside of the door by pulling them straight out. To do this, simply remove the set screws on the inner cylinder of the door. If a new key didn't fix the problem, you'll need to disassemble the deadbolt lock and check to make sure that there is no dirt, dust, or grime inside the cylinders, key plug, or locking mechanism. Step 3 - Clean and Lubricate the Deadbolt Lock If you are still having difficulty locking and unlocking the deadbolt lock, continue on to the next step. Try a new key for the deadbolt lock or a spare that you may have. Over time, the key to your deadbolt lock will become worn and no longer be able to push up pins and tumblers in order to turn the lock plug inside the cylinder. If this is not the problem, continue on to step two. Take your screwdriver and make sure that the set screws are tightened securely. Many times, set screws may become loose in the deadbolt lock which will result in the locking mechanism moving slightly out of alignment. Typical applications include Hospitals, Office Spaces, Schools, Industrial Sites, Government Building’s, and Places of Assembly.First, grasp the inner and outer cylinders of the deadbolt lock and see if they move slightly or wobble. To carry current to the door, use the PDEPT Power Transfer. If local jurisdictions require the device to be interconnected with the buildings fire alarm system, add the PDFA. If battery backup is required for keeping the latch retracted during a power failure, add the PDBB. EL devices require a special “booster”* power supply – one PDPS12/24 UL Listed power supply equipped with one PD2ZONE controller board can operate one or two EL devices. The PD9200EL exit devices can be applied to card readers, toggles, key switches, pushbuttons, and fire alarm systems. Power consumption is automatically adjusted after the latch is retracted and the device can remain unlocked all day if so desired. These devices have a powerful 24V solenoid that retracts the latch and keeps it retracted until power is interrupted. Exit Devices The PD9200 Electrified Latch (EL) Series exit devices combine life safety with the convenience and security of electronic access control systems.Typical applications include Hospitals, Office Spaces, Schools, Industrial Sites, Government Building’s, and Places of Assembly. ![]() ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |