CAT CRU-2 Mortise Lockset Current Reduction Unit, 12 to 30 Volt DC, 1 Ampere
CRU-2 is a current reduction module that is designed to work with low current DC voltage electric locking devices such as cylindrical locks, mortise locks, panic trim or strikes that are being used in a fail safe or unlock cycle condition. When energized, the CRU2 allows the device to receive full current long enough for the solenoid to retract. Once retracted, the CRU2 limits the current for the solenoid to remain retracted as long as is needed. While limiting the current, the CRU2 sends an occasional high frequency pulse to ensure that there are no re-locking issues. This prevents failures due to door misalignment or prolonged lever engagement by the users.
| Manufacturer Part Number | CRU-2 |
|---|---|
| Features | CRU-2 is a current reduction module that is designed to work with low current DC voltage electric locking devices such as cylindrical locks, mortise locks, panic trim or strikes that are being used in a fail safe or unlock cycle condition. When energized, the CRU2 allows the device to receive full current long enough for the solenoid to retract. Once retracted, the CRU2 limits the current for the solenoid to remain retracted as long as is needed. While limiting the current, the CRU2 sends an occasional high frequency pulse to ensure that there are no re-locking issues. This prevents failures due to door misalignment or prolonged lever engagement by the users. |
CRU-2 is a current reduction module that is designed to work with low current DC voltage electric locking devices such as cylindrical locks, mortise locks, panic trim or strikes that are being used in a fail safe or unlock cycle condition. When energized, the CRU2 allows the device to receive full current long enough for the solenoid to retract. Once retracted, the CRU2 limits the current for the solenoid to remain retracted as long as is needed. While limiting the current, the CRU2 sends an occasional high frequency pulse to ensure that there are no re-locking issues. This prevents failures due to door misalignment or prolonged lever engagement by the users.