The motorized shutter provided by LBTEK is a shutter device that achieves millisecond-level response through pulse-controlled motors. By default, the shutter remains closed; it opens when the control pulse signal is at a high level and closes when the signal level drops. A Hall sensor detects the position of the shutter blades within the housing, providing information to determine the shutter's status. When connected to a host computer, it can verify whether the shutter is operating at the set frequency. The control box of the motorized shutter supports secondary development in languages such as C/C++, LabVIEW, and C#. The shutter can be connected to an MSC controller (sold separately) via a control cable (included when purchasing the MSC controller).

Both models of motorized shutters feature an M4 threaded hole on the side and bottom of the housing for mounting rods. The SH05-25 shutter has SM05 (0.535"-40) internal threads on both sides of the aperture, allowing it to connect with our SM05 lens tubes, and its operational noise is lower than ambient noise. The SH1-25 shutter has SM1 (1.035"-40) internal threads on both sides of the aperture, enabling connection with our SM1 lens tubes. Additionally, the SH1-25 shutter has four M3 threaded holes on each side of the aperture for mounting 30 mm coaxial rods.

Note: Always connect the controller to the power source before turning on the power switch, or turn off the power switch before disconnecting the power supply to avoid hot-plugging and prevent device damage.

The MSC motorized shutter controller provided by LBTEK is a new, highly compact single-channel controller designed to operate 12V solenoid-driven shutters and other similarly designed devices. This mini controller is fully functional, featuring an embedded ARM processor to provide various flexible operation modes. The embedded software functionality allows the unit to be used for manual control of solenoid devices (using panel buttons), automatic operation with ARM timing, or operation with third-party devices via external trigger signals.

Note: Please connect the controller to the power supply before turning on the controller's power switch, or turn off the controller's power switch before disconnecting the power supply to avoid hot-plugging and prevent device damage.