Lectrosonics SMBCUPSL Antenna Up Hinged Belt Clip for SM Transmitters

Streamline Your Setup with the Lectrosonics SMBCUPSL Belt Clip
Introducing the Lectrosonics SMBCUPSL, a meticulously designed hinged belt clip for single battery SM transmitters. This clip is engineered to enhance the usability and accessibility of your transmitter by positioning the antenna and mic connector facing up, ensuring that they remain unobstructed and functional. Ideal for dynamic broadcast environments, the SMBCUPSL allows you to move freely without worrying about the security of your transmitter.

Optimized Design for User Comfort
The SMBCUPSL features a spring-loaded design that not only secures the transmitter firmly but also allows for quick attachment and detachment, which is essential in fast-paced settings. This design minimizes the profile of your transmitter, keeping it close to the body and out of the way during performances or recordings.

Precision and Compatibility
Constructed from durable aluminum, the SMBCUPSL belt clip is built to last and withstand the rigors of field use. It is specifically compatible with Lectrosonics models SMa and SMV transmitters, ensuring a perfect fit and seamless integration with your existing equipment. The belt clip incorporates two detents on the side of the housing for precise alignment, facilitating a stable and secure mount.

Easy Installation for All Users
This belt clip comes equipped with an Allen wrench and a spare hex screw, providing all the necessary tools for a straightforward setup. For users of early single battery models that lack detents, the bracket can be aligned manually, ensuring that it is accessible and adaptable to various transmitter versions.

Maintain Flexibility in Your Workflow
With the antenna and microphone connectors facing upwards, the SMBCUPSL ensures that your transmitter's functionality is maximized, preventing accidental disconnections and maintaining clear signal paths. This orientation is crucial for maintaining the quality and reliability of your audio transmission, especially in environments where movement and flexibility are necessary.