Final Markdown Seaview 5" Thermal Camera Mount F/flir M100 M200 - 8" Round Base [pm5-fmh-8] With A 45% Price Cut [ujAz4nKO]

Seaview 5" Thermal Camera Mount for FLIR M100 & M200

The Seaview PM5-FMH-8 camera mount is designed to elevate your FLIR M100 or M200 camera, offering an impressive 5.5" height to ensure unobstructed views. This mount is a game-changer for users seeking optimal performance from their thermal imaging cameras. With its 8" round base, the mount takes up minimal space, making it an ideal choice for installations where every inch counts. Its straightforward design features four pre-drilled holes for quick and easy installation, ensuring that you can get your camera set up and ready to use in no time.

Key Features and Specifications

The Seaview PM5-FMH-8 mount boasts a robust vertical design, perfect for a variety of applications. Its compact dimensions of 7"H x 10"W x 10"L and a weight of just 3.9 lbs make it a versatile solution. The mount is equipped with a unique 8" diameter base, providing a stable platform while minimizing space requirements. The inclusion of no visible bolts on the camera mounting plate not only adds to the security of your setup but also enhances the overall aesthetic appeal. Below are some of the key specifications:

• Type: Vertical Mount
• Height: 5"
• Box Dimensions: 7"H x 10"W x 10"L
• Weight: 3.9 lbs

Perfect for a Wide Range of Applications

Whether you're a professional in the field of security, search and rescue, or simply an enthusiast looking to get the most out of your thermal imaging camera, the Seaview PM5-FMH-8 mount is the perfect solution. Its design allows for enhanced visibility and performance, ensuring that you can capture critical details in any environment. With its compact and space-saving design, the mount is suitable for installations in limited spaces, making it an invaluable tool for both personal and professional use. Upgrade your FLIR M100 or M200 camera today with the Seaview PM5-FMH-8 mount and experience the difference it can make in your thermal imaging endeavors.