Speco Technologies GWMT2 Speco GWMT2 Wall Mount

Speco Technologies GWMT2 Wall Mount

Overview

The GWMT2 is a wall-mounted bracket designed to position Speco surveillance cameras in fixed installations where wall mounting is the primary deploy method. This accessory solves the common integration problem of securing a camera body to a wall surface without drift, vibration, or misalignment — particularly important when you're managing multiple fixed angles and need consistent framing across a multi-camera surveillance array. The GWMT2 is rated for outdoor environments and carries the same operating temperature range as Speco IP camera bodies, so it won't introduce a thermal weak point in your installation.

Compatibility

The GWMT2 integrates with Speco IP camera models in the 5MP and lower megapixel ranges. It is compatible with Speco's 2.8–12mm motorized lens bullet cameras and fixed-lens variants commonly deployed in retail, warehouse, and perimeter monitoring applications. If you are integrating third-party cameras, verify that the mounting footprint and weight class align with Speco's standard camera form factor — the bracket is engineered for typical surveillance camera body weights (under 2 lbs) and VESA-style or standard camera mounting patterns. Consult the camera's mounting spec sheet before purchase if you are combining this mount with non-Speco equipment.

Installation Notes

The GWMT2 supports wall and corner installations in environments rated to -22°F to 140°F (matching Speco camera operating limits). Ensure that the mounting surface is stable and rated to support camera body weight plus bracket mass (approximately 1.76 lbs for typical Speco camera + mount assembly). Use stainless steel or corrosion-resistant fasteners in outdoor or high-humidity environments to prevent rust migration into the mounting interface. Standard security screws and anchors appropriate to your wall substrate (masonry, wood, or metal stud) are required but not included — confirm anchor rating before final tightening to avoid vibration-induced drift.