Axis F92A01 Height Strip Housing, Silver, 01631-001

Axis F92A01 Height Strip Housing - Your Discreet Surveillance Solution

In the realm of discreet surveillance, capturing critical eye-level images is paramount. The Axis F92A01 Height Strip Housing, available in a sleek silver aluminum finish, is the ideal solution for mounting pin hole sensor units inconspicuously. At IP Security Depot, we understand the need for unobtrusive surveillance, and the Axis F92A01 is tailored to meet this requirement with precision.

Key Features:

• Discreet Mounting: The Axis F92A01 Height Strip Housing allows you to discreetly mount pin hole sensor units for capturing eye-level images. Whether it's monitoring customers leaving a store or enhancing security in a discreet manner, this housing offers a seamless solution.

• Dual Compatibility: Versatile in its design, the Axis F92A01 is compatible with various pin hole sensor units, including AXIS F1025, FA1125, F1004 Pin hole, AXIS P1264, and P1265. This compatibility ensures that you have the flexibility to choose the sensor unit that best suits your surveillance needs.

• Metric and Imperial Height Strips: To accommodate diverse preferences, this housing includes both metric and imperial height strips. This thoughtful addition ensures that you can select the measurement system that aligns with your requirements.

Specifications:

• Material: Silver Aluminum
• Compatibility: AXIS F1025, FA1125, F1004 Pin hole, AXIS P1264, P1265
• Height Strips: Metric and Imperial Included

Package Contents:

Your purchase of the Axis F92A01 Height Strip Housing includes:

• 1 x Axis F92A01 Height Strip Housing
• Metric and Imperial Height Strips
• Installation Guide
• Warranty Information

Elevate Your Discreet Surveillance Strategy:

Enhance your surveillance strategy with the Axis F92A01 Height Strip Housing. Its discreet mounting capability, dual compatibility with various sensor units, and inclusion of both metric and imperial height strips make it an invaluable addition to any security infrastructure.