Axis T91B67 Pole Mount Bracket

Axis T91B67 Pole Mount Bracket

The Axis T91B67 Pole Mount Bracket is a precision‑engineered accessory designed to secure network cameras, particularly the Axis dome series such as the T94A01, T94B02, T94F01, T94K01, T94M01, T94M02, T94T01, T94T02, and T94V01. Crafted from high‑strength aluminium, this bracket delivers a lightweight yet robust solution for both indoor and outdoor installations.

Key Design Features

• Material Excellence: Constructed from premium aluminium, the bracket offers excellent corrosion resistance while maintaining a low mass of only 1.2 kg.
• Thread Compatibility: Equipped with a standard 3/4" (19 mm) connecting thread that aligns seamlessly with the camera’s mounting interface.
• Adjustable Length: The bracket spans an adjustable range of 65–165 mm, allowing installers to fine‑tune camera height for optimal coverage and line‑of‑sight.
• Compact Dimensions: With a width of 134 mm, depth of 252 mm, and height of 194 mm, the bracket fits comfortably on poles without protruding excessively.
• Load Capacity: Rated for up to 15 kg, it can support a wide variety of Axis cameras while maintaining structural integrity.

Compliance and Sustainability

The bracket meets stringent industry standards that guarantee reliability and environmental responsibility:

• RoHS Compliance: The product is free from hazardous substances, ensuring safe use in diverse environments.
• IEC 60721 & IEC 60721‑4 Class 4M3: These certifications confirm the bracket’s suitability for outdoor and indoor mounting applications with a class 4M3 rating, indicating high durability under harsh conditions.
• MIL‑STD 810G 509.5: Demonstrates resilience to temperature extremes, vibration, shock, and other military‑grade environmental stresses.
• NEMA 250 Type 4X & WEEE: Guarantees protection against dust and moisture while complying with waste electrical and electronic equipment directives.

Installation Overview

Installing the Axis T91B67 is straightforward, yet it requires attention to detail for optimal performance:

1. Select Pole Position: Choose a pole that can accommodate the bracket’s width (134 mm) and depth (252 mm). Ensure the pole material is compatible with aluminium mounting.
2. Secure the Bracket: Align the 3/4" thread of the bracket with the pole’s mounting point. Tighten firmly to avoid any wobble, ensuring a stable base for the camera.
3. Adjust Height: Slide the bracket along its adjustable range (65–165 mm) until the desired camera height is achieved. Lock in place using the built‑in retaining mechanism.
4. Mount the Camera: Attach the Axis dome camera to the bracket’s mounting interface, following the camera manufacturer’s torque specifications for the 3/4" thread.
5. Final Checks: Verify that all fasteners are secure and that the camera is level. Perform a quick stability test by gently applying pressure to confirm the bracket’s rigidity.

Performance Benefits

• Versatility: The adjustable length accommodates various field‑of‑view requirements, making it suitable for surveillance of both narrow corridors and wide open spaces.
• Durability: Aluminium construction combined with rigorous testing standards ensures long‑term performance even in extreme weather or industrial settings.
• Lightweight Handling: At just 1.2 kg, the bracket is easy to transport and install without heavy lifting equipment.
• Low Maintenance: The corrosion‑resistant aluminium surface requires minimal upkeep, extending the life of both the bracket and the camera.

Compatibility Summary

The Axis T91B67 is specifically engineered for a range of Axis network cameras that feature a 3/4" mounting thread. Its design aligns with the structural and environmental demands of these devices, ensuring secure attachment and optimal operational performance.

Conclusion

For professionals seeking a reliable, adaptable, and environmentally compliant pole mount solution for Axis network cameras, the Axis T91B67 Pole Mount Bracket delivers exceptional value. Its combination of lightweight aluminium construction, adjustable mounting range, robust load capacity, and adherence to global standards makes it an indispensable component in modern surveillance deployments.