- Wall mount
- Connection box
- Suitable for outdoor use
- White color | 243 (H) x 136 (W) x 290 (D) mm
- Compatible with Hiwatch Hikvision
- Cable pass-through
Description & Key Features: DS-1473ZJ-135B
The DS-1473ZJ-135B is a wall mount bracket designed specifically for dome cameras, providing a secure and stable installation solution. This device is ideal for both indoor and outdoor applications, ensuring that your surveillance systems are effectively positioned for optimal coverage. Made from durable aluminum alloy, it combines strength with a lightweight design, making it a reliable choice for various environments. The compact dimensions of 243 mm (H) x 290 mm (D) x 136 mm (W) and a weight of just 1.5 kg enhance its versatility in different setups.
- Wall mount with junction box for domes
- Aluminum alloy
- 243 mm (H) x 290 mm (D) x 136 mm (W)
- 1.5 kg
Specifications: DS-1473ZJ-135B
| Dimensions | 243 (H) x 136 (W) x 290 (D) mm |
| Maximum Load | 4.5Kg |
| Weight | 1475g |
| Usage | Suitable for indoor/outdoor |
| Composition | Aluminum alloy |
| Color | White |
Package Contents
- Wall mount
- Installation materials
Use Case
In a typical deployment scenario, the DS-1473ZJ-135B wall mount bracket is utilized by security installers to securely position dome cameras in both residential and commercial settings. For instance, in a retail environment, the bracket can be installed on walls to provide comprehensive surveillance coverage of entry points and aisles. The aluminum alloy construction ensures durability, while its lightweight design allows for easy installation. With a maximum load capacity of 4.5 kg, it can support a variety of camera models, making it a versatile choice for different security needs. Additionally, the inclusion of a junction box simplifies wiring, enhancing the overall installation efficiency. This wall mount is particularly beneficial for users seeking a reliable and aesthetically pleasing solution for their security systems, ensuring that cameras are positioned at optimal angles for effective monitoring.