3Z Small Cell Reference Plate
Adapt the RF Vision Antenna Alignment Tool to most cylindrical canisters with the 3Z Telecom small cell reference plate for the Strap Clamp.
Small cells, or any cylindrical stealth antennas in 5G technology, have a specific reference point to mount alignment tools. Aligning small cell antennas isn't simple. They are housed in a cylindrical canister that can conceal up to three directional antennas. If you mount the RF Antenna Alignment Tool incorrectly, you risk misalignment of the antenna. That's where you need the 3Z Telecom Strap Clamp and the small cell reference plate. The 3Z Telecom small cell reference plate with the Strap Clamp (sold separately) lets you overcome aligning issues by attaching the RF Vision tool securely to cylindrical stealth antennas or small cells.
If you need to mount the aligner tool on larger microwave parabolic dishes, the 3Z Telecom RFV-EXLP Lip Clamp Extender that delivers a range of up to 10 inches in width.
Non-climbers can confirm antenna height and alignment from the ground using the 3Z Ground Verification System for the 3Z Telecom RFV-2000 (RF Vision Aligner). This Ground Verification System is ideal for RF engineers and field technicians.
The 3Z Strap Clamp and other antenna alignment equipment are not included with the small cell reference plate.
You can also check out other options in our range of 3Z Telecom antenna and base station test equipment.
Why do small cell antennas need perfect alignment?
Small cell antennas are capable of providing extremely powerful 5G signals, but they can do so for only a short distance and need to be kept closer to the ground. Near-field RF obstacles could reduce the performance of the cells or render them unusable. The 3Z Telecom small cell reference plate helps you correctly align the cells in a cylinder-shaped canister.
The global navigation satellite systems (GNSS) with dual-frequency technology is an essential element for RF vision equipment and helps provide correct antenna alignment measurements in high-density urban areas. It uses two different frequencies from two satellites.
Dual-frequency GNSS eliminates multipath errors that cause inaccuracies in location. Using two frequencies also ensures that if one frequency band has a failure, the other one can be used as a backup.
Checkout first to get details on the cost.