- The 422x Series omni antenna is designed for demanding applications where a durable and high performance colinear is required.
- The centre fed dipole design and feed network gives a stable radiation pattern across a wide bandwidth, and allows tilted beam designs to be effectively employed without large pattern distortions.
- High quality materials and manufacturing techniques are employed to ensure that the antenna has excellent intermodulation performance & wide bandwidth characteristics for multi-channel trunked radio communication systems.
- The antenna has been designed to withstand lightning strike.
- Former Skymasts brand product.
Omni Antennas422x.09-405-Txx
9 dBd HD omni antenna 380 - 430 MHz, low PIM
Description
Specifications
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E-Plane | 405 MHz 
H-Plane | 405 MHz Ordering Designations
| Model | Product No. | Description | Frequency | |
|---|---|---|---|---|
| 9 dBd HD omni antenna, low PIM | 4220.09-405-T0 | 7/16 DIN(f) ; 0° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4220.09-405-T2 | 7/16 DIN(f) ; 2° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4220.09-405-T4 | 7/16 DIN(f) ; 4° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4220.09-405-T5 | 7/16 DIN(f) ; 5° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4220.09-405-T6 | 7/16 DIN(f) ; 6° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4220.09-405-T8 | 7/16 DIN(f) ; 8° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4220.09-405-T10 | 7/16 DIN(f) ; 10° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4221.09-405-T0 | N(f) ; 0° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4221.09-405-T2 | N(f) ; 2° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4221.09-405-T4 | N(f) ; 4° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4221.09-405-T5 | N(f) ; 5° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4221.09-405-T6 | N(f) ; 6° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4221.09-405-T8 | N(f) ; 8° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4221.09-405-T10 | N(f) ; 10° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4223.09-405-T0 | 4.3-10(f) ; 0° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4223.09-405-T2 | 4.3-10(f) ; 2° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4223.09-405-T4 | 4.3-10(f) ; 4° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4223.09-405-T5 | 4.3-10(f) ; 5° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4223.09-405-T6 | 4.3-10(f) ; 6° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4223.09-405-T8 | 4.3-10(f) ; 8° Electrical Tilt | 380 - 430 MHz | |
| 9 dBd HD omni antenna, low PIM | 4223.09-405-T10 | 4.3-10(f) ;10° Electrical Tilt | 380 - 430 MHz | |
| Accessories | ||||
| Galvanised steel parallel bracket | 2141.01.00.00 | 38 - 120 mm (PAIR) | ||
| Extruded Parallel Tube Clamp | ETC-250 | 50 - 76 mm | ||
| FB-HD/422x | 100000918 | Non-conductive clamp | ||
| SMC2300/65-105 | 100000047 | Slidable Side-Mounting Clamp | ||
Installation Note
Please note that the survival wind speed stated in this specification is based on a static load test simulating a single gust of wind, according to EN 1991-1-4. Continuous flexure of the antenna, over long periods of time in extreme conditions, can cause a gradual deterioration in the structural integrity of the materials; this may result in a reduction of specifications or other failure of the antenna structure.To mitigate this, the antenna must be stabilised with a second fixation at the top of the shroud; non-conductive bracket FB-HB can be used in conjunction with one of our SMC brackets to achieve this. An example of such an installation can be seen in the installation guide which can be downloaded here.
Provision of product warranty is subject to installation of the product with both top and bottom fixation. At the discretion of Amphenol Procom, we may approve warranty claims for antennas having been installed without top fixation. For any warranty claim, thorough documentation must be presented before such warranty claim can be accepted.
Mounting details
Quoted performance parameters are provided to offer typical, peak or range values only and may vary as a result of normal testing, manufacturing and operational conditions. Extreme operational conditions and/or stress on structural supports is beyond our control. Such conditions may result in damage to this product. Improvements to products may be made without notice.
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