Mechanically robust for indoor/outdoor applications
Vandal Resistant
Permanent Mount
Height: 79.45mm (3.13″)
Diameter: 42mm (1.65″)
IP67 Waterproof
Connector: SMA Male
Cable: 2m Low loss TGC-200
RoHS and REACH Compliant
Shockwave 868/915MHz Permanent Mount External Antenna
The Shockwave TLS.90.205111 is a mechanically robust, waterproof, external antenna operating at 868MHz and 915MHz with 2 meter of low loss TGC-200 and SMA(M) connector. It has been designed to be used on a Ground Plane.
Typical applications include:
- Public safety
- Smart meters
- Mesh networks
- Transportation
The antenna has greater than 60% efficiency and 1.58dBi peak gain at 868MHz 64% efficiency and 1.9dBi peak gain at ISM 915MHz on a 30×30 cm ground plane. Stable radiation patterns over low angles provide a consistent gain in the horizontal plane, meaning that it is especially suitable for mesh networks or hot spots.
A unique indent tab on the base of the antenna allows a wrench to be used to solidly lock the antenna on top of its mounting location while tightening up the nut beneath the metal panel. Waterproof O-rings around the bottom base prevent water from leaking under the antenna. The TLS.90 antenna is IP67 waterproof resistant against high-pressure water jets in commercial cleaning environments, which makes the antenna ideal for 868 & 915MHz applications in harsh outdoor environments.
| Name | Value | 
|---|---|
| Technology | External Antennas, ISM/LoRA | 
| IP Rating | IP67 | 
| Impedance | 50 | 
| Minimum Operating Temperature (℃) | -40 | 
| Maximum Operating Temperature (℃) | 85 | 
| Mounting Style | Direct | 
| Termination Style | Connector | 
| Antenna Connector Type | SMA | 
| Length (mm) | 41.06 | 
| Width (mm) | 42 | 
| Height (mm) | 79.45 | 
| Cable Type | TGC-200 | 
| Connector Body Style | Straight | 
| Polarity | Linear | 
| Frequency Range | 860MHz - 928MHz | 
| Connector Polarity | Normal | 
| Cable Length (mm) | 2000 | 
| VSWR | <2 | 
| Weight (g) | 245 | 
| RoHS | Yes | 
| Gain (Max) | 1.58 | 
 
                     
                     
                            