Motorola AN620-SCL71130EU κεραία δικτύου N-Typ 4 dBi

The Zebra AN620-SCL71130EU is a sleek rectangular circularly polarized RFID/network antenna designed for indoor use. Operating in the 0.902–0.928 GHz band with a maximum gain of 4 dBi, it has a horizontal beamwidth of 75° and uses an N-type female connector. Its compact dimensions (275 × 391 × 12 mm) and lightweight construction make it suitable for wall, shelf or counter installations where a discreet antenna is required.

Advantages

This antenna provides circular polarization to improve tag read reliability in multi-orientation environments and a 4 dBi gain that balances coverage and pattern control. The integrated mounting holes and included flat-panel mounting hardware simplify installation. A 1 ft pigtail cable is supplied and is compatible with Motorola-standard antenna extension cables for flexible placement.

Suitable for

• Indoor wall mounting
• Doorway installation for RFID portals
• Under-counter or above-counter RFID pad use at POS
• Shelf or end-cap display integration

Key specifications

• Frequency band: 0.902 - 0.928 GHz
• Maximum gain: 4 dBi
• Polarization: Circular
• Horizontal beamwidth: 75°
• Connector: N-type female
• Dimensions (W×D×H): 275 × 391 × 12 mm
• Weight: 1 kg
• Colour: Silver, Black

How to use

Mount the antenna using the integrated mounting holes and the provided flat-panel hardware on a wall, counter or shelf in the desired indoor location. Connect the supplied 1 ft pigtail to the antenna’s N-type female connector and attach the other end to your reader or to a Motorola-compatible extension cable if additional reach is needed. Orient the antenna so its broadside faces the coverage area for optimal read performance.

Recommendations

Place the antenna at a height and angle that reduces obstructions between the antenna and tags; avoid placing the antenna directly behind large metallic objects. For doorway or portal installations, test read zones at expected tag orientations to confirm reliable coverage before finalising mounting.