Times-7 SlimLine A7040 UHF RFID LP Shelf Antenna

Times-7 SlimLine A7040 UHF RFID LP Shelf Antenna-

The Times-7 A7040 Shelf Antenna is a linear polarized antenna that is best suited for applications in customer facing environments due to its aesthetically pleasing, slim, compact form factor. Because it is also highly durable, the A7040 Shelf Antenna can also be used in demanding industrial applications such as warehouse management and inventory tracking. 

A7040-71201 - Times-7 SlimLine A7040 LP Shelf Antenna (ETSI)

Frequently Asked Questions

What are the key features of the Times-7 SlimLine A7040 UHF RFID Shelf Antenna?

The Times-7 SlimLine A7040 features an ultra-low profile design, linear polarization, high gain and wide beamwidth, robust construction, and versatile mounting options.

How does the linear polarization of the Times-7 SlimLine A7040 benefit RFID applications?

Linear polarization improves tag readability, reduces orientation impact, and provides consistent read ranges for tags aligned with the antenna's electric field.

What are the typical use cases for the Times-7 SlimLine A7040 antenna?

Typical use cases include retail shelf tracking, warehouse asset tracking, document tracking, pharmaceutical inventory, and other applications requiring a low-profile RFID antenna.

Is the Times-7 SlimLine A7040 compatible with all UHF RFID readers?

Yes, the Times-7 SlimLine A7040 is compatible with all UHF RFID readers that support the same frequency range. It is designed to work seamlessly with various UHF RFID systems, making it a versatile choice for different RFID applications.

What are the dimensions and weight of the Times-7 SlimLine A7040 antenna?

The dimensions of the Times-7 SlimLine A7040 antenna are 400 mm x 250 mm x 8 mm (15.7 “ x 9.8 “ x 0.3 “), and it weighs approximately 1 kg (2.2 lbs), making it compact and lightweight for easy installation.

What is the frequency range supported by the Times-7 SlimLine A7040?

The Times-7 SlimLine A7040 supports the UHF RFID frequency range of 865-868 MHz.