Long-Range 12m UHF RFID Reader for Industrial Inventory Management Systems

The LT-DS512 is a high-performance UHF electronic tag all-in-one machine. Based on the R2000 design, it fully supports electronic tags compliant with the EPC CLASS1G2 standard and features excellent multi-tag anti-collision functionality. Combined with proprietary high-efficiency signal processing algorithms, it achieves fast read and write processing of electronic tags while maintaining a high recognition rate. It can be widely used in various radio frequency identification (RFID) systems such as logistics, access control systems, anti-counterfeiting systems, and production process control.

FAQs:

Which chip is being used?

IMPINJ E710 chip

Which network interface is being used?

Support RS232, RS485, Wiegand, RJ45 andother user interfaces

What are the dimensions?

445*445*75mm

What is the operating frequency?

902-928 MHz(This can be adjusted according to the requirements of different countries or regions.)

What is the reading distance?

0~12 cm

What is the writing distance?

0.8 cm

What is the battery life?

With a low-power design and powered by a single +9V power supply, it can operate continuously for 24 hours a day, 365 days a year.

Can it be used in the logistics industry?

Yes, it is widely used in logistics, vehicle management, access control systems, anti-counterfeiting systems, and other fields.

How many RFID tags can be read at once?

Peak tag reading rate > 200 tags/second.

What are the operating modes?

Three operating modes can be freely switched via software:

Active Mode:The device remains in standby mode, waiting to read tags. When a tag enters the reading range, it immediately identifies and acquires the data.

Passive Mode:The device operates within an intranet and is connected to a local computer or microcontroller. When the device receives a query command from the host computer, it reads tags within range and uploads them to the local computer.

Trigger Mode:The device is in standby mode. When a tag passes through an external trigger, a high/low level (10) wakes the device to query the tag, and the data can be uploaded to the local computer.