XMINNOV
Support Reading wire seal tag for differents states.
Support RFID tag Performance Tester Simulation & Output Measurement Charts.
Support Reading UHF TemperatureTag with chip as VBL/CAB1/VBL7.
Support Multiple Reading & Flashing of Passive LED tag and Active Led Buzzer tag.
Customizable functions with high-reliability design, suitable for demanding working environments.
Self-intellectual property;
Designed with IMPINJ E710 and support ISO18000-6C(EPC C1G2) protocol tag, featuring excellent multi-tag anti-collision functionality;
865~868MHz/902~928MHz frequency band(frequency customization optional);
FHSS or Fix Frequency transmission;
RF output power up to 33dbm(adjustable);
Built-in 6dBi circularly polarized antenna, with typical reading distance of 9 meters*;
Supports multiple working modes such as active mode and answer mode;
Support RSSI;
Low power consumption design, powered by +9 ~ +24V DC;
Support RS232 and 4G interface;
High reliability design, meet the requirements of harsh working environment;
Support on-the-site firmware upgrading.
RFID Data Management site: https://iotweb.xminnov.com
RFID Data Management default account: waimao
RFID Data Management default password: 123456
The RFID reader transmits radio frequency signals through the antenna. When the RFID tag enters the magnetic field, the passive tag uses the energy obtained by the induced current to send out the product information stored in the chip, while the active tag actively sends a signal of a certain frequency. After the reader reads and decodes the information, it transmits the data to a remote server or other device through the 4G network.
Industrial Internet of Things: It can be used for equipment status monitoring and data collection in factory automation production lines. The sensor data on the production equipment is published to the server in real time through the MQTT protocol to achieve remote monitoring and fault warning of the production line; at the same time, the HTTP protocol can be used for remote configuration and parameter update of the equipment.
Smart transportation: In smart parking lot management, when a vehicle passes through the parking lot entrance, the reader reads the license plate tag or the vehicle electronic tag data, and publishes the vehicle entry information to the parking lot management system through the MQTT protocol. The reader at the exit also publishes the vehicle departure information, which facilitates the system to count the number of vehicles and calculate parking fees in real time; at the same time, it can interact with the traffic management department's system through the HTTP protocol to share parking lot information, etc.
Logistics and warehousing management: In the logistics warehouse, the reader reads the cargo label information, and transmits the cargo location, status and other data to the logistics management system in real time through the MQTT protocol, so as to achieve accurate positioning and real-time tracking of the cargo; and through the HTTP protocol, it can be connected with the e-commerce platform or customer system to provide cargo query and logistics information update services.
Healthcare: In the hospital's drug management and equipment management, RFID The reader can read drug and equipment label information and transmit the data to the hospital information system through the MQTT protocol, realizing real-time monitoring of drug inventory and full life cycle management of equipment; medical staff can also send HTTP requests through mobile terminals to query drug and equipment information.
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