CN
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HZ340

Smart Series
4-port fixed reader

supports ISO18000-6C/6B two protocols, output power
0 ~ 30dBm optional, with high recognition sensitivity, fast speed,
strong anti-interference ability.
Multi-antenna identification efficiency, structure anti-collision shock.
  • Cost-effective 4 Ports Reader
  • Cost-effective 4 Ports Reader
  • Cost-effective 4 Ports Reader
  • Cost-effective 4 Ports Reader
  • Cost-effective 4 Ports Reader
Cost-effective 4 Ports Reader
Features
  • Adopt Impinj R2000 chip
  • Communication port: RJ45, RS232
  • Support antenna detection function
  • Industrial, easy-to-install I/O port.
  • Support antenna port detection
  • Supports RSSI and tag data filtering
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Highlights
Specifications
  • SDK&Firmware
    Firmware Upgrade demo software
    API Windows system– .Net / .Net core / C++ / Java
    Android system - Android
    Linux system – Java SDK
  • Environment
    Operating temperature -20℃~+70℃
    Storage temperature -40℃~+85℃
    Humidity 5%RH~95%RH
    Protection IP53
  • RFID
    Protocol ISO18000-6C/6B
    Frequency FCC: 902MHz~928MHz
    ETSI: 865MHz~868MHz
    Output Power 0dBm-30dBm (±1dBm)
    Channel Bandwidth <200KHz
    Anti-collision Algorithm Fixed frequency/frequency hopping optional
    Operating mode Supports multi-tag/intensive read and write
  • Physical
    Dimension 170mm×120mm×25mm
    Weight 0.5Kg
    Material Milling aluminum
    Indicator light Power supply, working status
    Communication RJ45, RS232
    I/O Ports 2-way optocoupler input, 2-way relay output
    Power DC 24V/2.5A
    Antenna Port 4 SMA port
Applications
Warehousing & Logistics
Smart Warehousing
Modern warehouse storage is not only to complete the simple batch processing of goods in and out, but also to make clear database records of the types, quantities, production attributes, stacking positions and other information of goods in the warehouse. In order to obtain accurate product data and supply chain information at all stages of the logistics chain.

At present, the one-dimensional barcode/two-dimensional barcode identification technology has been widely used in the management of item classification and labeling. However, its barcode technology relies on visible light scanning reflection, has low recognition rate, is easy to break, contaminates, is sensitive to media such as water and oil, and stores a limited amount of information, which affects its application in large-scale logistics management.

RFID radio frequency identification technology is a typical representative of automatic identification technology. It has high recognition accuracy, reliable performance, large amount of stored information, resistance to oil and sewage washing, etc. It is especially suitable for automatic identification requirements in industrial environments. The use of RFID tags to replace barcodes and other identification products can effectively complete the automatic management of warehousing and realize automatic collection, automatic processing and information reporting of product information.
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Smart Retail
RFID Smart Refrigerator
With the rising cost of human resources and the increasing demand for the ultimate shopping experience, consumers are more comfortable with access to food and beverages anytime and anywhere. This has led to the emergence of smart new retail methods such as unmanned convenience stores, smart refrigerators, and smart vending machines. Among them, unmanned vending machines are one of the most common ones in daily life.

At same time, retail companies need to track all goods inventory status, improve operational efficiency, save labor cost and analysis customer's purchase trend to increase revenue. RFID technology can help them achieve it effortlessly. Nowadays, RFID technology is widely used in retail. The automatic retail fridge is built with RFID UHF hardware, so that retailers can track the goods status at any time. More importantly, smart RFID refrigerators enable buyer to finish purchase process alone and automatically.
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Intelligent Transportation
Tool Management Solutions
Traditional tool management methods generally rely on non-automated, paper-based systems to record, track and manage; a few use barcodes to identify and manage assets; but the efficiency is extremely low, with the increase in the number of assets, extremely The earth has increased the burden of management personnel, a serious waste of human resources, and also increased the difficulty of tool management, often resulting in untimely data and high error rates. Often the inventory management is chaotic, and the inbound and outbound data is wrong. If it is left to exist on a large scale for a long time, it will bring great cost problems to the enterprise.

In terms of tool management application technology, traditional automatic identification technologies such as one-dimensional bar code/two-dimensional bar code have also been widely used in the management of item classification and labeling. However, the barcode technology itself relies on the visible light scanning reflection, the recognition rate is low, the barcode is easily damaged and stained, and the amount of stored information is small. Generally, it only identifies a certain type of product, which affects its wide application in logistics management.

Compared with barcode technology, RFID radio frequency identification technology is a typical representative of non-contact long-distance automatic identification technology. RFID technology has high recognition accuracy, reliable performance, large amount of stored information, and oil and sewage resistance, especially suitable for automatic identification requirements in harsh working environments. The use of RFID tags to replace barcodes and other identified goods can effectively complete the automatic management of assets, and realize the automatic collection, automatic processing and report output of asset information.
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