Product Features
Industrial box design: A large number of industrial arc‑edge designs can effectively prevent collisions and injuries;
Anti‑electromagnetic interference design: Adopting a double‑layer metal frame design can effectively isolate electromagnetic interference caused by electrical equipment, coils, etc., increasing the reading rate;
Anti‑electromagnetic interference design II: Preventing reverse electromagnetic interference, solving the problem of electromagnetic waves disturbing sensor signals when RFID reading and writing devices are equipped with high‑gain antennas;
Scientific material selection: Using industrial web belt chain plate transportation design to prevent material wear during high‑frequency start‑stop of the conveyor belt, and effectively isolating the contact between RFID electronic tags and metals, increasing the reading fault tolerance rate;
Three‑stage independent control: Can be flexibly integrated with such as: automatic queuing, sorting, automatic weighing, automatic labeling and other production line connections;
Motion mode switching: When RFID electronic tags are stacked, bent, or have weakened signals, motion mode can be used to increase the reading rate;
Humanized operation design: The control upper computer screen is designed as rotatable, which can be flexibly adjusted according to the height and arm span of the equipment operator;
Full shielding design: The automatic rolling shutter door uses double‑layer shielding materials, with a shielding accuracy of millimeter level, effectively preventing cross‑reading and misreading situations;
Servo rolling shutter: Using high‑precision servo motors, precisely controlling the rolling shutter door, eliminating cumulative errors, ensuring reliability in high‑frequency operation;
Stability: All component selections have undergone long‑term testing over years, ensuring stability and reliability.
Adaptation efficiency: Depending on the selection of RFID units and RFID electronic tags, the maximum tag identification rate can reach 1000 pcs/second, and the maximum number of boxes per minute can reach 8 to 10 boxes;
Product expansion: An array concentrating energy module can be added to increase the reading performance of RFID readers by 40% to 60%.
Performance parameters
Project
Parameter
Internal Dimensions
1200650650mm
External Dimensions
27228901342mm
Interface
RS232/TCPIP /USB
Outer Material
Sheet metal powder coating
Operating System
WIN7/WIN10
CPU
i5
Memory/Storage
8G+256G
Working Voltage
220V
Display Screen
15.6 inches 19201080
Conveyor Belt
Industrial chain plate (three independent control sections)
Electrical Control System
Domestic IO controller / Siemens PLC (optional)
Photoelectric Sensor
Domestic/Imported
Roll‑up Shutter System
Stepper/ Servo
Motor
Zhongda Motor
Speed
50m/min
Load‑Bearing
60kg
Power
650W (peak value) with an average of 150 to 200W
Working Efficiency
8 to 10 boxes per minute
Scanning Mode
Static + Movement
Reader
Impinj E710,Domestic Fudan Microchip,Impinj R420(Choose one)
frequency
840‑960MHz(adjustable)
Air Interface Protocols
EPC CLASS1 G2/ISO18000‑6C
Work Method
wideband frequency hopping(FHSS)/fixed frequency transmission, RSSI support
Output Power
33dBm
Antenna
4 × TNC interface, 4 × Circular Polarized Antenna, 8dBi
shielding Distance
Within 5 m
RFID Reading Indicators
Domestic tags: 200 pcs; Imported tags: 600 pcs
Software Support
Dynamic link libraries (DLL) & demo source code provided, supporting secondary development
Tel:+86 13714883753
Email:hd@xikong-tech.com
Address:Room 307, 3rd Floor,Building R, Linghangyuan Industrial Park, No. 163, Bantian Street, Longgang District, Shenzhen City, Guangdong Province, China