RFID UHF four-channel reader F5860-H

RFID UHF four-channel reader F5860-H adopts four-antenna high-speed polling, and can configure power and time independently to meet different coverage requirements. The maximum output power of the module can reach +30dBm, the sensitivity -82dBm, with the 8dBi gain antenna, the reading distance can reach 0~28m, the reader fully supports the EPC global UHF Class1 GEN2/ISO 18000-6C air interface protocol, and its working area can be Covering China, Taiwan, the United States, Europe, South Korea, Japan, etc.

Based on the new-generation ARM-COTEXM3 processor, F5860-H adopts industrial-grade design, has the industry’s best multi-label algorithm, module self-adaptation, and the advantages of extremely fast identification of labels, and can achieve a label identification rate greater than 800tags/s. And add external watchdog circuit, heartbeat packet, real-time monitoring equipment status and other related functions, with strong stability.

Based on 10 years of experience in the RFID industry, the Xunyuan R&D team integrates a large number of project requirements for tag data processing into the reader, in addition to optimizing the general requirements of the reader, greatly reducing the difficulty and workload of customer application software development , making project implementation more efficient and faster. At the same time, according to the special needs of customers, the data in the EPC storage area of the tag can be encrypted. After the encrypted tag is read by other brands of readers, the EPC data of the tag will be displayed as garbled characters, which increases the confidentiality of the data.

The reader has built-in multiple tag reading modes such as master-slave mode, automatic mode, and channel door mode, and has carefully optimized its functions for environments such as automated assembly lines, barrier-free RFID channels, warehouses, and automatic inventory cabinets. F5860-H has the channel door mode management function, which can realize the tracking and control of people and objects in the barrier-free channel, 24-hour uninterrupted monitoring and linkage channel control. By reading the identity information on the label of the person/item remotely, it is possible to record and control the entry and exit information of the person/item through the barrier-free access control, so as to achieve the management goals of personnel entry and exit authorization management, anti-theft management, and entry and exit management. . It is suitable for occasions such as the entrances and exits of enterprises, factories, schools and other units, the entrances and exits of collective apartments, and the entrances and exits of libraries, etc., where it is difficult to accurately and efficiently determine the identity of personnel and quickly pass through.

Introduction
Specification
Appearance

A new generation of high-performance ARM-COTEXM3 processor, the product has more powerful functions, built-in master-slave mode, automatic mode, channel door mode, more scalability, and can meet more customer needs;
Using industrial-grade chip design, and adding an external watchdog circuit to improve product reliability;
Excellent performance, with 8dBi antenna to read a single tag up to 0~28 meters (related to tag type, transmission power and application environment);
Integrates network port, RS-232, WIFI (optional) functions, and integrates rich communication interfaces, which is convenient for users to choose the appropriate interface for connection and use. The RS-232 serial port can be connected at any time, which is convenient for configuring device parameters. If the two communication ports of the serial port and network port are connected normally, the same label data can be read at the same time. If the network is not connected successfully, data can be transmitted through the serial port;
When the original network port connection is disconnected, it has the device buzzer alarm failure reminder function. At the same time, the indicator light is designed with a flashing alarm function;
The device is designed with 6 IO ports (4 outputs and 2 inputs) for users to expand applications. The 2-way input IO port can be set to trigger to read EPC, can set high/low level trigger, reverse stop; or can be set to automatically stop after working for a period of time after triggering. The card reading mode can be set to stop after reading only one card or to read cards continuously.
The radio frequency part adopts carrier suppression technology, which has strong anti-interference ability;
Provide the most comprehensive software development kit (SDK) and interface (API), which is convenient for users to carry out integrated development of software;
Provide a simple and easy-to-operate server software for quick use and configuration of reader devices.

Simple fault description and troubleshooting

Run light flashing prompt:

Start and run 800ms on, 700ms off;
The wired network connection is successful (or the WIFI network connection is successful, or the 4G network connection is successful), 160ms on, 140ms off;
When entering the MQTT connection state, the blinking speed increases by 5 times on the basis of a successful network connection.

Buzzer prompt:

The WIFI/4G/wired network connection is successful, and the buzzer will sound 3 consecutive times, with an interval of about 50ms;
The MQTT connection is successful, and the buzzer sounds 3 times in a row, with an interval of about 20ms;
After the wired network connection is successful, if an abnormal disconnection occurs, the buzzer will beep for a long time, with an interval of 500ms;
The parameter is set successfully, the buzzer will sound twice continuously, and the time interval is about 50ms;
After restoring the system settings, the buzzer will sound 3 consecutive times, with an interval of about 80ms;
The self-test of the power-on module fails, and there are 2 consecutive beeps, with an interval of 800ms;
The self-test of the power-on module is successful, and the buzzer will sound once for 200ms;
The connection module is a Rodin module, which sounds 3 times in a row with an interval of 100ms.

Interface Description

pins	Name	Description
1	5V	5V power output
2	–	–
3	–	–
4	GPIO_IN1	IO input control interface
5	GPIO_IN2	IO input control interface
6	NC	–
7	NC	–
8	GND	ground
9	GPIO_OUT1	Configurable Wiegand DATA0 output
10	GPIO_OUT2	Configurable Wiegand DATA1 output
11	GPIO_OUT3	GPIO output port, high and low level output can be controlled by program. The output high level is 5V, and the low level is 0V. The maximum output current is 100mA. (The default output level is low level 0V)
12	GPIO_OUT4	GPIO port output, which can control the high and low level output through the program. The output high level is 5V, and the low level is 0V. The maximum output current is 100mA. (The default output level is low level 0V)
13	NC	–
14	NC	–
15	12V	12V power output

name	Specifications	Remarks
Main control chip	ARM-COTEXM3
Air Interface Protocol	EPC global UHF Class 1 Gen 2/ISO 18000-6C
Working frequency	840～960MHz (default frequency band 920～925MHz)
Support area	China, Europe, America, Korea, Japan…

Working Voltage	DC12V
Working current	<2.0A
Standby current	<50mA
Output power	Software adjustable: step interval 1.0dB, +5dBm~30dBm
Maximum receiver sensitivity	-82dBm
Operating temperature	-25℃～+65℃
Working Humidity	≤95%（+25℃）
Storage temperature	-30℃～+70℃

DRMmode	Support
Pass Door	Support
RSSI	Support
High temperature automatic protection	Support
External Watchdog	Support
Internet disconnection alarm	Support
Reconnecting after network disconnection	Support
GPIOport	Input IO port: 2 channels Output IO port: 4 roads
Buzzer	Support
LEDIndicator light	Power Indicator: 1 LED (red) WIFI indicator: 1 LED (green) Status indicator: 1 LED (green) System indicator: 1 LED (green) Antenna Indicators: 4 LEDs (Green)

Communication function	RS-232 Network port WIFI (optional) 4G (optional) RS-485, Bluetooth (customizable)
Antenna interface	4 TNC
Appearance size	26819143mm