Product Model: SEWO-B4-200

   Product dimensions: Length: 1500mm wide: 20 0 mm high: 1000 mm

   Box material: SUS304/1.5mm, with a brushed surface finish

   Door wing material: Acrylic Board

   Channel width: 600-1100mm

   Operating voltage: AC 110/ AC 220 ±10% V / 50 ±10% Hz z

   Frequency      Rate ： Single-phase 50Hz To 60Hz

Ø Drive motor: DC Brushless Motor-driven

Ø Communication interface: TCP/R S 485/RS232 Interface   Distance ≤ 1200 Rice

Ø Work environment: Indoor, outdoor (shaded area)

   Operating temperature ： L -15 To 70°C   

   Storage temperature ： -40 To 80°C

   Relative humidity ： In the non-solidified state 5% To 95%

   Equipment noise ： Open and close the door ≤55 d B                               

   Protection Level ： IP 54

   Traffic speed ： One-way 0.5s， Usually Closed Pattern 40 Person / Minutes           

   Lightning protection level: 3 Level-1 Lightning Protection

7-inch LCD monitor       

     Liquid crystal display, also known as An LCD (Liquid Crystal Display) is a flat, ultra-thin display device composed of a specific number of color or monochrome pixels, positioned in front of a light source or reflective surface. Thanks to their exceptionally low power consumption, LCDs are highly favored by engineers and are particularly well-suited for battery-powered electronic devices. The core principle behind LCDs involves using an electric current to stimulate liquid crystal molecules, which then form pixels, lines, and shapes that, when combined with the backlight, create the final image.

Technical specifications         
Dimensions 7"
Dot pitch (mm) 0.282 x 0.282
Colors 262K Zhaozhen Colors     
Contrast  350：1    
Brightness 300 cd/m²
Perspective   Horizontal 140 ° Vertical 120 °     
Response time 8ms
Resolution 600×480
Screen lifespan >50,000 Hours     
Video quality 0.7Vp-p
Synchronous form Separation, compound, SOG
Operating temperature 0-50 °C      
Interface VGA 、 BNC
Menu Language   Chinese, English, Other (customizable)       
Power <36W
Input voltage 100–240V AC

Scanner  

Technical specifications

Light source: Laser lighting: 645 nm ± 7.5 nm; laser alignment: 615 ± 10 nm

System interface: Multiple interfaces integrated into one, with automatic host detection; full-speed performance USB, RS232, and keyboard port

Physical parameters

Physical dimensions (length, width, height): 74mm × 50mm × 26mm

Weight: 70g

Terminal: 15-POS D-Sub Connector

Electrical parameters

Input voltage: 5VDC

Operating power: 1.7W (331 mA at 5V)

Ideal Power: 1.2W (230 mA @ 5V)

Standby power: Class 2: 5.2 VDC @ 1A

Laser class: Class 1: IEC60825-1, EN60825-1

Electromagnetic Compatibility: FCC Part 15, ICES-003, EN55022 Class B

Environmental parameters

Operating temperature: 0°C to 40°C

Storage temperature: -20°C to 70°C

Humidity: 5% to 95% relative humidity, non-condensing conditions

Drop resistance: Affordable A 1.5-meter fall from the air

Industrial grade: IP32

Illuminance: Recently 100,000 LUX

Scan parameters

Scan type: Image scanning 1280 x 960 resolution

Resolution: 1.3 megapixels

Scan angle: Level: 45°, Vertical: 37.5°

Focus point: 130mm

Recognizable print contrast: Minimum 30% reflectance

Decoding ability: Reading standard one-dimensional, PDF, 2D codes, postal codes, and OCR characters—configuration differences lead to variations in decoding capabilities.

ID Card Reader

     The products include motherboards, antenna boards, and the resident ID card security control module authorized by the Ministry of Public Security. SAM and other core modules can be integrated into various terminals and devices, making them ideal for users to perform secondary software and hardware development. While enabling the reading of resident ID card information, these modules also support read/write operations on industry-specific contactless cards compliant with Type A and Type B standards—cards customized for sectors such as public transportation and employee access systems, among others.

Technical specifications:  

CPU: High-performance ARM Cortex-M0 processor

Host interface: RS232 serial type / TTL serial type / USB 2.0 standard type / USB HID type / USB CCID type

Transmission Encryption: RS232, TTL, USB HID, and CCID interface devices support data encryption during transmission.

Security Control Module: Built-in resident ID card security control module authorized by the Ministry of Public Security SAM)

Card reading performance: Card reading distance 0–5 cm, reading time ≤ 1.5 seconds

Contactless card: Supports compliance with Non-contact cards compliant with Type A and Type B standards, with an antenna resonant frequency of 13.56 MHz

Input: DC 5V ±10% / 500mA

Net weight ( g):198

Mean Time Between Failures: ≥10,000 hours

Technical standards: GA 450-2013 General Technical Requirements for Desktop Resident ID Card Readers

GA 467-2013 Technical Specification for the Interface of the Security Control Module in Resident Identity Cards

Environmental Adaptability:

Operating temperature: 0°C to 50°C

Relative temperature: 10% to 50%

Atmospheric pressure: 86–106 kPa

Environmental noise: Not exceeding 60 dB(A)

The channel gate intelligent management system is a smart system developed using non-contact intelligent technology. Compared to other systems, its advantages lie in:

1. Intelligence IC Card: The system utilizes a contactless smart card, also known as an RFID card, effectively addressing multiple challenges such as multi-functionality, security, durability, and ease of operation—significantly enhancing the system's practicality.
2. Easy expansion: Computers and smart turnstiles are used RS485 Bus communication, making expansion convenient. ( It can also be adopted TCP/IP Communication Protocol ) Once the corresponding control system is installed, if it becomes necessary to increase the number of smart speed gates, the hardware only requires adding the additional smart speed gates, while the software can easily configure the new devices.
3. Offline Operation: The smart turnstile can not only operate online via network connection with a computer but also function independently in offline mode. Based on parameters downloaded from the system, the smart fast-pass gate automatically determines whether the user’s card is valid, deciding whether to open the barrier. It also stores the gate-opening records in its memory, uploading them to the computer once an online connection is reestablished.
4. Feel free to use the smart card reader module, which employs optical principles to control the rotation of the shaft. It has no delay requirement for the received signals and immediately resets after completing its motion; in case of power failure, the barrier drops automatically. / Manual drop rod available.
5. The controller comes with RS485 The communication interface is compatible with parking systems, access control systems, and attendance systems, making it easy to centrally manage and control large-scale passage systems in a unified manner.