Automatic Swing Gates
Swing Gates
Shellinfo's - Swing Gates for Public Transportation Systems are a type of automated fare control (AFC) mechanism used primarily to regulate and manage passenger flow at transit stations (e.g., metro, train, bus rapid transit). They operate by opening and closing motorized gate panels—usually glass or acrylic—based on valid fare validation (such as smart cards, QR codes, or NFC).
Experience seamless, secure, and efficient transit access with Shellinfo Global's latest fare gatesolution. Designed for modern metro systems, our state-of-the-art gates support multiple authentication methods, including Facial Recognition and Palm Vein technology, ensuring a frictionless and hygienic passenger experience.
In addition, the system is fully compatible with QR, NFC, NCMC and EMV for flexible and secure ticketing. Engineered for reliability and speed, Oppa Gate G9 enhance passenger throughput while maintaining top-tier security. Upgrade your transit infrastructure with the future off are collection today!
High Throughput
Designed for high-speed passenger throughput, the fare gates enable quick and seamless entry with minimal wait times. Advanced processors and real-time authentication help reduce congestion and improve efficiency in busy transit environments.
Easy Maintenance
Featuring a modular design and durable components, the fare gates require minimal upkeep. Remote diagnostics and predictive maintenance capabilities help reduce downtime and optimize operational efficiency.
Innovative Technology
Equipped with cutting-edge Facial Recognition, Palm Vein authentication, and multi-modal ticketing, oppa gates provide a future- ready transit solution that prioritizes security, efficiency, and user convenience.
Reliable Sensor Process
High-precision biometric and ticketing sensors enable swift and accurate passenger validation. These advanced sensors enhance security while ensuring smooth and error-free operation, even in high-traffic conditions.
Key Benefits
High-Speed Processing
Optimized for fast entry, reducing congestion and improving passenger flow.
Advanced Security
Biometric authentication ensures fraud prevention and enhanced safety.
Seamless Integration
Easily integrates with existing AFC and transit management systems.
Durable & Reliable Design
Built for high-traffic metro environments with minimal maintenance.
Hygienic & Contactless
Reduces physical touch points, enhancing public health safety.
Customizable & Scalable
Adaptable to different transit networks and system requirements.
High-Performance Specs
Equipped with powerful processors, and real-time data processing for unmatched accuracy and efficiency.
| TECHNICAL DATA | OPPA GATE G9 | ||
|---|---|---|---|
| Type | Reversible/Bi-directional (Wide) Gate | 
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| Barrier (swing) Mechanism | BLDC Motor, LINK, Solenoid & gear mechanism | ||
| Dimensions | 2000(L)x200(W)x1080(H)mm | ||
| Passenger width | Standard: 550mm Wide Gate: 900mm | ||
| Material: | |||
| Base and housing | Cabinet: Stainless Steel 316, Top cover: PC-ABS | ||
| Thickness | Stainless Steel 316 with 2.0mm thickness | ||
| Barriers | Polyurethane Foam. | ||
| ECU: | |||
| CPU | Intel® Celeron® J6412 | ||
| Memory | Dual-channel DDR4 3200 | ||
| Expandable | 1 x SO-DIMM slot up to 32 GB | ||
| Chipset | Intel® UHD Graphics for 10th Gen Intel® Processors | ||
| Storage Internal | 1 x mSATA socket Supports 1x 2.5" SSD | ||
| Storage External | 1 x Easy swap CFast module | ||
| I/O Interface | Display, LAN, USB, COM, Digital I/O, Audio | ||
| Validator: | |||
| Card Reader | Shellinfo Oppa Reader supports NFC, QR Code, Type A/B/C Cards, NCMC & EMV Cards | ||
| Validation Modes | Palm Vein, Facial Recognition, EMV, QR Code and Closed Loop Cards | ||
| CPU | Quad-core 32-bit ARM Cortex-A7, RISC-VMCU, frequency of up to 1.5GHz | ||
| GPU | ARM Mali-G610 MP4 Four core | ||
| NPU | Operational performance of up to 2.0 TOPs | ||
| Memory & Storage | Up to 16GB LPDDR4 of memory, 32GB EMMC of storage | ||
| Camera | RGB + IR camera, support for fast AE exposure control, FOV H116 x V95 | ||
| Power supply | AC240V/50Hz | ||
| Power consumption | Normal: 130W, Max: 400W | ||
| Cross over detection | Supported | ||
| Concessional Lamp | 3 Colors LED (Green, Red, Blue) | ||
| Patron sound device | Speaker | ||
| Earthing | Copper or copper-alloy, corrosion resistant and high- conductivity material | ||
| IP Protection | IP52 | ||
| Safety | Top cover is made of non-flammable type, plastic material and cable used in gates is complied with fire safety standards and protect from electrical shock. | ||
| Operating temperature | 0℃ ~ 50℃ | ||
| Stocking temperature | -20℃ ~ 50℃ | ||
| Operation humidity | Within Relative Humidity 95% non-condensing | ||
| Storage humidity | Within Relative Humidity 98% non-condensing | ||
| Communication interface | External LAN, Internal RS-232C | ||
| Weight | Slave cabinet: 200+-5Kg, Master cabinet: 250+-5kg, | ||
| Throughput | 45 passengers per minute | ||
| RAMS | MCBF 50,000 and Minimum MCBJ 100,000 |