Railway Turnstile

Product features and advantages

 

Using smart recognition technologies such IC cards, QR codes, and facial recognition, the railway turnstile validates staff members' identity, therefore preventing passengers without tickets and illegal entrance into the railway control area. The gate's rotation speed is under control concurrently, and anti-collision and anti-squeeze systems ensure passenger passage's safety.

Simple to install, disassemble, and operate, the revolving gate construction uses modular design. Only the pertinent modules need replacement during maintenance, therefore saving time and costs and maximizing the utilization of the equipment.

The main body consists of corrosion-resistant materials, including stainless steel and aluminum alloy; the surface is polished, electrophoresed, sprayed, and otherwise treated; the main body has great weather resistance and impact resistance. It can run long-term steadily even in severe conditions: wind, sun, rain, snow, and frost.

This type of telescopic or push-pull fence is suitable for places with heavy pedestrian traffic and limited space since its revolving construction design utilizes less space than conventional telescopic or push-pull fences. It is particularly appropriate for installation and operation in places like corridors and station platforms where it does not cause disturbance of foot traffic.

To accomplish data exchange and intelligent management, railway turnstiles can link with ticketing systems, security check systems, video surveillance cameras, etc. When users swipe tickets for passage, the system may automatically gather passage information and conduct crowd monitoring and analysis, so enabling station operation management by means of data.

Support numerous traffic modes, including one-way, two-way, and emergency unlocking, which may be dynamically structured depending on unique usage needs to reach more effective passenger flow management.

 

Production Process Flow

 

Railway turnstiles are produced using current mechanical processing, intelligent electrical assembly, and precise inspection technologies taken together. Here is the particular process described:

1. Choice of raw components

Selected high-strength, corrosion-resistant metal materials-including aviation-grade aluminum alloy and 304 or 316 stainless steel-guarantee the stability and safety of the equipment during long-term exterior operation.

2. structural design and modeling

Technical engineers design employing 3D CAD modeling software, guaranteeing that the product structure is reasonable, elegant, and entirely practical even while addressing the needs of station space and traffic efficiency.

3. Precision machining

Using CNC laser cutting machines, bending machines, welding robots, and other instruments, metal sheets cut, bent, and welded forms internal skeletons and product shells.

4. Treatment on surfaces

To increase the gate's antioxidant capacity and visual appeal, many surface treatment methods-including sandblasting, polishing, electrophoresis, and spraying-are applied to its surface.

5. Assembly of intelligent modules

Install electronic components into the construction: control circuit boards, motor drive modules, identification sensors, and communication modules; next, apply exact layout and wiring.

6. Function debugging and testing

By simulating traffic testing, we evaluate important performance indicators including rotation accuracy, recognition accuracy, and linkage reaction speed to guarantee the equipment meets factory specifications.

7. Packaging and Transportation

Guarantee no collision damage during transportation, safely package the products utilizing shockproof foam and waterproof packing materials, and reassure buyers of no worries while acquiring goods.

 

FAQ

 

Q1: What differences exist between railway turnstile and traditional barriers?

Mostly used for traffic control in cars, conventional barrier gates have only a blocking function and great volume. Designed primarily for pedestrian traffic, the railway turnstile is made possible by higher intelligent recognition and traffic control technologies. Its architecture is more compact, takes less space, can achieve perfect single-person control and anomaly detection.

Q2: Does traffic suffer during issues connected to the rotating gate or during power outages?

A: Manual opening in case of system faults or power outages is made possible by backup batteries and emergency unlocking systems found in railway turnstiles, therefore ensuring seamless transportation in an emergency and satisfying safety evacuation conditions.

Q3: Regarding ticketing systems or gadget interface security, how does it stand?

A link with the ticketing platform and security check system of the station using standard communication interfaces including TCP/IP, RS485, and CAN. The revolving gate will instantly release once the visitor finishes the ticket purchase and passes identity confirmation; the system backend will note the passing data for next tracking and analysis.

Does the railway's turnstile support remote management?

A: That is true. Remote control, remote switching, real-time fault alarms, and data uploading are features of an intelligent control terminal housed within the gate. Management personnel can review the real-time running status of several entrance and exit devices via the backend system, so improving the maintenance efficiency.

Q5: Can one personalize the gate?

A: motivating agent. Customer needs let one vary appearance size, color matching, recognition technique (such as IC card, QR code, or facial recognition), access mode, language prompt sound, and other functional modules.