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Latest company case about One Entry and One Exit Parking IC Card Charging

One Entry and One Exit Parking IC Card Charging

One in and One out Parking IC Card Charging   Case composition Entry Card Dispenser 1 Set Exit Control Panel 1 set Charging Computer 1 set Parking Sofeware Relate 1 set 13.56 mhz Season Card Reader 2 set Barrier Gate 2 Set Loop Detector 2 Pcs Infrared Sensor 1 Pcs Temporary Card and Season Card Accroding to needed       Case Description Overview: This parking system is designed for a mid- to large-scale parking facility, integrating an automated solution for vehicle access control, ticketing, and management. The system utilizes advanced hardware components to ensure efficient traffic flow and secure parking lot management. Key Components and Configuration: Entry Card Dispenser (1 Set) Located at the entrance, the Entry Card Dispenser automatically issues parking tickets or temporary access cards to vehicles entering the parking lot.  Exit Control Panel (1 Set) The Exit Control Panel is used at the exit gate to control the vehicle’s departure. It processes the payment (or validation) of parking fees and grants permission for the vehicle to exit the parking facility by triggering the barrier gate. Charging Computer (1 Set) This system is responsible for calculating the parking fee based on the duration of the vehicle's stay. The Charging Computer interacts with the Entry Card Dispenser and Exit Control Panel to compute charges and manage payment transactions, supporting various payment methods such as card, cash, or mobile payments. Parking Software System (1 Set) The parking software provides centralized control of the entire parking facility, including monitoring of the entry and exit points, managing payment transactions, generating reports, and ensuring real-time monitoring of parking space availability. 13.56 MHz Season Card Reader (2 Sets) These readers are installed at both the entry and exit points to read the Season Cards (for regular users or subscribers). The readers authenticate the Season Cards, allowing quick and convenient access for authorized users without the need for a ticket. Barrier Gates (2 Sets) Installed at the entry and exit points, the Barrier Gates control the physical access of vehicles. The gates are activated automatically or manually by the system once access is granted or payment is processed. These gates provide security and control over who enters or exits the facility. Loop Detectors (2 Pcs) These are installed under the parking lot pavement near the barrier gates. Loop detectors use electromagnetic fields to detect the presence of vehicles. When a vehicle crosses the loop, it triggers the barrier gate to open. This system ensures accurate vehicle detection for smooth traffic flow at the gates. Infrared Sensor (1 Pcs) The Infrared Sensor is installed for additional vehicle presence detection. It is particularly useful for detecting smaller vehicles or motorcycles that might not always be picked up by the loop detectors. The sensor ensures that the barrier gate doesn’t close prematurely, preventing accidents. Temporary Cards and Season Cards (According to Need) Temporary cards are issued for one-time or short-term parkers, while Season Cards are provided to regular users for frequent access. These cards can be integrated with the card reader system and can have different access levels (temporary for visitors, season cards for regular customers). How It Works: Vehicle Entry: Upon entering the parking facility, a vehicle approaches the Entry Card Dispenser. The system issues a temporary access card or a season card depending on the vehicle's registration. The Loop Detector and Infrared Sensor detect the vehicle's presence and trigger the opening of the barrier gate, allowing the vehicle to enter. Vehicle Exit: When exiting, the vehicle approaches the exit barrier gate. The 13.56 MHz Season Card Reader authenticates the vehicle's season card or checks the temporary card for payment processing. The Charging Computer calculates the parking fee and initiates the payment process, which can be completed via a variety of methods. Once the payment is confirmed, the Exit Control Panel authorizes the opening of the barrier gate, allowing the vehicle to exit the parking lot.   Detail wiring diagram    
2024-11-22
Latest company case about One Entry and One Exit Parking Paper Ticket Charging

One Entry and One Exit Parking Paper Ticket Charging

One Entry and One Exit Parking Paper Ticket Charging       Case composition   Entry parking paper ticket Dispenser 1 Set Exit control panel 1 Set IP Camera for recording 2 Pcs UHF Long range reader for season sticker 2 Set 13.56 mhz Short range reader for season people 1 Set Barrier gate 2 Pcs Loop detector for trigger dispenser 1 Pcs Loop detector for trigger UHF 2 Pcs Loop detector for barrier gate safety 2 Pcs Charging Computer and some accessories 1 Set Parking software 1 Set Temporary cards, season cards, season Vehical stickers   Case Description   Overview: This parking management system is designed for a large-scale, multi-user parking facility, providing both temporary and season-based access for vehicles. The system integrates advanced technologies like UHF long-range readers, short-range readers, loop detectors, and IP cameras for enhanced security, efficient access control, and accurate transaction processing. Key Components and Configuration: Entry Parking Paper Ticket Dispenser (1 Set) The Entry Ticket Dispenser automatically dispenses paper tickets to vehicles entering the parking facility. These tickets may contain QR codes, barcodes, or magnetic strips for identification and tracking purposes. The dispenser ensures a smooth entry process for non-registered vehicles, who will pay based on their parking duration. Exit Control Panel (1 Set) Located at the exit gate, the Exit Control Panel is responsible for processing exit requests. It checks for payment, validates the access card or ticket, and controls the barrier gate opening. It interfaces with the parking software for real-time data management. IP Cameras for Recording (2 Pcs) IP cameras are placed at key locations, such as entry and exit gates, to record vehicle movements for security and monitoring purposes. These cameras provide real-time surveillance footage, which can be accessed remotely and can help in case of disputes or incidents. UHF Long Range Reader for Season Stickers (2 Sets) These UHF readers are designed for season pass holders who use RFID stickers on their vehicles. The long-range UHF readers automatically detect the season sticker as the vehicle approaches the entrance or exit, allowing for seamless access without the need for physical contact or action by the driver. 13.56 MHz Short Range Reader for Season People (1 Set) Installed at both the entry and exit points, this short-range reader is used for reading 13.56 MHz RFID cards. It is used by season ticket holders who carry RFID access cards, ensuring quick, touch-free access to the parking facility. Barrier Gates (2 Pcs) Two automatic barrier gates are installed at the entry and exit points. These gates are controlled by the Entry Control Panel and Exit Control Panel, which activate the gates based on vehicle detection, payment validation, or access permissions. The gates ensure controlled and secure entry/exit. Loop Detectors for Trigger Dispenser (1 Pc) This loop detector is embedded in the pavement near the entrance to trigger the Entry Ticket Dispenser. When a vehicle approaches, the loop detector detects the presence of the vehicle and signals the dispenser to issue a parking ticket. Loop Detectors for Trigger UHF (2 Pcs) These loop detectors are installed at strategic points to trigger the UHF long-range readers for season pass holders. As vehicles with RFID season stickers approach, the loop detectors signal the UHF reader to activate and authenticate the vehicle’s access, allowing for seamless entry or exit. Loop Detectors for Barrier Gate Safety (2 Pcs) Safety loop detectors are installed in the pavement near the barrier gates to ensure vehicle presence and prevent the gates from closing when a vehicle is still within the detection range. This minimizes the risk of accidents or damage to the vehicle. Charging Computer and Accessories (1 Set) The Charging Computer is responsible for processing payment transactions for vehicles based on the parking duration or the type of access card. It communicates with the Entry/Exit Control Panels to record entry and exit times, calculates the parking fee, and manages payment processing. Additional accessories ensure connectivity, such as cables, network interfaces, and backup power. Parking Software (1 Set) The Parking Software provides centralized control and monitoring of the entire parking facility. It tracks vehicles entering and exiting, manages ticketing and payment processing, monitors real-time space availability, and generates reports for administrators. The software also integrates with all the hardware components, allowing remote configuration and management. Temporary Cards, Season Cards, and Season Vehicle Stickers Temporary Cards: Issued to one-time parkers, these cards are used for short-term parking and are scanned upon entry and exit to track the parking duration and charge accordingly. Season Cards: RFID cards issued to regular users (such as employees, tenants, or subscribers). These cards allow for quick access to the parking lot without the need for manual interaction. Season Vehicle Stickers: RFID stickers attached to vehicles for long-range identification. These stickers allow season pass holders to access the parking facility without stopping or interacting with entry systems. How the System Works: Vehicle Entry: Temporary Parkers: When a vehicle approaches the entrance, the loop detector triggers the Entry Ticket Dispenser to issue a paper ticket. The vehicle proceeds into the parking lot, and the entry time is recorded in the parking system. Season Pass Holders: As the vehicle with a season sticker approaches, the UHF Long Range Reader detects the RFID sticker and grants immediate access without requiring the vehicle to stop. The 13.56 MHz Short Range Reader can also be used for season card holders. Vehicle Exit: Temporary Parkers: The vehicle reaches the exit gate, and the Exit Control Panel validates the ticket or payment. The loop detector at the exit confirms the vehicle’s presence and triggers the opening of the barrier gate once the fee is paid. Season Pass Holders: The UHF Long Range Reader detects the vehicle's RFID sticker, allowing quick exit without the need for stopping or manual validation. The Loop Detectors ensure that the barrier gate doesn’t close prematurely. Security & Monitoring: IP cameras continuously record vehicle movements at the entrance, exit, and critical areas of the parking facility. In case of disputes or security concerns, footage can be reviewed for verification. Fee Calculation and Payment: The Charging Computer calculates parking fees based on the duration of stay or type of access. Payment can be made at the exit through various methods (e.g., cash, card, or mobile payment). The system confirms payment before opening the exit barrier. Parking Space Management: The Parking Software monitors the availability of spaces in real time, keeping track of entry and exit times. It can generate reports on parking utilization, income, and system performance, allowing for better management and optimization of the parking facility. Conclusion: This integrated parking system combines advanced access control, payment processing, and security features to provide a seamless experience for both temporary and season pass holders. The use of UHF and short-range readers, loop detectors, and IP cameras ensures efficient and secure operation, making the system ideal for busy parking lots and multi-user environments.       Detail wiring diagram                    
2024-11-22
Latest company case about 2 Entry and 1 EXIT Parking IC Card Charging System

2 Entry and 1 EXIT Parking IC Card Charging System

2 Entry and 1 EXIT Parking IC Card Charging System       Case composition Entry Card Dispenser 2 Set Exit Control Panel 1 Set Barrier Gate 3 Set Short range reader for season Card 3 Set IP Camera for recording 3 Set Loop detector for barrier gate safety 3 Pcs Loop Detector for reader trigger 3 Pcs Loop Detector for dispenser trigger 2 Pcs Parking Sofeware 1 Set Charging Computer and some accessories 1 Set Temporary cards, season cards           Case Description   Overview: This parking management system is designed for a parking facility with two entry points and one exit point, providing seamless access control, vehicle detection, and payment processing. The system is optimized for both temporary and season parkers, incorporating a range of advanced technologies to ensure smooth operation, enhanced security, and automated fee calculation. Key Components and Configuration: Entry Card Dispensers (2 Sets) These dispensers are installed at both entry points to automatically issue paper tickets to vehicles entering the parking facility. Each ticket contains a barcode or magnetic stripe for vehicle identification, time tracking, and fee calculation upon exit. These dispensers are triggered by loop detectors, ensuring smooth entry for non-registered vehicles. Exit Control Panel (1 Set) The Exit Control Panel manages the exit gate operations. It processes the vehicle's exit request, validates the ticket or access card, checks for any outstanding payment, and sends a signal to the barrier gate to open. The system ensures that all exit procedures are automated, reducing wait times and improving traffic flow. Barrier Gates (3 Sets) Three barrier gates are installed at the facility: one at each entry point and one at the exit point. These gates are controlled by the Entry and Exit Control Panels. They open or close based on vehicle detection and payment validation, ensuring secure and controlled access to the parking lot. Short Range Reader for Season Cards (3 Sets) These readers are used to authenticate season pass holders. The 13.56 MHz short-range readers are installed at both entry points and the exit point. Season card holders can access the parking lot by simply presenting their RFID cards at the reader, which allows for faster, contactless entry and exit without requiring a ticket. IP Cameras for Recording (3 Sets) IP cameras are installed at the entry, exit, and critical locations within the parking facility for security and monitoring purposes. These cameras record vehicle movements and capture key data for incident verification, helping to improve security and provide real-time surveillance of the parking lot. Loop Detector for Barrier Gate Safety (3 Pcs) Loop detectors are installed at each barrier gate to detect the presence of vehicles. These detectors ensure that the gates do not close on a vehicle, providing safety by preventing the barrier from coming down prematurely or while a vehicle is still present. Loop Detector for Reader Trigger (3 Pcs) These loop detectors are installed near each entry point to trigger the short-range readers for season card authentication. When a vehicle approaches, the loop detectors detect the presence of the vehicle and activate the reader to authenticate the season card holder, ensuring smooth and quick access for regular parkers. Loop Detector for Dispenser Trigger (2 Pcs) These detectors are installed near each entry card dispenser. They detect the presence of a vehicle and signal the dispenser to issue a parking ticket. When a vehicle is detected, the dispenser automatically triggers to provide a ticket for temporary parkers. Parking Software (1 Set) The parking software provides centralized control and monitoring of the entire parking facility. It tracks all vehicle movements, manages payment transactions, monitors real-time parking space availability, and generates reports for administrators. The software also allows for remote configuration, troubleshooting, and system updates. Charging Computer and Accessories (1 Set) The charging computer handles the calculation of parking fees based on the time spent in the facility or the type of access card used. It processes payments at the exit, communicates with the Entry/Exit Control Panels, and manages the interaction between the hardware components, including loop detectors and readers. Temporary Cards and Season Cards (According to Need) Temporary Cards: Issued to one-time parkers, these cards are provided at the entry point to track parking duration and charge accordingly. Season Cards: RFID cards issued to regular users for automated access. These cards are used for quick entry and exit, typically for employees, residents, or other frequent parkers. System Workflow: Vehicle Entry: Temporary Parkers: Upon arrival at one of the entry points, the vehicle triggers the loop detector, which activates the Entry Card Dispenser. The dispenser issues a paper ticket with a barcode or magnetic stripe. The vehicle then proceeds to the parking lot. Season Parkers: When a vehicle with a season card approaches, the loop detector at the entry point triggers the short-range reader. The reader scans the season card, and if it is valid, the barrier gate opens automatically without the need for a paper ticket. Vehicle Exit: Temporary Parkers: Upon exiting, the vehicle approaches the exit gate. The system reads the paper ticket or season card at the Exit Control Panel. The Charging Computer calculates the parking fee based on the duration of stay, and the vehicle pays either at the exit or using a pre-paid system. Once payment is confirmed, the barrier gate opens. Season Parkers: Vehicles with valid season cards can quickly pass through the exit gate. The short-range reader scans the card, and the system verifies the access. If the parking fee is associated with the season card (if applicable), the Charging Computer processes the payment and opens the barrier gate. Security and Monitoring: IP Cameras: The IP cameras capture video footage of vehicles entering, exiting, and moving within the parking lot. These cameras provide continuous surveillance, which can be used for security purposes or to resolve disputes regarding vehicle entry or exit. Safety Features: Loop Detectors for Barrier Gates: The safety loop detectors ensure that no vehicle is trapped by the closing gates. They detect any vehicle still within the range of the barrier, preventing the gate from closing prematurely. Loop Detectors for Reader and Dispenser Trigger: The loop detectors at each entry point activate the appropriate system (either the reader or the ticket dispenser), ensuring that each vehicle is correctly processed as it enters the parking facility. Fee Calculation and Payment: The Charging Computer calculates the parking fees based on the duration of stay for temporary parkers and may also manage any additional charges for season cardholders who have set parking plans. Payments are processed quickly at the exit using various methods (e.g., credit cards, cash, or mobile payments). Conclusion: This parking management system integrates sophisticated technologies for vehicle access control, fee management, and security. The system optimizes the entry and exit process for both temporary and season parkers while ensuring safety and security through loop detectors and IP camera monitoring. With the flexibility of multiple entry points, season card management, and automated fee calculation, this system provides a comprehensive, efficient, and user-friendly solution for managing a busy parking facility.         Detail wiring diagram      
2024-11-22
Latest company case about Two Entry and Two Exit Parking with Auto pay Project

Two Entry and Two Exit Parking with Auto pay Project

Two Entry and Two Exit Parking with Auto pay Project     Case composition   Entry Card Dispenser 2 Set Exit Card Collector 2 Set Autopay Station 2 Set UHF Long Range Reader 2 Set Barrier Gate 4 Set Loop detector for barrier gate safety 4 Pcs Loop Detector for reader trigger 2 Pcs Loop Detector for dispenser trigger 4 Pcs Parking Sofeware 1 Set IP Camera for recording 2 Set Temporary cards, season cards, sensor sticker         Case Description     Overview: This parking system is designed for a multi-entry, multi-exit parking facility with integrated self-payment options. It is optimized for a high-volume parking environment, offering both automated ticketing, payment, and seamless access control for vehicles. The system includes advanced technologies like UHF long-range readers, loop detectors, self-pay stations, and surveillance cameras to ensure smooth operations, secure access, and an efficient payment process. Key Components and Configuration: Entry Card Dispensers (2 Sets) The Entry Card Dispensers are installed at the two entry points of the parking lot. These machines issue paper parking tickets or RFID cards to vehicles as they enter the facility. The dispensers are triggered by loop detectors, ensuring the tickets are only issued when a vehicle is present. Exit Card Collectors (2 Sets) At the two exit points, Exit Card Collectors are used to collect parking tickets or RFID cards from vehicles as they leave the parking facility. These machines read the card or ticket to calculate the parking duration and trigger the payment process. Autopay Stations (2 Sets) The Autopay Stations are self-service payment kiosks located near the exits. These stations allow drivers to pay their parking fees before leaving the facility. Payment methods may include cash, card, or mobile payments. Once payment is processed, the Autopay Station issues a receipt and triggers the opening of the barrier gate. UHF Long Range Reader (2 Sets) UHF Long Range Readers are installed at both entry and exit points to authenticate RFID stickers or cards for season pass holders. When a vehicle with a valid RFID sticker approaches, the reader automatically detects the vehicle and grants access to the parking facility without requiring a ticket or stopping the vehicle. Barrier Gates (4 Sets) Four automatic barrier gates are installed—two at each entry and exit point. The gates are controlled by the Entry and Exit Control Panels, which respond to ticket validation or RFID reader signals. The barrier gates open and close based on vehicle detection and successful payment validation. Loop Detectors for Barrier Gate Safety (4 Pcs) These safety loop detectors are installed at each barrier gate to detect the presence of vehicles. They ensure that the gates do not close on a vehicle, preventing accidents or damage. The detectors signal the gates to remain open if a vehicle is still within the gate’s range. Loop Detector for Reader Trigger (2 Pcs) These loop detectors are placed at the entry points to trigger the UHF Long Range Readers. When a vehicle with a valid RFID sticker approaches, the loop detectors activate the reader to detect the vehicle’s season card or sticker, allowing seamless entry. Loop Detectors for Dispenser Trigger (4 Pcs) Located at both entry points, these loop detectors activate the Entry Card Dispensers when a vehicle is detected. This ensures that the dispenser issues a parking ticket or RFID card for temporary parkers, enabling smooth entry into the facility. Parking Software (1 Set) The Parking Software serves as the central system that manages all aspects of the parking operation. It tracks vehicles entering and exiting, manages parking fees, integrates with the Autopay Stations for payment processing, and generates real-time reports. The software also monitors system health and provides control over the parking lot’s operational flow. IP Cameras for Recording (2 Sets) IP cameras are strategically placed at key points within the parking facility, such as entry/exit gates and payment areas. These cameras provide real-time surveillance, recording vehicle movements and ensuring security. The footage can be accessed for monitoring or for resolving any disputes related to vehicle entry or exit. System Workflow: Vehicle Entry: Temporary Parkers: When a vehicle arrives at one of the entry points, the loop detector detects the vehicle’s presence and triggers the Entry Card Dispenser. The dispenser issues a paper ticket or RFID card that the driver will use to access the parking facility. Season Parkers: For vehicles with season passes, the UHF Long Range Reader detects the RFID sticker on the vehicle as it approaches the entry point. If the vehicle is authorized, the barrier gate opens automatically, allowing the vehicle to enter without stopping. Vehicle Exit: Temporary Parkers: As the vehicle approaches the exit, the driver must insert the ticket into the Exit Card Collector. The system reads the ticket, calculates the parking fee based on the duration of stay, and sends the information to the Autopay Station. The driver can then pay for the parking fee using cash, credit card, or mobile payment at the Autopay Station. After the payment is processed, the barrier gate opens and the vehicle exits. Season Parkers: For vehicles with season cards or RFID stickers, the UHF Long Range Reader at the exit validates the RFID sticker. If the season pass is valid, the exit process is automated. The system checks for any applicable parking charges, and the barrier gate opens once the validation is complete. Self-Payment Process (Autopay Stations): At the exit, vehicles that have a paper ticket (temporary parkers) or require payment (season cardholders with additional charges) can use the Autopay Stations. The driver inserts the ticket or scans the season card at the Autopay Station, where the system calculates the parking fee. Payment is accepted through various methods: cash, credit cards, or mobile payment apps. Once the payment is confirmed, the Autopay Station issues a receipt and automatically triggers the opening of the barrier gate. Security and Monitoring: IP Cameras: The IP cameras monitor vehicle activity at key locations, such as at the gates and payment stations. This real-time video surveillance ensures the security of the parking facility and helps resolve any incidents or disputes. The cameras can be used to review footage for verification in case of discrepancies during the entry/exit process. Safety Features: Loop Detectors for Barrier Gate Safety: The safety loop detectors prevent accidents by ensuring that the gates do not close if a vehicle is still present within the gate's range. This feature reduces the risk of damage to vehicles or other safety hazards. Loop Detectors for Reader and Dispenser Trigger: These detectors ensure that the parking system correctly processes vehicles. At entry, the loop detectors trigger the card dispenser or the RFID reader to initiate the access process, while at exit, they ensure the system accurately identifies the vehicle and charges the correct fee. Conclusion: This integrated parking management system offers a streamlined, automated solution for a parking facility with two entry points and two exit points, including self-payment options. It efficiently handles both temporary parkers (using paper tickets or RFID cards) and season pass holders (using RFID stickers). The system provides seamless vehicle access and payment processing through the use of Entry Card Dispensers, Exit Card Collectors, UHF Long Range Readers, and Autopay Stations. Enhanced security and operational efficiency are achieved through the use of loop detectors, IP cameras, and centralized parking software. This solution optimizes the user experience while ensuring smooth traffic flow and secure management of the parking facility.   Detail wiring diagram    
2024-11-22
Latest company case about 4G Verification and Monitoring System with Two 13,56 mhz Reader One UHF Reader

4G Verification and Monitoring System with Two 13,56 mhz Reader One UHF Reader

  4G Verification and Monitoring System with Two 13,56 mhz Reader One UHF Reader       Case composition   Two Encryption 13.56 mhz Reader for Small Ttuck Verification Two Encryption 13.56 mhz Reader for Big Truck Verification Two UHF Reader for Employee Verification One 4G Controller Six IP Camera Two Barrier Gate One for Entry One for Exit Two Loop Detector     Case Description     Case Description: 4G Verification and Monitoring System with Two 13.56 MHz Readers and One UHF Reader This system is designed for advanced vehicle and personnel verification and monitoring in a secured access environment. It integrates multiple verification technologies, such as 13.56 MHz encryption readers, UHF readers, 4G controllers, and IP cameras to create a seamless, real-time monitoring and verification system for small and large trucks as well as employees. The system ensures high security, efficient verification, and real-time tracking for both vehicles and personnel at entry and exit points. System Components: Two 13.56 MHz Encryption Readers for Small Truck Verification (2 units) These readers are installed at the designated entry points to verify small trucks. They use 13.56 MHz encryption technology to securely read and validate truck identification cards or tags. The encrypted communication ensures high security, reducing the risk of unauthorized access. Two 13.56 MHz Encryption Readers for Big Truck Verification (2 units) Similar to the small truck verification readers, these readers are used for verifying big trucks. They are installed at the appropriate locations for large vehicle access, ensuring that large trucks are securely verified before gaining entry. Two UHF Readers for Employee Verification (2 units) UHF readers are used for employee verification at both the entry and exit points. These readers read UHF RFID tags or cards worn by employees, allowing for quick and secure hands-free identification. The UHF system is designed to provide long-range recognition, ensuring smooth and fast verification as employees approach the entry/exit points. One 4G Controller (1 unit) The 4G controller is the heart of the system, integrating and managing all connected devices (readers, cameras, barrier gates, loop detectors). It uses 4G connectivity for remote access, real-time monitoring, and system control. The controller ensures smooth communication between components and allows for centralized management of verification and monitoring data. Six IP Cameras (6 units) Two Traffic Cameras: Installed at key locations to monitor vehicle movement and track traffic flow. These cameras provide real-time video feeds that can be analyzed for traffic monitoring, congestion detection, and vehicle identification. Four General Surveillance Cameras: Placed around the entry/exit points and critical areas for overall surveillance. These cameras enhance security by capturing and recording vehicle and personnel activities, supporting real-time monitoring, and enabling post-event review if necessary. Two Barrier Gates (2 units) One for Entry, One for Exit: The system includes two barrier gates to control the flow of vehicles—one at the entry point and one at the exit. The barrier gates are linked to the verification system to open or close based on successful vehicle or personnel identification. The gates are designed for high traffic volume and reliable operation. Two Loop Detectors (2 units) One for Entry, One for Exit: The loop detectors are embedded in the ground at both the entry and exit points. They detect the presence of vehicles and trigger the barrier gates to open or close accordingly. The loop detectors ensure that the system responds appropriately to vehicle movement, preventing false opens and ensuring secure access. System Workflow: Vehicle and Personnel Arrival: As a vehicle (either a small or large truck) approaches the entry point, the loop detector detects the vehicle's presence. Truck Verification: If the vehicle is a small truck or a big truck, the corresponding 13.56 MHz encryption reader is activated to read the vehicle’s identification tag. The encrypted communication ensures secure validation. If the tag is verified, the barrier gate opens, and the vehicle is allowed entry. Employee Verification: Employees approaching the entry point are detected by the UHF reader, which reads their UHF RFID tags. If verified, the system grants access by opening the barrier gate. Monitoring with IP Cameras: The traffic cameras continuously monitor vehicle movement and traffic conditions. Any unusual activity, such as traffic congestion or unauthorized vehicles, is flagged and reported in real time. The general surveillance cameras provide additional security coverage, recording activities at the entry/exit points and other critical areas. This footage is used for monitoring and for post-event analysis if necessary. Real-Time Verification and Control: The 4G controller manages the entire system, ensuring all components (readers, barrier gates, cameras, loop detectors) work in unison. The controller also allows remote access, enabling system monitoring and management from a central location. The 4G connectivity ensures real-time updates, including verification results, traffic flow data, and security camera feeds. Exit Process: When a vehicle or employee is ready to exit, the same process is followed. The UHF readers or 13.56 MHz readers verify the identity of the person or vehicle, and the loop detector triggers the barrier gate to open. The exit process is similarly monitored by the cameras to ensure there is no unauthorized access or suspicious activity. System Advantages: High Security: Encryption-based 13.56 MHz readers ensure secure and authenticated vehicle identification, while UHF readers provide fast and hands-free employee verification. Real-Time Monitoring: IP cameras offer both traffic monitoring and general surveillance, enhancing overall security and providing a visual record of all activities. Remote Management: The 4G controller allows for remote access and real-time system control, which can be essential for managing large-scale operations and providing oversight without physical presence. Efficient Access Control: The integration of loop detectors with barrier gates ensures a smooth flow of traffic, automatically triggering gates when vehicles or personnel are verified. Scalability: The system is designed to be easily scalable to accommodate additional entry/exit points, more readers, or additional surveillance cameras as needed. Use Case Application: This system is ideal for facilities with high traffic volume, such as industrial parks, logistics centers, warehouses, or secure government buildings, where both vehicle and personnel access need to be managed efficiently and securely. By integrating multiple verification technologies, real-time monitoring, and remote control, the system enhances security, improves operational efficiency, and ensures that access is granted only to authorized vehicles and personnel.   Detail wiring diagram    
2024-11-22
Latest company case about 125 K Reader Two Channel Access Control System

125 K Reader Two Channel Access Control System

125 K Reader Two Channel Access Control System     Case composition Barrier gate Loop detector 125 K reader Two door access controller Infrare photocell     Case Description   Project Background: In a large industrial park, the client sought an intelligent access control solution to enhance security and efficiency at the entry and exit points. The client required a system that could strictly verify and control both personnel and vehicle access, while also ensuring real-time detection of vehicles within the checkpoint area to prevent misoperations and unauthorized hold-ups. To address these needs, the client selected a 125K Reader Two Channel Access Control System consisting of the following components: Barrier Gate Loop Detector 125K Reader Two Door Access Controller Infrared Photocell System Composition and Working Principle: Barrier Gate: The automatic barrier gate is used to control vehicle access. The barrier gate automatically raises or lowers based on control signals, ensuring that only authorized vehicles can pass, thereby enhancing the security of the park. The gate operates in coordination with other system components to control access effectively, ensuring that the gate is only opened for vehicles with proper authorization. Loop Detector: The loop detector is installed on the driveway to detect the presence of incoming or outgoing vehicles. When a vehicle approaches the gate, the loop detector senses the metallic signal from the vehicle and triggers the control system, which determines whether the vehicle is within the checkpoint area, preventing the gate from mistakenly remaining open. This detector ensures that the system will properly close the barrier gate once a vehicle leaves the detection area, preventing any potential security risks caused by a failure to close the gate. 125K Card Reader: The system employs a 125K card reader for personnel identification and access control. Each authorized individual carries a unique 125K card, which communicates with the access controller for authentication. Once the identity is verified, the corresponding door is automatically unlocked, allowing the individual to pass. The reader operates with high efficiency, ensuring that authorized personnel can quickly and easily gain access without delays. Two Door Access Controller: The two-door access controller manages the security of both entry and exit doors. It coordinates the operation of the doors based on the access permissions and ensures that vehicle and pedestrian flow is managed efficiently and securely. The controller works in real-time with the card reader, infrared sensors, and loop detectors to manage door operations based on the predefined logic, ensuring smooth and secure access for all users. Infrared Photocell: The infrared photocell sensor is used to monitor the access control area in real-time. This sensor is especially useful for detecting vehicles passing through the gate, ensuring that no obstacles or unauthorized persons remain within the gate area. If the sensor detects an obstruction or a person lingering in the area, it immediately sends a signal to the system to prevent the barrier from closing, thereby ensuring safety. System Performance: The system successfully achieved an automated and intelligent access control management solution that enhanced both the security and efficiency of the industrial park: Vehicle Management: Through the cooperation of the loop detector and barrier gate, the system ensures that only authorized vehicles can pass while preventing vehicles from being unintentionally stuck in the checkpoint area, reducing misoperation. Personnel Access Control: By integrating the 125K card reader with the two-door access controller, the system efficiently manages personnel access and enforces access restrictions based on predefined permissions. Safety Monitoring: The infrared photocell sensor monitors the access area in real-time to prevent the barrier gate from closing while an obstruction is detected, ensuring the safety of both vehicles and pedestrians. Conclusion: This case demonstrates how the integrated access control system, with its intelligent product mix, successfully addressed the client's pain points in managing access to the industrial park. The system not only improved security but also enhanced management efficiency, making it an effective solution for large-scale, high-security environments.   Detail wiring diagram  
2024-11-22
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