Boom Barrier Controller

Product Details:

Established in the year of  2017,  Anshul Systems Repair And Safety Service is the leading Wholesale Trader and Service provider of  Fire Extinguisher, Road Arrow, Ticket Machine and much more. These products and services are enormously employed in the market owing to their longer working life, low maintenance, top performance and nominal prices. Being a quality conscious entity, our solitary objective is to supply the only best quality products to our clientele.

Mr. Rajesh Kumar  is the mentor of our company  whose experience and knowledge have enabled us to cater to the demands of customers. His leadership qualities have enabled us to attain goals of our organization.

Additional Information:

• Production Capacity: 10000
• Delivery Time: 1 to 5 days

Product Details:

• To automatically or manually control the raising and lowering of the boom arm.

• Helps in managing and restricting vehicle access.

• Motor unit (typically AC or DC motor)

• Boom arm

• Sensors (e.g., loop detectors, photocells)

• Access devices (RFID readers, ticket dispensers, remotes, push buttons)

• Remote control

• Access card/RFID reader

• Loop detector (vehicle presence sensor)

• Push button/manual switch

• ANPR (Automatic Number Plate Recognition) systems

• Automatic open/close logic

• Safety sensors integration (to prevent barrier from closing on a vehicle)

• Manual override (in case of power failure)

• Timer settings for auto-close

• Integration with parking/toll management systems

• Optional network connectivity for remote control/monitoring

• Typically operates on AC mains power (110V–240V), with DC motor output

• May have battery backup in case of power failure

• RS485 / RS232

• Relay contacts

• CAN / Modbus (in advanced models)

Additional Information:

• Production Capacity: 10
• Delivery Time: 5 day
• Packaging Details: parfact packing

Product Details:

Here are the basic details of a DC Boom Barrier Controller (SEC type – assuming you're referring to a standard electronic controller, possibly from SEC or similar manufacturers):

• Motor Type: 24V DC brushless motor

• Control Voltage: 24V DC

• Power Input: 110V/220V AC (converted internally to 24V DC)

• Opening/Closing Time: 1.5 to 6 seconds (adjustable)

• Boom Length Supported: 1.5m to 6m (standard); up to 8m in heavy-duty models

• Controller Type: Microcontroller-based logic with configurable parameters

• Communication Ports: May include RS485, dry contact, loop detector input, or wireless remote control

• Safety Features:

  • Obstacle detection (auto-reverse)

  • Overheat/overcurrent protection

  • Manual release option during power failure

• LED indicators for status

• Limit switch control (magnetic or mechanical)

• Remote control or push-button operation

• Can integrate with RFID readers, ANPR systems, ticketing machines, etc.

• Parking management systems

• Residential gated communities

• Toll plazas

• Industrial entry points

• Commercial parking zones

Product Details:

A barrier PCB controller, often referred to in the context of electronic and embedded systems, is a type of printed circuit board (PCB) designed to control and manage barrier systems, such as automatic gates, barriers, or other physical access control mechanisms.

Here’s a basic overview of how a barrier PCB controller typically functions:

1. Microcontroller or Processor:

   • Function: The central unit that processes inputs, makes decisions, and controls outputs.
   • Role: Executes the software or firmware that dictates how the barrier operates.

2. Input Interfaces:

   • Function: Receives signals from various sources, such as sensors, remote controls, or card readers.
   • Examples: Push buttons, RFID readers, loop detectors.

3. Output Interfaces:

   • Function: Sends signals to actuators or other devices to control the barrier’s movement.
   • Examples: Motors, solenoids, relays.

4. Power Supply:

   • Function: Provides the necessary electrical power to the PCB and connected components.
   • Role: Ensures stable and reliable operation of the barrier system.

5. Communication Interfaces:

   • Function: Allows for communication between the barrier controller and other systems, such as a central control unit or a network.
   • Examples: UART, SPI, I2C, Ethernet, or wireless modules.

6. Sensors and Feedback Systems:

   • Function: Monitors the position and status of the barrier, such as open, closed, or moving.
   • Examples: Limit switches, photoelectric sensors.

• Access Control: Managing entry and exit points in secure facilities.
• Traffic Management: Controlling vehicle access in parking lots or toll booths.
• Safety Systems: Ensuring barriers only operate when it is safe to do so, preventing accidents or damage.

• Reliability: The controller must be robust and reliable, as it’s responsible for safety and operational efficiency.
• Integration: It should integrate seamlessly with other access control systems and hardware components.
• Customization: Depending on the application, it may need to support various communication protocols and inputs.

If you’re developing or working with a barrier PCB controller, ensure it meets the specific requirements of your application and complies with relevant safety and performance standards.

Additional Information:

• Item Code: 105
• Production Capacity: 1000
• Delivery Time: 1 TO 7 DAYS