The YD-K810D is an industrial-grade multi-channel automatic bollard control center engineered to coordinate high-frequency perimeter security installations. Featuring a versatile hybrid-voltage topology, the controller takes standard AC 220V facility power and distributes it through isolated step-down lines: a robust DC 36V output dedicated to high-torque bollard motors and an isolated 12V output reserved for safety LED light strips and hydraulic pressure-release circuits. This precise electrical separation guarantees both massive motor performance and enhanced safety during field routing. Available in tailored 1-to-1 through 1-to-8 module variations, a single YD-K810D cabinet can unify up to 8 fully automatic rising bollards under one centralized command platform.

Built into an expanded 730×700×200mm Q235 carbon steel enclosure, the panel utilizes a microcontroller-based integrated digital programming block. This setup allows traffic engineers to establish plug-and-play links with License Plate Recognition (LPR) cameras, automated barrier gates, tidal lane grids, and infrared safety sensors. Backed by a high-capacity fail-safe emergency battery backup that forces a one-time lowering sequence during total grid blackouts, and paired with 2 long-range wireless remotes, the YD-K810D offers an ultra-reliable security asset for high-demand shipping ports, corporate plazas, smart-city checkpoints, and sensitive industrial sectors.

Core Features & Technical Advantages

Safe 36V/12V Electrical Topology: By isolating high-voltage AC mains inside the secure cabinet and running low-voltage DC 36V lines to the drive motors and 12V lines to field LEDs, the infrastructure eliminates standard grounding risks and guarantees safe terminal maintenance.

Complete 1-to-8 Channel Scaling: Match your hardware expenditure directly to your lane count. The modular central board accepts plug-in configurations to manage small 1-lane setups (1-to-1) up to wide multi-lane perimeters consisting of 8 bollards (1-to-8).

Automatic Grid-Loss Evacuation: Power outages will not bottleneck emergency vehicle access. The internal backup battery storage instantly kicks in during blackouts to perform a one-time automatic lowering cycle for all connected bollard systems.

Seamless Multi-Platform Integration: The microcontroller control layout seamlessly accepts external open-signal triggers. It bonds flawlessly with RFID card readers, facial recognition entry towers, loop detection arrays, and tidal lane signs.

Ruggedized Expanded Steel Enclosure: Fabricated from thick, impact-resistant Q235 carbon steel, the 730×700×200mm tower structure provides superior stability and sufficient interior ventilation for heavy-duty security environments.

Technical Specifications

Parameter	Specification
SKU	YD-K810D
Control System Type	Multifunctional hybrid-voltage automatic bollard control system
Application Suitability	Required exclusively for fully automatic rising bollards
Control Capacity Options	8 modular options (1-to-1, 1-to-2, 1-to-3, 1-to-4, 1-to-5, 1-to-6, 1-to-7, and 1-to-8 bollard control)
Cabinet Dimensions	730 mm × 700 mm × 200 mm
Enclosure Material	Q235 Carbon Steel
Input Voltage	AC 220V
Bollard Drive Output	DC 36V
LED & Pressure Release Output	12V
Installation Type	Split-type deployment (Wall-mounted separately from physical bollards)
Emergency Provision	Built-in backup battery (1-time emergency lowering cycle during blackouts)
Standard Accessories	2 × Wireless Remote Controls
System Signal Compatibility	LPR, RFID reader gates, loop detection, infrared beam sensors, audible/visual alarms, boom gates, Bluetooth, CCTV, facial recognition, tidal lane controllers
Storage Environment	-10°C to 65°C (Keep dry, dust-free)

Target Applications & Installation Scenarios

Smart City Checkpoints & Tidal Lanes – Coordinates multi-lane vehicular access by linking complex traffic lights and LPR cameras under a single control hub.

Logistics Parks & Industrial Centers – Provides heavy-duty 36V motor driving power to handle frequent bollard operations required by high-volume commercial truck entries.

Secure Corporate & Government Perimeters – Pairs advanced access controls with a reliable battery backup system to guarantee clear emergency exit lanes during power crises.

Frequently Asked Questions

Q1: What are the advantages of the 36V and 12V hybrid-voltage design?

A: The YD-K810D splits facility power into distinct low-voltage outputs. The DC 36V circuit provides ample, stable driving power for heavy-duty automated bollard motors, while the 12V circuit safely operates delicate LED indicators and pressure valves. This multi-stage isolation keeps high-voltage electricity safely locked inside the wall panel, away from the underground field lines.

Q2: How does the emergency backup battery secure the perimeter during power failures?

A: If the main AC 220V grid fails, the built-in backup battery instantly triggers a priority lowering signal. It supplies enough power to complete one full downward cycle for all connected bollards, ensuring clear, unblocked paths for fire trucks, ambulances, or site evacuation.

Q3: Can the YD-K810D handle third-party access control integrations?

A: Yes. The microcontroller-based panel features versatile open-architecture terminals. It links seamlessly with third-party systems like License Plate Recognition (LPR) cameras, RFID badge readers, and vehicle loop detectors to automate validation workflows.

Q4: What options are available for scaling the bollard control capacity?

A: The control panel offers total channel scalability. We provide 8 precise hardware options ranging from 1-to-1 up to 1-to-8 configurations, allowing you to pay only for the exact number of bollard lines your project demands.