HIKVISION Barrier gate - User Manual

Barrier Gate
User Manual

Summary

Chapter 1: Product Introduction

1.2 Key Features

Highlights mechanical, electrical, and safety features of the barrier gate system.

1.5 Safety Instructions

Essential safety guidelines for operation and installation to prevent hazards.

Chapter 3: Wiring

3.1 Wiring Diagram

Illustrates electrical connections for power, control, and sensor inputs.

Chapter 6: Installation

6.1 Installation Overview

General overview and considerations for installing the barrier gate system.

6.2 Installation Steps

Step-by-step guide for installing the barrier gate, including cabling and fixing.

6.3 Installation Debugging

Troubleshooting common installation issues like positioning and boom pole shaking.

Chapter 7: Remote Control Operation

7.1 Button Functions

7.2 Button Combinations

7.3 Dip Switch Settings

7.4 Limit Position Learning

7.6 Remote Control Debugging

Chapter 8: Maintenance

8.1 Maintenance Schedule

Overview

1. Function Description
2. Usage Features
3. Maintenance Features

This document describes a barrier gate, an entrance and exit management device designed to regulate motor vehicle passage. It can be controlled automatically via a parking lot management system or manually using buttons on a remote controller. Barrier gates are commonly used in toll stations, parking lots, and at the entrances and exits of communities and units.

Function Description

The barrier gate's core function is to control a boom pole, allowing or restricting vehicle access. Its internal mechanism relies on a worm and gear transmission deceleration asynchronous motor. This movement is transferred to the main shaft through a four-bar linkage mechanism. An angle sensor accurately detects the rotation angle of the output shaft, precisely locating the boom pole's position.

For safety, the device incorporates several features. It offers resistance rebound, meaning if the boom pole encounters resistance while falling, it automatically rebounds. Induction anti-collision ensures that if the boom pole is falling and an induction signal is received (indicating a vehicle or obstruction), it will automatically rise and remain up as long as the signal persists. Once the signal clears, the boom pole will resume falling. A "rising signal first" feature prioritizes rising: if the boom pole is falling and a rising signal is received, it will immediately rise in an emergency. Additionally, a rubber strip on the boom pole helps mitigate damage in case of accidental impact.

The boom pole's direction can be adjusted for left-to-right or right-to-left operation. When the power is cut off, the boom pole can be manually controlled to a vertical position using a hand wheel located at the bottom of the motor.

The system is highly integrated, allowing convenient connection to multiple matched devices. It includes rising/falling timeout protection to safeguard the motor, ensuring reliable operation and preventing abnormal damage. The angle sensor provides high accuracy in detecting boom pole position, contributing to stable performance.

Usage Features

The barrier gate is designed for ease of use and maintenance. It features abundant status indicators that simplify operation and troubleshooting. A standard remote control with smart learning capabilities supports up to ten groups of remote control codes, allowing for flexible access management.

The control board includes several buttons for direct operation and configuration:

• Rise: Controls the boom pole to rise. Holding this button prevents the boom pole from falling.
• Stop: Stops the boom pole at its current position.
• Fall: Controls the boom pole to fall down.
• Learn/Delete: Holding this button for three seconds activates the remote control learning mode, indicated by a high-frequency flash of the status indicator. Holding it for five seconds clears all learned remote control records.

Button combinations offer advanced functionalities:

• Learn/Delete + Rise: In manual learning mode, this combination learns the rising limit position. In auto learning mode, it automatically determines the rising limit position, locates the falling limit position, judges the boom pole direction, and calculates the barrier gate's running time.
• Learn/Delete + Fall: Similar to the above, but for learning the falling limit position. In auto learning mode, it automatically determines the falling limit position, locates the rising limit position, judges the boom pole direction, and calculates the running time.
• Learn/Delete + Stop: Enters auto test status.
• Stop + Rise + Fall: Switches between Hall limit position and angle sensor limit position. When the angle sensor limit position is active, the resistance rebound function is enabled.

A four-level DIP switch provides additional configuration options:

• S0 (Vehicle queue mode): When on, if the boom pole is rising and a vehicle passes through the induction loop, and a rising signal is received again, the boom pole will not fall until a second vehicle has passed through the induction loop.
• S1 (Limit position learning mode): In angle sensor mode, this switch toggles between auto learning mode (on) and manual learning mode (off) for limit positions.
• S2 (Small-angle induction shield): When on, enables a small-angle induction shield function with a 20° angle.
• S3 (Delayed boom pole falling): When on, enables delayed boom pole falling, with a default delay of ten seconds.

The device supports two limit position learning modes:

• Manual learning mode: Allows precise manual setting of rising and falling limit positions.
• Auto learning mode: Automatically determines the rising or falling limit position based on the current position, then automatically locates the other limit position and judges the boom pole direction.

The status indicator provides visual feedback on the device's operational state:

• In normal working status with angle sensor limit position, it flashes at 0.5 s intervals.
• In normal working status with Hall limit position, it remains solid.
• When delayed boom pole falling is enabled, it flashes at 0.1 s after the boom pole rises to the limit, then at 0.5 s until the boom pole falls to the limit. If delayed falling is disabled, it flashes at 0.5 s.
• During remote control learning, it lights for 250 ms and then unlit for 250 ms.
• During registration deleting, it flashes at 0.1 s.
• During parameter setting, it flashes at 0.1 s.

Maintenance Features

Regular maintenance is crucial for the barrier gate's longevity and optimal performance:

• The barrier gate surface should be cleaned regularly to remove dirt.
• Fasteners should be checked monthly for looseness or loss and tightened as needed.
• Lubricant should be applied to connectors every three months to ensure smooth operation.
• The balance springs should be checked after every 30,000 operations, and their balance adjusted as necessary.
• Easily damaged parts should be inspected every six months and replaced if damaged.

The device also features a magnetic core transformer, ensuring stable operation even in outdoor damping environments. Its integrated light, electricity, and mechanical control offer flexible and convenient operation, prioritizing safety and reliability.

HIKVISION Barrier gate Specifications