eSSL BG-BDC-RL-100 Non Srping DC Brushless Barrier Gate

Specifications

• Product Name: BG-BDC-RL-100
• Type: Non-spring DC Brushless Barrier gate
• Manufacturer: www.esslsecurity.com

Product Information

The BG-BDC-RL-100 is a non-spring DC brushless barrier gate designed for reliable and efficient operation. It features advanced technology for smooth and precise barrier movement.

Usage Instructions

Installation

1. Ensure the installation area is clear and level.
2. Mount the barrier gate securely using the provided hardware.
3. Connect the necessary power supply following the manufacturer’s guidelines.

Operation

1. Power on the barrier gate using the designated switch.
2. Use the control panel to set the desired barrier opening and closing settings.
3. The barrier gate can now be operated using the control panel or remote control.

FAQ

• How do I troubleshoot if the barrier gate does not open/close properly?
  If the barrier gate does not function correctly, check the power supply, control settings, and for any obstructions in the gate’s path. If issues persist, contact customer support for assistance.

• Can I adjust the opening/closing speed of the barrier gate?
  Yes, the opening and closing speed can be adjusted through the control panel settings. Refer to the user manual for detailed instructions on adjusting the speed settings.

BG-BDC-RL-100
USER MANUAL
Non-srping DC Brushless Barrier gate

Safety Precautions

To ensure your safe operation, please strictly in accordance with the provisions of this manual.

1. To avoid personal in Jury, it is strictly forbidden to open the door or cover when barrier working.
2. The barrier housing must be connected to the ground to prevent inductive electric shock.
3. It is strictly forbidden to stand, walk or place obJects under the boom/ arm when barrier working
4. The boom/arm and the spring have been matched to the balance state before goods leave out our factory. To avoid the danger of the balance being lost, the length and weight of the boom/arm can not be increased or decreased at random. If you need to change it, please ask the professional for advice.

This manual is copyrighted and may not be copied, cut, or modified without permission. Once found, the company will retain the contents of the manual without prior notice.

Product Overview

**** Thank you for purchasing the non-spring DC brushless motor barrier gate from WONSUN. This product is a typical mechatronics product. It has the characteristics of small size, low noise, high efficiency, wide speed regulation, and small steady-state speed error. The springless reduction box is dedicated to the gate, multi-speed ratio can be selected, the operation is stable, the special gear transmission has higher efficiency and high stability, and is more and more respected by the market. It adopts the latest mold design technology, mold die-casting manufacturing technology, and brushless control constant Force algorithm technology, fast interchangeable left and right, no clutch design, more reliable quality, more convenient to use, the movement adopts four-stage gear transmission, large torque, long life, high efficiency, curved crank arm three-link structure, landing rod Fast and stable, self-locking in place, easy maintenance.

Parameters of Barrier Arm Type, Length and Operation Speed

Arm type| Arm Length(L)| Operation time(S)| Height    between arm and ground (M)
---|---|---|---
Straight arm| 6m2:L>5m| 5S| ****

H=0.83m, height of arm center from ground level

5m2:L2:4.5m| 4S
4.5m>L2:3m| 3S
90°folding arm| L:S5m| 5S
180°folding arm| L:S5m| 5S
Two    fence arm| 5m2:L2:4m| 6S| H=0.9m,height of arm center from ground level
4m>L2:3m| 3S
Three    fence arm| 5m2:L2:4m| 6S| H=1.5m,height of arm center from ground level
4m>L2:3m| 5S

Features

1. The running speed can be adjusted from 2s to 3s,2.5s to 8s.
2. Arm direction can be quickly interchanged
3. Open the barrier gate by motor wheel when power off ,automatically reset after power on
4. Curved crank arm three- link movement structure, the operation is stable
5. Wireless remote control control open/close
6. Auto reverse function(force adjustable)
7. Infrared photocells connector is available available
8. Loop detector connector is available.
9. Well-integrated with car parking system equipment, with wire control(must be switch signal)
10. Connector for traffic light(AC220V,power less than 40W)
11. Offering dry contact signal for car parking system(COM,NC,NO)
12. Auto-delay when closing(adjustable)
13. RS485 or CAN network communication interface(no need to install module)
14. Counting interface
15. 24V backup battery interface(Can be charged by using solar energy)( optional)
16. Auto-open when power-off (installation of power storage module) (optional)
17. Anti-collision alarm device (optional)
18. Loop detector normally open and normally closed signal selection
19. One car and one open (fee evasion function)
20. Special signal input for fire protection

Technical parameters

The first

1. Working temperature(motor): -25C-+60C
2. Rated Supply: 24/100/240VAC,50/60Hz
3. Running speed: 2sec to 3Sec(adjustable)
4. Rated power:200W
5. Driving Method: Brushless motor
6. Humidity: >85%
7. Remote control distance: <50M(open, sunny weather)
8. IP Degree: IP54
9. Motor No-load Speed: 1800r/min
10. Max Boom Length: 3M Straight arm
11. Deceleration ratio: 1:50

The second

1. Working temperature(motor): -25C-+60C 2.
2. Rated Supply: 24/100/240VAC,50/60Hz
3. Running speed: 5sec to 8Sec(adjustable)
4. Rated power: 200W
5. Driving Method: Brushless motor
6. Humidity: >-85%
7. Remote control distance: <-50M(open, sunny weather)
8. IP Degree: IP54
9. Motor No-load Speed: 1400r/min
10. Max Boom Length: Straight arm 6M 90°Folding arm 5M 180°Folding arm 4.5M Two fence arm 4.5M Three fence arm 4M
11. Deceleration ratio: 1:150

Mechanism

Diagram of NON-spring DC brushless mechanism

Installation direction definition

Arm directions definition:

• (Barrier gate fix at left side of the gate )
• (Barrier gate fix at right side of gate)

Installation, commissioning and use

Equipment installation

• Please select the correct type of barrier gate according to the specifications of the pace, and then fix the barrier cabinet with expansion bolts(refer to Figure 3).
• After determined the position, the barrier gate foundation should be done according to the site conditions, and also make the cast-in-place basement for the non-concrete ground.

Calibrate the barrier gate arm position

• To calibrate the position of the barrier arm (for example, after applying excessive force), proceed as follows:
• First determine the horizontal and vertical state of the brake lever, then tighten 1 M12 locking screw on the swing arm, then lock the 2 M8 screws on the upper side of the anti-skid device, and finally lock the M10 screw on the anti-skid device to adjust horizontally. Done!

Electrical installation, wiring diagram

1. The internal wiring of this machine has been completed when it leaves the factory, please do not change it, Just connect the 220V power supply and the protective ground wire to work.
2. Traffic light interface: 2A 24V voltage traffic light use.
3. Infrared anti-smashing interface: external infrared anti-radiation device, and the switch signal of the anti-radiation output can be connected.
4. Ground sense interface: support external ground When using an external ground sensor, you only need to connect the switch signal output by the ground sensor.
5. Parking system interface wire control interface: connect the switch signal from the system to this interface to control the barrier.
6. Starting limit and landing limit signal output: output COM/NO/NC switch signal to the system to inform the current state of the barrier.
7. RS485 or CAN communication interface: PC software can be used to manage more than 15 barriers.

Function setting description:

• When setting the function, please press the menu button on the control panel. The Nixie tube displays H00-00 or H00-other numbers. We correspond to the function parameter table code to enter the required function parameter setting. For example, H00-00 is the UP ARM speed adjustment, and then press the confirm button Enter the parameter setting, the number will be displayed on the digital tube, then press the up or down key to set the required UP ARM speed number, and then press the confirm button to complete the ARM-up speed setting.
• The other function settings are the same as the example settings.

Function setting parameter table

Menu code| Parameter Scale| Parameter name| Default| Unit| Remark
---|---|---|---|---|---
H00-00| 25-95| Open speed adjustment| 35| | Corresponding PWM duty cycle 25%-95%, step size is 1
H00-01| 25-95| Close speed adjustment| 35| | Corresponding PWM duty cycle 25%-95%, step size is 1
H00-02| 5-40| Open in place decelerate angle| 35| | The larger the angle value, the less likely it is to shake the arm when it is in place.
H00-03| 5-40| Close in place decelerate angle| 35| | The larger the angle value, the less likely it is to shake the arm when it is in place.
H00-04| 1-20| Open accelerate adjustment| 1| ms| The smaller the number, the faster the speed
H00-05| 1-20| Close accelerate adjustment| 8| ms| The smaller the number, the faster the speed
H00-06| 1-30| Open in place angle| 1| degree| step size is 1, when big than 11, will automatically check one side
---|---|---|---|---|---
H00-07| 1-30| Close in place angle| 1| degree| step size is 1
H00-08| 7-13| Auto reverse force adjustment| 10| A| step size is 1
H00-09| 0-90| Delay closing adjustment| 0| second| step size is 100 0 is not closing automatically, Other value will be closing automatically This parameter is for the situation that there is no loop detector signals and non- automatic operation occasions
H00-10| 10-50| Self-check speed adjustment| 30| | Corresponding PWM duty cycle 10%-50%, step size is 1
H00-11| 0-2| Self-check mode|

0

| | 0:no operate automatically 1:operate automatically, eliminate after power off 2:operate automatically, Power failure memory.3.intelligent automatically operation.
H00-12| 0-5| Self-lock force adjustment| 0| | 0:Invalid , 1or 2 valid
H00-13| 1-20| Motor deceleration time when paused| 5| | The larger the setting, the longer the pause time will take
H00-14| 0-1| Bid-direction setting| 0| | 0:Closing,1:opening
H00-15| 0-2| Energy saving closing arm direction|

0

| |

• 0:invalid
• 1:close arm valid(energy saving voltage is determined by 49 items )
• 2:open arm valid

H00-16| 1-32| RS485communication address| 1| | Up to 32 slaves can be connected
H00-17| 0-2| RS485communication rate| 0| | 0:9600,1:19200,2:38400 Change the parameter and will be valid after power on again.
---|---|---|---|---|---
H00-18| 0-2| Whether to self-check when power on|

1

| | 0:no self-check,1:self-check 2:self-check with remote control
H00-19| 0-3| self-check setting| 2| | 0:Manually invalid,1:  keyboard SET button,2:remote control valid,

3, keyboard SET button and remote control both valid

H00-20| 0-15| Monitoring parameter setting index| 7| | 0| 0XD000| Rotate speed| 0-2500
1| 0XD001| Motor feedback angle| 0-90 degree
2| 0XD002| Busbar voltage(V)| 0-40.0
3| 0XD003| Current output|
4| 0XD004| Hall state| 0-7
5| 0XD005| Commutation number|
6| 0XD006| Total number of trips|
7| 0XD007| Run time(ms)| 0-9000
8| 0XD008| Cumulative running

times

| 0’99999999
9| 0xD00A| Time of automation

operation

| 0-99999999
10| 0xD00C| Time of anti-Collision| 0-99999999
11| 0xD00E| The number of times of

the arm is close in place

| 0-99999999
| | | | | 12| 0xD010| Power on time(minute)| 0-99999999
---|---|---|---|---|---|---|---|---
13| 0xD012| Power supply power on times| 0-99999999
14| 0xD014| Running status| Binary display
15| 0xD015| Fault code| 0-7
19| | Number of UP arm| 0-65535
20| | Number of DOWN arm| 0-65535
21| | Number of STOP| 0-65535
22| | Number of Loop detector| 0-65535
23| | Number of Photocell| 0-65535
24| | Number of Camera| 0-65535
H00-21| 0-3| Factory data reset| 0| | 1:Factory data rest,2:cumulative number of times cleared 3:Accumulate the number of times to clear and restore factory settings, return to 0 after execution
H00-22| 0-1| Start acceleration time constant| 0| | The higher the value, the slower the acceleration
H00-23| 12-30| Minimal output| 10| | Minimum output duty cycle of UP/DOWN arm
H00-24| 12-30| STOP key function setting| | |

• 0:whenever you press pause, ARM stay in the current state
• 1:when close arm, press the STOP key to switch the arm to up command

H00-25| 1-20| Reserve| | |
H00-26| 0-1| Camera count| | S| 0:count cleared when10 minutes time out, Not 0 is timing close arm
| | timeout(seconds)| | |
---|---|---|---|---|---
H00-27| 0-1| | | |
H00-28| 0-3| LED light output mode| | | 0:Do not flash alternately during operation
1:Allow flashing 2:Green light when UP arm on 45 Degree
H00-29| 0-2| Multi function count input| | |

• 0:no counting function
• 1:UP counting 2:Counting input
• 3:directly stop when the alarm input is valid
• 4:when the alarm input is valid, it only prompts the alarm, and run normally

H00-30| 0-1| DO1 functional output| | |

• 0:UP in place 1:DOWN in place
• 2:UP&DOWN in place
• 3:Fault input alarm(valid when 29 item set to 1)

H00-31| | DO2 functional output| 0-5|
H00-32| | DO3 functional output| |
H00-33| | 485 communication status control| | | 485 communication, analog input port data
H00-34| | Peak pattern| 0-1| | Long press remote control whether to prohibit the use of IO port 0: No prohibition effect 1: effective
H00-35| | Peak status| 0| | 1 or 2 :Peak pattern is effective,3:close loop detector function (setting it when 34 item is valid)
H00-36| | Beeper setup| 0| | 0:close    1:effective
H00-37| | Single stroke setting| | | 500-1000         (In bilateral detection, see item 6 of monitoring parameters. In bilateral detection, parameters are invalid.)
---|---|---|---|---|---
H00-47| | Motor type setting| | | 0:Gear
1:Turbine vortex rod
2:Advertising machine
H00-48| | Loop detector detect time constant| | | The smaller the setting, the more sensitive it is to the loop detector
H00-49| | Energy-saving voltage of UP&DOWN arm| | | 18.0-23.0V over-setting will not work properly when power off
H00-50| | The delay time of closing arm when loop detector invalid| | | how long is the delay after turnover is in place, then close arm again

Fault code:

EFF01:Hall error| Check motor or wiring connection| Generally, the motor or motor cable is not connected properly
---|---|---
EFF02.Under-voltage fault| The voltage is lower than 22.0V| Power supply or the battery voltage is not enough
EFF03.Over current protection| The load is too heavy or the drive board is damaged, or the motor wiring is incorrect.| Check whether the motor cable is in good contact or replace the drive.
EFF04.Locked rotation

protection

| The limit has not been reached in place for 5 consecutive times| Reset the limit point, or eliminate whether there is a problem with the limit device

Learning type remote control

• The remote control using special IC learning code remote controller, 418MHz wireless frequency, strong anti-interference, long remote control distance, that can up to 100meters in good weather, use easily and durable. The receiver of learning code remote control can store 16 different remote control codes, and support unlimited number of same code remote control.
• The external receiver learned the remote control within 5 seconds when power on, press the open/close key at the same time to complete the learning, and reset to continue learn when not complete. If repeat the learning, open the external receiver shell, there is a white button on circuit board, hold down 15 seconds to delete the remote control code, continue to learn or press the white button to learn.

Arm length and speed comparison table

Service Items

• One year’s free servicing is supplied(not including arm and remote)
• Lifetime charged servicing is offered
• Technology servicing is supplied.

The following situations are charged for servicing(or changing):

1. Broken by the wrong installation
2. Broken by improper voltage.
3. The surfaces of the system destroyed by wrong installation or use.
4. Broken by natural disaster.
5. Servicing items out of our promises.

Product Maintenance

• keep the barrier gate clean
• Check the Joints ever month in case of any loose parts.
• Check the spring elasticity after the barrier gate running 3000 times.
• Check the easily worn-out parts(like the spring, limit switch),every half year and renew it.
• Remote control distance will be shortened or not work in case like big object screening, battery exhausting, extreme weathers.

Packing List

Appendix

Infrared Photocell Installation
The installation method is as shown in Figure 9.

24, Shambavi Building, 23rd Main, Marenahalli, JP Nagar 2nd Phase, Bengaluru

– 560078
Phone : 91-8026090500 |
Email : sales@esslsecurity.com
www.esslsecurity.com

References

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