Bollard- Security Hydraulic Bollard

Automatic Hydraulic Bollard Manual

Hangzhou Bollard-Security Equipment Co., ltd (BS)

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 BS Hydraulic Bollard Manual

Safety
The hydraulic bollard you choose contains a wide range of mechanical and electronic
components, and any negligence in assembly or operation can threaten your safety.

Warm

Any individual or organization that sells or installs this product should assume the
corresponding safety responsibility, and also observe the following:

Any non-professionals cannot install, dismantle or maintain bollard. We will not take
any responsibility for any risk or danger.

This manual is for reference; subject to real product. Any revision may change without any
notice. We reserve the right of final explanation.

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 BS Hydraulic Bollard Manual

1 System Brief

1.1 Brief
Automatic hydraulic bollard is installed for entry/exit of lane of motor vehicles and any
place requiring access controlling.

It can be used for park, Pedestrian Street, government, prison, airport…

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1.2 Composition

Bollard： Blocking cars. 1 piece or several pieces are for selection based on your project.
Wire of bollard is corresponding to wire of slave board of cabinet.

Control system (cabinet)：It receives signal and controls bollard raise and fall. It includes
main bollard, slave board and other electronic parts.

Push button (additional )：Bollards raise and fall by button.

Remote: control bollard in 15-30 meters.

1.3 Feature.
Make car lane and pedestrian lane separately; distance of bollard is about 0.8-1.5 meters.

Steel and stainless steel material are for selection.

Several controlling way- remote and push button (additional)…

Working with loop, traffic light, card reader system….

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1.4 Model
H---hydraulic S---stainless steel 0---steel

A---diameter of cylinder B---blocking height

E.g. DBO-220H4-900; hydraulic bollard; 220mm diameter; 900mm height,

SS304

Diameter of cylinder 220 275

（mm）

Blocking height(mm) 750 900

2 Product brief

2.1 Technical data

weight（Kg） 116 128 141 146 162 178
Diameter of cylinder
220 220 220 275 275 275
Blocking height
600 750 900 600 750 900
Height of outer cylinder
837 987 1137 837 987 1137
（mm）
Raising speed 10~20cm/s
Falling speed 20~40cm/s

Impact resistance（J） 250,000 300,000

lifting（Kg） 95~157 90~152 86~148 163~213 157~207 151~201

Steel 6 mm 6mm 6 mm 6 mm 6 mm 6mm

thickness
SS304 6 mm 6 mm 6 mm 6 mm 6 mm 6 mm
Controlling way Embedded hydraulic pump
Power AC 220V hydraulic pump
Material Steel, SS304 or SS316 (selection)
Surface Treatment Steel-powder coating; SS304 and SS316- polished

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When power failure, fall automatically (default). Or keep the original

Power failure status before outage (for selection)

Input power 220V，550W

High; 2 million times; 2,000 times per day (depends on installation

Working frequency
environment, using environment, maintenance…)

IP rate IP67
Working temperature -30~70℃ (low temperature: heating rod for selection)

L（Length）x W(width)x
material Number of bollard

H(height）

Mounted on the wall

GW plastic 120℃ 1
Control cabinet 320 x160x400
Mounted on the wall
A3 steel 10-N
633x130 x733
Standing.
A3 steel 20-N
900 X300X1020

N=group number (1 or more bollards raise and fall together as a group）

2.2 Control board

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Main board
Terminal Port
function Description
number number
1 VIN-
2 VIN- DC24V power
M-P1 Power input
3 VIN+ input
4 VIN+
5 GND Ground
6 TL.R Red light
Notice: terminal for traffic light is
7 TL.G Green light
M-P2 closed. If needed, please inform
8 OC.COM Common
before placing the order.
9 OC.NC Normal open
10 OC.NO Normal closed
11 +12V 12Vpower
Power for Control module
12 GND output
13 UP.1
The 1st raise and
14 DOWN.1 Separated 2 groups of port input.
fall
15 GND Relay signal (push button, remote…)
16 UP.2 The 2nd raise ad is available.
M-P3
17 DOWN.2 fall
18 GND
Direction of detector is not limited；
19 PASS.1 Loop detector
20 PASS.2
21 INFRA When it works, raising signal is not
Infrared sensor
22 GND available, while falling signal is ok.
23 GND
Main board and slave board
M-P4 24 485- 485
communication
25 485+
Slave board
Terminal Port
function Description
number number
E-P1 1 VIN- DC24Vpower 24V

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2 VIN- output
3 VIN+
4 VIN+
5 GND
E-P2 6 485- 485 RS485
7 485+
8 +24V
N/A
9 LED1
10 +24V
E-P3 LED Led and buzzer
11 LED2
12 +24V
Buzzer
13 BEEP
12V power
14 +12V
output
15 UP Up
16 DOWN Down
E-P4 17 Up-Limit Up limited External input port
18 Down-Limit Down limited
19 Press-Key Press key
20 SAFE Loop detector
21 GND ground
Rely 1; Normal
22 NC1
closed 1
Relay 1;
23 COM1 Connect to 24V power
Common1
relay1;normal
24 NO1
E-P5 open 1
Relay 2; normal Solenoid valve (bollard falls when
25 NC2
closed 2 power failure); another port for GND
Relay ; common
26 COM2 24V power supply
2
27 NO2 Relay 2; normal Solenoid valve (bollard keeps on the

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open2 original status when power failure);

another port for GND
28 GND 24V power Terminal for solenoid valve
29 +24V supply input
30 AC-L
E-P6 31 AC-N AC220V/50Hz Terminal for 220V AC power supply
32 Earth
Common for
33 COM
motor
Motor
34 M.U
co-rotation（up）
Motor reverse
E-P7 35 M.D Terminal for motor
（down）
36 Cap 2 capacitance
37 Cap 1 （18uF）
Ground for
38 M.E
motor
Note：

① Station number of slave board should be started from 0001 and keep in a serial number
(it has set at our factory)
② The max power for main board/slave board about 15w.

2.3 Working modes

Setting by code

Manual mode
Bollards raise and fall by remote/push button
（default）
Automatic
Work with loop detector; bollards raise automatically
mode

Free mode Raising is not available; falling is ok

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3 Installation

3.1 Bollard installation

1) Make sure bollard is not mounted in the low concave position. Otherwise you have to
mount drainage system to protect bollard;
2) Dig a groove in deep of 1.14 meter. Intersecting surface is more than 0.8 meter.
3) Mount bollard based on our drawings. Pay attention to mount it in a vertical level. When
you mount frame, please consider your pedestrian lane direction.
4) From buried pipe to management station, make a tube protector (32mm min diameter)
using for power connection.
5) Do concrete to the top (10cm to ground level). Using the same material as ground.
6) Install other pipes connecting controlling station and other devices like traffic light, loop
and card reader…. Power supply, ground wire and others prepared.

ATTN: your tube and pipe must be accordance with the standard of your country.

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3.2 Drawings (for reference; subject to real one)

3.3 Wire connection

① AC 220V power input for control cabinet ②push button wire connection (if need)；③
bollard and slave board connection.

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4 Additional

4.1 Loop detector

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4.2 Traffic light

1) DC24V light can connect to control board directly.

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2) AC220V light connect with relay。

4.3 Maintenance

Ordinary Routine Maintenance Procedure for Bollard

The standard routine maintenance sequence is as follows:
Cleaning of pit with suction of all material settlements
 Cleaning of water drains located on the pit bottom
 Cleaning and greasing of the central sliding rail
 Testing (and replacement, if needed) of the lower beat gaskets
 Testing and repair (if required) of the handling piston for oil leaks
 General testing of the pop-up element’s screws for correct tightening
 General cleaning of the driven cylinder and painting touch-ups, if needed
 Testing of the hydraulic station, top-up of oil level and checks over working pressure
settings
 Testing and possibly setting of safety pressure switch for proper operation (40 Kg.)

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Moreover, if the following items are in the system, perform the following checks and
tests:

 Test the flashlight that is incorporated in the element’s head for proper operation
 Operating test of traffic-lights lanterns
 Operating test of inductive safety turns
 Check over the power failure procedure for proper operation
 Operating test over the control radio receiver
 Operating test of the emergency lowering sound analyzer
 Operating test of the remote control GSM effector

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