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13)    Control Panel

Step 2 : 
Move arm up to 45 degree and release . Refer diagram 9.2b
2.1 If the spring tension is in balance, arm will stay
       at 45 degree. No further calibration is required.
       Move arm back to horizontal position and lock
       the clutch.

2.2 If the counter-weight spring is NOT balanced, 
       arm will either move up pr down from 45 degree
       In this case, the counter-weight spring needs 
       to be calibrated.

 

Diagram 9.2b

If arm move up more than 45 degree, then the spring 
tension is too tight and needs to be loosen. 

If arm drop below than 45 degree, then the spring tension
is too loose and need to be tighten.

Turn spring pin 1 & 2 clockwise
few times (3 to 4 times) to
loosen the spring untill the
arm will stay at 45 degree

Turn spring pin 1 & 2 anti- 
clockwise few times (3 to
4 times) to tighten the 
spring untii the arm will
stay at 45 degree

9.3)     Spring replacement

Step 1 : Unlock the clutch
Step 2 : Move arm vertical 90 degree and release
Step 3 : Turn the spring pin clockwise to loosen the spring untill the spring fell out
Step 4 : Replace with a new spring
Step 5 : Turn the spring pin anti clockwise to tighten the spring
Step 6 : Recalibrate the spring tension
Step 7 : Lock back the clutch upon finish calibration work 

10.1)     Arm not at horizontal position

11)     How to reduce arm jerking?

12)     Loop detector installation guide

Adjust screw to maintain 3mm gap with rubber
cushion.

12

DC

I/P : 250V 50HZ

O/P :     12V  0.5A

12V DC

C

O

MM

UN

IC

A

TI

O

N

 M

O

D

U

LE

CAPACITOR X2

FUSE (5A F)

A

U

TO

-D

O

W

N

TIMING

ON DIP

1

2

3

PHOTO

LOOP

SIGNAL

INPUT

UP

LIMIT

OUTPUT

CO

M

UP

DO

W

N

ST

OP

12ACV

5MM

SERIAL

COMMUNICATION

PHOTO

POWER

FAN 

OUTPUT

DOWN

LIMIT

OUTPUT

SPECIAL

FOR

MOTORCADE

VEHICLES

DETECTOR

SIGNAL

-     +    GND

4     8     5

12V DC

12V DC

SENSOR

LIMIT SIGNAL 

INPUT

Con

nect t

Mo

to

r Sensor

C

onnect to optical

for special f

unction

MAG BR CTRL Control Panel Compatible with  BR618T, 630T, 660T 

Connection layout

MOTOR

AC Mot

or

Connect to 

Capacitor 

Fan Connector

Photocell

Power o/p

Sensor

Loop

detectcor

Loop Coil

AC 23

0v

Down

Up

Stop

Manual

Push 

Button

Infrared sensor

2 wire dry contact

2 wire dry contact

4 wire dry contact

POWER LINE

L

N

G

R

COM

R&G LIGHT

AC 230v 

L  N

Breakers

Red
 lig

ht

Common

Gre
en

 lig

ht

E

AC 230v 

60Hz

BARRIER TYPE SELECT

1 SEC

3 SEC

6 SEC

3 sec for model BR618T, BR630T
6 sec for model BR660T

LE

D Indicatio

n Li

ght

Timer - Auto Close

Timer Settings

1 ON ; 2 ON

1 OFF ; 2 ON

1 ON ; 2 OFF

3 ON/OFF

5 seconds

10 seconds

20 seconds

NOT USE

12.1)     Loop wire winding

12.2)     Depth of groove

10)    Adjust arm angle

Sometimes the arm might be not perfect horizontal due to improper adjustment 
usage wear and tear or installation at sloped ground. 

Diagram 10a

Diagram 10b

Arm operating angle can be changed by adjusting the drive crank

 

Perfect horizontal line 

 

Perfect horizontal line 

Diagram 12.2

Nominal groove width : 4mm
Nominal groove depth : 30mm to 50mm

Refer to diagram 12.1, you can use 1.5mm² 
or 16awg stranded wire and wind minimum 
5 turns inside the groove. Then “TWIST’ the 
wire back to Loop Detector.

Caution: 
When you put silicon to fill up the groove, make sure you press 
tightly downward. This is to ensure that there is all wire is 
pressed down together and no space for them to move inside 
the groove. This caution is to ensure reliability, if loop wire can 
move inside the groove due to vibration when pass through, it 
will be unstable. 

When winding the wire inside the loop please make sure is not twisted. All wire in the groove 
have to run almost perfect parallel with each other. Only twist the wire then wire when wire 
going back to Loop Detector. 

Diagram 12.1

 

5 turns loop cable

SENSOR 1

Ir position sensor Control panel

Ir position sensor

Led sensor light

Position limit

LED 1

LED2

SENSOR 2

Screw to release and tight 

position limit

Step 1: 

Loose up the screw position limit then adjust 

the position until barrier arm allign with 

sensor

Step 2: 

Tighten back the screw position limit after 

done complete adjusment.
Step 3: 

Testing barrier open close operation. 

Re-adjust the position limit.

Spring Pin 1

Spring

REMOTE

COPY/DEL

Capacitor

(Not used) 

PWR

UP

DOWN

PHOTO

DETECTOR

DOWN L.M

UP L.M

STOP

-When barrier arm is lifted UP
-When STOP button is pressed
-When barrier arm is lifted DOWN
-When Detector detected vehicles
-When PHOTO bean detected obstacle
-When DOWN button is pressed
-When UP button is pressed
-When POWER is ON.

Led Indicator
-UP L.M
-STOP
-DOWN L.M
-DETECTOR
-PHOTO
-DOWN
-UP
-POWER

LED will turn on when

Diagram 11

 

10.2) If arm still not at desired position, please adjust Drive Crank

Step1: Turn the Edge-screw anti clockwise  to 
loosen drive crank for adjustment.

Step2: 
2.1)     If arm above the horizontal line (diagram 10c), 
             turn drive crank clockwise to adjust the arm lower.
2.2)     If arm below the horizontal line (diagram 10c),
            turn drive crank anti-clockwise to adjust the arm higher.

Step 3: 
Turn the screw back to hold the newly adjusted drive crank position. 

It is COMPULSORY to install surge protector when installing barrier gate outdoor. All installed 
surge protector must be connected to EARTH. All metal housing of equipments also must 
connected together to EARTH to achieve Common Earth. Please use at least 2.5mm wire for 
EARTH connection wiring. All these are important steps to protect barrier gate from being 
damaged by lightning surge. 

Waranty does not cover damages by lightning surge.

Rubber cushion
to reduce vibration

Screw 2

Screw 1

14) Surge protector installation

Edge screw

Drive crank

Edge screw

Diagram 10c

Both Spring need to be 
adjusted equally

Both Spring need to be 
adjusted equally

Spring Pin 2

Screw 

Rubber
Cushion

Gap 3mm

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