685387
13
Verklein
Vergroot
Pagina terug
1/16
Pagina verder
FOR RESIDENTIAL
USER MANUAL
PC190 Control Box
24V DC GEAR MOTOR
Transformer
P190-PCB1
40121-377-A1
+ -
T4
SW3
UP
J1
Q17
R113
R112
R111
R110
R108
R107
R106
R105
R104
R103
R102
SW1
RF-LEARN
MOV1
K5
K3
K2K1
J2
F1
DB1
SW4
SET
SW5
DOWN
NC NO
CO
+-
-
+
CONTROL BOX
1
Index
1). Control Box Installation
2). Wiring Connection
2.1 Motor Connection
2.1.1 Motor Only
2.1.2 Motor With Limit Switch
2.1.3 Motor With Hall Sensor
2.2 Wifi Device
2.2.1 Back-up Batteries
2.3 Accessories
2.3.1 Photocells
3). Get Started
3.1 Step 1: Remote Memorizing
3.1.1 Memorizing
3.1.2 Remote learning without Control board
3.1.3 Deleting memory of single command
3.1.4 Deleting all memory of all remotes
3.2 Step 2: System Learning
4). Gate Operation Logic
5). Safety For Gate Operation
6). LED Indication
6.1 LED Lighting
6.2 Function of the LED display
7). Parameter Modification
7.1 Parameter Learning
7.2 Parameter
7.3 Photocell Logic
8) .Trouble Shooting
9). Technical Specification
2
2
3
3
3
3
4
4
5
5
6
6
6
7
7
7
8
9
9
9
9
9
10
10
10
12
13
14
CONTROL BOX
2
1. Decide the installation position of control box first, it is suggested to be installed near the gate and should
be protected from possible damage. Be aware of the motor cable length before deciding the installation position.
2. Remove the cover by unscrewing the four screws on the cover. See Figure A.
3. Use a screwdriver to puncture the holes beneath the bottom of the control box. See Figure B.
4. Secure it on the wall Figure C.
1). Control Box Installation
2). Wiring Connection
Figure A Figure B Figure C
Transformer
Antenna
Green Box
+5V INPUT
TX RX
LED Display
LED2 Push button or Key selector
LED4 Photocell 1
LED3 Photocell 2
1 2 3 4 5 6 7 8
9 10 11 12 13 14 15 16 17 18
19 20 21 22 23 24 25 26
UP
SET
DOWN
RF-LEARN
LED2 LED4 LED3
11
Lit+ Lit- Lat+ Lat- M1+ M1- M2+ M2- 5V S1 S2 GND Lmt1 Lmt2 GND Lmt3 Lmt4 GND GNDPh1 Ph2PhVcc PhVccGNDDKey SKey
Blue LED – RF Learning
Wifi Device
CONTROL BOX
3
2.1 Motor Connection
2.1.1 Motor Only
2.1.3 Motor With Hall Sensor
Antenna
M2-M1-
Lat-
Lit-
Lmt4Lmt3
Lmt2
Lit+ SKey
S1
M2+
M1+Lat+ Ph2Ph1 PhVcc PhVcc
S25V
ANT
GND
DKey GND
GND
GND
GND
Lmt1
GND
PC190-PCB1
40121-377-A1
J5
RF1
K3
K2K1
J4 J3
J7
J8
CO
NC NO
CO
+-- +
CO
NONC
- +
CO
NONCNC NO
CO
+-
1 2 3 4 5 6 7 8
9 10 11 12 13 14 15 16 17 18
19 20 21 22 23 24 25 26
LED2
LED3
LED4
Transformer
Antenna
M2-M1-
Lat-
Lit-
Lmt4Lmt3
Lmt2
Lit+ SKey
S1
M2+
M1+Lat+ Ph2Ph1 PhVcc PhVcc
S25V
ANT
GND
DKey GND
GND
GND
GND
Lmt1
GND
PC190-PCB1
40121-377-A1
+ -
T4
SW3
UP
J1
Q17
R113
R112
R111
R110
R108
R107
R106
R105
R104
R103
R102
J5
SW1
RF-LEARN
RF1
MOV1
K5
K3
K2K1
J4 J3
J7
J2
F1
DB1
J8
SW4
SET
SW5
DOWN
NC NO
CO
+-
NC NO
CO
+-- +
CO
NONC
- +
CO
NONC
NC NO
CO
+-
-
+
1 2 3 4 5 6 7 8
9 10 11 12 13 14 15 16 17 18
19 20 21 22 23 24 25 26
LED2
LED3
LED4
White
-
Yellow
+
White
-
Yellow
+
Motor1 Power
White
-
Yellow
+
Red White Black
Motor2 Power
Motor1 Power Hall sensor
White
-
Yellow
+
Black
Motor2 Power Hall sensor
2.1.2 Motor With Limit Switch
Antenna
M2-M1-
Lat-
Lit-
Lmt4Lmt3
Lmt2
Lit+ SKey
S1
M2+
M1+Lat+ Ph2Ph1 PhVcc PhVcc
S25V
ANT
GND
DKey GND
GND
GND
GND
Lmt1
GND
PC190-PCB1
40121-377-A1
+ -
T4
SW3
UP
Q17
J5
SW1
RF-LEARN
RF1
MOV1
K5
K3
K2K1
J4 J3
J7
J2
F1
DB1
J8
SW4
SET
SW5
DOWN
NC NO
CO
+-
NC NO
CO
+-- +
CO
NONC
- +
CO
NONC
NC NO
CO
+-
-
+
1 2 3 4 5 6 7 8
9 10 11 12 13 14 15 16 17 18
19 20 21 22 23 24 25 26
LED2
LED3
LED4
White
-
Yellow
+
Green Blue Black
Motor1 Power Limit Switch
White
-
Yellow
+
Green Blue Black
Motor2 Power Limit Switch
Red White
CONTROL BOX
4
Battery Power: The battery white connector must be fitted the correct way round (positive red to +positive) or
you will short circuit the control board. There are 2 x 12v batteries fitted under the control board. They are connected
together in series to make 24vDC via a black cable with a yellow fuse with positive of one battery to negative of
second battery. The remaining positive and negative terminals go to the control board as per the photo above
12 Volt 2.2Ah Battery
SERIES
12 Volt 2.2Ah Battery
OUTPUT: 24 Volt 2.2Ah
2.2.1 Back-up Batteries
2.2 Wifi Device
1 2 3 4 5 6 7 8
Lit+ Lit- Lat+ Lat- M1+ M1- M2+ M2- 5V S1 S2 GND Lmt1 Lmt2 GND Lmt3
• LED description:
Blue: LED will be flashing during WIFI pairing, and be ON when completed.
Green: LED will be flashing if WB-001 receives signal from APP.
If your home WIFI disconnects, the green light will continuously flash, and it will be off
until WIFI is connected again.
Red: System failure or wrong PIN.
Functions of Buttons and Terminals
Terminals
P button:
WIFI paring: Press 1 sec
Default setting: Press 3 sec
R button:
Press to restart

CONTROL BOX
5
Figure 1(7)
The safety photocells are security devices for control automatic gates. Consist of one transmitter and one receiver
based in waterproof covers; it is triggered while breaking the path of the beams.
INSTALLATION:
Wire Connection of Photocells
TX: Connect terminals 1 and 2 on the transmitter with the terminals PhVcc and GND on the PC190 PCB.
RX: Connect terminals 1,2,3 and 4 on the receiver with the terminals PhVcc, GND, and Ph1/Ph2 GND on the PC190 PCB.
Detection Method
Sensing Range
Input Voltage
Response Time
Emitting Element
Operation Indicator
Dimensions
Output Method
Current Consumption Max
Water Proof
Through Beam
25M
AC/DC 12~24V
100MS
IR LED
Red LED(RX): ON(When Beam is Broken), Green(TX):ON
96*45*43mm
Relay Output
TX: 35MA/Rx: 38MA (When beam aligned properly);
TX: 35MA/ Rx: 20MA (When beam is broken)
IP54
2.3.1 Photocells
2.3 Accessories
SPECIFICATION:
Figure 1(6)
Figure 1(5)
RX
Lens
Beam Alignmnet
Indicator
Power Led
Indicator
Terminal Block
Power
Terminal Block
TX
1 2 3 4 5 1 2
DC+ GND
TX
DC+ GND N.O. N.C. COM
RX
Antenna
Lmt4Lmt3
Lmt2
SKey Ph2Ph1 PhVcc PhVcc
ANT
GND
DKey
GND
GND
GND
Lmt1
GND
PC190-PCB1
40121-377-A1
SW1
RF-LEARN
RF1
J3
J7
J8
SW4
SET
SW5
DOWN
NO
+
9 10 11 12 13 14 15 16 17 18
19 20 21 22 23 24 25 26
LED2
LED3
LED4
CONTROL BOX
6
3). Get Started
3.1 Step 1: Remote Memorizing
3.1.1 Memorizing
Blue LED ON
2 Sec
RF-Learn
Note:
(A) Transmitter memorizing must be done first before system learning.
(B) CHECKING THE Gate MOVEMENTS
1) Release the gearmotor with the release key and move the gate to the middle so that it is free to move in both opening
and closing directions; then lock the gearmotor.
2) Perform the gate opening and closing several times and make sure the gates touches the limit switch at least 2~3 cm
before the mechanical stop.
1. Press button RF-Learn on the control board (Figure 1) as many times as the number corresponding to the desired
command, according to the following table, Within 10s, press the desired button on the remote that you want it to be
memorized (figure 1)
2. Make sure that the LED display shows the “OSC” or “PED” three times quickly. The code is corresponding to the selected
command. (figure 2)
3. Repeat step 1 & 2 within 10s, if there are other remotes to be memorized for the same type of command. No action within
10s, the memorization stage will terminate automatically.
OSC PED
New Remote
(Press A/B button
you selected)
A
B
M1-
Lat-
Lit-Lit+
M2+
M1+Lat+
Q17
K5
K3
K2K1
J4
F1
NC NO
CO
+-
-
NC
- +
CO
NONC
NC NO
CO
+-
-
1 2 3 4 5 6 7 8
(figure 1)
(figure 1)
(figure 2)
Command Message code
1 mes Open-Stop-Close circle LED display “OSC
2 mes Pedestrian mode LED display “PED
CONTROL BOX
7
3.1.2 Remote learning without Control board:
1. Press the button on the NEW radio transmitter and hold it down for at least 5s, then release it.
2. Press the button on the OLD radio transmitter 3 times. (Tip: Don’t press too fast; make sure you see the blue flash when
pressing the button each time.)
3. Press the button on the NEW radio transmitter once.
4. Done, at this point the NEW radio transmitter will copy the same command of the OLD one.
3.1.3 Deleting memory of single command:
Single deletion stage is needed for each memorized button.
1. Press and hold down RF-LEARN button (Figure 3) on the control board for 5 seconds.
2. Wait until the LED display shows “DKY”, then, within three seconds:
3. Press the button of the remote to be deleted. If the remote has been deleted, the LED display will flash quickly five times.
4. Repeat above steps if more button to be deleted.
3.1.4 Deleting all memory of all remotes:
With this operation all the memorized transmitters will be deleted.
1. Press and hold down RF-LEARN button (Figure 4) on the control board for 10 seconds.
2. Wait until the LED display shows “DAL”. (When you see DKY, keep holding, don’t let go the button.). All memory is deleted.
AC INPUT
12345
1
23456
New Remote
Press the
button again
A
B
A
B
Blue LED OFF
A
B
Old Remote
3 TIMES
A
B
DKY
Blue LED ON
5 Sec
3 Sec
DAL
DONE
RF-Learn
(figure 3)
Blue LED ON
10 Sec
RF-Learn
(figure 4)
CONTROL BOX
8
3.2 Step 2: System Learning
Step1:
Press and Hold the Press SET button for 3s, When LED shows “LEA” then release SET, then the motor runs the
system learning procedure automatically, once learning completed shows “D-G” or “S-G”
(No remote required)
Note: Please check the parameter setting of “FI”(Dual/Single) before going into system learning.
Restore system default setting
Press and Hold the UP + SET + DOWN button for 5s and panel restores back to default setting
Note:
1. LED Shows “D-G” tells the system learning has be completed for Dual Gate installation
2. LED Shows “S-G” tells the system learning has be completed for Single Gate installation
A. Dual Gate:
(1) Slave Gate Close → (2) Master Gate Close → (3) Master Gate Open →
(4) Slave Gate Open → (5) Slave Gate Close → (6) Master Gate Close
B. Single Mode :
(1) Master Gate Close → (2) Master Gate Open → (3) Master Gate Close
1 2 3
1 2 3
4 5 6
Press
3 Sec
1 2 3
1314
LED1
LED2
LED3
ON
OFF
UP
SET
D-G/S-G
LEA
CONTROL BOX
9
6.2 Function of the LED display
LED Display Programmable Functions LED Display Programmable Functions
5). Safety For Gate Operation
6). LED Indication
4). Gate Operation Logic
(A) In gate-opening phase: The gates stop if the transmitter/push button/key selector is activated, and close when
the transmitter/push button/key selector is reactivated.
(B) In gate-closing phase: The gates stop if the transmitter/push button/key selector is activated, and open when
the transmitter/push button/key selector is reactivated.
When the gate is opening, the LED Display
show ‘OPN’ for 2s and then change to Amp
current indication
When the gate is stopped, the LED Display show
‘STP’ until next commend has been made, after
10s no further movement, the LED turns to OFF
When the gate is closing, the LED Display show
‘CLS’ for 2s and then change to Amp current
indication
LED display shows “S01” means the panel did not
detected the M1+/M1 and M2+/M2 both been
connected before the system learning procedure,
check for 2 motors’ wire connection, for dual gate
system
The memory of the system is all deleted/cleaned
by press and hold the UP + SET+ DOWN button
together for 5s and the panel will be back to
default settings
LED display shows “S02” means the panel did not
detected the M1+/M1 but detected M2+/M2 been
connected, notice the installer to check the motor
wire connection, if this is single gate system,
motor wire should connect to M1+/M1 not on
M2+/M2
LED display show “S03” means same button on
the remote has been identified for more than 2
functions
AC INPUT
1
1
23456
AC INPUT
1
1
23456
Antenna
1 2 3 4 5 6 7 8
9 10 11 12 13 14 15 16 17 18
19 20 21 22 23 24 25 26
Lit+ Lit- Lat+ Lat- M1+ M1- M2+ M2- 5V S1 S2 GND Lmt1 Lmt2 GND Lmt3 Lmt4 GND GNDPh1 Ph2PhVcc PhVccGNDDKey SKey
6.1 LED Lighting
Blue LED System Learning: Blue LED in receiver board blinks two times when learning is completed.
LED2 RF : Key selector, or the push button is activated, LED2 will be on.
LED4 Ph1 : LED4 will be on when Ph1 are triggered.
LED3 Ph2 : LED3 will be on when Ph2 are triggered.
M2-M1-
Lat-
Lit-
Lmt4Lmt3
Lmt2
Lit+ SKey
S1
M2+
M1+Lat+ Ph2Ph1 PhVcc PhVcc
S25V
DKey GND
GND
GND
GND
Lmt1
GND
LED 2 LED 4 LED 3
[LEA] means motor into the system learning
mode, do not interrupt during this procedure
[D-G] means motor completed the learning
procedure for dual gate installation
[S-G] means motor completed the learning
procedure for single gate installation
In gate-opening phase: For safety purpose, the gates stop if encountering obstacles.
In gate-closing phase: For safety purpose, the gates reverse for 2 sec if encountering obstacles.
CONTROL BOX
10
7.2 Parameter
7.1 Parameter Learning
7). Parameter Modification
LED Display Definition Parameter Table Description
Motor Type
Overcurrent for Gate Opening
Overcurrent for Gate Closing
Motor Speed for Opening
Motor Speed for Closing
Deceleration Speed
Time Gap b/w Two Gates
(Opening)
F1
F2
F3
F4
F5
F6
F7
F1-1
F1-2
F1-3
F2-1
F2-2
F2-3
F2-4
F3-1
F3-2
F3-3
F3-4
F4-1
F4-2
F4-3
F4-4
F5-1
F5-2
F5-3
F5-4
F6-1
F6-2
F6-3
F6-4
F7-0
F7-1
F7-2
F7-3
F7-4
F7-5
F7-6
F7-7
F7-8
F7-9
Overcurrent
Limit Switch
Hall Sensor
2A
3A
4A
5A
2A
3A
4A
5A
40%
50%
75%
100%
40%
50%
75%
100%
40%
50%
60%
70%
0 sec
2 sec
5 sec
10 sec
15 sec
20 sec
25 sec
35 sec
45 sec
55 sec
1. The factory setting is "F1-1"
1. The factory setting is "F2-2".
1. The factory setting is "F3-2".
1. The factory setting is "F4-3".
1. The factory setting is "F5-3".
1. The factory setting is "F6-2".
1. The factory setting is "F7-1".
Press “UP+SET” for 3 seconds to get
into the program setting display from F1.
Press “UP” or “DOWN” to change
setting item from F1 to FJ .
Press “SET” button again to get into
the sub-settings
Press “UP” or “DOWN” to change
Push from F1-1 to F1-3.
Press “SET” button again to
confirm.
Push
91011121314
LED1
LED2
LED3
ON
OFF
UP
SET
DOWN
Push
AC INPUT
1234567891011121314
1
23456
LED1
LED2
LED3
ON
OFF
UP
SET
DOWN
Push
AC INPUT
1234567891011121314
1
23456
LED1
LED2
LED3
ON
OFF
UP
SET
DOWN
Push
91011121314
LED1
LED2
LED3
ON
OFF
UP
SET
DOWN
Push
AC INPUT
1234567891011121314
1
23456
LED1
LED2
LED3
ON
OFF
UP
SET
DOWN
1 2
4 5
3
CONTROL BOX
11
LED Display Definition Parameter Table Description
Time Gap b/w Two Gates
(Closing)
Auto-closing
Safety Device Function Mode
Pedestrian Mode
Flashing Light
Photocell Activation
Photocell 2 Activation
Alarm Buzzer
Electric Latch Mode
LED Direction
Dual / Single Gate
Over Current Reverses Time
when Close
F8
F9
FA
FB
FC
FD
FE
FF
FG
FH
FI
FJ
F8-0
F8-1
F8-2
F8-3
F8-4
F8-5
F8-6
F8-7
F8-8
F8-9
F9-0
F9-1
F9-2
F9-3
F9-4
F9-5
F9-6
F9-7
F9-8
FA-1
FA-2
FA-3
FA-4
FB-0
FB-1
FC-0
FC-1
FD-0
FD-1
FE-0
FE-1
FF-0
FF-1
FG-0
FG-1
FH-0
FH-1
FI-1
FI-2
FJ-0
FJ-1
FJ-2
FJ-3
FJ-4
FJ-5
FJ-6
0 sec
2 sec
5 sec
10 sec
15 sec
20 sec
25 sec
35 sec
45 sec
55 sec
Function OFF
3 sec
10 sec
20 sec
40 sec
60 sec
120 sec
180 sec
300 sec
Mode 1
Mode 2
Mode 3
Mode 4
Function OFF
Function ON
Function OFF
Function ON
Function OFF
Function ON
Function OFF
Function ON
Function OFF
Function ON
Standard Gate Opening
Release Gate Tension before
Opening (Gate Reversing for 0.25s)
When Terminal Block is at Bottom
When Terminal Block is at Top
Single Gate
Dual Gate
Function OFF
0.1 sec
0.2 sec
0.3 sec
0.4 sec
0.5 sec
0.6 sec
1. The factory setting is "F8-1".
1. Auto-close mode activates when the gates move to
the end position or stopped manually. If the
transmitter, push button, or the key selector is
activated before the auto-close counting, the gate
will close immediately.
2. The factory setting is "F9-0".
1. Please see 7.3 photocell adjustment for photocell logic
2. The factory setting is "FA-1".
1. The factory setting is "FB-1".
1. When function FC-1, the light will flash for 3 seconds
before the gate operates. If set OFF, the flash light will
operate with motor at the same time.
2. The factory setting is "FC-0".
1. The factory setting is "FD-0".
1. The factory setting is "FE-0".
1. The factory setting is "FF-0".
1. If the function is FG-1, the motor will be reversed for
0.25 sec. to release the tension.
2.The factory setting is "FG-1".
1. The factory setting is "FH-0".
1. The factory setting is "FI-2".
1. The factory setting is "FJ-0"
Note(F1-3 over-current setting in Hall sensor mode):
Only in “F1-3”Hall sensor mode, the PCB will record all the current value in learning mode. Please adjust over current value by setting F3 function after
learning mode.
The recorded current values will increase according to the value shown on LED display as over current value.
CONTROL BOX
12
The value can be adjusted by pressing button UP and DOWN. The maximum value is 50(5.0A) and the minimum value is 05(0.5A).
LED display example:
FA-1 Photocell OPEN/CLOSE (Standard set up)
Type of Safety Device
FULLY CLOSED
FULLY OPENED
STOP DURING MOVING
CLOSING
OPENING
PH1
Photocell-CLOSE
No effect
Reload automatic closing time
Reload automatic closing time
Open
No effect
PH2
Photocell-OPEN
Open not allowed
No effect
Open not allowed
No effect
Close
Position of Gate When safety devices are activated
FA-2 Safety Edge
Type of Safety Device
FULLY CLOSED
FULLY OPENED
STOP DURING MOVING
CLOSING
OPENING
PH1
Photocell-CLOSE
No effect
Reload automatic closing time
Open
No effect
Reload automatic closing time
PH2
Safety Edge
Open not allowed
OPEN/CLOSE not allowed
Reverse to open for 2 seconds
Reverse to close for 2 seconds
Position of Gate When safety devices are activated
FA-3 Open Only Device (Vehicle detector)
Type of Safety Device
FULLY CLOSED
FULLY OPENED
STOP DURING MOVING
CLOSING
OPENING
PH1
Photocell-CLOSE
No effect
Reload automatic closing time
Open
No effect
Reload automatic closing time
PH2
Opening Device
Open
Open
Open
No effect
Position of Gate When safety devices are activated
FA-4 Double photocell set up
Type of Safety Device
FULLY CLOSED
FULLY OPENED
STOP DURING MOVING
CLOSING
OPENING
PH1
Photocell-CLOSE
No effect
Open for 2 seconds, when auto closing is ON
Close not allowed
Open
No effect
PH2
Photocell-OPEN/CLOSE
Open not allowed
Close not allowed
Open not allowed
No effect
Stop
Position of Gate When safety devices are activated
7.3 Photocell Logic
Indicate 1.0 ampere: all of the
recorded values will increase 1
ampere as over current value.
Indicate 2.8 ampere: all of the
recorded values will increase 2.8
ampere as over current value.
Indicate 0.6 ampere: all of the
recorded values will increase 0.6
ampere as over current value.
CONTROL BOX
13
No power on the
board.
A single arm activation
isn’t working.
Remotes or wireless
keypad not working.
Lights on the board
but arm(s) not moving.
Blue light stays on
permanently
Gates remain open
after systems
learn/one arm stays
open and the other
one closed.
Gates not fully
opening or closing
One gate opens part
of the way/not at all.
Remote/ keypad
range is less than 20M
- Power to the transformer is on and the connector block from the AC power lead to the transformer
and to the control board is wired correctly.
- At the control board check the transformer white connector blocks are correctly
plugged into board and the battery connector if equipped.
- Check fuses are both working. * 15amp for stand-alone transformer.
- Check there is 24vac into and out of the Control box fuse.
- The batteries are connected to the control board and read higher than 24vdc if equipped.
- Try removing optional extras such as beams and probes to see if they are draining the power.
And reset the control panel to default and testing the motor operation
- Check function setting are set correctly for single arm. FK-1 single gate mode.
FB-1 Pedestrian mode to be ON. Using button B on the remote to operate the single gate.
- Make sure the arm is connected to motor 1 and not motor 2.
- Your remote is programmed in.
- You have done a systems learn.
- There is adequate power going to the board.
- Re-program remotes by pressing the RF learn button until a blue light next to it comes on.
Press the remote ONCE and it should flicker. Now wait until the light goes off and try again.
- You can program in several remotes or devices at a time however all signals need to be sent
before the blue light goes off again.
- Push the button fairly solid and hold it in for a whole second. The blue light should flicker.
- When programming remotes press the top left button ONLY. The rest of the buttons will program
themselves in with it. Use the function FH & FI to command the remote.
- If the blue light is on continuously without pressing the RF learn button it means the receiver is
faulty and needs to be replaced.
- The blue light will still flash when a remote that has not been programmed in is used. It will
however not activate.
- Reset the keypad. Do this by flicking off the front cover with a small screw driver. Undo the 2
nuts, turn over and repeat until left with the control board on the casing. Undo the 3 screws in
the corner. Turn over the circuit board and there is a button there. Hold it until you hear a
beep. Try keypad again and reassemble.
- Check that the battery is 24V+.
- Make sure your connections aren’t loose.
- The power input is feeding in 24V+.
- The gate is free from any obstructions.
- The arm is locked into place (A good way to test this is if you can move the gate freely, then it
won’t work via the motors).
- Ensure a systems learn has been done from start to finish.
- You have correctly wired the wires from the rams to the control box.
- Ensure you have waited the full 10 seconds.
- Try depowering and repowering the board.
- If it still keeps glowing please call or email us. Receiver may need replacement.
- Ensure you have matched the + and - of each ram to the equivalent + and – motor symbols
on the board.
- Change the polarity connection of the positive(+) with the negative(-) of the motor if the gate
both stay open instead of close after the system learning
- Clear any obstructions to the gates.
- Make sure that the arms are going no further than 100 degrees.
- The function setting should be set for a double swing and not a single.
- Check the LED display during the system learning showing the motor current, once the
reading is too high check the installation or the gate condition .
- Ensure the motors are locked in.
- Increase the power amp settings by function setting F2 for open and F3 for close direction
(mentioned above).
- Ensure there is nothing obstructing the gate or the arms.
- If the gate is a bigger or heavier gate change the power settings using the F2 for open and
F3 for close direction. You should not have to use the maximum power setting. This is
intended for a 500kg double swing gate (or 250kg single).
- Re-do the systems learn.
- Make sure you are pressing the top left hand button. The other buttons do have their
individual functions.
- Check the FB function for pedestrian mode, set to FB-0 if you require the single gate to be
fully open instead of partial open
- Both arms are wired onto the control board correctly. They should identical. I.E. black, red.
Black, red.
- Make sure the antenna is attached and screwed in on the control board.
- Make sure there is nothing obstructing the antenna such as the power cable or motor cables.
- Fuse
- Transformer power
- Loose wires
- Incorrect wire contact at
connector blocks
- Short circuit in wiring
between transformer
and board
- Battery
- Motor connection
- Function setting for
single mode
- RF Learn button on
control board
- The gate
- Power sources
- Arm wires.
8) .Trouble Shooting
Issue: Solution: Parts to look at:
34100-127-10-B
14
9). Technical Specification
Main power supply
Back-up battery
Receiver board
Installation
Operating Temperature
Dimension
230Vac/110Vac, 50Hz/60Hz
2pcs of batteries for emergency operation, 2.2A each
433.92MHz; 200 transmitters memory
Wall mounted vertically
-20~+50
275mm * 195mm * 102mm
13

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