®
WWW.ALLOMATIC.NET
OH-200DC Installation Manual
Copyright © 2008 all-o-matic inc. www.allomatic.net
®
L
D
I
E
S
T
Pending
UL325
compliant
UL991
compliant
US
TABLE OF CONTENTS
Important safety instructions.............................................................
Different UL 325 class types........................................................
Operator installation ........................................................................
Operator mounting...........................................................................
Gate travel adjustment.....................................................................
Opening direction settings...............................................................
Electrical power connection......................................................
Typical loop layout.....................................................................
Accessory connections..................................................................
Multiple safety device connection..................................................
Plugin loop detector installation.....................................................
Leading edge installation...............................................................
Three button station system installation.........................................
Emergency release.........................................................................
Magnetic/Solenoid lock installation.................................................
3&4
10&11
2
5
6
7
8
9
12
13
14
15
16
17
18
Radio receiver hookup....................................................................
Open and close electronic reversing sensor(ERDs) adjustment....
Timer adjustment............................................................................
Dip switch functions........................................................................
Solar panel installation...................................................................
Led diagnostics..............................................................................
Overhead dimensions.....................................................................
19
20
21
22
23
24
25
1
IMPORTANT SAFETY INSTRUCTIONS
WARNING
To reduce the risk of
READ THE FOLLOWING DIRECTIONS. DO NOT EVEN THINK OF STARTING UNTIL YOU
HAVE READ AND UNDERSTAND THESE DIRECTIONS. IF THERE IS SOMETHING YOU DO
NOT UNDERSTAND CALL US.
Never
children.
Always keep people and objects away from the gate. No one should cross the path of the
moving gate.
This operator must be tested monthly. The gate must reverse on contact with a ridged object or
stop when an object activates the non-contact sensors. After adjusting the force or the limit
travel, retest the gate operator. Failure to adjust and retest the gate operator properly can
increase the risk of injury.
let children operate or play with gate controls. Keep the remote control away from
injury:
Keep gates properly maintained. Have a qualified service person make repairs to gate
hardware. It takes many years of experience to make proper adjustments to gate hardware or
operators.
There is nothing on a gate operator that is easily repaired without a great deal of experience.
Save yourself some time and call a qualified Gate Service Contractor who knows your type of
gate operator.
2
INSTALL THE GATE OPERATOR ONLY WHEN YOU HAVE READ
THE FOLLOWING:
*Confirm that the gate operator being installed is appropriate for the application.
*Confirm that the gate is designed and built according to current published industry standards.
*Confirm that all appropriate safety features and safety accessory devices are being incorporated,
including both primary and secondary entrapment protection devices.
*Make sure that the gate works freely before installing the operator.
*Repair or service worn or damaged gate hardware before installation of the operator.
*Eliminate all gaps in a sliding gate below a 4 foot height that permits a 2 ¼ inch sphere to pass
through any location, including the area of the adjacent fence covered when the gate is in the open
position.
*Eliminate all gaps in a swinging gate below a 4 foot height that permit a 4 inch sphere to pass through
any location, including the hinge area of the gate.
*Operator must be disconnected from the power source before attempting any installation of
accessories.
*Install this gate operator according to our installation instructions.
*Adjust the operator clutch or load sensing device to the minimum force setting that will still allow for
reliable gate operation.
*Install the operator inside the fence line(do not install the operator on the public side of fence line).
*Install a proper electrical ground to a gate operator.
*Install controls where users cannot touch or reach through the gate to operate the controls.
*Install all warning signs and take pictures of the installation.
*Test all safety features for proper function before placing the automatic vehicular gate into service.
*Train owner/users about basic functions and safety features of the gate system, including how to turn
off the power and how to operate the manual disconnect feature.
*Leave safety instructions, product literature, installation manual and maintenance manual with end
user.
*Explain to the owner/user the importance of routine service and retesting on a monthly basis.
3
DIFFERENT UL 325 CLASS TYPES
Class one: Residential
A vehicle gate operator intended for use at a home of one to four single family dwellings, garages or parking area.
Class Two: Commercial or General Public Access
A vehicular gate operator intended for use at a commercial location or building such as a multi-family housing unit (five or
more single family units), hotel, garages, retail stores, other buildings servicing the general public.
Class three: Industrial or limited Access
A vehicular gate operator intended for use at an industrial location or building such as a factory, loading dock area, or other
locations not intended to service the general public.
Class Four: Restricted Access
A vehicular gate operator intended for use at a guarded industrial location or building such as airport security areas or other
restricted access locations not servicing the general public where unauthorized access is prevented via supervision by
security personnel.
Other components required to satisfy UL 325
Each class must have a primary and secondary means to sense and react to obstructions within two seconds.
The six types of obstruction sensing systems are:
Type A:
Inherent obstruction sensing system. This system must sense and initiate the reverse of the gate within two seconds of
contact with a solid object.
Type B 1:
Provision for connection of a non-contact device can be used, such as a secondary protection.
Type B2:
Provision for connection of a contact sensor. Examples include an edge device or equivalent. This can be used for
secondary protection.
Type C:
Inherent adjustable clutch or pressure relief valve.
Type D:
Provision for connection of or provided with and actuation device requiring continuous pressure.
Type E:
Inherent audio alarm.
All of All-O-Matic Inc’s Gate operators conform to the most ridged Class One.
4
OPERATOR INSTALLATION
Note: Make sure the gate hardware is well balanced and the gate opens and closes smoothly.
With gate closed, mark the center of the gate.
+
Lift gate to open position and mark the center point of the gate for the operator on the ceiling.
+
5
MOUNTING THE OPERATOR
Center
+
Weld
Level and align gate operator before mounting it
to the ceiling. Manufacture ceiling brackets to
weld or bolt the operator in place.
Bolt
Make sure end bracket is in the center of the
opening. Bolt or weld the end bracket to wall.
The operator bracket must be at least 2.5”
above the gate.
Concrete Anchor
½”X 3 ½”
Center
+
Gate Bracket
Weld gate bracket into place with overhead
arm connected to insure alignment.
Overhead arm
6
GATE TRAVEL ADJUSTMENT
Locate limit switches
Step 1: Stop the gate operator using the three button station on the board.
Step 2: Push limit lock plate down. Turn limit nut in the desired direction.
Step 3: Place limit plate to its locked position.
Step 4: Run gate operator.
Step 5: If more adjusting is needed, repeat steps 1-4.
Gear box
Limit nuts
Each notch equals
about
½” of travel.
Limit nut lock plate
7
OPENING DIRECTION SETTINGS
The dipswitch be set to the position on this operator(OH-200DC).OPEN L/R Must ON
LED’s will show opening or
closing directions when gate
is running.
1002
O
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PHILPS
PHILPS
I
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8
ELECTRICAL CONNECTION
OPERATORS MUST BE PROPERLY GROUNDED!
2
E
N
115V115V
LI
1
E
N
LI
R
G D
NOTE: When applying 230V to
operator make sure voltage
switch is flipped to 230V
position.
30
30V2
V2
For power, a minimum of a
20-Amp
dedicated circuit
breaker is needed.
Power connection | 115VAC | 220VAC Single Phase
LINE 1 = 115V HOT 220V LINE 1
For power wire enclosure
use UL listed conduits.
LINE 2 = 115V N 220V LINE 2
Connect to ground. Use a proper ground rod for a
GND
ground reference.
Use the shortest and thickest wire possible for ground.
All gate operators be properly grounded.
A proper ground in a gate operator installation minimizes or prevents damage from an electrical charge, such as a near
lightning strike or an electrical static discharge.
.
Use a single wire for the ground. DO NOT splice two wires for the ground. If the wire breaks or is cut, replace it with a
single length. NEVER use two wires for the ground.
Check with your City code for proper earth ground rod type and proper grounding procedures.
MUST
9
TYPICAL LOOP LAYOUT
8 FT
OUT
WIRED IN SERIES
TWISTED WIRE TO OPERATOR
OR CONTROL PANEL
TWISTED 6 TURNS
PER FOOT
SAFETY LOOP
4 FT
4 FT
SAFETY LOOP
8 FT
4 FT
4ft from the tip of the
point of gate swing.
GATE
1/4 IN1/4 IN
4 FT
1 1/2 IN
EXIT LOOP
WHEN USED
4 FT
This is a normal loop layout. Remember when connecting to an All-O-Matic
circuit board you use the normally closed contacts for your safety loop
detector and normally open contacts from the exit loop. You must twist
your wires from your exit point of the saw cut all the way to the circuit
board, no exceptions.
10
GENERAL LOOP INSTALLATION GUIDELINES
The following loop installation guidelines are for installing typical driveway loops for access
control applications (i.e. parking gates, sliding gates, swing gates etc...) Always consult withl
loop detector manufacturers for specific equipment guidelines. This will confirm that the
proper configuration and installation techniques are properly applied for your application.
Useful information about inductive loops:
A. The typical sensing height is 2/3 of the shortest leg of loop (in feet)
Therefore a 4’ x 8’ loop typically has a detection height of 2.6’.
B. The inductance of a conventional four-slide loop can be estimated
using the formula:
L = P x (T + T) / 4 Where L = Loop Inductance in microHenries
P = Loop Perimeter in feet
T = Number of turns of wire in saw slot
2
Therefore a 4’ x 8’ loop with 3 turns would be:
L=(4 + 8 + 4 + 8) x (3 + 3) / 4
2
L=24 x (9 + 3) / 4
L=24 x 12 / 4
L=24 x 3
L=72 microHenries
Suggested guidelines for loop
installation:
Loop wires should be twisted 6 turns
per foot, and twisted from saw slot to
the detector. If possible start twisting
the wires from the edge of the loop.
All 90 degree corners should be
chamfered so that the course of the
wire does not change direction
sharply but rather at shallower angles
of 45 degrees or less. Core drilling of
the corners achieves the same effect
but can still lead to failure due to
sharp edges remaining in the corner
area.
Loop
Perimeter
6’ - 12’ 6
13’ - 20’ 5
21’ - 60’ 4
61’ - 240’’ 3
241 & Up 2
# of
Turns
45
Angles
Saw Slot
TWISTED 6
TURNS
PER FOOT
1/4’’ Feeder Slot
Driveway loop
1/4’’
Driveway
Sealant: 3/4’’ to 1’’ Min.
2’’
Backer Rod
Loop Wire: 3 Turns
}
11
ACCESSORY CONNECTIONS
The circuit board output provides up to mAmps of power for accessories. More
than two or three accessories will require a separate power supply.
NOTE:
12VDC Accessories only.
3
2
12-VDC 500
.
.
.
.
0
0
E
E
1
1
K
K
7
7
2100
2100
1 01
5
5
11 0
1
RS
.
E
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710
1002
15 10
1
KE
K
7 0
710
200
1
0
2
10
1 01
15
5
01
01
KE
7
7 01
100
2
100
1
5 1
0
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683
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2
1
5
01
.
.
071
0
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K
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71
2
100
1002
1
5
51
01
0
1
ft
3
60
G
B
8
02
ON
DR
3
CL
12
7
04
-
7
3
E
3
0
Remove wire jumper
from when
See page 14 for plugin loop
detector installation.
EXIT
Loop
Detector
PowerPower
DetectDetect
SENS.SENS.
LEVELLEVEL
BOOST ONBOOST ON
PULSEPULSE
FREQ.FREQ.
Loop FailLoop Fail
ResetReset
11 22 33 44 55 66
00
22
11
00
OFFOFF
PRESPRES
00
22
00
11
C
C
N/C
PowerPower
DetectDetect
SENS.SENS.
LEVELLEVEL
BOOST ONBOOST ON
PULSEPULSE
FREQ.FREQ.
Loop FailLoop Fail
ResetReset
11 22 33 44 55 66
00
22
11
00
SAFETY Loop
OFFOFF
PRESPRES
00
22
00
11
Detector
SAFETY
a safety device is
installed.
20M
L
8
C8
M
2
A
C
R
I
64
M
B
40
2
2
1
100
F
01
0
A
1
10 10
A
6 4
2 BS 1
0
M
0
30
1 1
2
0
2
2
N
K
F
G
5
H
33
Keypad
or
Telephone
Push Button
or
Fire Box
Card Reader
or
Key Switch
ABC
DEF
1
2
3
GHI
JK
L
MNO
4
5
6
PQRS
TUV
WXYZ
7
8
9
TONE
OPE
R
*
#
0
AB
PHOTO Beam
See page 12 for connection of
N/O
multiple safety device wiring
diagram.
= COMMON
C
N/O
= NORMALLY OPEN CONTACT
N/C
= NORMALLY CLOSED CONTACT
12
MULTIPLE SAFETY DEVICES
CONNECTIONS
Multiple devices installed together must be connected in series . the normally closed
(N.C.) dry contact from accessory relay. efore installing the accessory devices, remove the wire
jumper from the position
SAFETY “ ”
each B
SAFETY
on the control board.
Locate
Safety wire connections
From Accessory #1 To Connecting pin
Relay Com To COMMON
From Accessory #1 to Accessory # 2
Relay N.C. To Relay COM
.
.
.
.
.
.
0
071
E
KE
K
71
2100
00
2
1
1
1
5 1
5 1
0
0
01
0
EK
1
KE
7
7
1002
2100
1
51
50
0
1
1
07
0
E
1
1
K
KE
7
1 200
10 20
1
1
50
5
0
1
1
.
0
E
1
K
7
2
100
5
11 0
From Accessory #2 To Connecting pin
Relay N.C. To SAFETY
Co
6
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8
V
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r
a tf
.
01
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10
KE
7
7
2100
2
100
15 10
51 0
1
360
G
B
802
ON
20M
LM 6
82AIM
C
8
C
R
B
4
24 20
1
010
D
4
R1
3CL
2
7
0
-3
7
3
E
0
1 100
F
B
A
1
1001
60
2
4
S
MA
0
3
1
0
2
02
12
FH K
3
5GN
3
3
2
1
RS
Relay (COM)
PHOTO
SAFETY Loop
detector
ResetReset
Loop FailLoop Fail
11
00
FREQ.FREQ.
22
00
PRESPRES
PULSEPULSE
OFFOFF
BOOST ONBOOST ON
11
00
LEVELLEVEL
SENS.SENS.
22
00
11 22 33 44 55 66
DetectDetect
PowerPower
Relay
(N.C.)
AB
Beam
Remove wire jumper
SAFETY
from when
a safety device is
installed.
Relay (COM)
Relay (N.C.)
Wire nut
This diagram is for the relay wires of the safety devices, two wires to the board connections (one from
each device) and two wires to the orange wire nut.
13
®
LPR-1 LOOP RACK INSTALLATION
This is a loop . Remember when connecting to an
All-O-Matic circuit board from loop
detector the
typical
, wire jumper from the safety connector needs to be removed when a safety loop
configuration for a gated driveway
the safety (reverse) uses the
normally closed contacts
is inatalled.
You must twist your wires from your exit point of the saw cut all the way to the loop
detectors, no exceptions.
x
x
it l
it l
oopE
oopE
WH
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N
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d
e Sa ty
e Sa ty
EDS
f
f
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e
l
l
o
o
o
o
p
p
24VAC/
12VDC
Ground
Exit
Phantom
Safety
Jumper setting
Exit Loop
Loop Connections
Exit
Phantom Loop
See side for
Loop
Phantom
Loop
Safety
Loop
Only for
swing gates
In
In
s
s
Safety Loop
NOTE:
To wire one or multiple safety devices in use
with loop rack safety device remove loop rack
safety white contact wire (N.C.) From safety
pin connector on circuit board and wire in
Series with added safety devices using the
(N.C.) Contact wire from your safety device in
the safety contact.
33
H
5
G
FK
N
2
2
12
0
1
3 0
0
40
001
1
6
1
010
024 2
43CL07 E
DR127-330
MAAF
S
2
1
100
B
1
8RB
C
ON
802
B
360G
C64
AIM
82
LM
Brand Model No.
Reno A&E
EDI
Diablo Controls
1
01
501
5
1
1
002
1
0
0 2
1
01
5
150
1
2
0
10
2
0
10
Compatible Detectors
Jumper setting
H2
LMA-1500-LP
DSP-40S
oope
l
oop
l
y
y
et
et
af
af
S
S
e
id
id
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Ou
RS
1
2
3
1
0
15
2
1 00
1
0
501
5
1
1
2
1 00
2
0
0
1
1
1501
150
002
1
02
10
OFF
OFF
ON
14
LEADING EDGE CONNECTION
683
il
V
c a
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f
.
0
E
E
1
K
7
2100
15
01
3
2
1
RS
10
1
KE
K
7
7 0
1002
2100
15
15 10
01
1
KE
KE
7 0
710
00
2
1
0
2
10
1
1 0
5 1
5 1
0
01
01
KE
KE
7
7
2
100
200
1
1
1
5
5
0
01
1
.
.
.
.
071
0
E
K
KE
71
2
100
1002
1
51
5
0
01
1
.
.
.
.
wire to 12VDCRED
BLACK wire to COMMON
t
8
M
2
A
C
R
IM
6
3
60G
BC8
4L
B
8
0
2
O
N
0 1
1 0
3
CL
12
7DR
04
-
7 E
3
3
0
20M
0
2
24
1
100
F
B
A
10 10
A
6
2
0
40
S 1
M
3
12
0 2
0
1
2
N
K
F
G
5
H
33
Wireless
edge
Receiver
LEADING EDGE SENSOR
Connect one of the wires from leading edge and/or one of the grey
wires from a wireless edge receiver to connector on
COMMON
control board.
Connect the other wire from leading edge and/or the other wire from
a wireless edge receiver to connector on control board.
EDGE
15
THREE BUTTON STATION
See push button connections below.
A three button station was integrated
on the board to make adjustments
easier when setting limit switches
and adjusting ERDs.
SYSTEM
4
6
C
LM
1210
RBC8
17
0
0 21 0
KE.
7 0
1
KE.
M
W1 7
A NE
G T
DI -0
P
CRA
3
F
9
1AM
1001
0022
6 9Q2
A C K G458
L
D
s0
MO
7
1
C
8050
F
.
E.
K
KE
710
710
1002
0
021
1002
15
5
0
0
1
11
11
OO
UU
BB
RR
NN
SS
33
33
66
88
33
1001
PH
PH
I
I
L
L
IP
IP
S
S
PH L
PH L
I IP
SI IP
S
7
2 B K
C
L 4
s
1
7
4
G
4
.
0
E
1
KE.
K
710
7
210
0
15
15 1
0
0
1
L 7
s
0
.
0
E
1
K
KE.
7
710
021 0
1002
15
5
0
0
1
11
011 0
11
OO
UU
BB
RR
NN
SS
33
33
66
88
33
0
0 11
011 0
11
OO
UU
BB
RR
NN
SS
33
33
66
88
33
58A
D
C
1K
G4
1002
7 C 7 G42
L
B
4s1
4
K
.
KE
710
1
5
0
1
.
E.
K
KE
710
710
0
0 21
0
0 21
1
1
5 1
50
0
1
C
o
104
i
l
cr
F
af
t
N
O
G
28
0
B
0
6
3
LMC64
8
C RB
2A
8
2262
I
M
2
4
9
1
HF .K
100
7J
476E
0R3
0
9
2
0
1C
1
9
A
476E
3
900R
3
80
60
B
2
G
ON
107
2
491
82
C RB
2
0 14
8
AI
C
6LM
M
4
Co
68
ilc
V
3
afr
t
3
2
1
RS
Connect the from all the push buttons
COMMON
to input on the board.
Connect push button contact to
EXIT
input on the board.
Connect push button contact to
3BT
input on the board.
Connect push button Contact to
PED-SW
PED-SW
COMMON
OPEN N.O.
CLOSE N.O.
STOP N.C.
input on the board and remove
jumper.
N.O.
N.O.
N.C.
PED-SW
Jumper
OPEN
CLOSE
STOP
COM
16
EMERGENCY RELEASE
To manually release pull locking latch to the side and pull release ring downward
with a slit pull backward to disengage from lock pin.
Make sure gate is in full open position to avoid gate from coming down
if not well balanced .
Locking Latch
Release Ring
NOTE: To avoid serious injury disengage gate only when in the close position or gate
is clear of persons and obstructions.
17
MAGNETIC/SOLENOID LOCK
CONNECTIONS
Magnetic lock installation requires a step down transformer with appropriate voltage for the
specific lock accessory. Operator will provide a 120VAC outlet for the step down transformer.
Connections: Plug the lock device transformer to the 120VAC outlet plug.
For Magnetic lock: Connect one wire from transformer directly to one wire of the magnetic lock,
the other wire from transformer will be connected to the relay plug input and the relay
output connects to the other wire of the magnetic lock. See illustration below.
For Solenoid lock: Connect one wire from transformer directly to one wire of the solenoid lock,
connect the other wire from transformer to the relay plug input and the relay output
COM SOL
connects to the other wire of the solenoid lock. See illustration below.
COM MAG
I
O
ROIR
14
SS
0 99R
0
1 R0
00
10
0
10 1
6
1
6
R
B
9
82
14
SS
061
90R9
0R
10
1000
R 10SI
21
8
I R
O
OI R
SOLENOID
LOCK
1
54
0
11
33
7 0
0
8.0000 M
535202
1
--
1
- -
--
- -
--
2
- - -
--
-
-
-- --
3
4
-
- - O
P
E
N--
5
--
6
- -
--
-
--
7
-
-
-
--
8
-
--
---
02
32
L
LAT
68
4
E
E
7
M
M
0
G
U
AT
A
0
M A1AT E
72CB74K
0102
0102
1002
0 1
LMC6
C B8
2
A8
R
IM
4
CMX-309FB C
G4
Ls14
1
010
0101
1 010
11
1001
IP
IPIL SPH
IL SPH
PH ISIL PPH ISIL P
L
82AI
C
M
8R
C
64
M
B
1
1
0
0
0
10
1
1
0
33
11
33
10
ADC1K G
4
58
Ls07
4K 4
G
B
C 7
72
s4L 1
G
C1
A
K 4
D
58
Ls07
FTMAGNECRA
W10 IP - 37D
1002
.K
0
0
E
1
10
1
2
KE.
7
7
1
F
2
MOC8050
1
2
M
A
1
0
9
0
00
1
62 Q9
1501
.K
E
2
0
0
0
1
7
1
50
1 1
.
E
K
2
0
0
1
7
0
1
015 1
.
E
K
01
0
1
7
0 2
1501
.
E
K
2
0
0
71
0
1
1501
KE.
2
0
710
0
1
5011
.
E
K
01
07
1
0 2
0
15 1
.
E
K
2
0
071
0
1
Relay plug
120VAC
outlet plug
M
AGN T
OC
L K
E
IC
Step Down
Transformer
18
RADIO RECEIVER CONNECTIONS
3 wire receiver: mounts on receiver strip outside control box as shown below.
4 wire receiver: connect the two relay wires to & terminals. Black wire to terminal
1 positive 3
and Red wire to terminal on receiver strip outside control box as shown below.
9
M
1A
1001
0
0 22
M
O
C8
6
29Q
0
5
F
0
1 2 negative
1
9R9
10R0
0
1001
0
1001
0
9
1
1
6
0
0
00
9B
0
0
1
2
SS
6
R
R
8
R
0
9
14
I
I
O
O
R
R
06 8
1
2
11
0
SIR
B
6
9
2
SS
8
R61
14
RIO
RIO
0 8
6
1
I
R
2
11
0
S
90 9R
10R0
0
0
01
I
O
O
R
RI
618
IR21
1
0S
B
0
6
9
0
2
SS
11
61
8
R
14
0
3
1
2
3 wire 12VDC
Radio Receiver
V wire
2 DC
3
Ra
1
dio Re
ce
ive
r
Receiver terminal strip
located outside control
box.
1002
0
1
7
RS
.
E
K
-- -
---
--
-
--
---
-
-
-
--
---
--
N-
E
P
O
-
-
-
-
----
-
---
--
-
8
7
6
4 5
3
2
1
5
0
1
1001
1001
IM
2
8A
C
M 64
L
8RB
C
1210
10
17 0
02
KE.
710
KE.
1
1002
1002
0
0
2
1001
1
0
0
0
0
1
11
----
-
-
1
W
10
G
7
N
D
E R
I
P-
C TMA
3
A
F
9
1AM
1001
0022
5
8 C
A
Ls
D
MO
0
7
1
KG
C
62
80
4
9
5
Q
F
0
.
.
0
E
E
1
10
KE.
K
K
7
7
710
1002
1002
1002
1
1
15
5
0
0
1
15
10
L
EM
LAT
EM
AT
1
G
EA68ATM
20AU 0743
7
2 7
C
Ls
B
1
4
4 G
K
4
IM82
A
1
0
64
C
M
L
0
2
CMX
B
R
C8
-
309F
53
08. 0
5
0
B
2
0
02
C
M
P
P
H
H
IL
IL
I
I
P
P
S
S
P I
P I
H S
H S
LI
LI
P
P
5
7
8
2
AD
C
L 07s
B
s 4
C
1L
74K
1
K
G
G
4
4
.
.
0
0
E
E
1
10
K
K
KE.
7
7
71
1002
0021
1002
1002
150
5
0
1
11
1150
B
9
145
82
1
3
3
2
2001
4750
1MA
9
4750
2001
1001
1001
11
OO
UU
BB
RR
NN
SS
33
33
66
88
33
1001
1001
11
OO
UU
BB
RR
NN
SS
33
33
66
88
33
1001
1001
11
OO
UU
BB
RR
NN
SS
33
33
66
88
33
7
2 7
CB
Ls14
4 G
K
4
.
E.
E.
E
10
K
K
K
710
710
7
1002
1002
1 150
1
15
51
0
10
1001
E.
K
0
17
6
R61
7 CB7 K G424
Ls14
.01
I
0 1
5
W
I
56
O
/
O
C
oi r
1
lc
0
F
4
aft
N
O
8
2A
8
I
2262
M
BCR
4LMC6
2
4
9
1
1
H K
7J2
0
F
3
R
0
90
476E
0
.
0
C
7A
3
0R
90
476E
2
4
91
8A M
C
M
4021
2I
8
C6
R
B
4L
360G
8
0
B
2
ON
C
6
i
l to
8
V
craf
3
6 2
0
F
S26
S
2
S
6
60
0
2
6S2
60
2
S
2
6
S
2
B
0
8
3 0G6
W
2C
ZF
74
U
W3
6D
90
11
9
10
UC
9
1
4
1212
13
5
7
3
5
1
1
0
M20
8A M
C8
MC6
2I
R
36
0
G
B
4L
2402
B
0011
8
20
NO
1
F
0
1001
0
A
1
1B
6040
S2
MA
3
002
2
1
21
4
R127
3C
L
N
K
0
F
-
7
5G
H
33
3D
30
E
3
2
1
4
ire 12VD w
C
Radio Receiver
3 = 12V
2 = Relay
1 = Common
19
OPEN AND CLOSE ELECTRONIC
REVERSING SENSOR(ERDs)
ADJUSTMENT
O
O
/
I
.01
5W
I0615
F260
6
2
2
2
06 2
S
S 6
60
S
S
6
0
2
S26
0101
661
R
92B
8
14
SS
0
R9
9
10R0
1000
1001
16
R6
B
9
82
14
SS
90R9
10R0
1000
1001
61
R6
B
892
14
SS
90R9
10R0
1000
71
1001
K
E.
0
06
IR
1
2
8
11S
I
I
OR
OR
0
6 8
I
R
10
2
1
1 S
I
0
ROI
RO
0
R 1 SI
186
21
IO
0
R
RIO
4
G
K
74
14
Ls
CB
27
R661
B
829
2001
45
1
1332
9
1AM
0
475
1
0
20
3
68
1
74
GAM
TELM
TELMA
U
A
A 0
20
TE
A
L
82A
C8
M
C6
R
I
M
B
4
CMX-309FB C
72CB74K G4
41
Ls
8.0000 M
535202
1001
2
010
1001
1002
0
101
0102
------
1
-
--
2
3
-
-
--
--
-
-
---
---O
4
P N E
5
-----
7
6
---
-
--
-
-
---
----
8
--
-
S
NO
104
Coilcraft
F
1
0
0
2
NN
NN
1
1
SS
SS
0
0
33
33
RR
RR
10
10
33
33
UU
UU
88
88
OO
OO
66
66
BB
BB
1
0
1
0
11
33
11
33
100
475
10
PHILIPSPHILIPS
LI
LI
HI
HI
L
001 2
8 I
C8
M
2A
C6
R
M
B
4
.
.
1
0
0
0
0
1
17
00
2
KE
KE
10
1 1
71
1
2
211
1131
UC3906
U7
9531
4ZF2
DW
4750
C
W
3
60
G
B
1
9
1
07
8
02
1C0
100
A
HFK.
7J2
CR8B
L C64
M
82AIM
22
E
E476
41
29
6
R3
2
76
00R3
4
900
9
72CB74K G4
11
S
S
NN
SS
RR
UU
OO
BB
MAGNECRAFT
1
W 07DIP -
Ls
33
33
88
66
33
58
72CB74K G4
ADC1 G4
8K 5
Ls70
2
2
AM
1
01 1
3
9
0
00
1
0
10
1
0
10
PP
PP
6040
1
01
0
1122
1
0
0
1
3002
5G
N
0M
HFK
402 2
2
33
B
21
S
F
A
M A
1
010
CR8B
L C64
M
82AIM
DR127-330
43CL07 E
3
802
6
B
0G
ON
1
402
2491
683
Coilcraft
V
C
R8
B
ML C64
82AIM
ON
802
B
360G
1501
.
E
K
2
710
100
41
1K ADC G4
sL07
Ls41
1501
KE.
2
010
0
1
7
1501
KE.
2
0
710
10
1501
.
E
K
2
0
0
1
7
10
1501
KE.
2
0
0
1
7
10
1501
.
E
K
2
01
0
1
7
0
1501
.
E
K
2
0
710
10
1501
KE.
2
0
0
1
7
10
1501
.
E
K
2
0
710
10
F
0 0MOC8 5
9
2 Q6
Open and Close ERD
SENSITIVITY
MAX MAXMIN MIN
NN
0 11 0
1
0
0
1
SS
33
RR
UU
OO
BB
11
01
0
1
33
88
66
1
0
33
10
NN
SS
33
RR
33
UU
88
OO
66
BB
11
33
ERD’S must be adjusted
by qualified technician.
The gate operator ERDs must be
adjusted so that the gate provides
regular, reliable and safe cycles.
ERD must be checked every six
months.
Counter clockwise maximum
sensitivity
Clockwise minimum sensitivity
When gate stops and reverses by itself,
the ERD is .
too sensitive
The gate must stop and reverse when it
hits an obstruction or the ERD is
not sensitive enough.
20
TIMER ADJUSTMENT
TIMER ON: Timer to close, can be set from 1 to 60 seconds.
TIMER OFF: Gate operation is push button to open, push button to close.
TO OVERRIDE THE TIMER: Turn the RADIO switch to the “ON” position.
This will allow the radio receiver to close the gate before the timer.
TIMER ADJUSTMENT
Turn potentiometer counter clockwise for more
60
Sec
0
Sec
time.
60
Sec
TIMER “ ” to activate
ON
0
Sec
1
00
1
11
4750
1001
the timer
RADIO “ ” = ON Allows
the transmitter to close
the gate before the timer.
Turn potentiometer clockwise for less time.
NN
SS
33
R
R
33
U
U
88
O
O
66
BB
33
TIMER
RADIO
OSC
FAIL SF/SC
1-PASS
SLAVE
AUTO OPEN
OPEN L/R
OFF ON
O
O
/
I
.01
5W
I0615
F260
2
2
26
26
0
0
S
S
6
6
S
S
602
26S
1001
R616
B2
9
1
0
0
1
001
1
-----------------------OPEN-----------------------------------------------OPEN------------------------
1 2 3 4 5 6 7 81 2 3 4 5 6 7 8
8
14
SS
90R9
10R0
0100
101
0
6R16
982 B
14
SS
90R9
10R0
000
1
1010
6
1
6
R
29B
8
14
SS
90R9
0R01
1000
0
011
71
KE
0
.
0
68
I
R
1
I
O
O
R
RI
0
6
81
IOR
IOR
60
18
I R
I R
O
O
G4
2110S
4K
4
1
B
Ls
C 7
2
7
16
6
R
9B
2
8
0
201
32
31
5
14
9
1AM
IR2
1
1
0
S
I
R210S
1
4705
2010
3
L
L
68
74
A1
0
U
ATME
ATME
E
0A
MG
2
AT
LMC
82AIM
C8R
6
B
4
4
72CB74K
G
CMX-309FB C
1
Ls4
8.0000 M
101
0
0
021
0
101
1002
1001
02
01
---
--
-
-- -
-
---
-- O
---
---
-- PE
N-
--
--- -
-
--
-
--
--
-
--
-
--
-
--
S
104
Coilcraft
F
01
0
2
NN
NN
1
SS
SS
0
33
33
011 0
RR
RR
10
33
33
UU
UU
88
88
OO
OO
66
66
BB
BB
11
33
11
33
1
1
0
0
704 5
10
10
ILIPS
ILIPSHP
HP
PHILIPS
PHILIP
535202
1
2
20
10
LMC
8
C
3
2
8
A
R
I
6
M
B
4
4
5
6
7
.
0
0
E.
01
01
1
1
0
0
8
210
KE
K
1
1
7
7
1
12
21
3111
UC
U
9513
390
7
4
6
7
450
F2
D
W
C
WZ
36
0
G
B
10
9
1
280
1C
100
ON
7
0
A
HFK.
7J2
2491
C8RB
L
C64M
82AIM
26
E
3
6
2
R
291
4
2
0
7E
7
0R3
46
4
900
9
72CB74K G4
NN
SS
011 0
33
RR
33
UU
88
OO
66
BB
11
33
01
0
1
S
58ADC1K G4
N CR F
A
T
E A
M G
IP 3W 07D -
1
M
A
1
01
9
0
0022
1
6040
1212
01
0
1
302
0
1010
M
5GN
02
2
0
H
F
K
24
33
1B
2
S
FA
A
M
1
0
01
C8RB
LMC64
M82AI
DR127-330
43CL07 E
36
80
B
0
2
G
ON
1
2
40
683
Coilcraft
V
C8RB
6LMC4
82AIM
ON
802
B
360G
1501
.
EK
2
0
0
71
0
1
L14s
D 1K 4
A C
Ls07
C72 B74K
1501
.
KE
2
0
0
1
7
0
1
1501
.
KE
2
0
0
710
1
G58
1501
.
E
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21
DIP SWITCH FUNCTIONS
TIMER
OFF ON
-----------------------OPEN-----------------------------------------------OPEN------------------------
TIMER switch “ON” activates the TIMER. See page 21
1 2 3 4 5 6 7 81 2 3 4 5 6 7 8
for details
.
TIMER
RADIO
RADIO
OSC
FAIL SF/SC
RADIO switch “ON” allows the radio receiver to override
the timer. See page 21 for details.
1-PASS
SLAVE
OSC switch “ON” allows the radio receiver to stop and
AUTO OPEN
OPEN L/R
This is to set the operator as fail-safe or fail secure. ON for Fail-safe: on power failure,
board will monitor battery voltage to make sure gate opens before battery drains out
completely. OFF for Fail-secure: on power failure gate will run until battery is low and
stay close.
reverse the gate in any direction. During a cycle the first
signal stops gate, a second signal reverses gate.
FAIL SF/SC
OSC
1-PASS
This is a true one pass, anti-tailgating feature. This feature may only be used with safety
loops. With this switch in the “ON” position, the gate will open until one car passes the
safety loops then it will stop and close. If a second car pulls on the loop the gate will stop
the car must then back off the loop before the gate will close.
SLAVE
This feature is used on master/slave setups. Set slave switch “ON” on slave machine, all
other switches “OFF”. Set slave switch to the “OFF” position on master machine. Set
other function switches on master machine as desired. See page 17 for more details on
master/slave connections and settings.
AUTO OPEN
This feature is to automatic open the gate on power interruption. It is a very particular
feature used in areas where the fire department requires the gate to open automatically
after a power outage. Set this dip switch “ON” when this feature is desire.
OPEN L/R
This feature is to set the direction the operator will open. See page 8 for details.
22
SOLAR PANEL CONNECTION
The solar panel input will take a 12VDC panel or two 12VDC panels wired in sires to
make 24VDC . The charging circuit is limited by 1 Amp max.
NOTE:
For information on what solar panel to use on any other type of installation
call ALL-O-MATIC for Assistance.
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23
LED DIAGNOSTICS
AC/PWR ON: Will be lit when AC power is ON.
M/S LINK: Will be lit when master/slave communication is active.
ALARM: Two states.
1st state: LED will blink(horn will beep also) every 30 seconds when battery is low, bad or
disconnected.
2nd state: LED will turn on for 5 minutes when operator goes on shut down mode do to the
gate hitting an obstruction(E.R.D.). Also, the horn will go off for 5 minutes.
LOW BATTERY: Three states.
1st state: LED will be on solid when battery is low.
2nd state: LED will blink slow(about every 2 seconds) when an overload occurs(over
current).
3rd state: Will blink fast(abouty every ½ second) when gate is jammed or motor sensors
Are not responding or disconnected.
OPEN-LIMIT: LED will be on while limit nut is against open limit switch.
CLOSE-LIMIT: LED will be on while limit nut is against close limit switch.
OPENING: LED will be on while operator is in the open cycle(running open).
CLOSING: LED will be on while operator is in the close cycle(running close).
RADIO: LED will turn on while radio input is activated(closed circuit to COMMON).
EXIT: LED will turn on while EXIT input is activated(closed circuit to COMMON).
PHANTOM: LED will turn on while PHANTOM input is activated(closed circuit to COMMON).
SAFETY: LED will turn on while SAFETY input is activated(circuit is open from COMMON).
PED-SW: LED will turn on while PED-SW input is activated(circuit is open from COMMON).
3BT: LED will turn on while 3BT input is activated(closed circuit to COMMON).
EDGE: LED will turn on while EDGE input is activated(closed circuit to COMMON).
TIMER LED: LED will blink when timer is counting (on the open position only).
CHRG: LED turns on when battery is charging.
24
OVERHEAD DIMENSIONS
6 1\4
8’’
Custom track length
up to 16ft upon request.
2 5/8’’’
4 1\2
16’’
18’’
144’’
22’’
13’’
8’’
25
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