allomatic SW-300 DC Swing Gate User Manual

: June 9, 2024
: allomatic

Table of Contents

SW-300 DC Swing Gate
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SW-300 DC Swing Gate

1

2

TABLE OF CONTENTS
SAFETY AND INTRODUCTION Safety Instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-5 UL 325 Class Types . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Operator Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-8
INSTALLATION SW-300 DC Concrete Pad Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 SW-350 DC Concrete Pad Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 SW-325 DC Concrete Pad Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11 SW-300 DC and SW-350 DC Operator and Arm Dimensions . . . . . . . . . . . . 12-13 SW-325 DC Operator and Arm Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 Operator Placement and Arm Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 Compact Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16 SW-300 DC and SW-350 DC Torque Limiter and Arm Adjustments . . . . . . . . . . 17 SW-325 DC Torque Limiter and Arm Adjustments . . . . . . . . . . . . . . . . . . . . . . . 18 Entrapment Protection Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19 Loop Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20 Electrical Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 Gate Travel Adjustment. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
BOARD FEATURES Gate Opening Direction Setting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23 Programmable Relay and Leaf Delay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 Electronic Reversing Device (ERD) Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . 25 Timer Adjustment and Radio Setting. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26 Dip Switch Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 LED Diagnostics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28
WIRING ACCESSORIES TO CONTROL BOARD Accessory Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29 Monitored Entrapment Protection Device Connection. . . . . . . . . . . . . . . . . . 30-31 Loop Rack Installation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 Three-Button Station Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 Master/Slave Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34 Magnetic/Solenoid Lock Connection. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35 Radio Receiver Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36
EMERGENCY RELEASE INSTRUCTIONS SW-300 DC and SW-350 DC Emergency Release . . . . . . . . . . . . . . . . . . . . . . 37 SW-325 DC Emergency Release . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38
SOLAR INSTALLATION Solar Panel Connection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39 External Solar System Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40
SWING ARM BREAKDOWN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41-42 PARTS BREAKDOWN
SW-300 DC, SW-325 DC and SW-350 DC Blowout Drawings. . . . Check Website WARRANTY AND CUSTOMER RECORD. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43
3

IMPORTANT SAFETY INSTRUCTIONS
WARNING
TO REDUCE THE RISK OF INJURY:
READ AND FOLLOW ALL INSTALLATION INSTRUCTIONS. DO NOT START INSTALLATION UNTIL YOU HAVE READ AND UNDERSTAND THESE DIRECTIONS. IF THERE IS SOMETHING YOU DO NOT
UNDERSTAND, PLEASE CALL US.
NEVER let children operate or play with gate controls. Locate the control station and make sure it is (a) within sight of the gate and (b) at a minimum height of 5 feet so small children cannot reach it. Install the enclosed entrapment warning signs next to the control station and in a prominent location. For operators equipped with a manual release, instruct the end user on the correct operation of the manual release. Use the manual release only when the gate is not moving. It is advised that the power be turned off. Always keep people and objects away from the gate. No one should cross the path of a moving gate. The gate operator must be tested monthly. The gate must reverse on contact with a rigid object, or stop when an object activates the non-contact sensor(s). Always re-test the operator after adjusting the limits and/or force. Failure to adjust and re-test the gate operator properly may cause sever injury or death. Keep gate(s) properly maintained. Have a qualified service technician make repairs to gate hardware and make proper adjustments to gate operator. This gate entrance/exit is for vehicles only. Pedestrians must use a separate entrance. There is nothing on a gate operator that is easily repaired or adjusted without a great deal of experience. Call a qualified gate service technician who knows your gate operator.
SAVE THESE INSTRUCTIONS
4

IMPORTANT SAFETY INSTRUCTIONS (CONTINUED)

INSTALL THE GATE OPERATOR ONLY WHEN YOU HAVE READ THE FOLLOWING

BEFORE GATE OPERATOR INSTALLATION
Y Confirm that the gate operator being installed is appropriate for the application.
Y Confirm that the gate is designed and built according to the current published industry standards.
Y Confirm that all appropriate safety features and safety accessory devices are being installed, including all entrapment protection devices.
Y Make sure that the gate opens and closes freely (by hand) before installing the operator.
Y Repair or replace worn or damaged gate hardware before installing the gate operator.
Y Eliminate all gaps in the sliding gate below a 6 foot height that permits a 2 1/4″ sphere to pass through any location. This includes the area of the adjacent fence covered when the gate is in the open position
Y Eliminate all gaps in a swing gate below a 4 foot height that permits a 4″ sphere to pass through any location. This includes the hinge area of the gate.
GATE OPERATOR INSTALLATION
Y Operator must be disconnected from the power source before attempting any installation of accessories.
Y Install gate operator according to the installation instructions in this manual.
Y Adjust the operator clutch or load sensing device to the minimum force setting that will allow for reliable gate operation.
Y Install the operator inside the fence line. Do not install the operator on the public side of the fence line.

Y Install a proper electrical ground to the gate operator.
Y Controls intended for user activation must be located at least 6 feet away from any moving part of the gate, and where the user is prevented from reaching over, under, around, or through the gate to operate the controls.
Y Outdoor or easily accessible controls shall have a security feature to prevent unauthorized use.
Y The stop and/or reset button must be located in the line of sight of the gate. Activation of the operator reset control shall not cause the operator to move.
Y Install a minimum of 2 warning signs, one on each side of the gate where they are easily visible.
Y Take pictures of the installation. Y Test all safety features for proper function before
placing the automatic vehicular gate in operation.
MAINTENANCE
Y Train owners/users on the basic functions and safety features of the gate system, including how to turn off the power and operate the manual disconnect feature.
Y Leave safety instructions, product literature, installation manual, and maintenance manual with the owner or end user.
Y Explain to the owner or end user the importance of routine service and operator testing on a monthly basis.

5

UL 325 CLASS TYPES AND OBSTRUCTIONS SENSING SYSTEMS

Each class must have (2) monitored entrapment protection devices in each entrapment zone to sense and react to obstructions within 2 seconds.
All-O-Matic’s gate operators conform to the most rigid Class One.

UL 325 CLASS TYPES
CLASS ONE: RESIDENTIAL Y A vehicular gate operator intended for use in
garages or parking areas associated with a residence of one to four single families.
CLASS TWO: COMMERCIAL OR GENERAL PUBLIC ACCESS Y 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, or other buildings accessible by or servicing the general public.
CLASS THREE: INDUSTRIAL OR LIMITED ACCESS Y A vehicular gate operator intended for use at
an industrial location or building, such as a factory, loading dock area, or other locations not accessible by or intended to service the general public.
CLASS FOUR: RESTRICTED ACCESS Y 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 and where unauthorized access is prevented via supervision by security personnel.

THE SIX TYPES OF OBSTRUCTION SENSING SYSTEMS
TYPE A: Y Inherent entrapment protection system. This
system must sense and initiate the reverse of the gate within 2 seconds of contact with a solid object.
TYPE B1: Y Non-contact sensor (photoelectric sensor or
equivalent). This system shall, upon sensing an obstruction in the direction of the gate travel, reverse the gate within a maximum of 2 seconds.
TYPE B2: Y Contact sensor (edge device or equivalent).
This system shall, upon sensing an obstruction in the direction of the gate travel, initiate the reversal of the gate within a maximum of 2 seconds.
TYPE C: Y Inherent force limiting, inherent adjustable
clutch, or pressure relief valve.
TYPE D: Y Actuating device requiring continuous pressure
to maintain opening or closing motion of the gate.

6

SPECIFICATIONS

Max Gate Weight Max Gate Length
Warranty Motor
Gate Speed Power
Duty Cycle Temperature Range
Gear Box Ratio Dimensions
Shipping Weight Emergency Release
Belt Size Main Sprocket
Chain Size Gear Box Sprocket Limit Shaft Sprocket Breaker Requirement
Gearbox Pulley Motor Pulley UL Classes

SW-300 DC
1,200 lbs.
20′
7 year residential 5 year commercial 24 VDC brushless 1/2 HP motor equivalent Adjustable 14-25 seconds per 90 degree opening
115 VAC single phase – 6 amps 230 VAC single phase – 3.5 amp or 24 VDC solar panel up to 80 watts
Continuous
-40º to 160º
60:1 with internal clutch
12″ W X 17″ L X 25.5″ H
180 lbs.
Quick release arm with the power off
4L-380
40A54TX2 with torque limiter
40NP on torque limiter
40B14 X 7/8″ bore
N/A
20 amp dedicated
8″ with 5/8″ bore
2″ with 5/8″ bore
I, II, III & IV

SW-325 DC
2,000 lbs
22′
7 year residential 5 year commercial 24 VDC brushless 1 HP motor equivalent Adjustable 14-25 seconds per 90 degree opening
115 VAC single phase – 2 amps 230 VAC single phase – 1 amps or 24 VDC solar panel up to 80 watts
Continuous
-40º to 160º
750:1 with internal clutch
19″ W X 25.5″ L X 21″ H
156 lbs.
Quick release arm with the power off
N/A
N/A
N/A
N/A
N/A
20 amp dedicated
N/A
N/A
I, II, III & IV
7

SPECIFICATIONS

Max Gate Weight Max Gate Length
Warranty Motor
Gate Speed Power
Duty Cycle Temperature Range
Gear Box Ratio Dimensions
Shipping Weight Emergency Release
Belt Size Main Sprocket
Chain Size Gear Box Sprocket Limit Shaft Sprocket Breaker Requirement
Gearbox Pulley Motor Pulley UL Classes

SW-350 DC
1/2 HP: 2,000 lbs. 1 HP: 2,500 lbs.
22′
7 year residential 5 year commercial 24 VDC brushless 1/2 HP and 1 HP equivalent Adjustable 17-25 seconds per 90 degree opening
115 VAC single phase – 1/2 HP: 6 amps – 1 HP: 8 amps 230 VAC single phase – 1/2 HP: 3.5 amps – 1 HP: 4.5 amps
or 24 VDC solar panel up to 80 watts
Continuous
-40º to 160º
60:1 with internal clutch
14″ W X 24″ L X 18″ H
1/2 HP: 190 lbs. 1 HP: 203 lbs.
Foot pedal release
4L-360
40B54 X 1 1/4″ bore
40NP on drive sprocket
40B12 X 1″ bore
N/A
20 amp dedicated
7″ with 3/4″ bore
2″ with 5/8″ bore
I, II, III & IV

8

SW-300 DC CONCRETE PAD INSTALLATION TOP VIEW

4 RED HEAD BOLTS ½”X 3 ½”

133/4″

24″
AREA FOR CONDUIT

CONCRETE PAD
9″ 24″

FRONT VIEW

SS 14

829B R616
829B R616

829B R616

1001
90R9 10R0 1000
1001
90R9 10R0 1000 1001
90R9 10R0 1000

ATMEL ATMEGA168
20AU 0743

C8RB LMC64 82AIM 1 234 56 78 ———————–OPEN————————
IR2110S 0618 IOR

IR2110S 0618 IOR

1001 1001 1210
710 KE. 710 KE.
1001 9
0022

251/2″

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1AM
710 KE.
710 KE.
710 KE.
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710 KE.
710 KE.
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710 KE.
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3386
3386
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1001 1001 1001

58ADC1K G4 Ls07

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1501 1501 1501

1002

MAGNECRAFT W107DIP – 3

F
MOC8050 629Q

1002

23″

INSTALL 4″ ABOVE (WHEN POSSIBLE)

GROUND

4″

FOOTING FOR GATE OPERATOR

24″ LOW VOLTAGE CONDUIT HIGH VOLTAGE CONDUIT

9

SW-350 DC CONCRETE PAD INSTALLATION
TOP VIEW

4 RED HEAD BOLTS ½”X 3 ½”

9″

24″

AREA FOR CONDUIT

211/2″
30″

CONCRETE PAD

FRONT VIEW

141/2″

INSTALL 4″ ABOVE GROUND (WHEN POSSIBLE)

4″

FOOTING FOR GATE OPERATOR

17 /1 4″
24″
LOW VOLTAGE CONDUIT HIGH VOLTAGE CONDUIT
10

SW-325 DC CONCRETE PAD INSTALLATION

CONCRETE PAD

PAD MOUNT
RED HEAD BOLTS ½”X 3 ½”

3″
4″ 5″
CONDUIT

2″ C 3″
22″

4.5″
16.5″ 24″

POST MOUNT

OPERATOR SHAFT
PAD MOUNT BASE

POST MOUNT PIPE CONCRETE PAD

10″
10″ 3″ CONDUIT AREA

5″

10″

20″

14″ OPERATOR SHAFT
5″

11

SW-300/SW-350 DC OPERATOR AND ARM DIMENSIONS

Please refer to the chart and drawing below for operator and arm dimensions.
A: The distance between the center of the gate bracket and the center of the hinge point. B: The distance between the gate hinge point and the edge of the operator concrete pad. C: The distance from the gate in the open position to the center of the operator shaft. D: The distance from the center of the gate hinge to the center of the operator shaft. Minimum distance: The minimum distance required behind an open gate and an obstruction (ie: wall, bush, etc).
If this distance is between 20″ and 34″, refer to the compact installation page.

SW-300/350 DC Dimensions Chart

Gate length

A BC

D Minimum Distance

Less than

12′

36″

32″

13″

46″

34″

13′-15′

42″

38″

13″

52″

37″

16′-22′

48″

44″

13″

58″

40″

NOTE: The 2″ distance shown above is from the gate in the open position (90 degrees) to the edge of the concrete pad. If the gate must open more than 90 degrees, the concrete pad and distance “C” need to move back accordingly. The distance between the open gate and the concrete pad needs to remain 2″.

POST

THIS DISTANCE IS FROM

THE GATE IN OPEN

POSITION TO EDGE OF

2″

B

THE PAD. REFER TO

NOTE ABOVE.

CONCRETE PAD

OUTSIDE INSIDE

CENTER OF HINGE
A

SECONDARY

C

REFER TO NOTE ABOVE

D

PRIMARY

GATE IN OPEN POSITION

MINIMUM DISTANCE

12

SW-325 DC OPERATOR AND ARM DIMENSIONS

Please refer to the chart and drawing below for operator and arm dimensions. See page before for layout.
A: The distance between the center of the gate bracket and the center of the hinge point. B: The distance between the gate hinge point and the edge of the operator concrete pad. C: The distance from the gate in the open position to the center of the operator shaft. D: The distance from the center of the gate hinge to the center of the operator shaft. Minimum distance: The minimum distance required behind an open gate and an obstruction (ie: wall, bush, etc).
If this distance is between 20″ and 33″, refer to the compact installation page.

SW-325 Dimentions Chart

Gate length

A BC

D Minimum Distance

Less than

12′

36″

26″

13″

46″

34″

13′-15′

42″

32″

13″

52″

37″

16′-22′

48″

38″

13″

58″

40″

19″

CONNECTING BAR

PRIMARY ARM QUICK RELEASE
1.5″

8.5″ SECONDARY ARM

5.5″

9.5″

10″ 4.5″

17.5″

PAD MOUNT

POST MOUNT

RED HEAD BOLTS ½”X 3 ½”

GATE OPENED
B D
CONCRETE PAD PAD MOUNT BASE

2″

OPERATOR

3″

SHAFT

4″ 5″

CONDUIT AREA
4.5″

16.5″ 24″

C
3″ 22″

GATE OPENED
B

5″ 10″

D
POST MOUNT PIPE CONCRETE PAD

10″ 3″
CONDUIT

5″

10″

20″

C
14″ 5″

13

GATE CLOSED GATE CLOSED

OPERATOR PLACEMENT AND ARM LAYOUT

Step 1: Y With the gate in the closed position, mark the ground directly below the center of the gate bracket. This will be
point Y. Y With the gate in the open position, mark the ground directly below the center of the gate bracket. This will be
point Z.

BRACKET

GATE IN CLOSED POSITION

POINT Y X

CENTER OF HINGE

POINT Z

X

GATE IN OPEN POSITION

Step 2: Y Chalk out a line connecting point Y and going past point Z as shown in the drawing below. Y The center of the operator shaft goes on this line. Bolt down operator.

BRACKET

CENTER OF HINGE

X

GATE IN CLOSED POSITION

POINT Y

POINT Z

X

CHALK LINE ON THE GROUND

GATE IN OPEN POSITION

CENTER OF OPERATOR
SHAFT

14

OPERATOR PLACEMENT AND ARM LAYOUT (CONTINUED)

Step 3: Y Measure the distance between point Y and point Z. Divide this number in half. Y This number is length of the primary arm section in the next step. Y Please be exact.

X
POINT Y

CENTER OF HINGE

BRACKET POINT Z X

CENTER OF OPERATOR
SHAFT
Step 4: Y Cut the primary arm section the measurement you recorded in Step 3 (half the distance between point Y and
point Z. Y The secondary arm makes up the rest of the arm length to the gate bracket and does not need to be
measured exactly.

GATE IN CLOSED POSITION SECONDARY ARM

PRIMARY ARM SECTION

CENTER OF BOLT

WHERE ARMS

CONNECT

CENTER OF OPERATOR
SHAFT

15

COMPACT INSTALLATION (FOR SW-300/SW-350)
The gate must be 12’0″ long or less to use this installation. The measurements in the installation drawing below will only work if the distance between the gate in the open position and the obstruction (ie: wall, bush, etc) is between 20″ and 34″. If you have more than 34″, please refer to the standard installation. The secondary arm makes up the rest of the arm length to the gate bracket and does not need to be measured exactly.

20″ MINIMUM GATE IN OPEN POSITION

OBSTRUCTION

GATE IN CLOSED POSITION

27″
SECONDARY ARM

CENTER OF HINGE
8″ 35″

20″

16

SW-300/SW-350 DC TORQUE LIMITER AND ARM ADJUSTMENTS

Y The torque limiter on the operator is shipped loose (not adjusted). Use a 20″ pipe wrench to adjust the large torque limiter nut on the operator, as shown in the images below.
Y Tighten the torque limiter nut until the arm does not slip while the operator is running. Y Be sure to run the gate and grab the gate by hand to make sure the torque limiter will slip. Y This is an important adjustment. Please make sure to take the time to do it correctly.

SW-350 AC

SW-300 AC

TORQUE LIMITER
ADJUSTING NUT.

20″ PIPE WRENCH

829B R616

829B R616
829B R616

1001
90R9 10R0 1000
1001
90R9 10R0 1000 1001
90R9 10R0 1000

.01

5W

I0615

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3 2 1

1501
1501 58ADC1K G4
Ls07 1501

1501

SS 14

IR2110S 0618 IOR

C8RB LMC64 82AIM 1 234 56 78 ———————–OPEN————————
IR2110S 0618 IOR

1001 1001 1210
710 KE. 710 KE.
9 1001 0022

1002

MAGNECRAFT W107DIP – 3

1001 1001 1001

1002 1002 1002

PHILIPS

CMX-309FB C
8.0000 M 535202

72CB74K G4 Ls14

PHILIPS

ATMEL ATMEGA168
20AU 0743

145 829B R616

72CB74K G4 Ls14

1332

4750

2001

3386
3386
3386
9 C8RB
LMC64 82AIM

2001 1AM

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1001

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KE. 710 KE. 710 KE. 710 KE. 710 KE.

C8RB

LMC64

82AIM

72CB74K G4 Ls14

58ADC1K G4

Ls07

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802 ON B
360G

F
MOC8050 629Q

1002

710 KE.

V

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107A 911C0

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9531

602 SS26
602 SS26

1212

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20M

2402

1001

C8RB

1001

1501

V

U

V

1501
802 ON B
360G

43CL07 E

DR127-330

1002

1001 MAAF S21B

33 HFK 5GN

1501
1501 58ADC1K G4
Ls07 1501

1501

V

U

V

1501
802 ON B
360G

43CL07 E

DR127-330

1002

LMC64 82AIM

1001 MAAF S21B

C8RB

33 HFK 5GN

1001
90R9 10R0 1000
1001
90R9 10R0 1000 1001
90R9 10R0 1000

829B R616

829B R616
829B R616

SS 14

IR2110S 0618 IOR

C8RB LMC64 82AIM 1 234 56 78 ———————–OPEN————————
IR2110S 0618 IOR

1AM 710 KE. 710 KE. 710 KE. 710 KE. 710
KE. 710 KE. 710 KE. 710 KE. 710 KE.

1001 1001 1210
710 KE. 710 KE.
1001 9
0022

1002

MAGNECRAFT W107DIP – 3

1001 1001 1001

1002 1002 1002

PHILIPS

CMX-309FB C
8.0000 M 535202

72CB74K G4 Ls14

PHILIPS

ATMEL ATMEGA168
20AU 0743

72CB74K G4 Ls14

145 829B R616

1332

4750

2001

3386
3386
3386
9 C8RB
LMC64 82AIM

2001 1AM

3

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1001

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2001

1

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1

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1001

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476E 900R3
476E4021

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LMC64

82AIM

72CB74K G4 Ls14

58ADC1K G4

Ls07

72CB74K G4 Ls14

802 ON B
360G

F
MOC8050 629Q

1002

C8RB

710 KE.

V

Co6i83lcraft

1001

2491

HFK. 7J2

802 ON

107A 911C0

100

B 360G

UC3906DW U 74ZF2CW

4750

F260
602 SS26

9531

602 SS26
602 SS26

1212

1131

2402

20M

1001

I0615

5W

O I /O

.01

TORQUE LIMITER
ADJUSTING NUT.

TOP VIEW

SIDE VIEW

Arm Adjustment: Y Use a bolt or pad lock to hold the arm lever in the closed position. Y With the arm lever closed, use an allen wrench to tighten the arm adjusting screw.
Arm Quick Release: Y To release the arm with the quick release, remove the bolt or pad lock from the arm lever and open it fully. Y Opening the arm lever will allow you to manually open and close the gate.

ARM ADJUSTMENT

ARM QUICK RELEASE

BOLT OR PAD LOCK
MASTER

ARM LEVER

ARM ADJUSTING SCREW ALLEN WRENCH
17

SW-325 DC TORQUE LIMITER AND ARM ADJUSTMENTS
Y The torque limiter on the operator is shipped loose (not adjusted). Use a 20″ pipe wrench to adjust the large torque limiter nut on the operator, as shown in the images below.
Y Tighten the torque limiter nut until the arm does not slip while the operator is running. Y Be sure to run the gate and grab the gate by hand to make sure the torque limiter will slip. Y This is an important adjustment. Please make sure to take the time to do it correctly.
TORQUE LIMITER ADJUSTING NUT
18

ENTRAPMENT PROTECTION INSTALLATION
Y A minimum of (2) monitored entrapment protection devices are REQUIRED for each entrapment zone. Y An entrapment zone is a location or point of contact where a person can become entrapped between a moving
gate and a rigid object. Y The operator is equipped with an inherent entrapment protection system (ERD). Y The gate operator requires an external monitored entrapment protection device (non-contact photoelectric
sensor or contact edge) for each entrapment zone prior to gate operation. The operator cycles power to the external entrapment protection device and checks for device signals. If the operator does not receive the correct feedback from the device, the gate will not operate.

PHOTOELECTRIC SENSOR FOR CLOSE CYCLE

OUTSIDE PROPERTY

ENTRAPMENT ZONE

ENTRAPMENT PROTECTION IS REQUIRED FOR AREA BETWEEN THE OPEN GATE AND GATE OPERATOR AS WELL AS BETWEEN THE GATE AND THE CURB.

ENTRAPMENT ZONE

EDGE SENSOR FOR CLOSE CYCLE – INSTALLED VERTICALLY ON GATE FRAME
EDGE SENSOR FOR OPEN CYCLE INSTALLED VERTICALLY ON GATE FRAME
EDGE SENSOR FOR OPEN CYCLE INSTALLED HORIZONTALLY ON BOTTOM GATE FRAME

PHOTOELECTRIC SENSOR FOR OPEN CYCLE

INSIDE PROPERTY

CURB

19

LOOP LAYOUT

— Below is a typical loop layout. When connecting to an All-O-Matic circuit board, use the following: — Safety Loop – Normally Closed (N.C) Contacts — Exit Loop – Normally Open (N.O.) Contacts
— Wires MUST be twisted from the exit point of the loop saw cut to the gate operator. — Twist loop wires 6 turns per foot, as shown below. Improper twisting of wires can cause loop issues. — When using an inside and outside safety loop, loops must be WIRED IN SERIES.
OUTSIDE PROPERTY

WIRED IN SERIES

OUTSIDE SAFETY LOOP

5 FT

1 1/2 IN

GATE IN OPEN POSITION
TWISTED 6 TURNS PER FOOT NOTE: IF WIRES ARE NOT TWISTED, LOOP WILL MALFUNCTION.

5 FT CENTER/PHANTOM LOOP 5 FT INSIDE SAFETY LOOP

5 FT

1/4 IN

5 FT

EXIT LOOP
WHEN USED

INSIDE PROPERTY 20

ELECTRICAL CONNECTION

OPERATORS MUST BE PROPERLY GROUNDED!
Y All gate operators MUST be properly grounded. This minimizes or prevents damage due to electrical charge, such as a near lightening strike or an electrical static discharge.
Y 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 wire. NEVER use two wires for the ground.
Y Check the local city code for proper earth ground rod type and grounding procedures.

Y Use a minimum of a 20-amp, dedicated circuit for power.

Power Connection LINE 1 LINE 2 GND

115 VAC 115V HOT 115V NEUTRAL GROUND

230 VAC Single Phase 230V LINE 1 230V LINE 2 GROUND

230V
115V

GRD LINE 2 LINE 1

POWER SWITCH

120 VAC OUTLET
IF YOU ARE USING 120 VAC AS THE POWER SOURCE AND WANT TO USE THE 120 VAC ACCESSORY OUTLET, CONNECT THE WHITE WIRE FROM THE OUTLET TO NEUTRAL.

NOTE: WHEN APPLYING 230V TO THE OPERATOR, MAKE SURE VOLTAGE SWITCH IS FLIPPED TO 230V
21

GATE TRAVEL ADJUSTMENT

After locating the limit switches and identifying which one is open and close, follow the steps below to adjust the gate travel:

1. Turn the power OFF on the gate operator.

2. Use an allen wrench to loosen up the limit cams. Turn the limit cams in the desired direction.

3. Tighten the allen screw.

4. Turn the power ON on the gate operator.

5. Run the gate operator. 6. Repeat the steps if more adjustment is needed.

.

LIMIT SWITCHES

LIMIT CAMS ALLEN WRENCH
22

GATE OPENING DIRECTION SETTING

1 234 56 78
———————–OPEN————————

Y Use OPEN L/R” dipswitch (#8) to change the opening direction of the operator. Y The direction of gate opening is determined from behind the gate operator. Y LEDs will show opening and closing direction when the gate is moving.
Y OPEN L/R switch “OFF” is for left hand opening Y OPEN L/R switch “ON” is for right hand opening

LEDs WILL SHOW OPENING OR CLOSING DIRECTIONS WHEN THE GATE IS RUNNING

1001 1001 1001 1001

F MOC8050
629Q

1501 1501

1 234 56 78 ———————–OPEN————————

1001

710 KE.
710 KE.

1001

33 HFK 5GN

101. we
710 KE.
IR2110S 0618 IOR

3386 3386 3386 3386 3386
710 KE.
710 KE.

1001 0022
0022
CMX-309FB C 8.0000 M 535202
CMX-309FB C 8.0000 M 535202

2402

MAAF S21B

2402 2402

CMX-309FB C 8.0000 M 535202
F MOC8050
629Q
1501 1501
1501
1501
1501
1501
1501
1501
1501
1501

2402

1002 1002
710 710 710 710 710 710 710 710 710 710
2402 2402
20M 710 KE.

2402

1002

1001

3

RNS

2262 2262

2262

BOU

1

602 SS26

F MOC8050
629Q

1001
F MOC8050
629Q

00

ATMEL

ATMEGA168 20AU 0743

C8RB LMC64 82AIM

1001 00

3

1

3

1

3

1

3

1001

BOU

RNS

1001

1501

2262 476E 900R3

476E 900R3

100 HFK. 7J2
C8RB LMC64 82AIM

2262
710 KE.
VAGEO 1442 10W 11R J

1501

1

710 KE.
1501

1001 1001

1501 1001
1001 1001 1001
1001 1001 1001 1001

58ADC1K G4 Ls07

1 23 OPEN

.01 I O/ 5W I0615

1001 1001 1001 1001

90R9 10R0 1000

1001 1001 1001 1001

710 KE. SS 14
829B R616

IR2110S 0618 IOR

1001

SS

14

90R9 10R0 1000

1001 1001

SS

14

IR2110S 0618 IOR

90R9 10R0 1000
1001

710 KE.

829B R616

710 KE.
710 KE.

1001

IR2110S 0618 IOR

SS 14

829B R616

1001 1001

30
2262

100 HFK. 7J2

C8RB LMC64 82AIM

DR127-330 43CL07 E

710 KE.

OPENING TO THE LEFT

OPENING TO THE RIGHT

23

PROGRAMMABLE RELAY AND LEAF DELAY

RELAY SETTINGS

DELAY SETTINGS

Board model ALL-BLDC includes a programmable relay (N.O.) with four different configurations. See table below for switch settings. Use the “Leaf Delay” potentiometer to adjust the delay time from 0 to 6 seconds.
(1) 1 second pulse for every open start cycle – Typically used for a cycle counter
(2) “ON” when the gate is in motion – Typically used for an audible alarm or strobe light to warn when the gate is in motion.
(3) Alarm system output – Activates the relay when the gate is forced open
(4) “ON” when gate is not fully closed – Typically used for a gate position indicator

The ALL-BLDC board includes a delay option for open or close cycles. This delay option is most commonly used on swing gate applications. However, some slide gate applications may require a pre-warn strobe light or siren. In these applications this delay could be used for the pre-warn delay in conjunction with the RELAY function ON WHEN GATE IN MOTION.
Use the dip-switch 3 to set the desired delay direction.
· Flip the dip-switch 3 to the OFF position for the
delay on opening direction
· Flip the dip-switch 3 to the ON position for delay on
closing direction
· Use leaf delay potentiometer to adjust the delay · It has adjustment from 0-6 seconds. · Turn clockwise for less time · Turn counter-clockwise for more time

S1

S2

RELAY FUNCTION

OFF

ONE SECOND PULSE FOR EVERY OPEN START

ON

OFF

ON WHEN GATE IS IN MOTION

OFF

ON

ALARM SYSTEM OUTPUT

ON

ON WHEN GATE IS NOT FULLY CLOSED

DEVICE POWER SUPPLY

DEVICE

1 23
OPEN

DIP SWITCH 3 OPENING AND CLOSING DELAY FUNCTION SETTING
0 TO 6 SECOND DELAY ADJUSTMENT

1

3

DELAY 24

1

3

1

3

1001

3386 3386

BOU

RNS

1001

ELECTRONIC REVERSING DEVICE ELECTRONIC (REERVEDR)SAINDGJDUESVTICME E(ENRDT) ADJUSTMENT
All BLDC boards are equipped with an Electronic Reversing Device (ERD), which will cause the gate to reverse direction when it comes in contact with an obstruction. The amount of force required to reverse the gate’s direction depends on the ERD sensitivity setting. The ERDs must be adjusted for the operator to provide regular, reliable & safe operations. If the gate reverses direction on its own without hitting an obstruction, the ERD is too sensitive. If the gate does not reverse when it hits an obstruction, the ERD is not sensitive enough. The gate operator ERDs shall be tested and adjusted every six months by a qualified technician.
COUNTER CLOCKWISE MAXIMUM SENSITIVITY (LESS FORCE TO STOP GATE)
CLOCKWISE MINIMUM SENSITIVITY (MORE FORCE TO STOP GATE)
25

TIMER ADJUSTMENT AND RADIO SETTING

TIMER ON: Automatic timer to close can be set from 1 to 60 seconds TIMER OFF: Gate operation is “push button to open, push button to close” RADIO ON: To override the timer and allow the radio receiver to close the gate before the timer

60 0 SEC SEC

Turn potentiometer counter clockwise for more time

60 0 SEC SEC

Turn potentiometer clockwise for less time

NOTE: If Potentiometer is turned all the way counter clockwise, the timer is disabled and the gate WILL NOT close automatically.

TIMER “ON” TO ACTIVATE THE TIMER
RADIO “ON” = ALLOWS THE TRANSMITTER TO CLOSE THE GATE BEFORE THE TIMER

OFF
TIMER RADIO
OSC FAIL SC/SF
1-PASS SLAVE
AUTO OPEN
OPEN L/R

1 234 56 78
———————–OPEN————————

ON

1

3

26

DIP SWITCH FUNCTIONS

TIMER TIMER switch “ON” activates the automatic close
timer.
RADIO RADIO switch “ON” allows the radio receiver to
override the automatic close timer.
OSC OSC switch “ON” allows the radio receiver to stop and reverse the gate in any direction. During a cycle,
the first signal stops the gate. A second signal reverses the gate.
FAIL SC/SF ON for Fail-Safe: Upon power failure, board will monitor battery voltage to make sure gate opens before battery
completely drains. OFF for Fail-Secure: Upon power failure, gate will run until battery is low and lock closed.
1-PASS 1-PASS switch “ON” allows the gate to open until one vehicle goes over the safety loop. Once the vehicle has cleared the loop, the gate will stop and close. If a second vehicle goes over the loop while the gate is closing, the gate will stop. The vehicle must get off of the loop before the gate continues to close, forcing the second vehicle to present valid credentials. This is a true one pass, anti-tailgating
feature to be used with safety loops.
SLAVE This feature is used in dual gate applications. The
SLAVE switch will be “ON” only on the slave operator. All other dip switches will be “off”. SLAVE switch will be “OFF” on the master operator. Set desired dip switch settings on the master operator
only.
AUTO OPEN This feature is to automatically 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 OPEN L/R switch “ON” is used for right hand opening of the gate. The “OFF” position is used
for left hand opening of the gate.

1 234 56 78
———————–OPEN————————

OFF ON
TIMER RADIO
OSC
FAIL SC/SF
1-PASS SLAVE
AUTO OPEN
OPEN L/R
RESET
NOTE: IF ANY CHANGES ARE MADE TO THE DIPSWITCHES WITH THE POWER ON, PRESS THE MAIN RESET BUTTON TO RECOGNIZE THE CHANGES.
27

LED DIAGNOSTICS

MODE Blinks once every two seconds when there is a problem with the motor hall sensor feedback. Blinks twice every two seconds when a motor overload is detected. Blinks three times every two seconds when
the gate is jammed.
RADIO ON when the RADIO input is activated (closed circuit
to common).
EXIT ON when the EXIT input is activated (closed circuit to
common).
PHANTOM LOOP ON when the PHANTOM LOOP input is activated
(closed circuit to common).
SAFETY LOOP ON when the SAFETY LOOP input is activated (open
circuit to common)
STOP CMD ON when the STOP CMD input is activated (open circuit to common). Also when foot pedal is pressed
down, on operators that include the foot pedal.
MON_OPEN ON when the MON-OPEN input is activated (open circuit to open) or when a device is not installed.
MON_CLOSE ON when the MON_CLOSE input is activated (open circuit to common) or when a device is not installed.
TIMER Blinks when the timer is counting down to close
automatically.
CLOSE-CMD ON when the CLOSE-CMD input is activated (closed
circuit to common).

CLOSING ON while the gate is in the close cycle.
OPENING ON while the gate is in the open cycle.
CLOSE-LIMIT ON while the limit nut is activating the close limit
switch.
OPEN-LIMIT ON while the limit nut is activating the open limit
switch.
LOW-BATTERY ON when the batteries are low.
ALARM Blinks every 30 seconds (alarm will also beep) when the batteries are low, bad, or disconnected. Turns on for 5 minutes (alarms also goes off) when the operator goes into shut down mode due to the gate hitting an
obstruction (ERD).
M/S LINK ON when master/slave communication is active.
AC/PWR ON ON when AC power is on.
TIPS: When troubleshooting, it is important to note what lights are ON. It is very helpful to pay attention to the lights as they tell us what the boards is doing and what inputs are active.
When calling ALL-O-MATIC for technical support please have the name of the lights that are ON in the control board. This will speed up the process to get the gate operator up and running.
28

ACCESSORY CONNECTIONS

The circuit board has 12/24VDC terminals that provide up to 750mAmps on 24VDC and 500mAmps on 12VDC to power accessories such as loop detectors, keypads, etc. If the total current draw of your accessories exceeds the rated current for any of the 12/24VDC terminals, a separate power supply (transformer) is required.

When installing a safety loop detector or pedestrian switch (STOP_CMD), make sure to remove the black jumper between the COMMON and SAFETY terminal for the safety detector and/or black jumper between STOP_CMD and COMMON for pedestrian switch.

NO Contacts

NC Contacts

Exit Loop Detector

Safety Loop Detector

Keypad

Photo Eye

Telephone System

Pedestrian Switch

Push Button

Card Reader

EXIT LOOP DETECTOR
KEYPAD OR TELEPHONE

Power Detect

1 23 45 6

SENS.

2

LEVEL

1

BOOST ON

PULSE

FREQ.

0

0 0 OFF PRES 2 1

Loop Fail Reset

1
GHI
4
PQRS
7
TONE

ABC
2
JKL
5
TUV
8
OPER
0

DEF
3
MNO
6
WXYZ
9

PUSH BUTTON OR FIRE BOX

CARD READER OR KEY SWITCH

C

N/C
C

Power Detect

1 23 45 6

SENS.

2

LEVEL

1

BOOST ON

PULSE

FREQ.

0

0 0 OFF PRES 2 1

Loop Fail Reset

REMOVE BLACK JUMPER FROM SAFETY WHEN A SAFETY DEVICE IS INSTALLED
SAFETY (REVERSE) LOOP DETECTOR

N/O
C
N/O

Power Detect

1 2345 6

SENS.

2

LEVEL

1

BOOST ON

PULSE

FREQ.

0

0 0 OFF PRES 2 1

Loop Fail Reset

PHANTOM (CENTER) LOOP DETECTOR

C = COMMON
N/O = NORMALLY OPEN CONTACT N/C = NORMALLY CLOSED CONTACT

29

MONITORED ENTRAPMENT PROTECTION DEVICE CONNECTION

Y There are 2 types of sensors that can be connected to the gate operator for UL 325 monitored entrapment compliance: non-contact sensors (photo eye) and contact sensors (edge sensors).
Y Monitored entrapment protection devices use 4 wires to connect to the board. From the device, connect the RELAY COMMON to the board COMMON and the NORMALLY CLOSED relay contact to the assigned MON_OPEN or MON_CLOSE input. Connect the power wires to the COMMON and MON-24VDC.
Y IMPORTANT: You must use the MON-24VDC to properly monitor entrapment protection devices. Do not use the 24 VAC terminal on the board’s terminal strip.
Y Please refer to the device manufacturer wiring instructions for details, making sure to follow the normally closed wiring directions. Some devices may work on monitoring interfaces other than normally closed.
Y Should there be a need for more than 1 entrapment protection device for each direction, use a multi-input module from Miller Edge (model: MIM-62).

F MOC8050
629Q

1501 1501

1 234 56 78 ———————–OPEN————————

1001

710 KE.
710 KE.

1001

N.C. COM N.C. COM

CLOSE PHOTO EYE
OR
CLOSE EDGE

OPEN PHOTO EYE
OR
OPEN EDGE

MON-12VDC COMMON MON_CLOSE MON_OPEN STOP CMD COMMON

710 KE.

100 HFK. 7J2

DR127-330 43CL07 E

C8RB LMC64 82AIM

33 HFK 5GN

101. we
710 KE.
IR2110S 0618 IOR

3386 3386 3386 3386 3386
710 KE.
710 KE.

1001 0022
0022
CMX-309FB C 8.0000 M 535202
CMX-309FB C 8.0000 M 535202

2402

MAAF S21B

2402 2402

CMX-309FB C 8.0000 M 535202
F MOC8050
629Q
1501 1501
1501
1501
1501
1501
1501
1501
1501
1501

2402

1002 1002
710 710 710 710 710 710 710 710 710 710
2402 2402
20M 710 KE.

2402

1002

1001

3

RNS

2262 2262

2262

BOU

1

602 SS26

F MOC8050
629Q

1001
F MOC8050
629Q

00

ATMEL

ATMEGA168 20AU 0743

C8RB LMC64 82AIM

1001 00

3

1

3

1

3

1

3

1001

BOU

RNS

1001

1501

2262 476E 900R3

476E 900R3

100 HFK. 7J2
C8RB LMC64 82AIM

2262
710 KE.
VAGEO 1442 10W 11R J

1501

1

710 KE.
1501

1001 1001

1501 1001
1001 1001 1001
1001 1001 1001 1001

58ADC1K G4 Ls07

1 23 OPEN

.01 I O/ 5W I0615

1001 1001 1001 1001

90R9 10R0 1000

1001 1001 1001 1001

710 KE. SS 14
829B R616

IR2110S 0618 IOR

1001

SS

14

90R9 10R0 1000

1001 1001

SS

14

IR2110S 0618 IOR

90R9 10R0 1000
1001

710 KE.

829B R616

710 KE.
710 KE.

1001

IR2110S 0618 IOR

SS 14

829B R616

1001 1001

30
2262

MON_CLOSE (LED will indicate when an obstruction is detected or device is not present)
This input is only for the monitored entrapment protection device for the close direction. When the gate is closing, it will open to the full open position if an obstruction is sensed and resets the automatic close timer. This input does nothing in the opening direction. If a device is not connected or it senses a fault (MON_FAULT LED will turn on), the operator will only work with a constant pressure actuated switch.
MON_OPEN (LED will indicate when an obstruction is detected or device is not present)
This input is only for the monitored entrapment protection device for the open direction. When the gate is opening, it will reverse for 2 seconds and stop if it senses an obstruction. This input does nothing in the closing direction. Upon power up, if a device is not detected, the operator will assume that one is not required for the opening direction. If a device is connected and the board detects a fault (MON_FAULT LED will turn on), the operator will only work with a constant pressure actuated switch.
30

N.C. COM N.C. COM

MONITORED ENTRAPMENT PROTECTION DEVICE CONNECTIONS

ENFORCER E-960-D90GQ/ E-931-S33RRGQ / E-931-S50RRGQ

CONTACT

BOARD TERMINAL

N.C. COM

MON_CLOSE OR MON_OPEN
COMMON

12-30 VDC/AC

COMMON

12-30 VDC/AC

MON_12/24VDC

ENFORCER E-936-S45RRGQ

WIRE

BOARD TERMINAL

BLACK WHITE

MON_CLOSE OR MON_OPEN
COMMON

BLUE

COMMON

BROWN

MON_12/24VDC

ALLEN BRADLEY GRU-24

WIRE

BOARD TERMINAL

BLACK ORANGE

MON_CLOSE OR MON_OPEN
COMMON

BLUE

COMMON

BROWN

MON_12/24VDC

OMRON E3K-R10K4-NR

SWITCH CONTACT

BOARD TERMINAL

LIGHT ON

N.O.1

MON_CLOSE OR MON_OPEN

COM

COMMON

24 TO 240 VAC
24 TO 240 VAC

COMMON MON_12/24VDC

WIRE

EMX NIR-50
BOARD TERMINAL

BLACK WHITE

MON_CLOSE OR MON_OPEN
COMMON

BLUE

COMMON

BROWN

MON_12/24VDC

EMX IRB-RET / IRB-MON

SWITCH CONTACT

BOARD TERMINAL

SW1 OFF

N.C.

MON_CLOSE OR MON_OPEN

SW2 OFF

COM

COMMON

SW3 OFF

POWER/ VRX

COMMON

SW4 ON

POWER/ MON_12/24VDC VRX

TRANSMITTER SOLUTIONS R50R-UL/R32P-UL/SR33HD/SR66HD

CONTACT

BOARD TERMINAL

N.C. (3)

MON_CLOSE OR MON_OPEN

COM (5)

COMMON

NON POLARITY (1)

COMMON

12-30 VDC/AC (2) MON_12/24VDC

EMX IRB-325

CONTACT

BOARD TERMINAL

N.C. COM

MON_CLOSE OR MON_OPEN
COMMON

POWER

COMMON

POWER

MON_12/24VDC

MILLER EDGE REFLECTI-GUARD/RG-K

CONTACT

BOARD TERMINAL

TB 2 – N.C.

MON_CLOSE OR MON_OPEN

TB 2 – COM

COMMON

TB 1 – POWER IN (-)

COMMON

TB 1 – POWER IN (+) MON_12/24VDC

TRANSMITTER SOLUTIONS iGAZE RE KIT

SWITCH CONTACT

BOARD TERMINAL

ALL OFF

N.C.1

MON_CLOSE OR MON_OPEN

COM

COMMON

(-) 12/24 VDC
(+) 12/24 VDC

COMMON MON_12/24VDC

EMX WEL-200

CONTACT

BOARD TERMINAL

RELAY CLOSE (NC) RELAY OPEN (NC)

MON_CLOSE MON_OPEN

RELAY CLOSE (COM) RELAY OPEN (COM)

COMMON COMMON

POWER

COMMON

POWER

MON_12/24VDC

MILLER EDGE RBAND MINIMUM 6 WIRES REQUIRED

SWITCH CONTACT

BOARD TERMINAL

SW 1 ON

CS 1 CS 2

MON_CLOSE MON_OPEN

SW 2 OFF

CS 1 CS 2

COMMON COMMON

SW 3 ON

COM.A TEST

COMMON MON_12/24VDC

SW 4 ON

12/24 (+) AC/DC

24-VDC GROUND

31

LOOP RACK INSTALLATION

Y The SW-300 DC, SW-325 DC and SW-350 DC models come equipped with the pre- wired LPR-1 loop rack for safety and exit plug in loop detectors, making installation quick and efficient.
Y Hardwired loop detectors with harnesses can also be installed. The circuit board has 12 VDC and 24 VDC terminals to power the detector of your choice. See “Accessory Connections” page for wiring instructions.
Y Wire one or more safety devices in series with the loop rack wires. To do this, remove the white wire (N.C) from the loop rack off of the SAFETY terminal on the circuit board and wire nut to the COM of the additional device. The N.C. contact of the additional device will now go on the SAFETY terminal of the board.
Y IMPORTANT: Use different frequencies for each loop detector to eliminate interference.

Loop Connections
See side for Jumper setting

Exit Loop

24VAC/ 12VDC Ground Exit Phantom Safety

Phantom Loop Safety Loop

Exit Loop Phantom Loop Safety Loop

Only for swing gates

Exit loop WHEN USED
Inside Safety loop

Outside Safety loop

++

43CL07 E

DR127-330
1002

24VDC 12VDC
12/24VDC RELAY-1

V U V

33 HFK 5GN

1002

6040 1212 3002

1501 1501
802 ON B
360G

1001 1001

1001
MAAF S21B

2402

C8RB LMC64 82AIM

LOOP RACK DC BOARD WIRE COLOR

12VDC GROUND

12-VDC GROUND

RED BLACK

EXIT

GREEN

PHANTOM PHANTOM

BROWN

SAFETY

WHITE

1501 1501 1501 1501 11550011 11550011 11550011 1501

1002

10100202

1002

COMMON

N/O

COMPATIBLE PLUG IN DETECTORS

BRAND

MODEL

JUMPER SETTING

RENO A&E EDI

H2 LMA-1800

OFF OFF

DIABLO

DSP-40S

ON

DIABLO

DSP-55

OFF

DIABLO NORTHSTAR

DSP-50 NP2-ES

OFF ON

32

THREE BUTTON STATION CONNECTION

Y A three button station and reset push button are integrated on the board to make limit and ERD adjustments easier.
Y An external three button station may also be installed. See diagram below for wiring instructions,
Y NOTE: STOP_CMD jumper must be removed if a three button station is installed.

829B R616

30
2262

710 KE. SS 14
829B R616

1001 1001

F MOC8050
629Q

.01 I /O 5W I0615

1 234 56 78 ———————–OPEN————————

90R9 10R0 1000

SS

14

90R9 10R0 1000
1001

SS 14

1001

710 KE. 710 KE.

1001

IR2110S 0618 IOR

CMX-309FB C 8.0000 M 535202
F MOC8050
629Q
1501 1501
1501
1501
1501
1501
1501
1501
1501
1501

710 KE.
710 KE.

1501 1501

1501

1001 1001 1001 1001

1 23 OPEN

F
MOC8050 629Q

1001 0022
0022
CMX-309FB C 8.0000 M 535202
CMX-309FB C 8.0000 M 535202

1001
F MOC8050
629Q

00 ATMEL
ATMEGA168 20AU 0743

1001 1001

C8RB
LMC64 82AIM

3386 3386 3386 3386 3386
710 KE.
710 KE.

1001 00

710 KE.

1001

58ADC1K G4 Ls07

1001 1001

B OU

1

RNS

3

1001

1

B OU

RNS

3

1001

1

B OU

RNS

3

1001

1

B OU

RNS

3

RNS

1001

1

B OU

3

1001

1501

2262 9004R73 6E

900R3476E

2262

2262 2262

1002

1501 1001
1001 1001 1001
1001 1001 1001 1001

2262 710 KE.
VAGEO 1442 10W 11R J

101. we
710 KE.
IR2110S 0618 IOR

100 HFK. 7J2
C8RB LMC64 82AIM

710 KE.
1501

602 SS26

33 HFK 5GN

2402

2402 2402

2402

MAAF S21B

1002 1002
710 710 710 710 710 710 710 710 710 710
2402 2402
20M 710 KE.

C8RB LMC64 82AIM

DR127-330 43CL07 E

100 HFK. 7J2

710 KE.

STOP CMD JUMPER

N.O. OPEN N.O. CLOSE

N.C. STOP

COM

Push Contacts Button

Terminals

Open

Common

COMMON

Normally Open EXIT/OPEN_CMD

Close

Common

COMMON

Normally Open CLOSE_CMD

Stop

Common

COMMON

Normally Closed STOP_CMD

NOTE: CMD = Command.

33

MASTER/SLAVE CONNECTION

BEFORE CONNECTING MASTER/SLAVE COMMUNICATION WIRES, TAKE THE FOLLOWING STEPS:

1: Test and adjust the limit switches and ERDs for each operator as stand alone machines

2: Once the machines have been adjusted, turn slave dip switch “ON” on the slave board. Press the RESET button on the slave board or reset the power.

3: Connect the master/slave communication wires to “DATA -” and “DATA +”. The “M/S LINK” LED should be “ON” on both machines.

.

4: Connect all accessories to the master operator. Accessories installed on the slave operator will not work.

1002
1 234 56 78
———————–OPEN————————
1002
1 234 56 78
———————–OPEN————————

C8RB LMC64 82AIM

MASTER BOARD
USE UL LISTED CONDUIT
1001 1001 1210
710 KE. 710 KE.

SHIELDED CABLE

SLAVE BOARD

SLAVE SWITCH ON ONLY ON SLAVE BOARD
1001 1001 1210
710 KE.
710 KE.

C8RB LMC64 82AIM

CONNECT SHIELD TO SLAVE OPERATOR FRAME ONLY

34

MAGNETIC/SOLENOID LOCK CONNECTION

Magnetic lock installation requires a step down transformer with the appropriate voltage for the specific lock accessory. Most operators include a 120VAC outlet for the step down transformer.
Connections: Plug the lock device transformer to the 120VAC outlet plug.
For Magnetic Lock: Wire nut one wire from transformer directly to one wire of the magnetic lock. The other wire from transformer will be connected to the board relay plug COM input and the other wire of the magnetic lock connects to the board MAG relay output. See illustration below.
For Solenoid Lock: Wire nut one wire from transformer directly to one wire of the solenoid lock. The other wire from transformer will be connected to the board relay plug COM input and the other wire of the solenoid lock connects to the board SOL relay output. See illustration below.

1001

3386 3386 3386 3386 3386
710 KE.

S

B

1

3

1001

R NS

BOU

1

3

1001

R NS

BOU

1

3

1001

R NS

BOU

1

3

1001

R NS

BOU

1

3

1001 0 0

C8RB
LMC64 82AIM

00 ATMEL
ATMEGA168 20AU 0743

CMX-309FB C 8.0000 M 535202

0022

1001
F
MOC8050 629Q

1001 0022

F
MOC8050 629Q

1 234 56 78 ———————–OPEN————————

710 KE.

1501

1501 1501

KE.

710

CMX-309FB C 8.0000 M 535202

1002 1002
710 710 710 710 710 710 710 710

1002

1501 1501 1501 1501 1501 1501 1501 1501

OPEN

SOLENOID LOCK

MAGNETIC LOCK

STEP DOWN TRANSFORMER
35

RADIO RECEIVER CONNECTION

There are two types of receivers: 3-wire and 4-wire:
3 wire receivers can mount on the radio receiver terminal strip located outside of the control box.
For 4 wire receivers, connect the 2 gray wires to terminals 1 and 2 on the receiver terminal strip located outside of the control box. Connect the black wire to terminal 1 and the red wire to terminal 3 on the receiver terminal strip as shown below.
RADIO dip switch ON allows the radio receiver to override the automatic close timer.

829B R616

30
2262

710 KE. SS 14
829B R616

1001 1001

.01 I /O 5W I0615

24VDC 12VDC
12/24VDC

RELAY-1

1002
N/O COMMON
++

1501

F MOC8050
629Q

1 234 56 78 ———————–OPEN————————

1002 1002
710 710 710 710 710 710 710 710 710 710
2402 2402
20M 710 KE.

829B R616

90R9 10R0 1000

SS

14

90R9 10R0 1000
1001

SS 14

1001

710 KE. 710 KE.

1001

IR2110S 0618 IOR

00 ATMEL
ATMEGA168 20AU 0743
2262 710 KE.
VAGEO 1442 10W 11R J

CMX-309FB C 8.0000 M 535202
F MOC8050
629Q
1501 1501
1501
1501
1501
1501
1501
1501
1501
1501

710 KE.
710 KE.

1501 1501

1501

1001 1001 1001 1001

1 23 OPEN

F
MOC8050 629Q

1001 0022
0022
CMX-309FB C 8.0000 M 535202
CMX-309FB C 8.0000 M 535202

1001
F MOC8050
629Q

1001 1001

C8RB
LMC64 82AIM

3386 3386 3386 3386 3386
710 KE.
710 KE.

1001 00

710 KE.

1001

58ADC1K G4 Ls07

1001 1001

B OU

1

RNS

3

1001

1

B OU

RNS

3

1001

1

B OU

RNS

3

1001

1

B OU

RNS

3

RNS

1001

1

B OU

3

1001

1501

2262 9004R736E

900R4376E

2262

2262 2262

1002

1501 1001
1001 1001 1001
1001 1001 1001 1001

101. we
710 KE.
IR2110S 0618 IOR

100 HFK. 7J2
C8RB LMC64 82AIM

710 KE.
1501

602 SS26

33 HFK 5GN

2402

2402 2402

2402

MAAF S21B

C8RB LMC64 82AIM

DR127-330 43CL07 E

100 HFK. 7J2

710 KE.

JUMPER DICTATES

3

DESIRE VOLTAGE FOR RADIO RECEIVER.

2

1

RECEIVER TERMINAL STRIP LOCATED OUTSIDE CONTROL BOX.

BOARD ALSO PROVIDES 12VDC AND 24VDC
ACCESSORY POWER
4 WIRE 12-24VDC RADIO RECEIVER
36

SW-300/SW-350 DC EMERGENCY RELEASE
Procedures to manually open the SW-300 DC: 1. Remove the bolt or pad lock from the arm lever and open the lever fully. 2. Opening the arm lever will allow you to manually open and close the gate.
REMOVE BOLT OR PAD LOCK
MASTER
OPEN ARM LEVER
Procedures to manually open the SW-350 DC: 1. Turn operator power “OFF” 2. Push foot pedal down and move to the left to lock pedal in down position 3. Push gate open

EXIT

AUTOMATIC GATE OPERATORS

®

SLIDERS · SWINGERS · OVERHEADS

115VAC

SAFETY

37

SW-325 DC EMERGENCY RELEASE
To release the gate for manual operation, follow these steps: 1. Remove the bolt or pad lock from the quick release. 2. Slide the quick release assembly out from the crank arm. 3. Bend the arm slightly to start the opening of the gate. Grab and pull the gate to the open position.
To put the operator back into normal operation, align the primary arm with the crank arm and slide the quick release assembly back into the crank arm. Lock it with a bolt or pad lock.

SLIDE OUT TO RELEASE BOLT OR PAD LOCK

QUICK RELEASE ASSEMBLY
38

SOLAR PANEL CONNECTION
The solar panel input requires a minimum of a 12VDC , 40 Watt panel. The charging circuit is limited by 1 Amp maximum. When using a 24VDC panel (up to 40 Watts), connect the panel straight into the LINE IN input. For a solar installation, upgrade the batteries according to usage. For information on solar applications (solar panel sizes, battery size, etc.), please call ALL-O-Matic.
CONNECT 12V PANEL INTO SOLAR INPUT ON CIRCUIT BOARD.

MAAF S21B
1001
20M
802 ON B
360G

1212 3002 6040

1001 1001

C8RB LMC64

DR127-330

82AIM

43CL07 E

2402

F MOC8050
629Q

1501 1501

1 234 56 78 ———————–OPEN————————

1001

710 KE.
710 KE.

1001

2402

MAAF S21B

2402 2402

33 HFK 5GN

CMX-309FB C 8.0000 M 535202
F MOC8050
629Q
1501 1501
1501
1501
1501
1501
1501
1501
1501
1501

2402

1002 1002
710 710 710 710 710 710 710 710 710 710
2402 2402
20M 710 KE.

2402

1002

1001

3386 3386 3386 3386 3386
710 KE.
710 KE.

3

RNS

2262 2262

2262

BOU

1

602 SS26

1001 0022
0022
CMX-309FB C 8.0000 M 535202
CMX-309FB C 8.0000 M 535202

1501

F MOC8050
629Q

1001
F MOC8050
629Q

00 ATMEL
ATMEGA168 20AU 0743

1 23 OPEN

1001 1001 1001 1001

IR2110S 0618 IOR

1001

710 KE. SS 14
829B R616

90R9 10R0 1000

14

SS

90R9 10R0 1000

1001 1001

C8RB LMC64 82AIM

1001 00

SS

14

IR2110S 0618 IOR

1001

476E 900R3

3

602 SS26

100 HFK. 7J2
C8RB LMC64 82AIM

RNS

BOU

1

2262
710 KE.
VAGEO 1442 10W 11R J

2262 476E 900R3

1001

3

RNS

BOU

1

1001

3

101. we
710 KE.
IR2110S 0618 IOR

RNS

BOU

1

1001

3

RNS

1501

1

710 KE.
1501

BOU

1001 1001

1501 1001
1001 1001 1001
1001 1001 1001 1001

58ADC1K G4 Ls07

90R9 10R0 1000
1001

710 KE.

829B R616

710 KE.
710 KE.

1001

IR2110S 0618 IOR

SS 14

829B R616

1001 1001

.01 I O/ 5W I0615

30
2262
CONNECT 24V PANEL PLUG INTO LINE IN ON CIRCUIT BOARD

39

100 HFK. 7J2

C8RB LMC64 82AIM

DR127-330 43CL07 E

710 KE.

EXTERNAL SOLAR SYSTEM INSTALLATION

When using an external solar package, connect batteries straight into the BATTERY input. The batteries will need to be upgraded to meet application requirements. See wiring below.
For information on solar applications (solar panel sizes, battery size, etc.), please call All-O-Matic.
IMPORTANT: When more than two solar panels are needed, special wiring precautions must be taken to prevent damage to batteries and/or charge controller regulator. If the panels are 12VDC they must be wired in series to make 24VDC. If 24VDC panels are used they must be wired in parallel.

F MOC8050
629Q

1 234 56 78 ———————–OPEN————————

1001

710 KE.
710 KE.

CHARGE

CHARGING

LOAD DISCONNECT

CONTROLLER

TEMP.SENSE

SOLAR BATTERY LOAD

SEALED

4

32

16

5

OR FLOODED

+

SELECT

{ Remove Jumper Wire for Flooded Battery

1501 1501

2402

MAAF S21B

2402 2402

33 HFK 5GN

CMX-309FB C 8.0000 M 535202
F MOC8050
629Q
1501 1501
1501
1501
1501
1501
1501
1501
1501
1501

2402

1002 1002
710 710 710 710 710 710 710 710 710 710
2402 2402
20M 710 KE.

2402

1002

1001

101. we
710 KE.
IR2110S 0618 IOR

3386 3386 3386 3386 3386
710 KE.
710 KE.

3

RNS

2262 2262

2262

BOU

1

602 SS26

1001

476E 900R3

1001 0022
0022
CMX-309FB C 8.0000 M 535202
CMX-309FB C 8.0000 M 535202

3

602 SS26

100 HFK. 7J2
C8RB LMC64 82AIM

RNS

1501

1

F MOC8050
629Q

BOU

1501

2262 476E 900R3

1001

3

RNS

1

1001
F MOC8050
629Q

BOU

C8RB LMC64 82AIM

1001 00

00 ATMEL
ATMEGA168 20AU 0743
2262 710 KE.
VAGEO 1442 10W 11R J

1001

3

RNS

BOU

1

1001

3

RNS

1501

1

710 KE.
1501

BOU

1001 1001

1501 1001
1001 1001 1001
1001 1001 1001 1001

58ADC1K G4 Ls07

1 23 OPEN

.01 I O/ 5W I0615

1001 1001 1001 1001

90R9 10R0 1000

1001 1001 1001 1001

710 KE. SS 14
829B R616

IR2110S 0618 IOR

1001

SS

14

90R9 10R0 1000

1001 1001

SS

14

IR2110S 0618 IOR

90R9 10R0 1000
1001

710 KE.

829B R616

710 KE.
710 KE.

1001

IR2110S 0618 IOR

SS 14

829B R616

1001 1001

30
2262

100 HFK. 7J2

C8RB LMC64 82AIM

DR127-330 43CL07 E

710 KE.

CONNECT BATTERY PLUG INTO BATTERY ON CIRCUIT BOARD

1001

40

SWING ARM ASSEMBLY

1 2

7 DETAIL C 3

B 10
6

4

8

9

C

8 1

DETAIL B

9

5
RECTANGULAR ARM

ITEM NO.

PART NUMBER

DESCRIPTION

QTY.

1

QRA-300RR

SW Quick Release Arm

1

2

SPA-300RR

SW Primary Arm

1

3

SSA-300RR

SW Secondary Arm

1

4

SAB-300RR

SW Arm Connecting Bar

1

12

5

SGB-300RR

SW Arm Gate Bracket

1

6

1/2-13 X 3.5 Hex Bolt

Hex Pivot Bolt

1

7

1/2-13×2.25 Hex Bolt

Hex Pivot Bolt

1

7

8

1/2 Flat Washer

Flat Washer

4

9

1/2-13 Hex Nylon Lock Nut

Nylon Lock Nut

2

10 SSH-300RR

SW Shaft Hub

1

6 11

13 2

10

ROUND PIPE ARM

ITEM NO.

PART NUMBER

1 QRA-RD300

2 SPA-RD300

3 SSA-RD300

4 SKN-RD300

5 SGB-RD300 6 SAB-RD300 7 1/2-13 X 2.25 Hex bolt 8 1/2-13 hex Nylon lock nut 9 1/2″ Flat Washer 10 3/8-16 Hex Nut 11 3/8 Split Lock Washer 12 3/8-16 X 1.75 Carriage Bolt 13 SSH-300RR

4

9

8

DESCRIPTION SW Quick Release Arm
SW Primary Arm SW Secondary Pipe Arm
SW Arm Connecting Knuckle
SW Arm Gate Bracket SW Arm Spacer bushing
Hex Bolt (Pivot bolt) Nylon Hex Nut Flat Washer Hex Nut
Split Lock Washer Carriage BOlt SW Shaft Hub

QTY. 1 1 1
2
1 1 2 2 2 2 2 2 1

7

3

4

5

9 8

SIZE DWG. NO.

A SW-ARM Assembly

41

D

DETAILI

DETAIL D

1

2

7

ITEM NO.

PART NUMBER

1 SAB-300RR

2 SSA-300RR

3 SAS-325

4 SGB-300RR 5 SPA-325
6 SQR-325 7 1/2-13 X 13/4 Hex bolt 8 1/2-13 X 3 1/4″ Hex Bolt 9 1/2 Flat washer 10 1/2-13 Nylon Lock Nut
11 SCA-325
5

42

9 4

DESCRIPTION

SW Arm Connecting Bar SW Secondary Arm

SW Arm Spacer

SW-Gate Bracket Primary arm

Quick Release Gate bracket Pivot bolt

Arm Center Pivot Bolt

Flat washer Pivot Lock nut

Crank Arm

4

3

QTY.
2 1
1
1 1 1 1 1 4 2
1

11

5

8 3
G

I

6

10 DETAIL G

TITLE:

SW-325DC Arm kit

SIZE DWG. NO.

REV

A

SCALE: 1:50WEIGHT:

SHEET 1 OF 1

2

1

WARRANTY AND RECORD
MANUFACTURER’S LIMITED WARRANTY
ALL-O-MATIC INC warrants the following gate operators (SW-300 DC, SW-325 DC, SW-350 DC) for a period of five (5) years in commercial installations and for a period of seven (7) years in residential installations. The above operators, within their warranty period, are to be free from defects in circuitry, motor, gearbox and workmanship. This warranty begins from the date of purchase to the original owner. Warrantor will repair or, at its option, replace any device which it finds to require service. This device must be sent to the warrantor at the consumer’s expense to:
ALL-O-MATIC INC. 7820 GLORIA AVE. VAN NUYS, CA 91406
The warrantor will return the repaired or replaced unit to the customer at the consumer’s expense. Labor charges for dealer service or replacement are the responsibility of the owner. These warranties are in lieu of all other warranties either expressed or implied, and ALL-O-MATIC INC shall not be liable for consequential damage. All implied warranties of merchantability and or fitness for a particular purpose are hereby disclaimed and excluded. This limitation is not valid in jurisdictions which do not allow limitation of incidental or consequential damages or limitation of warranty periods. In order to obtain this policy, please complete the registration card and send it by mail within 30 days of purchasing from ALL-O-MATIC INC. or your installer. If product is not registered, only a one year warranty on all parts will be provided.
CUSTOMERS RECORD Customer Name_ Address___ Purchased from (Installation Co.)____ Date____//__ Model Number_____ Serial Number__-