Installation
1 Mounting Site Review
2 Determine Proper Brackets and Opening Method
3 Pull to Open Installation
4 Push to Open Installation
5 Determine Horizontal Mounting Location
6 Attach Universal Actuator Bracket to Hinge Post or Post Being Used
7 Attach Actuator Bracket to Universal Actuator Bracket
8 Install Linear Actuator to Actuator Bracket
9 Install Gate Bracket to Linear Actuator
10 Install Gate Bracket to Gate
11 Preparing Sentry Control Box for Installation
12 Install Sentry Control Box
13 Splicing Linear Actuator Cable or Installing 2nd Linear Actuator Cable for Dual Gate System
14 Installing Monitored Entrapment Protection Devices
15 Install Battery
16 Install Power Source - DC Adapter or Solar Panel
17 Solar Charged System
18 Connect Power Source to Battery Controller
19 Sentry Plug N Go Harness Final Installation
20 Gate Delay
21 Photo Eye Alignment
22 Install Safety Signs
23 Operating Gate for the First Time
24 Limit Adjustments
25 Sensitivity Adjustment and Entrapment Alarm and Auto Close Setting
26 Verifying Inherent Entrapment Protection System (Type A) Operation
27 Sentry Control Board Information
28 Programming Transmitter, Receiver & Wireless Keypad
29 Emergency Manual Release
1 Mounting Site Review
Mounting Site Review
Review the following items prior to installation and predetermine the solution to any problems which may exist:
- Does sufficient space exist for mounting and future servicing of the operator and control box?
- Which direction will the gate swing?
- Will the gate operator pull the gate open to the inside (Pull to Open)?
- Will the gate operator push the gate open to the outside (Push to Open)? (See Determine Opening Method Section)
- Where and how will the actuator mounting brackets be secured to the hinge post and to the gate? (See Determine Actuator Mounting Brackets Sections)
- How will the gate bracket be secured to the gate and will additional reinforcement be required? (See Mount Support Bracket Section)
- Where will the control box be mounted to support the weight of the battery and other components and can it be located within 8 feet to prevent splicing of the linear actuator cable? (See Install Sentry Control Box Section)
- For AC Charged System – How far away is the 120 VAC receptacle for the transformer? Transformer is supplied with 10 feet of cable. If extension is needed use power source cable Extension Kit part #630038. See Power Source Cable Extension chart for identifying the wire size needed for the distance required. Transformer must be installed indoors or in a raintight enclosure. Transformer should not be exposed to moisture.
- For Solar Charged System – Where will the solar panel mount so that optimum sunlight is received? Solar panel is provided with 15 feet of cable, If extension is needed use power source cable Extension Kit part #630038 or 75’ Solar Extension part #520016. See Power Source Cable Extension chart for identifying the wire size needed for the distance required. Solar panel typically needs to be facing a South or Southwest direction.
- How will accessory control wiring, if any, be brought to the control box? Knock outs are provided in control box bottom for conduit.
- Have all safety concerns been addressed? Study the Safety Section and Entrapment Zones for more information.
- Identify entrapment areas. Determine the appropriate UL325 compliant monitored entrapment device/devices that will be used to protect all entrapment areas.
- Is there enough space beneath the linear actuator for the cable so that damage to the cable does not occur? Actuator must not be installed with cable on the top side of the actuator. Cable must exit actuator on the bottom side to prevent water from entering housing. (See Horizontal Mounting Location Section)
2 Determine Proper Brackets and Opening Method
Determine Proper Brackets and Opening Method
Mounting Brackets
Determining which of the brackets will be needed for your installation.
The Sentry gate opener is supplied with universal brackets to mount on round or square hinge post. Some pieces may not be needed for your installation.
The hinge post is the post your gate hinges are attached to. Follow the steps below to identify which of the included brackets will be needed for your installation.
Is the hinge post round or square?
Square post will use the “square post flush mount bracket”
Round post will use the “round post flush mount bracket”
NOTE: If a round post is to be used it might be necessary to brace the post so that it does not rotate. A round post simply installed in concrete will rotate, if possible drill holes through the post and insert rebar through the post prior to concrete to prevent rotation.
Is the gate a light weight farm gate?
If so, use the “gate support brackets” to attach the gate bracket so that the bolts can be securely tightened.
Universal Actuator Bracket
The universal actuator bracket can be installed in many different ways to accommodate your gate opener installation. Use the images below to help understand the mounting options for this bracket and determine the installation method you are going to use. The images are for reference only and your installation might differ.
Universal actuator bracket must be securely installed. Drilling through the post is the strongest method. It is also recommended that the square post flush mount bracket or the round post flush mount bracket be installed for strength on opposite side of post from the universal bracket (see figures below).
When determining where the universal actuator bracket will mount on the hinge post you must also consider where the gate bracket is going to connect to the gate. The gate bracket is going to attach approximately 34” out on the gate measured from the gate hinge center.
Once universal actuator bracket location is determined, verify that the gate bracket can be installed to the gate so that linear actuator is level.
3 Pull to Open Installation
Pull to Open Installation
This installation method is the most common where the gate swings into the property/driveway.
No matter which way you decide to install the actuator bracket and universal actuator bracket the pivot point below must be located in approximately this position for a pull to open installation.
PULL TO OPEN – Actuator Hinge Mounting Tube Installation Dimensions
Gate opening in degrees | Sentry Pro80 Dimension A | Sentry Pro80 Dimension B |
|---|---|---|
90 degree opening | 5” | 7½” |
100 degree opening | 7” | 7” |
105 degree opening | 8” | 5½” |
4 Push to Open Installation
Push to Open Installation
This installation method is common where the driveway slopes up entering the property and gate must swing out to avoid interference. This type of installation places the actuator bracket and linear actuator into the drive area slightly. Another installation method would be to install as a Pull to Open and place linear actuator on outside of property.
Push to open installation can be achieved by installing universal actuator bracket and actuator bracket as shown in figure below. Dimensions for this install method are 7” and 4” from hinge center.
Universal actuator bracket hole pattern allows for the actuator bracket to be installed as shown in this location only. Establish enough offset in the rear actuator pivot point to allow the gate to close from the open position.
IMPORTANT: If Installation is Push to Open, control switch #9 “operating direction reverse” must be turned “ON”.
NOTE: Pull to Open & Push to Open Dimensions are measured from the gate hinge center (pivot point).
PUSH TO OPEN – Actuator Hinge Mounting Tube Installation Dimensions
Gate opening in degrees | Sentry Pro80 Dimension A | Sentry Pro80 Dimension B |
|---|---|---|
90 degree opening | 7” | 4” |
100 degree opening | 8.5” | 4” |
5 Determine Horizontal Mounting Location
Determine Horizontal Mounting Location
Now that the type of installation (pull to open or push to open) has been determined, the vertical height position of the support bracket and actuator mounting tube must be determined. Refer to these examples to determine the mounting location of the gate bracket on the gate, which is needed to determine the location of the universal actuator bracket.
The actuator delivers force on the gate when operating. Aligning the actuator mounts with a horizontal gate frame member is the best choice. (as shown here)
6 Attach Universal Actuator Bracket to Hinge Post or Post Being Used
Attach Universal Actuator Bracket to Hinge Post or Post Being Used
Mounting hardware needed:
- two 3/8” x 16 x 8” carriage bolts
- two 3/8” USS flat washers
- two 3/8” nylon lock nuts
The universal actuator bracket can be installed in many different ways to accommodate your gate opener installation. The pictures here are for reference and your installation might differ.
Universal actuator bracket must be securely installed. Drilling through the post is the strongest method.
NOTE: In all cases, the universal actuator bracket should be aligned level with a horizontal gate section.
- Attach Universal Actuator Bracket with associated bracket (round or square post mount) as previously determined to work best with your opening method. It is recommended that the square post flush mount bracket or the round post flush mount bracket be installed for strength on opposite side of post from the universal bracket.
- Install with carriage bolts, lock nuts and washers.
- Tighten nuts securely.
Welding is the recommended method of securing the linear actuator mounts to the gate and hinge post. Bolt on brackets are provided and are acceptable but may require frequent service to keep tight. They must be very securely attached (i.e. carriage bolts with lock nuts and washers). Lag type bolts are not recommended. Loose or unstable linear actuator mounts will result in improper operation.
7 Attach Actuator Bracket to Universal Actuator Bracket
Attach Actuator Bracket to Universal Actuator Bracket
The actuator bracket has a 3/8” pre drilled hole that the linear actuator will mount to. This is the pivot point for the linear actuator. In all cases, the universal actuator bracket should be aligned level with a horizontal gate section. (see Mounting Site Review)
For a Pull to Open installation – the pre-drilled hole must be located 5” behind the gate hinge and 8” to the inside of the property.
For a Push to Open installation – the pre-drilled hole must be located 7” in front of the gate hinge and 4” to the drive side of the hinge.
These dimensions are measured from the center of the gate hinge (pivot point).
Hardware needed:
- two 3/8” x 2 1/2” shoulder bolts
- two 3/8” USS flat washers
- two 3/8 nylon lock nuts
- Attach actuator bracket to universal actuator bracket.
- Verify that actuator bracket pivot hole dimension is located in the correct position.
- Tighten bolts securely.
8 Install Linear Actuator to Actuator Bracket
Install Linear Actuator to Actuator Bracket
The actuator can be mounted in two different positions as shown. Installing the actuator on its side can allow for hiding it behind a cross member in the gate frame.
CAUTION: If mounting actuator on its side, ensure actuator case does not come in contact with any objects. Mount as shown so that wide part of motor case and cable is away from gate.
9 Install Gate Bracket to Linear Actuator
Install Gate Bracket to Linear Actuator
Install manual release pin, gate bracket and manual release clip to linear actuator extension rod end.
10 Install Gate Bracket to Gate
Install Gate Bracket to Gate
(Pull to Open Only)
To determine where the gate bracket will be installed follow these steps: The linear actuator should be connected to the actuator bracket at this point. NOTE – The linear actuator was shipped from the factory set to the fully retracted position.
- Swing gate to the fully open position.
- Now open gate another couple of inches (the gate will never open more than this position). The gate can be adjusted later to open a little less if needed.
- Swing linear actuator around (should swing freely) in a level position to meet the fully open gate. This is where you should install the gate bracket on the gate.
- Mark the location of the 1/4” holes for the mounting bracket. (see figure)
- Remove pin and clip from bracket.
- Attach bracket to gate (if using a light weight tubular farm gate use gate support bracket for support). Use the 1/4” x 2 1/2” or 3 1/4” tap bolts depending on gate thickness, four 1/4” flat washers and two 1/4” nylon lock nuts. Tighten securely.
- Attach actuator to the now secured gate bracket using manual release pin and clip.
- The gate should now be fully opened with the actuator attached.
- Verify that linear actuator is level and all pieces have been installed correctly.
Installing Gate Bracket to Gate for Push to Open configuration
Procedure is identical to the steps for Pull to Open except the gate will be in the fully closed position. For a push to open configuration, you will need to reverse the operating direction for the gate on the control board.
11 Preparing Sentry Control Box for Installation
Preparing Sentry Control Box for Installation
The control box has two holes in the bottom of the box providing access to the wire compartment. The large hole is for the actuator cable and the smaller hole is for the charge device cable.
Install the provided cable gland into the small hole as shown here.
12 Install Sentry Control Box
Install Sentry Control Box
The control box should be installed in a location that will not require the eight foot linear actuator cable to be spliced. If the cable must be spliced, refer to the splicing instructions below. The most common location would be on a fence or wall adjacent to your gate. Avoid placing the control box behind solid metal objects that might interfere with the receiver reception. The antenna for the receiver is located inside the control box and this could reduce the operating range.
- Use control box as a template to determine and mark the mounting screw locations using the 4 mounting holes.
- Drill mounting holes for screws DO NOT ATTEMPT TO HOLD THE CONTROL BOX IN PLACE WHILE YOU DRILL THE MOUNTING HOLES. This could damage the preinstalled components.
- Attach the 4 #12 hex head self tapping metal screws.
- Mount the control box on the screws.
Verify the structure the control box is mounted on is sufficient enough to hold the control box and battery securely.
Install Linear Actuator Cable
The linear actuator is supplied with 8’ of cable. Care should be taken to protect the cable from damage that might be caused by animals, lawn equipment etc.
Route the cable into the control box bottom, snap in 1 ¼” plastic grommet.
DO NOT plug into control board at this time.
13 Splicing Linear Actuator Cable or Installing 2nd Linear Actuator Cable for Dual Gate System
Splicing Linear Actuator Cable or Installing 2nd Linear Actuator Cable for Dual Gate System
When adding an extension cable to a single gate actuator cable or when installing a second gate actuator for Gate 2, the 8 foot actuator cable must be cut and spliced in the following manner.
Once actuator has been installed:
1. Locate the linear actuator 8 pin connector. Measure 18 inches from the connector end and cut the black cable. See Figure
2. Save this 8 pin connector and pigtail cable for step 8.
3. Install a rain tight junction box on the Gate 2 hinge post below or near the actuator.
4. Install the extension cable from the junction box at Gate 2 to the control box. Route the cable through the bottom of the junction box and the control box. Cut the cable longer than needed for future needs and ease of servicing.
NOTE: The Dual Gate Opener system includes 50 ft of extension cable. If the distance between the junction box and the control box exceeds this distance it is recommended to purchase a cable that will not require additional splices in the cable. USAutomatic Part# 630010 can be custom ordered and purchased in any length. Never make underground splices as moisture in connections will definitely cause system malfunctions.
5. Route the linear actuator cable into the junction box through the bottom of the box and determine length. Allow ample slack in the cable for actuator movement when opening and closing the gate. Cut cable longer than needed for future servicing.
6. Remove at least 2 inches of the exterior black jacket on both cables routed into the junction box. Strip back approximately 1/2 inch of insulation from all wires. Connect the wires from each cable, matching color to like color with wire nuts. Pull firmly on all wires to be sure all connections are tight.
7. Install rain tight cover on junction box.
8. Remove at least 2 inches of the exterior black jacket on the pigtail cable (saved from step 2) and on the remaining end of the extension cable previously routed into the control box (step 4). Strip back approximately 1/2 inch of insulation from all wires. Connect the wires from each cable, matching color to like color with wire nuts. Pull firmly on all wires to be sure all connections are tight.
9. Do not plug into control board at this time.
IMPORTANT: The length of the extension cable should be as short as possible.
14 Installing Monitored Entrapment Protection Devices
Installing Monitored Entrapment Protection Devices
When the installation requires more than 1 monitored contact edge or 2 monitored photo eyes, the Monitored Entrapment Device Expansion Module must be installed. (USAutomatic Part# 500015)
A) Monitored Photo Eye (Type B1) Installation for Entrapment Protection ONLY
Connect wires per the table below: All wiring should be done with power disconnected from control board.
Photo Eye wiring for Entrapment Device Protection
Photo Eye Connections | Sentry Control Board Connections |
|---|---|
Power +12 vdc | J2 pin 12 |
Power ground / O | J2 pin 2 or pin 7 |
Common | J2 pin 2 or pin 7 |
N/C contact Closed Direction | J2 pin 8 |
N/C contact Open Direction | J2 pin 4 |
B) Monitored Contact Edge (Type B2) Installation for Entrapment Protection ONLY
Connect wires per the table below: All wiring should be done with power disconnected from control board. Contact edge must have 8.25K or 10K ohm resistor built into device.
Contact Edge wiring for Entrapment Device Protection
Contact Edge Connectons | Sentry Control Board Connections |
|---|---|
N/O connection | J2 pin 6 |
Common | J2 pin 2 or pin 7 |
C) Constant Pressure (Type D) Installation
Connect wires per the table below: All wiring should be done with power disconnected from control board. The included warning placard must be installed by the control switch
Type D wiring for Emergency / Constant pressure Operation
Constant Pressure Switch N/O type | Sentry Control Board Connections |
|---|---|
N/O connection | J5 pin 1 |
Common | J5 pin 2 |
15 Install Battery
Install Battery
- Install the battery into the battery compartment.
- Connect ring terminals from harness to the battery.
NOTE: Red wire to positive post of battery. Black wire to negative post of battery.
CAUTION: Do not install wet cell battery into control box; This type of battery usually has removable caps used for service and will vent corrosive fumes into control box.
16 Install Power Source - DC Adapter or Solar Panel
Install Power Source – DC Adapter or Solar Panel
The USAutomatic transformer (PN520009) is a low DC voltage UL approved transformer. The transformer is equipped with a DC plug for easy connection to the battery controller. In the event AC power goes out the opener will operate for weeks on the battery (if cycles per day are below 10) before needing service. Always use Solar Friendly accessories to help avoid premature battery failure incases of power outages.
NOTE: 110 VAC receptacles should be installed by a qualified electrician, per local building codes.
17 Solar Charged System
Solar Charged System
The solar option allows you to install the gate operator in remote areas or in applications where you prefer to be solar charged. Solar charging provides isolation from lightning that might damage the unit via the AC power needed for the transformer. The use of solar friendly accessories will help prevent premature battery failure.
The Solar model is designed to provide enough cycles a day for most installations without needing more than one solar panel. Care must be taken to ensure the solar panel has full sun throughout the day; partial sun will give partial results. If no sun is present then a solar system is not practical no matter how many panels might be installed. The solar panel must be kept clean and in full sunlight.
The location of the solar panel is critical for proper battery charging. The panel needs to face a South to Southwest direction and be installed at the angle of the supplied solar panel bracket. For proper operation the panel must have unobstructed sun. Even a small amount of shade will cause the Solar Panel to cease charging. Something as tiny as a fingertip shadow will affect the Solar Panel.
Solar panel may be moved up to 200 feet from the control box to achieve adequate sunlight. See power source cable extension chart Appendix A for proper wire size. For convenience use the USAutomatic 75’ Cable Kit Part #520016.
See Region Map below to determine cycles that can be expected. These numbers are based on a basic system with the standard solar panel. Adding solar friendly accessories will not have any great affect on the numbers stated. Using other accessories can cause premature battery failure.
Gate Cycles Per Day Solar Charged System
Region 1 covers the area of the country receiving the least amount of solar radiation. On average the amount of charge time is 2.5 hours in region 1, 3.5 hours in region 2 and 5.5 hours in region 3.
Installing Power Source Cable into Control Box
- Loosen cable gland nut and route the cable from the power source into the control box (see figure). Ensure that DC plug can reach the battery controller connector.
- Tighten cable gland nut to hold cable in place.
18 Connect Power Source to Battery Controller
Connect Power Source to Battery Controller
(Transformer or Solar Panel Kit)
The battery controller accepts inputs from either the DC transformer or the solar panel. The transformer and solar panel come with a DC plug for easy installation. Once the charge device is selected and installed connect the DC plug into the battery controller.
If needed, use power source adapter supplied with controller.
Once the power source is plugged into the battery controller verify the following:
- The LCD display is showing the battery voltage. If below 12 vdc charge battery first
- The Solar panel to Battery arrow is displayed – indicates charging
19 Sentry Plug N Go Harness Final Installation
Sentry Plug N Go Harness Final Installation
Verify the following items have been completed correctly before continuing. If necessary, correct before proceeding:
- Linear actuator installation is complete.
- Control box is securely installed.
- Plug N Go harness is connected to the battery controller.
- Plug N Go harness is connected to the battery.
- Battery is installed in the battery compartment of control box.
- Power source cable is routed into control box and connected to the battery controller.
- Linear actuator cable is routed into control box.
If completed, proceed with the following steps:
- Locate the power connector attached to the linear actuator cable (red and black wires).
- Connect it to one of the Plug N Go harness linear actuator power plugs. These connectors are designed so that incorrect connection is not possible and it does not matter which connector is used.
- Locate the linear actuator cable 8 pin plug.
- Connect it to the Gate 1 connector located on the Sentry Control board.
- Securely snap in place.
- Once all connections are made place wires in wire compartment.
This completes all cable connections and cable routing into the control box.
20 Gate Delay
Gate Delay
Sentry II (Dual Gates) with overlapping gates or electrical lock requiring gate delay.
When the electric gate lock dipswitch is turned ON the gate connected to Gate 2 will delay on an open command and close first on a close command, the delay is 1.5 seconds.
21 Photo Eye Alignment
Photo Eye Alignment
Plug the J2 accessory plug into the control board at this time.
Set SW1 dip switches as follows for alignment:
- SW1 switch 3 and 4 OFF
- SW1 switch 10 ON
With power now applied the photo eyes can be aligned, Verify alignment and adjust as necessary.
For detailed instructions refer to the installation instructions included with the photo eye.
22 Install Safety Signs
Install Safety Signs
Install the 2 warning placards in the gate area where they are visible from the inside and outside of the gate. These are required per UL 325 to make persons aware of the possible danger of an automated gate.
23 Operating Gate for the First Time
Operating Gate for the First Time
Identify your installation below and verify the correct SW1 dipswitch settings.
NOTE: This check must be performed before operating the gate. Failure to do so may damage the gate operator.
Before operating the gate lets make sure the control board dipswitches are set correctly for your installation. Locate the SW1 dipswitches on the control board.
Factory SW1 default dipswitch settings are 3 and 4 ON.
- Locate the Open / Close command button on the control board. This button will start the gate when pressed once; pressing it again will stop the gate.
- Press and release the Open / Close button. The linear actuator should begin to extend. Allow the gate to travel to the factory adjusted extend position. The gate should typically stop short of the desired extended position.
- Press and release the Open / Close button twice. The linear actuator should begin to retract. Allow the gate to travel to the factory adjusted retract position. The gate should typically be very close to the desired retracted position. If minor adjustment is required remove release pin and rotate the threaded end rod to the desired open position.
NOTE: In case of an emergency, the Gate 1 or Gate 2 connector can be removed at anytime from control board to stop gate from moving.
24 Limit Adjustments
Limit Adjustments
The control board limit adjustments are simple and easy to use. Control board has 4 adjustment dials for adjusting the desired stop positions.
The nudge procedure below can be used to easily adjust the extend limit ONLY. If adjustment is made and the extension tube is adjusted past the desired extend position you must reduce the extend limit adjustment so that the gate extends and stops short of the desired position. Then readjust extend limit following the nudge procedure.
Nudge Procedure
Single Gate Limit Adjustment
1. Connect the linear actuator cable for gate 1 only to the gate 1 port on control board.
2. Verify that both gate 1 and gate 2 dip-switches are turned ON, press down to the right hand side.
3. Press the open/close button on the control board allow actuator to fully extend.
4. Locate the gate 1 extend adjustment and turn clockwise slowly. The actuator will begin to extend as the adjustment is turned. Adjust until gate is in desired position. Avoid over extending.
5. Limit adjustment is complete. If a dual gate system continue with steps 7-12 below.
6. Turn OFF the gate 1 or gate 2 dip switch that is not being used.
Dual Gate Limit Adjustment
7. Disconnect the gate 1 actuator from control board.
8. Connect the linear actuator cable for gate 2 to the gate 2 port on control board.
9. Press the open/close button on the control board allow actuator to fully extend.
10. Locate the gate 2 extend adjustment and turn clockwise slowly. The actuator will begin to extend as the adjustment is turned. Adjust until gate is in desired position. Avoid over extending.
11. Limit adjustment is complete
12. Connect gate 1 linear actuator to the gate 1 port on control board.
25 Sensitivity Adjustment and Entrapment Alarm and Auto Close Setting
Sensitivity Adjustment and Entrapment Alarm and Auto Close Setting
The control board has 2 sensitivity adjustment dials located on the left side of the control board. These adjustments control the amount of current the control board will allow the motor to draw from the battery to operate your gate. Minimum force is the least amount of current allowed. This circuit is inactive for the first second of gate operation.
Both sensitivity settings should be individually adjusted on dual gate systems. On single gate systems, adjust the setting for the actuator plug being utilized (Gate 1 or Gate 2) and then match the setting on the other sensitivity adjustment.
Entrapment Alarm
The entrapment alarm installed gives an audible alert whenever the gate sensitivity feature is activated twice before gate reaches an open or close limit. See chart step 26 for operation. Also used for low battery audible notification.
Auto Close Setting
Important: Auto close should not be utilized unless safety devices are installed to prevent automatic operation in case an object is in the path of the gate. See appendix B in manual.
The adjustment dial controls the auto close time from approximately 2 seconds to 150 seconds. A setting of 0 will be the fastest auto close time.
26 Verifying Inherent Entrapment Protection System (Type A) Operation
Verifying Inherent Entrapment Protection System (Type A) Operation
Once the gate operator is installed use the table below to determine correct operation.
It is recommended that the current sensitivity adjustment for the gate being tested be set at a setting no greater than 5 when performing this test.
A) Verifying Monitored Photo Eye (Type B1) Entrapment Device Operation Only
Operate the gate and verify entrapment protection devices are working properly. Use the table below to determine correct operation.
B) Verifying Monitored Contact Edge (Type B2) Entrapment Device Operation Only
C) Verifying Constant Pressure (Type D) Operation Only
IMPORTANT: Verify the gate path is clear before pressing the S4 button.
The S4 push Button (N/O) requires constant pressure to operate gate. When pressed and held the gate will run until the limit is reached or the button is released. If the button is released in mid travel the gate will stop and the next press of the button will run the gate in the opposite direction.
IF gate is closed and emergency switch is activated the gate will open and remain open until deactivated.
27 Sentry Control Board Information
Sentry Control Board Information
The Sentry control board is capable of operating two gates. If your installation is a single gate you can operate the gate on the Gate 1 or Gate 2 connector. Set control switch “ON” for the connector being used.
Type D push button requires constant pressure for gate operation. The user must verify the gate path is clear before pressing the button to operate gate.
- The “Open / Close Command” push button can be used to operate gate if all entrapment devices are functioning properly.
- The second feature is the S4 push button – Type D protection – This button makes it possible to operate the gate with the J2 Accessory plug removed. Type D button will bypass all entrapment devices allowing gate operation. Verify gate path is clear before pressing button. Must hold button for gate operation.
- Low battery Audible notification – If the battery voltage falls below 10.5 vdc the siren will beep 3 times rapidly, pause 5 seconds and repeat for 60 seconds. The next time the gate is operated this will repeat until the battery problem is corrected.
J2 Terminal Description
The accessory connector is a plug which can be removed from the control board for ease of wiring and troubleshooting purposes.
Pull out to remove.
SW1 Function Dip Switches
28 Programming Transmitter, Receiver & Wireless Keypad
Programming Transmitter, Receiver & Wireless Keypad
Programming Transmitter and Receiver
Operating frequency 433.92 MHz.
Receiver can store up to 42 unique transmitter dipswitch code settings.
Transmitter Setup:
(It is recommended that the dipswitch code be changed from the default factory setting)
- Open the battery compartment door and locate the dipswitches.
- Change the dipswitches to the settings you prefer, record for future reference in the table below.
Transmitter Left Button to Receiver Programming: (standard Open/Stop/Close function)
- Press and hold the left transmitter button down. Red light on transmitter should be on.
- On the receiver, push the P1 push-button until the green LD light comes on.
- Release both buttons. Transmitter left button to receiver programming is complete.
Transmitter Right Button to Receiver Programming: (Hold-Gate-Open)
- The 2-channel receiver allows for programming the P2 relay from momentary mode (default) to latching mode. Transmitter right button can be programmed to hold gate open, over-riding the auto-close or any other close command.
- Press and hold the right transmitter button down. Red light on transmitter should be on.
- Press the P2 push-button until the green LD light comes on.
- Release both buttons. Transmitter right button to receiver programming is complete.
Receiver Programming: Relay P2 programming from momentary to latching mode (to hold gate open
See Receiver Programming – Hold Gate Open further below to complete Hold-Gate-Open programming.
Erasing Single Transmitter from Receiver Memory:
The dipswitch settings of the transmitter to be deleted must be known. If known follow the steps below.
- Set the dipswitches in a transmitter to match the switch settings of the transmitter code to delete.
- Press and hold the left transmitter button.
- On the receiver, push the P1 push-button until the green LD light comes on. Then release both.
- Press and hold the right transmitter button.
- On the receiver, push the P2 push-button until the green LD light comes on. Then release both.
- Transmitter is now erased from receiver memory.
Erasing all Transmitters from Receiver Memory:
- Press the P2 button on the receiver until the green LD light comes on. Then release P2 button.
- While LD light is on press the P1 and P2 buttons simultaneously and hold until the green LD light begins to blink slowly. It should blink 4 times then all transmitter codes are erased.
Programming Your Wireless Keypad
Terms to Understand
Access Code – The 2 to 5-digit code used to open the gate (24 unique codes are possible). If access code is less than 5 digits it requires the # sign after code is entered. Example: “2 #.” If code is 5 digits the # sign is not required. Metal keypad uses A or B in place of * and #. ACCESS CODE CAN NOT BE THE SAME AS THE MASTER PASSWORD.
Master Password – The 5-digit code used to access programming features. Factory default is “11111”. This should be changed for security reasons. NOT USED TO OPEN GATE AND CAN NOT BE THE SAME AS THE ACCESS CODE.
Relay 1 – The receiver has 2 relays. P1 (relay 1) is pre-wired to the J2 connector – pin 3.
Relay 2 – The receiver has 2 relays. P2 (relay 2) is pre-wired to the J2 connector – pin 9.
Keypad Security Code (Dip Switch Code) – This code makes your keypad unique to your installation. Keypad does not have dip switches like the transmitter; instead it has virtual dip switches which must be programmed.
PUK Code – “Password Unblocking Key.” The PUK code is located inside the keypad and is needed when the master password has been lost. Record in space above for future reference. Must be 5 digits long.
“ * ” or “A” Key – located on the keypad is used to cancel last command entered.
Red Light Blinks – When blinking, the keypad is sending a signal to the receiver. Valid access code was entered. This is the Blue 5 key on the metal keypad.
NOTE: Do not install keypad until “Create Communication with Receiver P1 (relay 1)” has been completed.
Keypad Programming
Create Access Code: (Code you use to operate the gate) *CAN NOT BE THE SAME AS THE MASTER PASSWORD!
- Enter the Master Password “11111”. (this is the factory default master password).
- Enter “9” If correct, 2 short beeps (if 1 long beep is heard, start over with step 1).
- Enter the new Access Code (up to 5 digits), if less than 5 digits, “# or B” key is required.
- Enter “9”
- Enter the new Access Code again to verify.
- Enter “1”. If this access code is for P1 (relay 1) Enter “2” if this access code is for P2 (relay 2).
- If correct, 2 short beeps (if 1 long beep is heard, start over with step 1).
- Continue with “Create Communication with Receiver” to complete programming.
NOTE: Step 6 above allows you to select a unique frequency (1, 2, 3, 4) for the access code you are creating. Keypad can be programmed with 4 different access codes each having a unique frequency. This is used when multiple gates are within range of the keypad. Create an access code using 1 in step 6 for one gate. Create an access code using 2 in step 6 for the second gate. This allows one keypad programmed with 2 access codes to operate 2 different gates within range or two keypads can be installed on 2 different gates without interfering with each other. If 4 gates were involved then 3 and 4 could be used in step 6. Also used to create a unique access code to activate the hold open feature offered with P2 (relay 2).
Create Communication with Receiver: *for P1 (relay 1) access code:
- Carry keypad to receiver location for programming.
- Enter Access Code for P1 (relay 1) on the keypad and continue to hold the last key entered (red light blinks).
- Press P1 (learn button) on the receiver until LD (green light) comes on and relay clicks.
Create Communication with Receiver: *for P2 (relay 2) access code:
- Carry keypad to receiver location for programming.
- Enter Access Code for P2 (relay 2) on the keypad and continue to hold the last key entered (red light blinks).
- Press P2 (learn button) on the receiver until LD (green light) comes on and relay clicks.
Programming New Master Password: Once created record for reference
NOTE: The Master Password is NOT an access code. This is a MASTER programming code used to access the programming of the keypad. It is not used to operate the gate.
- Enter the Master Password “11111”.
- Enter “8” If correct, 2 short beeps (if 1 long beep is heard, start over with step 1).
- Enter the Master Password (up to 5 digits), if less than 5 digits, “# or B” is required.
- Enter “8”
- Enter the Master Password again to verify.
- Press “8” If correct, 2 short beeps – New Master Password is set (If 1 long beep is heard, start over with step 1).
Programming Master Password Back to Factory Default: (11111)
- Enter “11111”.
- Press “8” (long beep).
- Enter PUK code. (PUK must be 5 digits).
- Press “8”.
- Enter PUK code to confirm.
- Press “8” (2 beeps) Master password reset complete.
Deleting Single Access Code:
- Enter the Master Password.
- Press the “7” key. If correct, 2 short beeps (if 1 long beep is heard, start over with step 1).
- Enter the Access Code to be deleted.
- Press the “7” key. (cont. next page)
- Reenter the Access Code to be deleted.
- Press the “7” key. If correct, 2 short beeps (if 1 long beep is heard, start over with step 1).
Deleting All Access Codes:
- Enter the Master Password.
- Press the “7” key. If correct, 2 short beeps (if 1 long beep is heard, start over with step 1).
- Reenter the Master Password.
- Press the “7” key.
- Reenter the Master Password.
- Press the “7” key. If correct, 2 short beeps (if 1 long beep is heard, start over with step 1).
Changing Keypad Security Code
This keypad has a virtual dipswitch used to create your Security Code. The virtual dipswitch contains nine 3-position switches. To ensure neighboring keypads do not interfere with each other, the virtual switches should be positioned in a random pattern, using the following procedure.
Example of random positioning of the virtual dipswitches to create a Security Code is shown below. To enter the Security Code, enter the dipswitch number, followed by the dipswitch position character.
The Security Code would be entered as: 1# 20 3* 4* 5# 6* 7# 80 9*
- Enter the Master Password.
- Enter “6” If correct, 2 short beeps (if 1 long beep is heard, start over with step 1).
- Enter the Security Code created in the previous table. If correct, 2 short beeps after each switch number and switch position combination is entered.
- Enter “# or B”
- Enter “6”
- If correct, 2 short beeps (if 1 long beep is heard, start over with step 1).
Receiver Programming – Hold Gate Open
Relay P2 programming from momentary to latching mode (to hold gate open):
- Press the P2 push-button until the green LD light comes on, then release. Green LD light should be steady. If flashing latch mode is already set.
- If not flashing release P2 immediately and press P1 once.
- Green LD light should be flashing. Latching mode is set.
Verifying Receiver P2 relay is programmed to latching mode:
- Press the P2 push-button until the green LD light comes on, then release.
- Green LD light should be flashing. If green LD light is steady, redo the Receiver Programming section above.
Resetting receiver P2 relay to momentary mode:
- Press the P2 push-button until the green LD light comes on, then release. Green LD light should be flashing.
- While the LD light is flashing, push the P1 push-button down and release. Green LD light should be steady. Momentary mode is set.
29 Emergency Manual Release
Emergency Manual Release
Remove the manual release pin at the gate bracket and open the gate by hand. Secure the gate before attempting to pass through.
