Automatic Sliding Gate Opener

Thank you for purchasing the sliding gate opener.

Please read and follow all warnings, precautions and instructions before installation and using.

Periodic checks of the opener are required to ensure safe operation.

Keep the manual for future reference.

1. General safety

WARNING! An incorrect installation or improper use of the product can cause damage to persons, animals or properties. Always request the assistance of qualified personnel.

• This product was exclusively designed and manufactured for the use specified in the present documentation. Any other use not specified in this documentation could damage the product and be dangerous.
• The factory declines all responsibility for any consequences resulting from improper use of the product or use which is different from that expected and specified in the present documentation.
• Do not install the product in explosive atmosphere or where there is any danger of flooding.
• To AVOID damaging gas, power, or other underground utility lines, contact underground utility locating companies BEFORE digging.
• Disconnect the electrical power supply before carrying out any work on the installation or maintenance.
• Please ensure that the using power voltage matches with the supply voltage of gate opener (AC220V±10% 50Hz).
• To ensure safety, before installing the motor, all potential hazards and exposed pinch points of the gate must be eliminated or guarded prior. Make sure Gate End Stop and a Gate Stopper are mounted at each end of the rail to prevent the gate travelling off the track.
• Never mount any device that operates the gate motor where the user can reach over, under, around or through the gate to operate the controls. These must be placed at least 1.8m from any moving part of the moving gate.
• Keep remote control and other control devices out of children's reach, in order to avoid unintentional activation.
• If required, install infrared photocells (sold separately) to detect obstructions and prevent injury or damage.
• Instruct all users about the control systems provided and the manual opening operation in case of emergency.
• Anything which is not expressly provided for in these instructions is not allowed and will void warranty.
• Only use original parts for any maintenance or repair operation. The company declines all responsibility with respect to the automation safety and correct operation when other supplier's components are used.

2. Product description

The PYM-K2202 motor was designed as a device for moving 1000KGS sliding gates. The way the gear works prevents the gate from moving when the motor is turned off, so there is no need to use an electric lock. Avoid a power failure; the user can use the override key to unlock the clutch to manually open or close the gate.

Diagram 1: Shows the dimensions of the gate opener motor.

Part list:

• Motor x1
• RHS/LHS Limit Switch Striker Plate x2
• Motor to mounting plate screws x4
• Striker Plate Fixing Bolts x4
• Remote Control (Optional)
• Override keys x2

3. Parameters

4. Features of sliding gate opener

• Soft start and slow stop.
• Automatic closing function adjustable from 0 to 99 seconds.
• Thermal protection against engine overheating.
• Anti-pinch protection in case of meeting an obstacle.
• Signaling the current operating status of the machine on the display.
• Ability to support up to 128pcs remote controls.
• Possibility to connect external buttons and control devices (e.g., push button, Wi-Fi controller, radio receiver etc).
• Possibility of partial opening of the gate, without the need to perform the full scope of work.
• Manual release of the gate in the event of a lack of 220V mains voltage.
• Add smart module for 2.4G Bluetooth control (optional).

5. Installation overview

Any works done to the motor must be completed whilst the power is off, and the motor is unplugged.

The gate motor will open the gate to the right-hand side as its default setting (Refer to diagram 2).

Diagram 2: Default operation with motor mounted on the right-hand side.

If the gate needs to open to the left-hand, the motor needs to be installed on the left side of the gate, as shown in the picture (Diagram 3).

Diagram 3: Left-Hand Opening with motor mounted on the left-hand side.

5.1 Installation of motor base plate

1. Depending on the installation size of the motor and mounting height of racks, after determining the installation position of the motor base plate, first let the bolt embedded or use an expansion bolt to fix the base plate on a good cement foundation.

Diagram 4: Shows the motor dimensions for base plate installation.

2. If the gear rack has been installed on the door, the motor can be fixed on it. Use an Allen key to rotate the clutch to the "off" position. After the motor gear and gear rack match well, determine the position of the base plate, then remove the motor and fix the base plate.

5.2 Installation of gate opener

1. Put the gate opener on the base plate, use a matching hexagon screw to fix the motor on the base plate.
2. Unscrew the screws fixing the motor's cover, remove the motor cover. According to the electrical wiring diagram, connect the power cord. After adjusting to a good position, install the cover and use screws to fix it.

5.3 Installation of racks

1. After the motor is installed, with the racks teeth facing down, put the gear on the motor. Finally, connect with screws and the gate. Push the door by hand to allow it to slide smoothly without any problem. After confirmation, fix the racks.
2. Rack is usually unit assembly. To avoid gate run jitter or jamming, rack and joint clearance must be corrected. Suggest using this method: see diagram 3 with a small correction of the rack. After connecting right with racks 1 and racks 2, then fix racks 1 and 2.

Diagram 5: Illustrates rack installation and correction.

5.4 Installation of limit magnet

There are 2 limit magnets supplied. Note there is a left-hand and a right-hand magnet. The magnet should be installed one at either end of the rack. See Diagram 6.

To install the magnet in the correct position, open the clutch door and press the 'CLOSE' button on the remote. The motor will run but will not drive the gate. Close the gate manually and adjust the limit magnet to contact the toggle switch and switch the motor off at the desired gate position. To adjust the stop position of the gate when it is open, press the 'OPEN' button, manually open the gate and adjust the other limit magnet to contact the toggle switch and switch the motor off.

When you are satisfied the limit magnets are in the correct positions, tighten the screws in the limit magnet to clamp them to the rack, close the clutch door, and using the remote control, check the gate opens and closes to the desired positions. Adjust the limit magnet if necessary.

Diagram 6: Shows the placement of limit magnets for left-hand and right-hand opening.

5.5 Function of clutch

When the clutch is opened to the open position, you can manually push the door. When closing the clutch, the electric door can run on/off. Upon touching the limit bezel, it will stop automatically.

Diagram 7: Illustrates the clutch operation: inserting the key and rotating 90 degrees to release the arm.

6. Connection of the power supply

WARNING! NEVER connect the gate opener to the power outlet before all installations have been done. Only use AC electricity as the power source.

Diagram 8: Shows the power supply connection terminals for Power, Lamp, and Motor.

7. Control board instruction

Technical Parameters:

1. Power supply: AC 220V
2. Power: 80W
3. Application: AC three-phase asynchronous sliding gate opener
4. Remote control: Giant customized rolling code
5. Remote control memory: max support 128pcs

Note: After turning off the power for the control board, due to the existence of large capacitance on the board, there will be residual power. Please do not touch the exposed wires of the board directly.

7.1 Terminal and buttons instruction

Diagram 9: Shows the control board layout with labeled terminals and indicators.

The following functions refer to the picture control board layout:

• 1 & 2. Power: used for connecting with AC 220V power.
• 3 & 4. Lamp: used for connecting with flashing light, output voltage is AC 220V.
• 5 & 6 & 7. Motor: used for connecting with the sliding gate motor's wire.
• 8. VCC: DC 12V output used for connecting with external devices, max 100mA.
• 9. COM: used for connecting with COM terminal or GND.
• 10. Ph: used for connecting with the photocell sensor.
• 11. Start: It is a single button control mode switch for controlling the gate by "open -stop-close" cycle.
• 12. COM: used for connecting with COM terminal or GND.
• 13. Close: used for connecting with any external devices that will operate to close the gate.
• 14. Open: used for connecting with any external devices that will operate to open the gate.
• 15. ANT: antenna connection.
• 16. LEARN: It is for programming/removing the remote control.
• 17. DEC/SMART: It is for figure decreasing of setting the data and adding intelligent devices.
• 18. FUN: Used for entering the menu setting and confirming the data.
• 19. INC/START: It is for figure increasing of setting the data and setting the single button control mode.

7.2 LED indicator

• D1: The photocell sensors output signal instructions. LED ON (Blue): Photocell sensors detection; if there is an obstacle when the gate is closed, the motor will stop running. LED OFF: Photocell sensors detection; there is no obstacle.
• D2: LED ON (Blue): Trigger the start terminal.
• D3: LED ON (Blue): Trigger the close terminal.
• D4: LED ON (Blue): Trigger the open terminal.
• D5: Indicate for operation of smart module.
• D6: LED ON: the board has power.
• D7: Indicate for learning/deleting remote control.
• D8: Limit switch of closing the door. LED ON: The door is not completely closed. LED OFF: The door is completely closed.
• D9: Limit switch of opening the door. LED ON: The door is completely opened. LED OFF: The door is not completely opened.
• D10: LED ON (Blue): Warning light flashing.

7.3 Control board wire diagram

• Install the motor in the right side of the gate:

Diagram 10: Wiring diagram for motor installation on the right side of the gate, showing connections for Power, Lamp, and Motor with color coding (Red, Yellow, Blue).

Terminals 5, 6, and 7 are for connecting with the motor.

If you want to install the motor in the left-hand of the gate, please enter the digital display menu to set the parameter J2 value from 0 to 1.

Connect with flash lamp

Diagram 11: Shows the connection of a flash lamp to terminals 3 and 4.

Terminals 3 and 4 are for connecting with the flash lamp.

Connect with photocell sensor

Diagram 12: Illustrates the connection of a photocell sensor (TX and RX) to the control board terminals.

• Connect terminal 12 with the “COM” of photocell RX.
• Connect terminal 10 with the “OUT” of photocell RX.
• Connect terminal 8 with the “+” of photocell RX and TX.
• Connect terminal 9 with the “-” of photocell RX and TX.

Connect with start terminal

The start terminal is used for connecting with some external devices, such as a push button, wired keypad, receiver etc., to control the gate by "open-stop-close-stop-open" mode.

Diagram: Shows the connection of a push button to terminals 8 and 12.

Terminals 8 and 12 are for connecting with the push button.

Note: If you connect wired keypads or other devices, please also connect with 8 (Vcc) and 9 (Com) to get the power supply.

Connect with open/close gate device

Diagram: Shows the connection of open/close gate devices to terminals 8, 9, 10, 11, 12, 13, 14, 15.

• Open gate device: Terminal 8 and 14 are for supplying power to the push button. Terminal 11 and 12 are for connecting with the device.
• Close gate device: Terminal 8 and 13 are for supplying power to the push button. Terminal 11 and 12 are for connecting with the device.

8. How to program or erase the remote

• Program the remote: Press the learn button for at least 1 second and then release. The LED indicator will light on. Now, the user needs to press the button on the remote control. A short beep from the buzzer means the code learning is successful. The digital LED will show the quantity of remotes learned.

After the user presses the learn button, if the controller does not receive the signal from the remote within 8 seconds, the controller's LED indicator will turn out and exit the code learning state.

Note: Due to the digital display only showing two digital numbers, if the controller has learned more than 99 remotes, from the 100th remote, the digital display will show 'A' to replace the ten and hundred digits (e.g., the 100th remote will show A0, and the 101st remote will show A1). If the controller has learned more than 109 remotes, from the 110th remote, the digital display will show 'b' to replace the ten and hundred digits (e.g., the 110th remote will show b0).

Max capacity: 128 remotes. If the digital display shows "--" with a buzzer short beep 5 times, then no more remotes can be learned.

• Erase the remote: Press and hold the learning button for 5 seconds. When the user hears the buzzer with a long beep, release the button, and the digital display shows "00". Now, all remotes cannot control the gate.

9. How to use the remote to operate your gate opener

Each remote has 4 buttons, which can be set with different work modes independently through the digital display menu: L1, L2, L3, and L4.

• 0: No function.
• 1: Open-Stop-Close...
• 2: Pedestrian mode.
• 3: Open only.
• 4: Close only.
• 5: Stop only.
• 6: Turn auto close off via remote.

10. Control board function description

Control board digital display information show:

1. When the gate starts to open, the digital display will show "OP".
2. When the gate starts to close, the digital display will show "CL".
3. After the gate stops moving, the digital display will show "--".
4. When the gate is fully opened, the digital display will show "LO".
5. When the gate is fully closed, the digital display will show "LC".
6. When the motor reaches max working time, the digital display will show "EC".
7. When the motor triggers the overcurrent in high speed, the digital display will show “OH”. When the motor triggers the overcurrent in slow speed, the digital display will show "OL”.
8. After the photocell is activated, the digital display will show “PH”.
9. After the PED mode is activated, the digital display will show "Pd".
10. After the motor protection is activated, the digital display will show “HE”.
11. When the limit switch is broken or has a bug, the digital display will show "Lr".
12. Cancel the auto-closing, the digital display will show "CC".

11. Control board digital display menu setting

Press and hold the [FUN] button for 3 seconds, and the digital display will indicate "A0", then release the button. Now the menu can be set using [INC/START] and [DEC/SMART] for increasing and decreasing numbers or values.

After adjusting the value, press the [FUN] button to store the data, and the buzzer will beep once to show the store was successful.

After the menu setting is finished, press the [LEARN] button to exit the menu setting and close the display.

12. Smart module instruction

Search "XHouse IOT" and download it from Google Play or App Store.

QR Code: Link to download the "XHouse IOT" app for Android & iOS.

Or scan this QR code for download APP "XHouse IOT" and install it. Register the account for "XHouse IOT" and log in.

Add the device

1. Power on the device, open the APP. Press the "+" on the top right corner to add the device, then select "Sliding Gate" which has an orange cycle on the top right corner. (Fig 1 and 2)
2. If there is a gray cycle on the top right corner, that means the device is already added. The user needs to press and hold the “Dec/Smart” button for about 5s on the control board, then repeat step 1.
3. If there is a message “Please enter distribution network mode and add devices”, the user needs to press and hold the “Dec/Smart” button for about 5s on the control board, then repeat step 1.
4. Select the Wi-Fi, click "Connect" and enter the password. (Fig 3) (If Wi-Fi cannot be connected, the user can also select "Bluetooth Add" and use the Bluetooth function to control the gate nearby. Please follow step 4).
5. Add the device successfully. The user can modify the name of the device and button from the "" on the top right corner. (Fig 5)
6. Bluetooth Add: When using Bluetooth mode control, the mobile app must be close to the device within Bluetooth range to connect and control, and only one user's phone can be connected at a time. (Fig. 3 and 4).

Fig 1, 2, 3, 4, 5: Illustrate the process of adding a device via the XHouse IOT app.

Switch WiFi network or bluetooth mode

If the user needs to switch to a new WiFi network or switch control mode from Bluetooth to WiFi, please follow the steps.

1. Select the device, press the "" on the top right corner. Click "Set/Modify WiFi". (Fig 7)
2. Select the new WiFi and connect it. Click "Refresh". (Fig 8)

Fig 7, 8: Show the steps for modifying WiFi settings.

Share the device

1. Open the APP, select the device. Press the "" on the top right corner, then select "Sharing device" to create a QR code. (Fig 9)
2. The new user downloads the APP and opens it. Press "Scan" on the top right corner to scan the QR code. (Fig 10)

Fig 9, 10: Illustrate the process of sharing the device via QR code.

Device settings

The user can set the parameters from the APP for the control board.

1. Select the device, press the "" on the top right corner. Click "Setting". (Fig 11)
2. Set the parameters on the APP. (Fig 12)

Note: To set parameters, the device must be connected to Wi-Fi. If not, the user needs to use the Bluetooth function and place the phone app close to the device to set the parameters. After completion, click the "Sync" button.

Fig 11, 12: Show the device settings interface in the app.

Remote assistance

When equipment fails, parameter settings may need readjustment. Initiate the "Remote Assistance" button and share the QR code or verification code with your installation service provider for remote service.

Fig 13, 14: Illustrate the remote assistance feature, including authorization codes and device information.

Add USB card / RF remote control at site

To add an RF remote control or a USB card to open the gate, use the "Add Card / Remote Control at site" function. Scan the QR code from the remote control or enter the ID number for the USB card. No need to open the control box to program them.

Fig 15, 16: Show the interface for adding USB card/RF remote control at site.

Add USB card/RF remote off site

To add an RF remote control or USB proximity card to open the gate, use the "Add USB card/RF remote off site" function. Click the "Learn" button, then click "Start Learning". No need to open the control box; the control board will enter the code learning state. Then press the remote control button or power on the USB card to transmit a signal.

Fig 17, 18: Show the interface for adding USB card/RF remote control off site.

Management of the USB card and RF remote control

The card list can manage your USB card and RF remote control. The user can sync all cards and remotes to the card list for management, and delete them when no longer needed or lost.

Fig 19: Shows the card list management interface.

Binding with camera

1. Open the APP, select the device. Press the "" on the top right corner, then select "Binding camera".
2. Select "IP camera", and press "Confirm" to confirm it.

Fig 20, 21: Illustrate the process of binding a camera.