3500N Quiet & Waterproof Linear Actuator Remote Control Kit (Model 0043084)

The linear actuator is equipped with a waterproof breather valve, which allows air to freely flow in and out of the cylinder. When the linear actuator is running, a pressure difference will be generated inside and outside the cylinder, and air will flow in and out of the cylinder through the breather valve to ensure that the pressure inside and outside the cylinder is balanced. At the same time, the breather valve will prevent impurities such as water and dust from entering the cylinder. In this way, the internal components of the linear actuator are effectively protected, ensuring that the linear actuator can operate for a long time in damp conditions without experiencing performance degradation or damage.

• High-quality products and high-quality services
• New housing design, high working stability
• Metal housing, able to work in very harsh environments
• Metal gearbox, high strength wear-resistant gear
• Aluminum alloy telescopic tube and outer tube, good corrosion resistant
• Heavy duty design, high-power DC motor
• Worm gear structure design, strong self-locking force
• POM engineering plastic worm gear, low noise
• Strong thrust, up to 3500 N / 350 kg / 780 lbs at 5mm/s.
• Multiple speed options, from 5 mm/second to 16 mm/second
• Multiple stroke options, from 10 mm to 1500 mm
• Advanced waterproof and dustproof technology
• With waterproof breather valve, ideal for use outdoors or in the rain.
• Low power consumption and low noise
• Built-in two limit switches, linear actuator will automatically stop when stroke rod reaches the limit position.
• The front connector style can be customized: the default is an open hole connector, which can be customized with slotted connector, internal thread connector, etc. And you can provide drawings for customization
• The orientation of the front connector is default; we can rotate it 90 degrees during the production according to the customer's needs
• With auto-locking capability to hold load position after stopping, and no power supply is required.
• Maintenance-free

Note:

1. The above data is the maximum load capacity that can be obtained when the linear actuator runs in the vertical direction. If the weight of your equipment (such as a cellar door) is 100kg, and you want to use a linear actuator to open this door, you need to calculate the actual force acting on the linear actuator according to your installation method. This force is usually 2-5 times the weight of the cellar door. If you don't know how to calculate it, please contact us for help.

2. The above is the speed at no load, and the actual working speed will gradually slow down as the load increases. Full load speed is approximately 60-70% of No-load speed.

3. Different speeds correspond to different maximum loads. Please select the right speed according to the speed and maximum load you need.

4. Linear actuators are not recommended for continuous operation under maximum load, we recommend letting it work at about half of the maximum load to get a longer working life.

5. For linear actuators with a stroke greater than 500MM, you should not normally allow them to operate at their maximum stroke under heavy loads. If the actual stroke you want is 600MM, we recommend that you choose a linear actuator with a stroke of 700-800MM.

6. The maximum pull force of the linear actuator is slightly less than its maximum thrust force.

The linear actuator has two built-in limit switches, When the linear actuator is fully retracted or fully extended, it will stop automatically.
We can adjust the position of the built-in limit switches during production to meet customer-specified stroke and retraction lengths.

Example for a linear actuator with a 400 mm stroke:
Retraction Length: 580 mm (center distance between two mounting holes when the linear actuator is fully retracted)
Extension Length: 980 mm (center distance between two mounting holes when the linear actuator is fully extended)

Custom Rules:
1) The specified stroke must be less than the standard stroke of the ordered actuator. For example, a specified stroke of 380 mm is less than the standard stroke of the ordered actuator (400 mm). In this case, the retraction length will be reduced by an equivalent value, resulting in a retraction length of 560 mm. Of course, you can also choose to retain the original standard retraction length of 580 mm.
2) The specified retraction length must be less than the standard retraction length of the ordered actuator. For example, a specified retraction length of 550 mm is less than the standard retraction length of the ordered actuator (580 mm). In this case, the stroke must also be reduced by an equivalent value, resulting in an effective stroke of 370 mm.

This receiver is a wireless controller for DC motor or linear actuator, it and the transmitter form a wireless transmitter receiver system. If you connect a DC motor to this receiver, you can operate the motor to rotate in positive or reversal direction by the remote control. If you connect a DC linear actuator to this receiver, you can operate the linear actuator to extend or retract by the remote control. You can connect two limit switches to the receiver and use them to stop the motor or the linear actuator. You also can connect a manual switch to the receiver and use them to control the motor or the linear actuator.

• Wireless control, easy to install
• Suitable for DC motor or linear actuator
• Two operating voltage versions: DC 12V or 24V optional
• Two working modes
• You can operate the motor to rotate in positive or reversal direction by the transmitter
• You can operate the linear actuator to extend or retract by the transmitter
• With limit control terminals: You can connect sensors, limit switches or external devices to stop the motor or the linear actuator
• With wired control terminals: You can connect manual switches to control the motor or linear actuator
• The transmitter / remote can control the receiver from any place within a reliable working distance
• The wireless RF signal from the transmitter can pass through walls, floors, doors, or windows, but it will lose some operating range
• The receiver has reverse power protection and over current protection built in
• The receiver only works with the selected transmitter which is matched to the receiver
• One or more transmitters / remotes can control one or several receivers simultaneously
• Two or more receivers may be used in the same area

This receiver can work with different transmitters, such as model CQ-3-2 (50 Meter / 150 feet), C-2-2 or C-3-2 (100 Meter / 300 feet), CP-2 or CP-3 (500 Meter / 1500 feet), CV-2-2 (500 Meter / 1500 feet), CG-3 (500 Meter / 1500 feet) or CB-3-2 (1000 Meter / 3000 feet).
1) When you set the receiver in Momentary mode, it should work with two button transmitter, such as model C-2-2, CP-2 or CV-2-2.
2) When you set the receiver in Interlocking mode, it should work with three or four buttons transmitter, such as model CQ-3-2, C-3-2, CP-3, CG-3 or CB-3-2.

This receiver and different transmitters form a complete set, which can achieve different working distances. For example, when it and the transmitter CP-3 form a complete set, the maximum working distance may reach 500 meters in an open area. When it and the transmitter CB-3-2 form a complete set, the maximum working distance may reach 1000 meters in an open area.
The maximum working distance is based on theoretical data without obstacles and any RF interference. In practice, it will be hindered by trees, walls, or other construction, and will be interfered with by other wireless signals. Therefore, the actual working distance may not reach this maximum distance.
The receiver equipped with an external antenna has a larger working range than the receiver equipped with an internal antenna.

The receiver can be used to control DC 12V / 24V motor or linear actuator. If the power supply of those equipment is DC 12V, you should choose the receiver with same DC 12V version; and if the power supply of those equipment is DC 24V, you should choose the receiver with same DC 24V version.

If you want to control a DC 12V / 24V motor or linear actuator, do as following:
1) Connect the positive pole of DC power supply to terminal <+> of Input, and connect the negative pole of DC power supply to terminal <-> of Input.
2) Connect two wires of motor or linear actuator to terminals <Motor>, and you can exchange these two wires to change the rotating direction of motor or the moving direction of linear actuator.

The receiver will be set in Interlocking mode before leaving the factory, if you require momentary mode, please follow the following steps.
Note: Need to restart the receiver after changing the working mode.

1) Setting Interlocking mode: Turn the mode switch in the receiver to location L.
The operation by the transmitter, such as CP-3:
Press the button ▲ on the transmitter: Motor rotates in positive direction, or linear actuator extends outward.
Press the button ▼ on the transmitter: Motor rotates in reversal direction, or linear actuator inward retracts.
Press the button ■ on the transmitter: Motor or linear actuator stops.

2) Setting Momentary mode: Turn the mode switch in the receiver to location M.
The operation by the transmitter, such as CP-3:
Press and hold the button ▲ on the transmitter: Motor rotates in positive direction, or linear actuator extends outward.
Release the button ▲: Motor or linear actuator stops.
Press and hold the button ▼ on the transmitter: Motor rotates in reversal direction, or linear actuator inward retracts.
Release the button ▼: Motor or linear actuator stops.

The receiver has limit control terminals, and you can connect external devices (with normally closed contact), such as sensors, limit switches to limit terminals, then use them to stop the motor or the linear actuator.
For example, you can connect a normally closed limit switch to terminals <COM> and <UP>, and connect another normally closed limit switch to terminals <COM> and <DOWN>.
When motor rotates in positive direction, or linear actuator extends outward, if disconnect two terminals <COM> and <UP>, the motor or linear actuator will stop automatically.
When motor rotates in reversal direction, or linear actuator inward retracts, if disconnect two terminals <COM> and <DOWN>, the motor or linear actuator will stop automatically.

The receiver has wired control terminals, and you can connect external devices (with normally open contact), such as manual switches to wired control terminals, then use them to control the motor or the linear actuator.
For example, you can connect the manual switch to wired control terminals <S1>, <S2>, <STOP> and <GND> according to the following wiring diagram.

1) In Interlocking mode: For example, connect 3 pushbutton manual switch (Model 0040024).
When pressing the UP button, two terminals <S1> and <GND> are connected, then the motor rotates in the positive direction, or the linear actuator extends outward. And when pressing the STOP button, two terminals <STOP> and <GND> are connected, then the motor or linear actuator stops.
When pressing the DOWN button, two terminals <S2> and <GND> are connected, then the motor rotates reversal direction, or the linear actuator inward retracts. And when pressing the STOP button, two terminals <STOP> and <GND> are connected, then the motor or linear actuator stops.

2) In Momentary mode: For example, connect 2 pushbutton manual switch (Model 0040025).
When pressing and holding the UP button, two terminals <S1> and <GND> are connected, then the motor rotates in the positive direction, or the linear actuator extends outward. And when releasing the UP button, two terminals <S1> and <GND> are disconnected, then the motor or linear actuator stops.
When pressing and holding the DOWN button, two terminals <S2> and <GND> are connected, then the motor rotates reversal direction, or the linear actuator inward retracts. And when releasing the DOWN button, two terminals <S2> and <GND> are disconnected, then the motor or linear actuator stops.

Notice: We have paired the transmitter to the receiver before leaving the factory. If you want to pair more transmitters, please follow the following steps.
1) Press the learning button in the receiver for 1- 2 seconds; signal LED on the receiver turns on, this indicates that the receiver enters the learning status.
2) Press the button ▲ on the transmitter, signal LED flashes twice; then press the button ▼ on the transmitter, signal LED flashes twice; then press the button ■ on the transmitter, signal LED flashes twice; finally press the learning button in the receiver, signal LED turns off, this indicates that the pairing is successful.
3) The receiver can learn several transmitters with different codes.

We have paired the transmitter to the receiver, if you don’t want the receiver to work with the transmitter, you can delete all transmitters codes stored in the receiver.
Operation: Press and hold the learning button in the receiver for 4-5 seconds until signal LED flashes 3 times and then turns off, this indicates all stored codes have been deleted successfully.