12V 24V High Performance Linear Actuator F One-Control-Eight Synchronous Control Kit (Model 0043210)

• High-quality products and high-quality services
• Metal housing, able to work in very harsh environments
• Metal gearbox, high strength wear-resistant gear
• Stainless steel telescopic tube and aluminum alloy outer tube, good corrosion resistant
• Heavy duty design, high-power DC motor
• Strong thrust, up to 12000 N / 1200 kg / 2700 lbs at 6mm/s
• Multiple speed options, from 6 mm/second to 60 mm/second
• Multiple stroke options, from 10 mm to 2000 mm
• Advanced waterproof and dustproof technology
• Low power consumption
• Built-in motor overload and overheat protection
• Built-in two limit switches, linear actuator will automatically stop when stroke rod reaches the limit position
• Built-in Hall sensor, so you can use the synchronous controller to operate 2, 4 or more linear actuators fully synchronously
• Equipped with manual override, allowing you to extend or retract the telescopic rod of the linear actuator with hand tools
• The front and rear 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 and rear connectors is default; we can rotate them 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 each linear actuator runs in the vertical direction. The maximum load capacity of the entire synchronous system is the sum of the maximum load capacities of the eight linear actuators. 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 is equipped with manual override, allowing you to extend or retract its telescopic rod with hand tools.

You can control linear actuators with our hand tools. For example, during a power outage, you can use our hand tools to operate the linear actuator to extend or retract to turn equipment on or off.
Operation：
1. Use a flat-blade screwdriver to remove the plastic waterproof cover.
2. Use a 5MM T-handle Allen wrench to remove the screws.
3. Use a 6MM T-handle Allen wrench to turn the linear actuator counterclockwise to extend it, and clockwise to retract it.

If you need hand tools, please click here to purchase them.

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: 600 mm (center distance between two mounting holes when the linear actuator is fully retracted)
Extension Length: 1000 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 580 mm. Of course, you can also choose to retain the original standard retraction length of 600 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 570 mm is less than the standard retraction length of the ordered actuator (600 mm). In this case, the stroke must also be reduced by an equivalent value, resulting in an effective stroke of 370 mm.

Note: This is a synchronous control kit for eight linear actuators. The quantity of customization options for installed length and stroke length ordered must match the quantity of actuators ordered., i.e., also eight.

If you want to use multiple linear actuators to raise and lower an equipment, for example two, four or more electric actuators. Since the high-speed DC motors in electric actuators cannot run at exactly the same speed, so the movement speed of the electric actuator will also be different. When multiple electric actuators work at the same time, their actual speeds cannot be exactly the same. In this case, we can use a synchronous controller to operate multiple linear actuators to rise or fall synchronously. They work completely in sync without any difference.

If you want to use a synchronization controller to operate two or more linear actuators fully synchronously, you will need to add built-in Hall effect sensors for each linear actuator. And when you purchase Hall effect sensors along with linear actuators, we will install Hall effect sensors in the linear actuators during production for you. When two or more linear actuators are running together, Hall sensor will send Hall signals to the synchronization controller, and the controller will adjust the running speed of each linear actuator, so that all linear actuators run at the exact same speed.

• It can operate eight electric linear actuators F to run completely synchronously
• Wired control via a touch control handle
• Wireless control via a remote
• The LED display on the control handle and remote control will display the stroke position in real time
• Six touch function buttons: ▲, ▼, 1, 2, 3 and R (Buttons ▲ and ▼ are used to operate the linear actuators extension and retraction; buttons 1, 2 and 3 are used to automatically operate the linear actuators to three pre-memorized positions; button R is the reset button and is used to reset the system in case of an error)
• With reset button
• When linear actuators move close to the end position, they will automatically slow down to protect themselves
• When linear actuators are fully retracted, they will retain 1MM of travel to protect themselves

1) Use signal lines to connect the CAN-L and CAN-H terminals of the master controller to the CAN-L and CAN-H terminals of the slave controller.
2) Plug the touch control handle into the Hand Set port of the master controller. (Note: If the control handle is plugged into the Hand Set port of the slave controller, it will not function.)
3) As shown in the diagram, connect four linear actuators to channels CH1, CH2, CH3, and CH4 on the master controller, and then connect the remaining four linear actuators to channels CH1, CH2, CH3, and CH4 on the slave controller. Be sure to insert two terminals of each actuator into the corresponding two ports of each channel.
4) Connect the positive pole of DC power supply to the terminal <+> of the two controllers, and connect the negative pole of DC power supply to the terminal <-> of the two controllers.

The controller has two selectable control modes, interlocking mode and momentary mode. You can switch the control modes as follows:
Press the pairing button on the controller three times in a row.

1. Operation via the touch control handle:
Attention: The handle is operated by touch control. The touch sensitivity can be automatically calibrated when powered on for the first time. Hands are prohibited from touching the handle when powered on to prevent interference with the sensitivity calibration and affect the operating sensitivity.

1) Press and hold the ▲ button of the control handle, all linear actuators extend outward at the same time; Release the button, all linear actuators stop at the same time.
2) Press and hold the ▼ button of the control handle, all linear actuators retract inward at the same time; Release the button, all linear actuators stop at the same time.
3) Press any button 1, 2, or 3 on the control handle, all linear actuators will automatically move to the position memorized by that button and then automatically stop.
Note: You will need to first memorize three positions into these three buttons.
4) The LED display on the control handle will display the stroke position data in real time. For example, the number 03.5 means that the linear actuators have reached the stroke position of 35MM.

2. Operation via remote control:
2.1 When the controller is operating in momentary control mode:
1) Press and hold the button ▲ of the remote control, all linear actuators extend out at the same time; Release the button, all linear actuators stop at the same time.
2) Press and hold the button ▼ of the remote control, all linear actuators retract inward at the same time; Release the button, all linear actuators stop at the same time.

2.2 When the controller is operating in interlocking control mode:
1) Press the button ▲ of the remote control, all linear actuators extend out at the same time, they will reach the maximum stroke at the same time and stop automatically.
2) Press the button ▼ of the remote control, all linear actuators retract inward at the same time, they will fully retract at the same time and stop automatically.
3) During operation, you can press the stop button or any button of the remote control to stop all linear actuators at the same time.

The LED display on the remote control will display the real time stroke position data of the linear actuators. For example, if the LED display shows UP 29.5 cm, it means the linear actuators has been extended to the stroke position of 295mm, or if it shows DN 20.0 cm, it means the linear actuators has been retracted to the stroke position of 200mm.

1) The controller can memorize total three stroke positions, and each button memorizes one stroke position.
2) First operate eight linear actuators to the first suitable stroke position that you need to store, then press and hold the button 1 of the control handle for about 5-6 seconds, the stroke value on the LED display will flash twice. This means that the current stroke position is already stored in button 1.
3) You can continue to store the other two stroke positions into the button 2 and 3 by following the operation above.

When the LED display on the control handle shows the fault code, you need to reset the system as follows.
Reset operation: Press and hold the <R> button of the control handle or the <Reset> button on the master controller, until all linear actuators are reset to the bottom, and the LED display on the control handle shows "00.0", then release the button.

Notice: We have paired the remote control to the controller before leaving the factory. If you want to pair more remote controls, please follow the following steps.
1) Press and hold the pairing button on the master controller for 5-6 seconds, until the green LED flashes quickly, this indicates that the controller enters the learning status.
2) Press the ▲ and ▼ buttons of the remote control 5 times in a row. The CH position on the remote control's LED display will change from -- to 00, gradually increase, and finally change to -- again, and the controller will automatically exit the pairing state, this indicates that the pairing is successful.
3) The controller can learn multiple remote controls with different codes.