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Industrial Linear Actuator, 12V/24V, 7000N, 450mm Stroke

5 out of 5 based on 5 reviews | Write a review
$451.15
High load linear actuator is 12/24V rated voltage, 150W output power, max load up to 7000N, 450mm stroke (other strokes are available), built-in a not adjustable clutch, used in a wide range of industries, projects and applications.
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SKU: ATO-LACTU-7000
30-day Returns
Free Shipping
Delivery date: 10-20 days

The provided industrial linear actuator is a very powerful actuator, due to its 7000N large load capacity, compact design, and IP65 rated protection, is ideal for various applications such as agricultural machinery, construction machinery, and industrial machinery.

Electric Linear Actuator Specifications

Model ATOHTW10
Voltage 12V DC, 24V DC (Optional)
Note: The fluctuation of voltage is +/-2V.
Maximum Load 7000N in pull/push
Self Locking Force 9000N
Power 150W
Rated Speed at Full Load 4mm/s at 7500N
Output Speed at No Load 5.5mm/s
Rated Load Current 16.2A
Stroke (Optional)* 50/ 100/ 150/ 200/ 250/ 300/ 350/ 400/ 450mm (Can be customized)
Limit Type (Optional)* 1. With clutch, no limit switch (stroke + 200 mm)
2. Built-in limit switch, not adjustable (stroke + 240 mm)
IP Rating IP65
Operational Temperature Range -20°C~+45°C
Certification ISO, CE, RoHS
Noise <60db
Upper End Type Cylindrical, aperture 8.1mm
Line Length 750mm
Weight 8 kg

Linear Actuator Load and Speed Selection

Rated Load Capacity Self Locking Force (N) Rated Load Current (A) Output Speed at No load (mm/s) Rated Speed at Full Load (mm/s)
Pull (N) Push (N)
7000 7000 9000 16.2 5.5 4
6000 6000 6000 16.2 8.5 7
5000 5000 5000 16.8 11 9.5
4000 4000 3000 15.8 17 14

Linear Actuator Standard Dimension (mm)

7000N industrial 12v/ 24v linear actuator size

Linear Actuator Stroke and Retracted Length (L) Selection

Stroke±2 (mm), Mounting Dimension±2 (mm)
Stroke 50 100 150 200 250 300 350 400 450
L for Actuator with Clutch 250 300 350 400 450 500 550 600 650
L for Actuator with Limit Switch 300 350 400 450 500 550 600 650 700

Tips: What is the self-lock condition of the linear actuator?

First, it is the static self-lock. The self-lock coefficient is less than 0.35. When it is static, and free of any vibration, the rod can maintain static when there is an external pressure. When the self-lock is less than 0.3, and the force of the rod goes against the movement direction, the motor has no movement in power off. When the self-lock is less than 0.25, and the force of the rod is the same as the movement direction, the motor has no movement in power off. When the self-lock coefficient is between 0.35 and 0.55, the rod will move up and down when the external force increases constantly. When the self-lock is higher than 0.55, the rod can move up and down when the external force is very small. Therefore, we should pay attention to the problem of self-lock in linear actuator model selection.

Existing reviews of Industrial Linear Actuator, 12V/24V, 7000N, 450mm Stroke
What the load rating is in amps for this actuator at 24V DC?
Thank you for your help so far with this linear actuator. It has been running properly for some time.
We are only now having a situation happen where the fuse is sometimes blown as the actuator reaches the end of the stroke.
We think it is working hard at the endpoint compared to in the middle of the stroke.
The linear actuator is on a 10A fuse and 24V.
The website says that this linear actuator is 150W, so I believe 10A should be enough.
Could you please help by confirming what the load rating is in amps for this actuator at 24V DC?  
Can you think of why we might be blowing a 10A GMA-style fuse?
From: yuri | Date: 24/07/2023
Was this review helpful? Yes No (0/0)
ATO Responded
If the actuator is overloaded, the current increase will burn the 10A GMA-style fuse.
The rated current corresponding to the 24V voltage of this actuator is about 15A, so we recommend that you use a fuse above 15A, and test again.
Have some trouble reading the linear actuator HAL signal
We are having trouble reading the HAL signal with the PLC. We have it connected as an encoder to an input that can do 100Khz. We can only get a few pulses detected by the PLC.
Do you have any more information that could help? How many pulses per revolution and rpm is our motor?
From: rabbie | Date: 07/06/2023
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ATO Responded
The motor inside the actuator has 2 pairs of poles, and the number of pulses corresponding to 1mm stroke is 4 pulses.
The motor is 4000 rpm, and each revolution has 4 pulse signals.
Does the Hall sensor option for your linear actuator allow you to set limits for adjusting stroke length?
Does the Hall sensor option for your linear actuator allow you to set limits for adjusting stroke length?
From: Leet | Date: 11/11/2021
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ATO Responded
The Hall sensor of the linear actuator can be used as a position signal output. This signal can be used to determine the position of the push rod for the synchronous expansion and contraction of the two push rods. But the stroke of our product itself is not controlled by Hall sensors.
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