The provided industrial linear actuator is a very powerful actuator, due to its 12000N large load capacity, compact design, and IP66 rated protection, is ideal for various applications such as agricultural machinery, construction machinery, and industrial machinery.
Heavy Duty Linear Actuator Specifications
||12V DC, 24V DC (Optional)
Note: The fluctuation of voltage is +/-2V.
||12000N in pull/push
|Self Locking Load
|Rated Speed at Full Load
||4.5mm/s at 12000N
|Output Speed at No Load
||50/ 100/ 150/ 200/ 250/ 300/ 350/ 400/ 450mm (Optional, can be customized)
|Minimum Installation Dimensions
||Stroke + 250 mm (Stroke<300mm)
Stroke + 260 mm (Stroke>300mm)
1. Default motor wiring (Brown lead: motor positive +, Blue lead: motor negative -)
2. Optional for Hall feedback connection (Red lead: Hall 5V voltage input +, Green lead: Hall 5V voltage input -, White lead: Hall signal output A, Yellow lead: Hall signal output B)
3. Optional for potentiometer feedback connection (Yellow lead: voltage input, Red lead: voltage output, White lead: ground wire, and potentiometer resistance is 10KΩ)
|Operational Temperature Range
||ISO, CE, RoHS
|Built-in clutch (not adjustable)
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)
Linear Actuator Standard Dimension (mm)
S: Stroke, L: Retracted Length=Stroke+250mm (Stroke<300mm) / Stroke+260mm (Stroke>300mm)
Linear Actuator Stroke and Size Selection
|Stroke±2 (mm), Mounting Dimension±2 (mm)
Tips: Linear actuator has superior performance and wide application
We can regard linear actuator as a kind of power driven equipment with the superior performance, because it can convert the rotation movement of the motor into the straight reciprocating motion of the linear actuator. So far, it is mainly used as the executive machine for various or complicated, or simple technological process, so as to realize the remote distance control, concentrated control or automatic control.
In the operation process, the main working principle of the linear actuator can be summarized as: The motor will drive a pair of feed screw nuts after the speed reduction of the gear. This means to transform the rotation movement of the motor into the linear motion. It completes the pushrod movement relying on the motor forward and reversal rotations.
In practical applications, aimed at different travel requirements, we can achieve the purpose by using the length of the arm of the adjustment lever. At present, the stroke control device of the linear actuator mainly includes two forms, one is the worm gear transmission form, and the other is the gear transmission form. In addition, during the user's operation process, the operator can choose to match with the appropriate potentiometer as needed.