500mm 12V Linear Actuator Motor 1000N 225lb 12mm/s Miniature DC Electric Linear Actuator Motor

Please read and understand terms of sale under the Shipping Tab before making your purchase.

Please note:
If there are options for this order, the price indicated is for the basic model.
Please use Ask a Question to ask for the price of any of the other models listed.

Description:
500mm 12V Linear Actuator Motor 1000N 225lb 12mm/s Miniature DC Electric Linear Actuator Motor

Specification:

Size	605x40x75mm
Weight	1725g
Permanent magnet DC motor drive	Voltage 12VDC
Maximum push / pull	150kg
Standard travel	S = 500mm
Minimum distance (the distance between the front and rear of the two holes)	L = S (stroke) + 105mm putter fully extended before and after the distance between the two holes = 2XS (travel) + 105mm
No load speed	10 / s 16 / s 20 / s 25 / s 29 / s
Speed and thrust relationship	5mm / s (kg) -50s (50kg)
Ambient temperature	-26 degrees to +50 degrees
Standard protection level	IP54
Max thrust	1000N (225 lb)
Travel speed	12 mm/s
Noise level	≤ 50dB

Features:
Electric putter, also known as push rod motor, electric cylinder and linear actuator.
The electric putter is an electric drive that converts the motor's rotational motion into a straight reciprocating motion of the push rod. Can be used in a variety of simple or complex process as the implementation of mechanical use, in order to achieve long-range control, centralized control or automatic control.
Main use: electric medical bed, electric sofa, electric stand lift rod, industrial electric lift system, camera frame, video machine, wedding system.

How it works:
After the motor is slowed by the gear, drive a pair of screw nuts. The motor rotation into a linear motion, the use of motor reversal to complete the putter action. Such as through a variety of lever, rocker or connecting rod and other institutions to complete the rotation, shake and other complex movements. By changing the length of the lever arm, you can increase or increase the stroke.

Package Included:
More Details: