DTW Electric Actuator

DTW Electric Actuator
An electric actuator is a new type of electric execution mechanism, primarily composed of a motor, actuator rod, and control device. It is a novel linear execution mechanism capable of remote and centralized control. The electric actuator performs reciprocating motion within a certain stroke range. Standard strokes for general electric actuators are 100, 150, 200, 250, 300, 350, and 400mm, with custom strokes available based on specific application requirements. Electric actuators can be designed with different thrust capacities depending on the application load, typically up to 6000N. The no-load operating speed ranges from 4mm to 35mm/s. Powered by a 24V/12V DC permanent magnet motor, the electric actuator converts the motor's rotary motion into linear reciprocating motion. It drives a set of linkage mechanisms to perform switching operations for dampers, valves, gates, baffles, etc. Using electric actuators as execution mechanisms not only reduces the need for air source devices and auxiliary equipment required by pneumatic actuators but also decreases the weight of the execution mechanism. Pneumatic actuators require a certain air pressure throughout the entire control operation. Although amplifiers with low consumption can be used, the cumulative air consumption remains significant over time. In contrast, electric actuators only require power when changing the control opening; once the desired opening is reached, no further power is needed. Therefore, from an energy-saving perspective, electric actuators have significant advantages over pneumatic actuators. They are suitable for remote operation and widely used in various sectors such as power, chemical, metallurgy, mining, light industry, transportation, and shipping for opening and closing dampers, valves, gates, material handling, and flow control. They are increasingly being used to replace mechanical hands, hydraulic valves, and减速 transmission mechanisms in automated devices.
Main Technical Parameters and Dimensions of DTW Type
Model Power
KW Speed
mm/s Stroke S
mm L Lc B L1 L2 φA φF φE φ4 H I C E
I II min max min max
DTW300 0.37 3.8 7.6 427+S 442+2S 442+S 245+S 245+2S 20 75 105 42 25 12 140 210 25 20 370
DTW500 0.75 2.63 5.3 488+S 488+2S 276+S 276+S 276+2S 20 100 121 44 35 14 150 210 25 20 500
DTW700 0.75 4.63 9.26 496+S 496+2S 283+S 283+S 283+2S 25 100 121 52 35 14 170 210 25 20 540
DTW1000 1.1 4.67 9.34 496+S 506+2S 506+S 283+S 283+2S 25 100 108 52 35 14 170 210 25 20 540
DTW1600 1.5 3.7 5.4 596+S 596+2S 263+S 263+S 263+2S 35 125 176 64 35 25 220 288 30 35 607
DTW2500 2.2 2.4 4.8 736+S 736+2S 360+S 360+S 360+2S 40 150 186 80 40 30 310 288 30 40 762
DTW4000 2.2-3 2.4 4.8 736+S 736+2S 360+S 360+S 360+2S 40 150 186 80 40 40 310 310 40 40 762
DTW5000 2.2-3 2.4 4.8 736+S 736+2S 360+S 360+S 360+2S 40 150 186 80 40 40 310 310 40 40 762
Jining Anteli Conveying Equipment Co., Ltd.
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