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In What Direction can Loads be applied to Linear Actuators ? |
| Linear actuators, are used in just about any application where you need to move or lift something. Also called Linear Motors. Eccentric and side loading should be avoided. Please consult technical catalogues to ensure that all hardware used in conjunction with the actuator can withstand the maximum restraining torque. |
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What is The Difference between Static Load and Dynamic Load ? |
| Dynamic, working, or lifting load is the force that will be applied to the actuator while it is in motion. Static load, also called the holding load, is the force that will be applied to the actuator when it is not in motion. |
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What is the Duty Cycle Capability of a Linear Actuator ?
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| Duty cycle rating for a linear actuator is generally expressed as a percentage of "on time" (the ratio of on time to total time) or as distance travelled over a period of time. may also be expressed as a percentage, The duty cycle rating is expressed differently for different actuator types. |
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How can I control Actuators? |
| Linear actuators can be supplied with limit switches. The type of limit switches available varies with each product range. Here we call it remote control systems—V-box series. |
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The efficiency of a photovoltaic power generation system mainly depends on the amount and direction of sunlight.
Tracking systems have been developed to enhance the efficiency of photovoltaic generation systems. The efficiency varies according to latitude. Tracking systems, however, can increase the amount of power generation by 40~50%.
Tracking systems are commonly classified into 2 types. One is a sensitized system that controls a photovoltaic module to change its direction so that it can always be right-angled to sunlight, since photovoltaic modules generate power most efficiently when positioned right-angled to the sun.
The other is a hydraulic system that a module automatically moves along the direction of the sun without any power supplied. |
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