300401310002

Series:	3004
Part Status:	Obsolete
Circuit:	--
Switching Temperature:	--
Reset Temperature:	--
Current Rating - AC:	1.5A (250V), 8A (120V)
Current Rating - DC:	--
Tolerance:	--
Switching Cycles:	6K
Termination Style:	--
Mounting Type:	--
Package / Case:	--

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Application Field

A 300401310002 Mechanical Thermostat is a type of temperature sensing device used to control the ambient environment temperature of a room, equipment, or building. It is used in applications like air conditioning, process control, and water heating to let a user quickly adjust the temperature as the application requires.

Working Principle

A 300401310002 Mechanical Thermostat operates using a combination of mechanical and electric components. It consists of a bimetallic strip that is connected to a set of electrical contacts. This strip reacts to changes in temperatures by distorting or bending and is mounted within a sealed housing.When the temperature around the Thermostat increases, the bimetallic strip will deflect outward, pushing the contact down or toward the battery terminal. The electrical current that passes through the contacts travels to a relay switch that will subsequently activate or deactivate the component the thermostat is controlling.The opposite happens when the temperature decreases. As the bimetallic strip becomes cooler, it moves inward, pressing the contact(s) up or away from the battery and breaking the current. This will cause the system to turn off or deactivate.

Advantages

One big advantage of a 300401310002 Mechanical Thermostat is its ability to be quickly adjusted to function with a variety of systems. Additionally, its internal parts are designed to last a long time. The bimetallic strip can endure thousands of operations before it needs to be replaced, on average twice or three times longer than optical or electrical thermometers.Mechanical Thermostats are also incredibly versatile, with a wide range of applications covering everything from industrial to residential. It’s easy to install and use, and the cost is typically low when compared to other temperature sensing devices.

Disadvantages

The biggest downside of a 300401310002 Mechanical Thermostat is the level of inaccuracy in its readings. As the temperature increases, the springs tend to weaken and the contacts’ spring tension won’t be the same as when the device was installed, resulting in less reliable readings. This can lead to over- or under-heating, both of which can cause serious damage to the application it’s controlling.These thermostats also suffer from hysteresis, which is when the temperature of the contacts varies depending upon the cooling and heating phase. As such, the temperature can vary even with the same settings, resulting in fluctuating readings and potentially inaccurate results.

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