LHS-1-N3

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LHS-1-N3 is a type of controller that can be used in various applications. It’s a combination of a liquid level controller and a level switch. It is one of the most common controllers used for industrial applications, such as controlling liquid levels, or adjusting water levels in a cooling tower. It is also commonly used in agricultural applications, such as irrigation systems.

The LHS-1-N3 can detect liquid levels by use of a float switch. A float switch is a sensing device that is typically submerged in a liquid. Once the float switch senses a certain level of liquid, the output of the LHS-1-N3 is activated. There are two types of outputs that can be activated: either a dry contact, or an analog signal. The dry contact output can be used to switch on or off a solenoid valve, or to start an alarm. The analog signal output can be used to modify the speed of a motor, or to adjust the temperature of a process.

The LHS-1-N3 also incorporates a level switch for monitoring liquid levels. The level switch is a contact device that uses a magnetic float and a single pole switch. When the float reaches a certain level, the level switch is activated or deactivated. This switch can be used to turn on or off a pump, a solenoid valve, an alarm, or any other electrically operated device.

LHS-1-N3 controllers are designed to operate in harsh or hazardous environments and are suitable for both indoor and outdoor applications. They are made of corrosion-resistant materials and are designed to operate in temperatures ranging from -20°C to 125°C (-4°F to 255°F). The controllers are also waterproof, dust proof, and vibration resistant.

The working principle of the LHS-1-N3 controller is relatively simple. It utilizes the float switch and level switch to measure liquid levels and activate outputs accordingly. The outputs can be used to control pumps, valves, alarms, or any other electrically operated device. The controller can also adjust the speed of a motor, or modify a process temperature.

The LHS-1-N3 controller offers high accuracy and can be used in various applications. It is a reliable and cost-effective solution for industrial and agricultural applications. It is ideal for controlling liquid levels, irrigating fields, and measuring liquid flow. The controller is designed to be used in harsh or hazardous environments and is suitable for both indoor and outdoor applications.

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