LM10B

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Float level sensors are an important and versatile method of measuring liquid level. The LM10B float level sensor offers a cost effective solution for measuring liquid level in large tanks, IBCs, drums, or open channels. The LM10B uses sensing parameters such as capacitive, resistive, and pulse-width modulated (PWM) output to accurately measure the level of liquid in an application.

The capacitive sensing method employs a voltage to the sensing surface of the float switch. As the float switches float is submerged in the liquid, the voltage changes. This change indicates the level in the liquid, allowing accurate readings of the level of liquid inside the tank. This sensing technology works well with large tanks as it requires minimal power and does not require mechanical float switches.

The resistive sensing method involves applying an electrical current to the float switch and measuring the resistance to the current. As the float switch moves in response to the changing liquid level, the resistance changes. This change in resistance indicates the liquid level in the tank and allows for accurate measurements. The resistive technology works well with small tanks or open channels, as it requires minimal power and does not require mechanical float switches.

The pulse-width modulated (PWM) method of sensing is used in circumstances when measuring a liquid level in a vessel that is larger or wider than a typical tank. The PWM technology sends an alternating voltage through the float switch and measures the time it takes for the voltage to travel from the bottom of the vessel to the top. This measurement of time is then correlated to the distance traveled, and the level inside the tank can be determined. This type of sensing works well for vertical measurements and is very cost effective.

The LM10B float level sensor is a versatile method of measuring liquid levels and is relatively simple to install. The sensor requires minimal power and can be installed either directly or through a series of harnesses and cables. The LM10B has been successfully used in many applications including water management, oil and gas, and wastewater management. With its rugged stainless steel construction and reliable sensing technology, the LM10B makes an ideal fit for most liquid level monitoring applications.

The specific data is subject to PDF, and the above content is for reference