DLC-3

DLC-3 is an electronic liquid level controller based on S type pressure transmitter. It provides a continuous and reliable monitoring of liquids in many types of containers, including vessels, tanks, and silos. The DLC-3 provides real-time control and monitoring of the liquid/liquid interface and enables operators to maintain a safe level of liquid inside the container. This is extremely important for industries with a high risk of liquid overflow.

The DLC-3 is designed with a simple installation and maintenance process. The unit can be mounted at any height on the wall of the container. It includes a preprogrammed level setting, and an advanced microprocessor which can detect and respond to level changes. The DLC-3 also includes an amplifier module, which amplifies the output of the pressure transmitter, and a display module which shows the current and past levels of the liquid/liquid interface.

The basic working principle of the DLC-3 is as follows. A pressure sensor is mounted at the bottom of the tank and connects to the transmitter. The transmitter then sends the pressure signals to the controller, which continuously records and monitors the pressure. The controller then compares the pressure to the preset level setting and sends control signals to the alarm module when the liquid level exceeds the predetermined limit.

The alarm module can be configured to sound an audible alarm when a liquid level exceeds the predetermined limit. It is also possible to send a signal to start/stop, or activate/deactivate pumps or valves depending on the application. The DLC-3 also offers a 4-20mA signal output so it can be easily connected to existing control systems.

In summary, DLC-3 is an advanced level controller based on the S-type pressure transmitter. It is designed to monitor and control liquid levels in containers and provides real-time data to operators. The DLC-3 is easy to install and is suitable for a wide range of applications. With its advanced features, the DLC-3 provides an efficient and reliable way of controlling and monitoring liquid levels in a variety of vessels.