In business, storage tanks are a vital part of many operations. Liquid storage can be used for various uses, including storing finished products, cooling purposes, or collecting waste liquids created from production. Tanks can take many different shapes and forms depending on your particular needs. Proper tank management is an important part of daily operations and helps keep things predictable and safe. The use of monitoring tools such as a water level sensor and a float switch helps make tank management far easier and can allow you to add preventive measures and automation to help prevent emergencies and help streamline daily operations. Sensors and switches each serve different but important roles in your tank configuration. There is a brand overview of what each does and why you should make use of both.
Reasons To Track Tank Water Levels
Being able to track a tank’s fluid levels is an important piece of data for safe operations. While you can make use of automation and preventive measures to keep tanks at the proper fluid levels, you’ll still want to know if a tank is full, half full, or empty, so you know the current status of operations and if any actions need to be taken. You may want to employ or fill a tank before automated systems activate. You may also be running low on supplies or have increased production, requiring you to keep a close watch on things.
Water levels can be displayed using a variety of different output methods. Some level sensors are very simple to read and just give a general reading of the tank’s overall fluid levels, such as three-quarters full. These simple types of sensors are useful for noncritical operations or those where you do not need exact figures. However, there are level sensors that are very advanced and offer very precise readouts. If you need to have highly specific data and know exactly how full a tank is, some sensors can provide that level of measurement. A benefit of level seniors is they can be as simple or as complex as you need them to be.
Uses of In-Tank Switches
A floating tank switch can be configured to switch on when the fluid level in a tank gets too high or too low. This can be connected to a variety of systems designed to keep the tank at the proper fluid levels. One of the most common uses of this type of switch is to activate a drainage system when a tank’s fluid level gets too high. This helps prevent overflows or tanks becoming too full for safe operations. While such drainage needs can still be operated manually, having an automated system in place helps prevent accidents from occurring.
A switch can also be configured for the opposite results, such as filling a tank when it gets too low. In production, sometimes you need liquid materials for product creation and as a tank is emptied through daily operations, a switch can automatically have it refilled when levels drop too low for safe operations. This helps keep production running smoothly. These are only two use that a float switch can have and, depending on your needs, you can have them react to fluid levels as needed for daily business activities.
Final Thoughts
Your company’s tanks are a vital part of daily operations. Part of proper procedures is having relevant information and systems in place to help automate needed activities. This helps prevent emergencies and can protect your company and its employees from hazardous situations. Such systems also prevent the loss of finished products, materials, and company equipment. If you are not making use of switches and level sensors, you should add them to your company equipment and make any needed upgrades to your tank systems.