- 3 leading manufacturers
- 7 additional suppliers
- 7 states and provinces
- 12 related categories
- 2 guide sections
Level Control Switch Manufacturers and Suppliers
IQS Directory implements a thorough list of level control switch manufacturers and suppliers. Utilize our listing to examine and sort top level control switch manufacturers with previews of ads and detailed descriptions of each product. Any level control switch company can design, engineer, and manufacture level control switches to meet your companies specific qualifications. An easy connection to reach level control switch companies through our fast request for quote form is provided on our website. The company information includes website links, company profile, locations, phone, product videos and product information. This source is right for you whether it's for a manufacturer of water level control switches, liquid level control switches, and flow control switches.
Suppliers located in CA, MN, KS +4 more states
Contents (4 sections)
Leading Level Control Switch Manufacturers
Showing all 3
| Placement No. | Manufacturer | Location | Contact | Actions | |
|---|---|---|---|---|---|
| 1 | Sierra InstrumentsSierra`s Innova-Switch™ electronic instruments and devices represent the state-of-the-art in gaseous and liquid flow switching or liquid level control. All of our products, like the standard level switches, meet a broad range of performance and environmental application requirements. Our switches are easy to install and work reliably long term, which means you can depend on them. | Monterey, CA | |||
| 2 | Miller Energy, Inc.At Miller Energy, we design and manufacture high-performance level switches that deliver dependable liquid and solid level detection across demanding industrial environments. Our company focuses on precision-engineered sensing solutions that help customers maintain process control, protect equipment, and enhance operational safety. | South Plainfield, NJ | |||
| 3 | SOR Inc.SOR® level switches have earned a long-time reputation for their high quality, rugged construction and reliable performance under the most demanding applications. All float level switches are individually built with strict attention to detail to meet the exact specifications of your process. Available as float level switches and displacer level switches, our product offering provides superior alarm and monitoring control for heavy industries such as power generation, refining, petrochemical and general manufacturing. | Lenexa, KS |
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Leading level control switch manufacturers are listed first on this page, each with a website preview and a Request a Quote button on its row.
Additional Level Control Switch Companies
The category’s other level control switch companies are listed on their own page, with location, phone and website where each supplier provides them.
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Quick Answers
- How many level control switch manufacturers are listed on IQS Directory?
- 3 leading manufacturers and 7 additional suppliers.
- Where are level control switch manufacturers located?
- The listed suppliers are in 7 states: California (3), Minnesota (2), Kansas (1), Michigan (1), New Jersey (1), Ohio (1), and Pennsylvania (1).
- How do I get quotes from level control switch suppliers?
- Select suppliers in the table and choose Request Quotes. IQS reviews your request and forwards it to every supplier you select.
Level Control Switch
Level control switches are used specifically for material flow control, ensuring that levels remain within a designated range. Typically, the materials need to remain within a certain range for safety purposes or because the process depends on having a very specific amount of the material. In addition, level control switches can be used for materials such as liquids, slurries, solids, and sludge.
Applications of Level Control Switches
Level control switches can be essential components in many applications and are used in a wide range of industries, including industrial, for use in manufacturing and processing applications; marine, for use in the control of shipboard vessel liquid levels; commercial, for use in applications such as in office buildings, restaurants and more; residential, for use in water level control applications for houses, condominiums, and multi-storied apartment buildings; and appliance, for use in water level control in dishwashers, clothes washers and more. Additionally, level control switches can be used in industries such as automotive, defense contracting, wastewater, agriculture, chemical processing, and petroleum. Although there are many domestic applications in which level control switches are utilized, it is in industrial applications that their high precision and efficiency become crucial.
Functioning of Level Control Switches
While there are many different ways in which level control switches can function, there are methods that are more commonly used for industrial purposes. Some of these measurement techniques include differential pressure level switches, diaphragm level switches, optical level switches, and ultrasonic level sensors. For differential pressure level control, the material level is determined from the difference between the two pressures (the pressure at the bottom of the tank compared to the atmospheric pressure) being equal to the height of the material when it is multiplied by the specific gravity of the material. Diaphragm level control operates in much the same way, determining the level by means of the pressure that is produced at the given depth of a material with a known specific gravity. Optical level switches and ultrasonic level switches, on the other hand, operate in a much different manner than differential pressure and diaphragm level switches. Optical level switches function by using optical sensors in order to use the light transmittance, reflective or refractive properties of the material being measured to determine its level. Ultrasonic level switches operate by utilizing the energy of ultrasonic acoustic waves, which are sound waves that have frequencies above the normal audible range. They operate by bouncing ultrasonic signals off of materials. The time it takes for the signal to bounce back to the switch indicates the material level.