Omega Level Switches
Omega Level Switches provide precise, reliable liquid-level monitoring over a broad range of industrial and commercial applications. Known for their accuracy and engineering versatility, Omega switches help maintain safe operating levels in tanks, sumps, and process vessels while providing reliable pump control and system protection. The catalog includes both simple mechanical designs and advanced electronic sensors. These devices are dependable solutions for everything from clean water systems to corrosive chemical processing environments.
One of the biggest strengths of Omega level switches is the variety of sensing technologies they offer. Their float switches provide straightforward mechanical actuation for level control, while capacitance, ultrasonic, and optical switches deliver solid-state detection with no moving parts. Omega supports industries as varied as food processing, HVAC, petrochemical, and pharmaceutical operations.
Durability is also a big part of Omega's design approach. They have many styles for different mounting situations; for electrical connections, they have everything from simple to complex, and for output, they work with virtually all types of control systems—from pumps and relays to PLCs and "smart" automated control systems. The wiring is straightforward, and their compact design allows for either replacing obsolete equipment or installing new systems—with no real difference in installation or serviceability between the new level switches and the old devices they might replace.
FAQs
What are Omega level switches used for?
Omega level switches monitor liquid levels in tanks, vessels, and process systems to control pumps, alarms, and automated equipment.
What types of level switches does Omega offer?
Omega provides float, optical, ultrasonic, capacitance, and solid-state level switches for a wide range of applications.
Are Omega switches suitable for corrosive or chemical fluids?
Many Omega models use corrosion-resistant materials designed to handle chemicals, acids, solvents, and aggressive industrial liquids.
Do Omega level switches work in high-viscosity fluids?
Certain capacitance and ultrasonic models are well-suited for viscous fluids, slurries, and liquids that may cause issues for mechanical floats.
Can Omega level switches integrate with PLCs?
Yes, Omega switches offer standard electrical outputs compatible with PLCs, control relays, alarms, and automation systems.
Transmitters vs Transducers
Some of the most common types of transmitters and transducers can be found on pressure instruments. Examples of these include: drop-in well pressure devices and devices that measure the pressure in a pipe or gas chamber. Transmitters and transducers can also be found on flow and speed measurement devices.
What is the difference between transmitters and transducers?
The main difference is the way they send data to the monitoring device, like a PLC. In terms of measurement, the transmitter will reference a measuring unit by sending a milliamp signal (such as 4-20 mA). A transducer will reference a measuring unit by sending a voltage signal, typically in volts or millivolts.
Why have the two different types of transmission methods?
The method will depend on the application. If the electrical connection in the application travels a short distance, a pressure transducer is the better choice. Pressure transducers are smaller with fewer active electronic components that can be upset by electromagnetic interference. Also, the voltage signals transmitted over longer distances are subject to voltage drop and signal corruption. A transmitter is better for transmitting signals over a long distance.