Omega Proximity Sensors
Omega proximity sensors deliver reliable proximity sensing in applications where accuracy, repeatability and longevity are critical. Proximity sensors are used widely in manufacturing, automation, materials handling, test/measurement and other equipment and are well suited for numerous requirements in the laboratory, process control and industrial arena. Omega proximity sensors sense position, presence or movement while using active sensing area instead of a mechanical contact to detect targets.
Proximity sensors from Omega are available in inductive and capacitive sensors types. Inductive proximity sensors detect metal objects such as steel, aluminum, stainless steel, brass and other conductive materials. Applications include machinery positioning, tool setting, end-of-travel sensing or part detection. Capacitive proximity sensors can sense non-metallic objects and materials such as plastic, powders, liquids and bulk materials. Applications range from counting and product detection to fluid level or hopper level measurement.
Omega proximity sensors are built for reliable industrial performance and feature rugged housings. Sensors are manufactured to provide dependable, repeatable performance in real-world industrial settings – many models are vibration and noise immune, suitable for extended temperature operation and are rated for continuous-duty or long-term cycles. Omega proximity sensors are easy to install and integrate with PLCs and other controls or measurement equipment using standard industry level outputs.
FAQs
What are Omega proximity sensors used for?
Omega proximity sensors are used to detect the presence or position of objects without physical contact. They are commonly applied in industrial automation, test equipment, material handling systems, and process control applications to improve reliability and reduce mechanical wear.
What types of proximity sensors does Omega offer?
Omega offers inductive proximity sensors for metal detection and capacitive proximity sensors for detecting non-metal materials such as plastics, liquids, powders, and bulk solids in industrial and laboratory environments.
How do I choose the right Omega proximity sensor?
Selecting the right Omega proximity sensor depends on the target material, sensing distance, environmental conditions, and mounting requirements. Inductive sensors are best for metal targets, while capacitive sensors are ideal for non-metal materials or level and presence detection.
Are Omega proximity sensors suitable for industrial environments?
Yes, Omega proximity sensors are designed for industrial use and provide reliable performance in environments with vibration, electrical noise, and temperature variation, making them suitable for continuous-duty operation.
Can Omega proximity sensors integrate with PLCs and control systems?
Omega proximity sensors integrate easily with PLCs, controllers, and data acquisition systems using standard outputs, enabling fast response times and dependable operation in automated and process-driven applications.